Phylactery 20

I'm orienting myself in this Phylactery session by checking the memory file, RECORD.md, the steam-release RUNBOOK, and the steam-release skill. The user wants me to identify all the images Steam requires, confirm the upload process is settled, and begin researching image sources—starting with the game's own visual style and the It Follows book art reference.

This looks like a design/iterate task that calls for both the iterate skill and steam-release skill, since store capsules and images are involved. I'm sketching out a plan: read the Phylactery record and Steam runbook, pin down Steam's image requirements and upload process, recover the lich/album-cover reference from a past session, gather the four visual sources, research additional references online (album covers, lich poses, fonts), then build out a reference board page. I'll kick things off by invoking the steam-release skill and reading the memory file in parallel, along with setting up the plan tracker.

I'm checking RECORD.md for the rounds around 86+ to find the ending-pose reference, recalling the album cover inspiration noted earlier—arched back, head thrown back, one arm flung out with a clawed hand—and trying to pin down exactly which round captured that lich pose.

I should check the hurt-pose-reference.webp file and look at session rounds 36 and 88, since the user mentioned a specific session where the album cover inspiration for the lich pose was discussed. I need to search through transcript logs to find and recover that reference.

I'm trying to identify the album cover with the flame-headed figure in an orange background wearing a "FIRE" vest — it strikes me as Yves Tumor's "Heaven to a Tortured Mind" from 2020.

I realize be44ff2a is actually the current session, so there's no prior transcript referencing Yves Tumor there. I should instead look for the earliest session mentioning "hurt-pose-reference" and check the surrounding user messages.

Session 5's actual start time might be masked by UTC conversion, so the 09-30 timestamp could really be 09-29. I should check the messages under 9b80a0e6 that reference the image or pose to confirm.

I need to find the specific session where the lich pose's album cover inspiration was mentioned, since the user posted the image without naming which album it referenced. Let me search through the sessions for where this connection was actually discussed.

Since there's no album name in the transcripts, the reference image itself must be the album cover, so I'll need web search and fetch tools to identify it. For the It Follows image question on the artifacts page, I recall a memory noting that the page randomly draws an egg or lich illustration, which can be pinned via a cover parameter and redrawn through a specific script — I should read that memory file for details.

I'm figuring out that the egg cover (the non-red one) corresponds to F67 in the IT_FOLLOWS_COVERS artifact table, and I need to check whether that asset actually exists on disk given the workspace restoration. I should also double-check Steam's current image spec requirements since they may have been updated.

Let me run several things in parallel: confirm the album cover identification, pull the latest Steamworks store assets doc (capsules, hero, library assets may have changed sizing in 2024), locate the egg cover file in the site, and check existing placeholder art under lich-survivors/store/steam and the steam_art.py tooling.

I should track down the egg cover file it-follows-3.jpg alongside the placeholder art, then verify it against the actual album. Checking the Wikipedia article for Heaven to a Tortured Mind or a Fact mag page could clarify the cover description, so I'll try pulling the Wikipedia infobox image through the API for a visual comparison.

My guess was off. Looking again at the imagery—blue flame head, orange-red background, black outfit with orange straps, "FIRE" patch—I'm wondering if this could be Yves Tumor's 2023 album cover, "Praise a Lord Who Chews But Which Does Not Consume; (Or Simply, Hot Between Worlds)."

Since I can't do a true reverse image search, I'll try searching with descriptive visual terms instead, like describing the blue flame head, orange background, and fire vest straps.

I wonder if the uploaded webp retains any EXIF or XMP metadata pointing to its source, or whether I should try using the Gemini tool to help identify the album.

I could try gemini.py's ask command with the image file directly, since local files route through the Files API and might support image input—possibly with search grounding to help identify it.

I'm thinking this might be Little Simz's Drop 7 from 2024, but I should verify this with a web search since the credits could be hallucinated.

I should pull up the actual Afrocritik page and check its og:image to compare against what I have.

That Gemini guess about Drop 7 seems wrong, so I'm reconsidering. Looking at the distinctive features again—slim face, gold-yellow glowing eyes, blue flame hair, black puffer jacket with a harness vest bearing an upside-down "FIRE" patch, latex leggings, lace-up thigh boots with orange laces, red lace gloves, and orange ribbons—I'm wondering if this could be tied to Shygirl or Arca's "KICK" era imagery.

I'm running through more artist possibilities: Tkay Maidza, Sevdaliza, Rina Sawayama, Danny L Harle, Moses Sumney, Kelela, Sudan Archives, Yaeji, Doechii, Tinashe, FKA twigs' Caprisongs, Janelle Monáe, Willow, Rico Nasty, Sophie, and Ashnikko—since Ashnikko's signature blue hair and tactical/cyborg aesthetic from Weedkiller or Demidevil feels close, but I can't pin down an exact album cover match from memory. Since guessing isn't productive, I should rely on an actual reverse image search rather than continuing to speculate from memory.

I'm weighing options for doing a proper visual search—whether uploading the image to a reverse search service is appropriate, since it's just an album cover sourced online, or whether I should instead check if gemini.py supports search grounding or visual tools to identify it more reliably.

I'll write a quick scratch script in the project's scratch folder using the same venv and google_search tool, checking how gemini.py handles client setup and key loading so I can reuse that pattern.

While that's running, I want to check the game's current visual style—the placeholder store art, screenshots, and the steam_art.py tool—plus look at the lich ending pose frames around rounds 88-92, starting with the placeholder header capsule and a screenshot.

I'm noting the game's visual style: a dark cave with a single sun shaft, warm amber lighting, low-poly rocks rendered at 640x360, an egg in the light shaft, and a skeletal lich, with effects like prismatic glass, warped air, fire, and gore. Now I'm examining the lich's final pose at the end of round 92, where he raises his hand and brings the blast down, trying to figure out what reference inspired that gesture.

Realizing the pose the user means is actually the hurt pose from round 36, not round 92, so I need to pull frames from both rounds and check the rounds directory listing to find round 36's pose file since the visible list only shows recent entries.

While waiting on the Gemini search, I'm planning out the research deliverables for this session, starting with confirming the Steam image process from Valve docs and the library asset rules, including how to replace existing uploaded assets.

On the Phylactery question, I'm noticing a contradiction — the project notes say "Phylactery is not meant to release on Steam," yet the owner's recent messages and the live Steam build suggest it is now moving toward Steam release. I'll proceed with the user's current framing of store images and flag this discrepancy by updating the project notes rather than treating it as blocking.

For research, I'm thinking through the key visual references needed: striking single-figure album cover compositions with saturated flat backgrounds, and a deep well of skeleton/lich art history — danse macabre imagery, memento mori and vanitas motifs, anatomical engravings like Vesalius' contemplative skeletons, Albinus' Tabulae, Posada's calaveras, Holbein's Dance of Death, Bernini's gilded tomb skeleton, and striking examples like Kuniyoshi's giant skeleton spectre. I'm also considering the game's thematic elements, like the egg motif, as part of the visual direction.

Now I'm expanding on the symbolic themes: the Orphic Egg with its coiled serpent, the phylactery as both lich's soul-vessel and medieval speech scroll (a nice typographic hook for the title), reliquaries and alchemical imagery like the philosophical egg and ouroboros, plus lighting references from Caravaggio, Rembrandt, and Beksiński that could inform the shaft-of-light composition.

I'm also thinking through title fonts — blackletter, Trajan-style inscriptional capitals, medieval uncial, engraved or alchemical lettering — all needing to be properly licensable through Google Fonts or commercial purchase, and matching the gothic textura style seen on medieval banderoles. Beyond typography, I need to nail down the full set of image sizes required: header, small, main, vertical, and library capsule/header formats.

This feels like an "iterate" task where I'm establishing a visual look, so I should invoke that skill explicitly rather than assume it. It's also research-heavy, so I'm considering whether the deep-research skill applies too, and recalling that previous projects built reference boards using tools like ref_page.py and real_refs.py — I should check those scripts and figure out how to download reference images, possibly from Wikimedia Commons, while being mindful of the shared search budget across the session.

For sourcing: Wikimedia Commons works well for public domain art, Wikipedia hosts non-free album cover files downloadable the same way, and Google Fonts on GitHub gives me OFL fonts I can render specimens of with PIL to preview "PHYLACTERY" styled text. I'm planning to split the research across subagents — one focused on finding album covers with that dramatic, saturated, elemental-figure aesthetic (25-40 candidates verified visually), and another starting to look into skeleton imagery.

For skeletons and liches in poses, I'm thinking art history sources via Commons plus notable modern game/comics key art. A third angle covers thematic imagery like the orphic egg, serpents, light shafts in caves, reliquaries, alchemical engravings, and chiaroscuro memento mori scenes, while a fourth handles font/title lettering candidates from Google Fonts OFL and commercial sources with rendered specimens. I also want to identify the actual reference album and consider capturing fresh headless game frames for key art moments like the lich in the light, since existing scratch frames may not be enough for the final board.

I should check the Steam library assets doc for safe-area and logo-placement guidance plus the rules page, fetching both in parallel, and note that Event Cover 800x450 is technically required for events rather than store listings but worth including for announcements. Since different image sizes call for different compositions, I'm planning a slot map per size — full figure pose for vertical/library images, title plus egg for the wide header, a panoramic cave scene without text for the hero banner, and just the title for the small capsule.

While the Gemini run finishes in the background, I'll run the iterate skill alongside fetching the library assets and rules pages in parallel.

I can't verify the image identity since he never named it in his session. I'm considering handing this to a research subagent that could try reverse-image search tools like Yandex, though that would require a publicly accessible URL to upload against their endpoint.

It's a public album cover he found online, so there's minimal privacy concern in trying this, though I'll keep the attempt limited. I'm also trying to recall if this could be Bree Runway from one of her single covers, but I'm not confident on the visual details.

I'm also running through other possibilities — Sampa the Great's "As Above, So Below," Nova Twins' "Supernova," Tkay Maidza's "Sweet Justice" — trying to match flame or color imagery to the cover, but none of these feel certain either.

The "FIRE" patch and blue flame detail nags at me though, and it clicks: this could be LE SSERAFIM's "Blue Flame" (2023), which fits the color scheme and title theme much better than the other guesses.

Rather than keep guessing blind, I should actually try a reverse image search via Yandex. The user seems to think I already identified this from an earlier context, but actually I only have the image itself with no prior naming — I should be upfront about that and attempt the search.

Right, isolated mode ignores PYTHONIOENCODING since it strips PYTHON* env vars entirely, so I should reconfigure stdout directly instead.

That's it — Queen Bee's "火炎" (Kaen/Fire), the 2019 Dororo second-cour opening sung by Avu-chan, matches the "FIRE" patch. The Dororo tie-in feels fitting too, given the story's theme of body parts being taken by demons.

Let me do a quick search to confirm this through a source like Genius or E-TALENTBANK.

I've confirmed this is the Queen Bee "火炎" single jacket, the opening theme for Dororo's first cour from 2019. Now I'm setting up the research structure, planning out a folder path to organize this finding.

I'm mapping out the next round's board: covering the game's own imagery (cave, shaft, egg, lich, prismatic objects), the It Follows egg cover reference, the Queen Bee cover alongside the in-game pose, and broader online references for album art, skeleton poses, and candidate fonts for rendering "PHYLACTERY."

For fonts, I'll source free Google Fonts from the official GitHub repo while treating commercial fonts via specimen images or descriptions. I'm also planning to delegate research to subagents, instructing them to save images with manifests documenting source, license, and relevance, and to verify each download visually before trusting its label.

I'm now sketching out agent categories: one for striking album covers in the reference's aesthetic (dramatic single-figure poses, flat saturated backgrounds, elements replacing or crowning heads, plus skeleton/death imagery) sourced from Wikipedia's non-free cover files, and another for fine-art skeleton and anatomical imagery from public domain sources like Vesalius, Albinus, Holbein, and Kuniyoshi via Wikimedia Commons.

I'm also considering memento mori and danse macabre traditions, charnel ossuaries, and especially the bejeweled "catacomb saints" — skeletons adorned with jewels and relics, which feels strong for a phylactery/lich theme — alongside modern lich imagery from games, D&D art, and genre illustrators.

For theme imagery I'm gathering egg symbolism (Orphic eggs, ouroboros, Bosch, Dalí, Piero della Francesca's hanging ostrich egg), plus phylacteries and reliquaries like speech-scroll banderoles, reliquary busts, and arm reliquaries that could represent the "hand" object, along with the Sabazios hand and lodestone as additional object references.

Then I'm narrowing theme imagery down to four categories: egg/serpent, reliquary/phylactery, light cutting through darkness (Caravaggio, Rembrandt, Wright of Derby, Doré), and prismatic glass (Newton's prism engravings). For fonts and lettering, I'm starting to compile around 25 specimens, beginning with inscriptional Roman capitals like the Trajan-style serif used on the It Follows poster.

I'll round this out with blackletter/textura for medieval scrolls, uncial/insular, alchemical engraving styles, contemporary editorial display faces, and occult/metal custom logos, then render "PHYLACTERY" in each OFL font with PIL on the game's dark cream/gold palette for comparison. Beyond those four research agents, my own remaining work is building the Steam slot table, game frames, and assembling the board page itself.

For the board page, I need to decide between a self-contained HTML file versus a folder structure, since 100+ images could balloon a base64-embedded page to 20-40 MB. I should check CLAUDE.md's preference, look at how previous rounds like the burned-mask-refs handled this, and peek at tools/ref_page.py to see what pattern it uses.

The ending pose traces back to Queen Bee's "火炎 / Kaen (Fire)," the 2019 Dororo opening single—previously only pasted as an image, never named. Next, I'll look into how earlier reference boards were built.

I'm estimating the page size with downscaled 800px images at quality 82, landing around 15 MB total, which seems acceptable given earlier boards. Now I'm setting up to launch four parallel research agents using the sonnet model, each writing into its own directory under the identity-references round folder.

I'm deciding that downloaded reference images should be treated as untrusted data kept separate from scripts, so I'll store them in a project-level reference folder for identity assets (fonts, categories) rather than the round's src directory, while the page itself stays self-contained by embedding them. For font specimens, I'm having one agent render "PHYLACTERY" in each candidate font as PNGs while preserving the OFL TTFs, with the rendering script living in scratch space. I'm also budgeting the shared WebSearch quota across the four agents, allocating roughly 35 searches each and keeping a reserve.

Each agent should lean on Wikipedia/Commons APIs for known artworks rather than WebSearch, since their art-history knowledge covers most of it already. I'm drafting the brief for the game itself: a short 3D piece where a skeletal lich guards an egg in a sunlit cave from encroaching snakes, wielding six powers tied to specific objects, with the resolution being to surrender all of them so the egg can hatch — themes of sacrifice, [REDACTED#7|xxxxxxx|#], serpents, and light breaking through darkness, rendered in a palette of near-black, amber, bone, and prismatic accents. I'm noting the four inspiration sources to pull from, starting with the game's own visual style and It Follows.

I'm sketching output requirements for each research agent: 20-35 verified, diverse image references per set, each captioned with what it is and what property it lends to Phylactery's identity, following a manifest schema capturing file, title, artist, year, source, license, group, and rationale. Images should be resized to a max 1600px side and named with numeric prefixes, and for the fonts agent specifically I'm specifying rendered specimens of "PHYLACTERY" in uppercase and mixed case on a dark cream-on-near-black palette, plus foundry specimen grabs and licensing notes for any commercial typefaces.

I also want to pin down the typeface used on the It Follows cover (likely AI-generated letterforms needing a closest-match identification) and the Queen Bee Kaen single's lettering, including the "FIRE" patch text, since the game's current FACETED FINE font is being swapped out. Beyond that, I should survey fonts from comparable dark fantasy/art-game key art — Hollow Knight, Elden Ring, Dark Souls, Blasphemous, Death's Door, Inscryption, Darkest Dungeon, Hades, Signalis — as useful reference points for style direction.

For the album cover reference set, I want to pull the Queen Bee Kaen cover at high resolution plus other Avu-chan-directed Queen Bee art, alongside stylistically related covers: dramatic fashion-editorial poses on flat color fields (FKA twigs, Björk, Arca, Grace Jones), fine-art treatments of skeletons/death imagery, and covers built around eggs, serpents, or light motifs.

I'm also considering pulling anatomical and prism-based covers like Tool's "Lateralus," Mastodon, and Pink Floyd's Dark Side of the Moon prism, plus contemporary Japanese single jackets from Ado, King Gnu, Ziyoou-vachi, Yorushika, ZUTOMAYO, and Eve, since those match the anime-OP single format directly—leaving the final selection to the agent's judgment within this guidance.

For the skeleton pose reference agent, I'm outlining specific poses to request: floating, reaching, arched in pain, contemplative leaning, dancing.

I'm also thinking the lich/undead-sorcerer archetype is a good illustration reference—figures like Acererak, Vecna, Kel'Thuzad, Nito, Death from Castlevania, and artists like Miura and Mignola—alongside jeweled catacomb saints, Kuniyoshi, and anatomical plates, while noting copyrighted modern art only works as non-free private reference.

For the theme agent, I'm listing symbolic motifs: egg and serpent, phylactery/reliquary/speech scroll, a light shaft in darkness, prism/refraction, votive/ex-voto sacrifice imagery like the Sabazios hand, alchemy, Plato's cave, and the Ouroboros—possibly touching on Polish or Czech film posters but keeping the scope bounded.

For my own part, I'm reviewing existing captured game frames—scratch/s18 shots, round 92 gesture frames, round 36 pose, and round 59-62 egg hatch—to select around ten for the game's style section.

I'm planning to extract frames from existing mp4 captures using ffmpeg—wide fight shots, the lich close-up, the six viewer objects, the prismatic beam, the ending silhouette two-shot, and the egg hatch.

For the Steam assets section, I'm drafting a table mapping each required image slot to its pixel dimensions and proposed compositional role: the main capsule for key art and logo, the header for list/search/library appearances, the small capsule where the logo must dominate, the vertical store image, the library capsule "box," the hero image with logo, the subtle page background, five-plus screenshots, event cover and header art, app/shortcut icons, and a transparent library logo—eleven distinct slots in total.

Since the user wants a different image for each size, I note that header capsule and library header share the same 920x430 dimensions but can use different art. I also need to verify the upload-vs-replace workflow, confirm event images live separately on the Community events page rather than Graphical Assets, check the logo placement tool, and review Valve's rules on black bars, logo legibility, and deprecated dimensions—I'll fold these into RUNBOOK §7 today. Separately, I need to update phylactery.md to reflect that real store images are now in progress for session Phylactery 20, following session 19 from yesterday.

Confirming this is likely session 20, I'll launch background research agents using Sonnet to gather reference images while I curate selections and work on the Steam section and game frames in parallel, capping each agent at roughly 30 WebSearch calls and preferring direct API/curl access to Wikipedia and Commons. Now I'm drafting the briefs for these agents.

While waiting, I'm digging deeper into Steam's asset specs—confirming the logo-legibility rule requiring it fill at least a third of the image, and checking the event image dimensions (800x450 cover, 1920x622 header) for Community announcements.

I should also check the Store Graphical Assets doc to understand where each asset actually displays on Steam, which will inform composition choices, and update my plan to mark the first steps done and move to the next one.

Now I'm gathering the game frames from existing material: fight and viewer shots, the ending gesture video, the hurt pose image, the silhouette/death/hatch rounds, and the viewer object images.

Since the user wants the actual game style (cave, shaft, rocks, lich, egg, snakes, effects, objects) rather than UI icons or fonts, I should check what's already captured in rounds 57-62, 88-92, and the s18 shots before deciding whether I need new frames.

Those older screenshots don't reflect the current game look since surfaces changed in round 42, so I should capture fresh frames headlessly at 1920x1080 instead. The s18 shots from 2026-10-15 are still current, the fight shots are current too, and for the ending I can grab frames from the round 92 gesture video.

I'll build a contact sheet with PIL from the s18 shots and extracted frames from the gesture.mp4 to review them together.

The ending itself is the real secret — the egg coiled in darkness, wrapped in glowing golden snakes, is striking enough to be key art, almost an Orphic-egg motif. But since the store must stay spoiler-free, I'm wondering whether a stylized, abstracted version of that symbol could appear without giving away the ending.

I want to pull representative frames at full resolution: the lich arched beside the coiled egg, a stroke with prismatic streaks, and a slow-motion shot of streaks from above. I'll also gather s18 contact sheets and older stills showing floor objects, masks, and bursts of color to build a broader visual reference set.

Store art would need custom close camera renders later, but for this round I should capture representative frames from the current build: a lich close-up in the shaft, all six objects in the viewer, and a fight frame with beams.

Existing viewer frames cover the mask and gem, so I should check whether a capture script already handles all six objects — maybe in the s18 scratch directory — and rerun it to grab the rest, since the objects have been updated since the old round 31 inspect image (new mask, hand, lodestone, orbs, gem, lens). I'll compile a game section with roughly ten frames, flagging which show the ending, pulling from s18 fight frames, the viewer captures, round 92 endings, round 61 egg moments, and the older round 36 pose for contrast.

I could write a script to inspect all six objects for reference, though the name display isn't critical. I'm trying to recall how the previous session passed OUT when evaluating a script file via the drive eval command, likely by setting an environment variable before loading the Lua file.

I'll write a similar objects_shots.lua script for s20 and capture images one at a time, keeping each capture short -- using 640x360 at scale 3 for a final 1920x1080 resolution.

I called record_stop() first, but since capture runs don't record without that call first, I need to check whether the .apr file actually got created at the start of this run — let me look in the replays folder for a file matching this run's timestamp.

I'll pull the key ending frames at full resolution—the lich beside the coiled egg at 1.5s, the prismatic streak-and-fall moment around 1.3s, and the egg glowing afterward—plus the fire shots from fight_t1560 and fight_t1240. The close-up crops are lower-res pixel art at 640x360, so I'll need to upscale those.

While the agents work, I'll write the Steam section data and the board builder, then move on to extracting frames.

These crops aren't working well. I should instead use the full gesture frames showing the lich and coiled egg together, cropping to the relevant region rather than trying to isolate pieces.

The arched egg crop works well, so I'll go with that and the full gesture frame rather than the weaker stroke option. For the game section, I'm selecting frames: the wide shaft/fire beams shot, the fire lens shot, and then the objects — either as a full sheet or six separate cropped images.

For the Steam section, I need to build out a table of capsule sizes with scaled boxes, proposing what each slot is for based on Valve's actual placement (store carousel, header, search results, etc.) and what composition each invites — keeping it brief with direction-only hypotheses rather than final designs.

I'm covering the remaining slots: vertical capsule for sales, library capsule/header/hero with logo placement options, page background, event cover/header, app icon, and screenshots requirements. Then I note the upload process is already rehearsed per the runbook, with every slot checked off, leaving open questions around replacing assets.

Event images get edited separately in the Community "Events & Announcements" section rather than the Graphical Assets tab, so I need to update the runbook table with details on event cover/header, small capsule generation, hero safe area, and logo positions, plus update the phylactery doc while the agents run.

I'll place the make_page.py builder script in the round folder itself, following the pattern from round 46, since the delivered folder needs to be self-contained with its scripts and images. Now I'm sketching the board structure, starting with the header section.

More questions: whether the lich's pose should hint at the ending or stay secret, and which lettering family defines the logo — keeping these decisions minimal.

Each reference card needs a number, image, title/artist/year, rationale, license, and source link, with a lightbox on click, plus specs for resizing images and font specimens.

Now I'm thinking through hypotheses for each Steam image slot: the main 16:9 shot as the widest key-art moment with logo, the header as a split band of figure versus lettering, the small banner as lettering alone that must stay legible at 120x45, the vertical slot as the lich's full standing body, and the library capsule matching the It Follows cover's existing 2:3 ratio.

I'm also mapping out the remaining slots — library header variant, a wordless 3.1:1 hero panorama with a safe center zone, the standalone wordmark, a dimmed cave-texture background, event cover and header banners, and single-mark icons (egg, mask, or hand) — and noting that the It Follows egg cover's 2:3 ratio lines up exactly with the library capsule spec.

While waiting on the agents, I want to start the builder skeleton that reads the manifests, defining schema keys for fonts (file, name, designer/foundry, group, license, source page, why) and other assets (file, title, artist, year, group, source page, image URL, license, why, plus credits for albums), and set up the game identity reference folder with its own manifest and sources including the egg cover, the ending reference, and the pose comparison.

Checking the 03-the-shaft crop coordinates against the fight preview, the shaft and lit pool positions confirm the 600-1320 crop range works fine. Now I'll move on to writing the game manifest and builder, saving the RECORD.md round 94 entry for later.

I'm planning to build the page using the game's dark palette (near-black backgrounds, cream ink text, amber accents) consistent with the previous boards, since this is meant to be a plain local HTML file rather than an artifact.

I'm sketching the build script's structure: a Python generator producing a self-contained index.html with sections for the header/instructions, Steam composition table, named sources (It Follows egg, Kaen references, game frames), album covers, skeletons/liches, themes, and lettering/fonts shown wide, ending with a decisions section — all cards labeled by prefix codes in manifest order. I'm also working out image handling: resizing to reasonable dimensions with moderate JPEG compression to keep total size around 12-18MB, using a simple lightbox that just enlarges the same embedded image, and a grid layout where images are fully visible via object-fit contain within fixed aspect boxes.

I'm reconsidering the layout since album covers are square but paintings vary in aspect ratio — deciding to switch to a CSS columns-based masonry layout instead of a rigid grid, so each card can keep its natural proportions without cropping. For the Steam shapes diagram, I'm calculating scaled-down pixel dimensions for every asset type (hero, capsule, header, icons, screenshots, etc.) at a 1/5 scale factor so they can be displayed to scale in a labeled flex-wrap layout for visual comparison.

I'm planning to write the actual builder script now, leaving the "decisions" text section as an inline placeholder to finalize once the research is complete.

The builder is working, so now I want to screenshot it headless to verify the layout, using headless Edge per my earlier notes on the command.

This looks right, with the 16 named count checking out (3 + 13). Let me verify the bottom half quickly.

I'm weighing CSS columns versus grid layout for ordering readability, since columns fill top-to-bottom per column which makes scanning codes in sequence harder with many items. A grid with fixed-height boxes using auto-fill would preserve left-to-right, row-based order and keep mixed aspect ratio images contained consistently.

I also want to make the "sub" headings like "THE GAME"/"THE ROOM" visually distinct from main headers—smaller, no border, no uppercase transform—so the hierarchy reads clearly. Updating grid and image styling...

While waiting on the agents, I'll draft the round 94 RECORD.md entry and asks, checking the structure near the "Pending decisions" and "Next (planned)" sections to slot it in correctly.

I'll plan to add a visual identity section after round 93 once round 94's contents are known, and add it at handover time. Since I can't poll agents right now, I'll turn to thinking through the decisions and per-slot plan — the Steam image process is confirmed settled in the RUNBOOK and rehearsed, though replacing images remains a gap.

Actually, I could settle that gap now by browsing the partner site read-only via Claude in Chrome to check the Graphical Assets page and see how existing assets display and whether replacement options show up. This is low-risk since it's just reading, and it directly addresses the user's request to confirm the image process is settled, so I'll load the Chrome tools and take a look.

The content is short, likely loaded dynamically via JS. I should click the "Graphical Assets" tab and take a screenshot to see what appears.

Base English assets can't be deleted but can be replaced by uploading a new one of the same type. I should keep reading for notes on screenshots and the library tab, since screenshots can be deleted and reordered — I'll go through the rest in smaller chunks.

I should note that Steam tints the page background blue, so a warm amber background would get shifted — worth keeping in mind for the design. I also want to quickly check the Library subtab for how asset replacement semantics work there.

I'm now on the screenshots subtab, so let me capture a screenshot to see its layout and read the management text, then navigate to the library subtab using the URL parameter.

I've confirmed replacements work by uploading the same type again, so I can close this tab and update the runbook to mark that behavior as verified, replacing the pending marker with a checkmark. I'll also note the background page has a blue tint with faded edges and a "Delete this background" option, and that screenshots can be reordered by dragging.

I need to update the Steam lead text on the board, replacing the old line about what gets checked at first upload with the settled information about the blue tint, so I'll patch that text directly in make_page.py.

While waiting on the agents, I'll draft the asks.html with placeholders, focusing on the key decisions that steer round 95 — like which reference properties govern each section, and which pole leads: the painted, classical gold-on-black scene from It Follows versus the flat, graphic fashion-photo feel of the Kaen image.

I also need to work out what the store listing can reveal without spoiling the ending, which lettering specimens to test, and what medium the key art should use — painted via image generation plus the oil kit, rendered in-engine, or something more photographic. Since generation is clearly the expected path, I'm thinking round 95 should present 3-4 style frames at the main capsule dimensions to test these choices concretely.

I should wait for the research agents to finish before writing asks.html, since it needs to reference specific codes they'll return. Rather than fabricate results, I'll draft the RECORD entry skeleton now as useful work, then end the turn with a short status update noting the agents are running and that I'll build the board once they report back.

I should wait for the agents now and just give a brief status update, leaving the task list as is since it's still in progress and there's no need for a wrap-up per CLAUDE.md.

Fonts are done. While waiting on the rest, I'll spot check a few specimens by generating a contact sheet of the fonts folder.

Fonts and image ordering look fine, following the manifest order with fonts laid out in wide rows. I'll wait for the other agents and just give a brief one-line status update before ending this turn.

I'm deciding whether to swap in the higher-resolution 3000px Kaen image over the current one, while keeping N2 as its own separate file. I'll hold off on finalizing until the skeletons and themes are ready, then do a quick visual check of the albums using a contact sheet.

I notice item 13 is actually the Yves Tumor cover of "Heaven to a Tortured Mind" - amusing coincidence. Good set overall, just waiting on the last two entries before wrapping up.

Tefillin is just the accurate term for phylacteries, so it should be fine to reference as-is.

The file names don't follow a clean sequence, so I need to check against the manifest and contact sheet to catch duplicates — I'm noticing the Kaen jacket appears twice (albums and skeletons) and the Sabazios hand shows up in both themes and skeletons, so I need to strip those repeats out.

I'm checking for duplicate entries across sections—several skeleton items like the Kaen jacket, Sabazios hand, Laocoön, and La Tour Magdalene already appear elsewhere, so I'm flagging them for exclusion from the skeletons list.

Some non-skeleton poses (Baldung's Death and Maiden, Fuseli's Nightmare, Bernini's arched figure, Blake's Ancient of Days) still work as pose references, so I'll keep those. I need to add exclude support to the builder—a mapping of folder to filenames to skip—and then draft the asks.html decisions: which reference properties to keep versus discard, and which pole should lead the composition (the painted classical scene, the flat graphic photograph, or a hybrid of both).

The third question is what the store can reveal—since the arched pose, the coiled egg, and the hatch are the game's core secret per the RUNBOOK rule, I'm weighing whether to keep all of it hidden, allow the pose alone, allow the egg as a standalone emblem, or permit both. The fourth question covers lettering: which specimens to reference, and whether the wordmark should be a plain typeface or custom-drawn lettering like the existing game logos—I'll fold this into the F-code picks and ask directly if any of those logo-style treatments are desired. Then I'll propose a next round of three or four style frames built around the main capsule based on whatever is chosen.

I still need to work out the exact F-numbering since the codes follow manifest/file order, with the game logos landing around F38-F46 and Cardo at F47 — I'll generate the actual codes from the builder output once I add the exclusions and rebuild.

21.2 MB is large but acceptable, though I could shrink it later by reducing image dimensions and quality settings for the board and font specimens. For now I'll move on and print the codes using utf-8 stdout.

I notice the fonts manifest ordering differs from file numbers, with Cardo now labeled F12. I'm also concerned about the game logo conversion — transparent PNGs converted to JPEG may have turned transparent pixels black if no compositing was done, so I want to check files F39-F47 to verify what actually happened before writing asks.html.

After that, I'll reduce the page size, take a screenshot to confirm everything looks right, and then deliver the final result.

The commercial font specimens (Canela/Druk) are just thumbnail references from PDF pages, which should work fine with a note acknowledging that. Now I'll draft asks.html, keeping it concise and direction-focused, including a "what happens next" section covering the round 95 proposal.

I'm double-checking the referenced codes — the A01-A13 range covering Queen Bee and the figure-on-field pieces (Island Life, Vulnicura, KiCk i, Aladdin Sane, Heaven to Tortured Mind, Homogenic), S03 as the draped Beksiński 1973, and T19-T26 running from Caravaggio through to Steenwijck.

Now I'm verifying S11-S17, which cover the anatomical skeleton plates: Vesalius, Albinus, Master IAM, Cheselden, with Champaigne's still life being a painted skull rather than an engraved skeleton — I'll just label the whole range as "the skeleton plates and memento mori" to keep it accurate. Since this isn't a dev server, I need to verify the preview with headless Edge instead. To reduce page size, I'm cutting the long side from 900 to 800 and lowering quality from 80 to 76, plus shrinking the wide fonts from 1400@86 down to 1200@84, then rebuilding and screenshotting the full page at a few checkpoints.

The layout works, but the group names are raw slugs like "ANIME-OP-SINGLES" — I should make them readable by replacing hyphens with spaces. The page is quite long, extending beyond the 16000px crop, which is fine. I still need to check how the fonts section and the closing asks render, maybe with another scrolled screenshot.

Full-window captures won't reach the end easily without a huge window height, so instead I could try jumping to a URL hash like #fonts with a smaller window height around 6000 and see if headless screenshot respects scroll-to-anchor.

I'm noticing the page is running too long and the asks section at the end is getting cut off, likely due to the row/column sizing of the cards. I should make a tail copy with just the asks section to verify the layout and double check the fonts.

I'm checking the header text confirming the codes A04, S12, F07, excluding T03, then moving to verify how the asks section renders.

The counts look right with S:39 and A:34. Let me spot-check a few cards in the skeleton and themes sections to verify captions, starting with one slice of the skeleton area.

That earlier screenshot predates the heading fix, so it's fine to disregard. Now I need to send the index.html file, clean up the edge-ud scratch directory while keeping the other scratch copies, update RECORD round 94 with the counts, and commit the round folder plus reference/identity and RECORD to the project repo.

I should check whether reference/identity (roughly 170 images plus font files, maybe 40MB) is already tracked or gitignored, and also commit the RUNBOOK and phylactery.md to the steam-release repo. Pushing happens at session end, not now, but local commits are reversible and covered by standing permission, so I'll check git status and sizes before committing.

The untracked assets/sfx files are from his sound editing, not mine, so I should leave those alone and only commit RECORD.md, the rounds/94-identity-references/ directory, and reference/identity/. That reference/identity folder is about 65MB, mostly ttf fonts (which are OFL-licensed, so fine) and images — I need to check whether committing that much image data to a private repo is reasonable, especially since prior reference commits excluded things like the objects frames.

Committing all the files, both 65 MB and 15 MB, seems fine for a private repo since GitHub's limit is 100 MB per file. I should update the RECORD with round 94 counts first, then commit both repos, including the steam-release repo which is also a git repository with force-pushed history.

The CRLF normalization note on index.html is just a git checkout detail, not a real issue. Now I need to update the project memory file with a session 20 entry and add the corresponding index line in MEMORY.md, then send the board file and close out with the final message, marking the plan complete.

The user wants to mix two fonts, so I'm thinking through what that could mean — pairing a wordmark font with a UI font, blending letterforms from two typefaces into a hybrid mark, or actually interpolating between two fonts via variable font axes or outline morphing tools.

Rather than just listing options abstractly, I think a quick visual specimen would be more convincing — showing a few concrete mixing techniques (pairing, layering, hybrid letters) using plausible font pairs from the board, even though he hasn't specified which two fonts yet. I'll put together a compact demo page illustrating these techniques in maybe 10-15 minutes, since showing beats explaining here.

Interpolation is the trickier case but still feasible — I'd sample contours from both fonts via fontTools, resample them to matching point counts by arc length, align starting points and winding direction, then interpolate and rasterize with PIL's polygon fill. It's roughly an 80-line demo that could produce a genuinely interesting font blend for "PHYLACTERY."

But I'm second-guessing which font pairing actually works well, since blackletter faces have mismatched contour counts versus serif faces — maybe Garamond paired with something like Pirata One or Grenze Gotisch would be simpler. For mismatched contour counts, I could rank contours by area and pad the shorter set with degenerate shrink-to-centroid contours, which should generalize fine. Still, I'm wondering if this is overengineering something the user asked more simply.

I'm thinking a short demo page with maybe four techniques across two contrasting font pairs would answer best, framed as "techniques, not picks" to avoid presuming taste — pairing something like EB Garamond with UnifrakturMaguntia for a book-versus-scroll-gothic contrast, and Cormorant SC with Tilt Prism for engraved-versus-prismatic. I'll try the Garamond/Unifraktur interpolation with the contour fallback and see what comes out, treating this as a sub-evidence round answering the pairing question.

I'll set up the folder for this round, write an update_plan, and build a script that renders PNGs with PIL and fontTools into a self-contained page — first checking whether fontTools is actually available.

I don't think I need variable font instancing here—the default EB Garamond weight works fine for extracting static outlines. Setting up the script to load the font and extract glyph outlines using fontTools' recording pen...

I need a flattening pen that approximates curves by sampling points, subclassing BasePen to handle lines and both cubic and quadratic curves by breaking them into straight segments. For the morph, I'll pull glyph outlines via the cmap and glyph set, scale everything to a consistent em size, then match contours between source and target letters by sorting them by area so corresponding shapes interpolate correctly.

I'm working through handling unmatched contours by shrinking them to a point at the centroid of their counterpart so they grow/shrink naturally, fixing winding direction for consistent fills, and rasterizing via XOR composition for proper even-odd fill. Then each contour gets resampled to a fixed point count by arc length, with rotation search to find the best starting-point alignment between corresponding contours (checking both orientations) before normalizing scale and position between the two letterforms.

Now I'm thinking about normalizing fonts by cap height so letters from different typefaces align consistently, aligning baselines at zero, and interpolating the horizontal advance between letters for the render. For the actual demo, I want to show a practical font-pairing example — like a wordmark in one typeface paired with a secondary line in a complementary font, similar to how UI or branding systems combine a display face with a functional one.

I'm settling on using existing in-game object names (BURNED MASK, THE HAND, LODESTONE, etc.) as neutral text for the pairing demo rather than inventing taglines, since that keeps things authentic. I also want to explore letter-swap variants — a blackletter initial dropped into a Garamond word, with a few versions ranging from just the first letter swapped to multiple interior letters alternating styles — plus a layered approach combining filled and outlined strokes from different faces.

Then I'm thinking about interpolation blends: Garamond morphing into Unifraktur across several weight/style steps, and a second pair like Cormorant SC blending into something more decorative or gothic, to show gradual transformation rather than a hard split. Finally I want to note a fifth option — hand-drawn custom lettering that blends the skeleton of one face with the details of another, essentially approximating what the morph technique does but through bespoke letterforms for the final logo.

Mono it is, with a caption naming which letters belong to which font. I'll use PIL to render the techniques, handling variable fonts and aligning baselines across typefaces by scaling each so cap heights match.

My variable font axis handling code is messy, so I'm simplifying it into a cleaner helper function that applies the axis values to the font object.

I notice the Grenze 100% weight has dark artifact lines inside letters, likely from overlapping contours in the variable font being rendered with XOR fill instead of nonzero winding, which also explains the small specks near Y and L in the Garamond 0% text. I should switch to nonzero winding rule to fix these overlap artifacts.

Since PIL doesn't support nonzero fill directly, I'll implement it manually by rasterizing each contour separately, assigning a signed value based on its winding direction, summing these across contours, and treating any nonzero sum as filled. I also need to match outer contours with outer contours and holes with holes rather than pairing by area rank alone, since that could mismatch an outer stroke with a counter hole.

For degenerate pairs where one side has zero area, I'll inherit the sign from whichever contour is real. The wobbly mid-interpolation shapes between unrelated stroke structures are expected and honest, but the XOR-based spiky artifacts in the 25% Unifraktur row are a real bug I need to fix with the outer/hole separation and nonzero fill approach, then re-render.

I realize the sign convention is flawed - TrueType outer contours are actually clockwise, which means they'd compute as negative area in y-up coordinates, causing my positivity check to fail and skip drawing them entirely. I need to fix how I determine winding sign for outer versus inner contours.

Grenze at full weight still shows dark slits that shouldn't be there, which tells me the contour winding logic isn't handling the overlapping contours correctly—the variable font likely has overlapping shapes with matching signs that my nonzero fill rule should merge cleanly, but something's off with how I'm classifying them.

That matches PIL's polygon fill excluding shared edges between abutting contours, leaving 1-2px gaps — the same likely explains the Garamond specks. I'm thinking the fix is to supersample the render and add outline drawing alongside fill so edges get covered, trading a slight shrink on holes for eliminating the gaps.

I'll render at 3x scale then downsample with LANCZOS for anti-aliasing, which should be fine performance-wise across all the letters and contours. The Unifraktur blends look rough at high percentages but that's expected and honestly informative, so I'll keep the 0/25/50/75/100 rows as is rather than adding extra blend steps.

The seams come from my rasterizer leaving gaps at overlapping strokes—I'll fix this by rendering at 3x with filled edges and shifting the blend steps toward smaller amounts (15%, 30%) for better readability.

Garamond-Unifraktur looks clean now at the endpoints, though the P loses its bowl around 30-50% since the two fonts structure that letter differently — I'll treat that as an acceptable example of mid-transition weirdness. Grenze still shows dark slits inside letters in the 15-50% range even though the endpoints are clean.

I think these slits come from self-intersecting polygons during the morph — as a contour transitions from Garamond's single outline to one of Grenze's overlapping outer pieces, it likely loops back on itself, and PIL's fill rule probably treats self-intersections as holes rather than solid fill, creating these visible gaps.

Rather than relying on PIL, I'm considering writing my own scanline rasterizer using nonzero winding rules — computing edge crossings per row and tracking winding direction with numpy to get this right.

Writing rasterizer scan logic...

I'm double-checking that flipping the B contours when winding differs keeps orientation consistent, so outer contours of A and B end up paired correctly. Now I want to verify the actual outputs match this expectation.

The slits must come from the matching itself rather than the fill, since Grenze letters are built from multiple overlapping contours (stems, crossbars, serifs) while Garamond letters are single contours. When matching pairs the single Garamond outline with just one Grenze piece, the other unmatched pieces growing from their own centroids likely create those visible gaps.

A likely culprit: Grenze's hole contours (counters of P, R, A) paired against Garamond holes, where a growing hole-piece lands at a centroid inside solid Garamond ink at intermediate t, cutting a dark slit even though at t=1 it sits properly inside its own letterform.

Rather than chase this geometrically, I'm considering using skia-pathops to remove self-overlaps in both fonts' glyph outlines via a boolean union before interpolating, which would eliminate these opposite-winding artifacts at the source — installing it via pip seems reasonable as a reversible local dependency.

Finishing the draw call into the flat pen, then running it to test.

The leftover slits are caused by Grenze Gotisch's letters being drawn as overlapping pieces that get paired incorrectly. I'll merge the overlaps first using skia-pathops, the boolean library font tools rely on, to fix this.

The results look better now—Cormorant blends cleanly into Cinzel Decorative since their structures align well, Grenze stays coherent up to about 30% before breaking down where point correspondence fails on letters like P and H, and Unifraktur blends come out oddly since its structure is so unrelated. The remaining artifacts at middle blend rows seem to stem from mismatched starting-point alignment between shapes.

This is solid enough to showcase the technique honestly, so I should update the section text to reflect that similar faces blend cleanly while unrelated ones fracture mid-blend, small percentages read as one face carrying the other's tension, and the final wordmark gets hand-redrawn from whichever step is chosen. Now I want to check the other plates for pairing, swap, and layer.

The blends look clean now—similar faces like Cormorant and Cinzel Decorative transition smoothly, while unrelated ones hold up to about 30% before breaking down, which is an honest result. Now I'll check the other three techniques.

I'm checking the fourth swap, looking closely at how Cinzel Decorative renders its capital P in "PHYLACTERY" since the swash style seems to make it appear smaller than expected against the cap-height baseline.

I think I'll replace that swap with something quieter — pairing EB Garamond with a Grenze Gotisch initial P, since that combination feels less jarring. For the shadow layer, I'm noticing Tilt Prism and Cormorant have mismatched widths causing misalignment, so I need to stretch the back layer horizontally to match the front layer's width, the same fix I used for the inner light effect.

Actually stretching distorts proportions when the width ratios differ too much, like with Unifraktur over Garamond — per-letter placement would work better, centering each back letter under its corresponding front letter's x-position rather than stretching the whole word. I'm rewriting plate_layer to implement this per-letter centering approach.

I'll fix the two plates by aligning the shadow layer letter by letter to match the front font's width, and swap the undersized Cinzel swash P for a cleaner Grenze P on Garamond.

The script's assertion failed before it could write anything, so nothing actually changed. I'll just use the Edit tool directly instead.

I'll update the blend section text to match what we observed, then rebuild and do a headless screenshot check before delivering, recording, and committing.

Right, I remember that bash-tool heredocs halve backslashes, which explains the issue — I'll fix it by using the Edit tool with double quotes for that string instead.

Good, this is ready to deliver. I should record this in the RECORD as item 94b, commit the change, and leave a memory note mentioning whether pathops was installed, then close out the plan.

IM Fell comes in two variants—English and Double Pica—so rather than guess which one the user means, I'll just cover both by pairing each with Garamond and Cardo, giving four blends total.

Since all these fonts are old-style serifs with similar structure, I'll use finer steps (0, 25, 50, 75, 100) and show both uppercase and mixed-case lowercase versions to check that letterforms like 'h', 'y', 'l' blend cleanly too.

For the new round folder, I'm setting up 94c-fell-blends and considering importing the page-generation logic from the now-immutable 94b script rather than duplicating it, since importing a frozen file is safe.

I need to extend the fonts dictionary to include Cardo and IM Fell English, locate their ttf files, and keep weight choices consistent with what was used on the board (like Garamond at 500). I also want to double check sizing and spacing so descenders and wide uppercase words like "PHYLACTERY" fit comfortably within the canvas dimensions.

Now I'll draft the script that imports the module dynamically via importlib and centers the blended word layout.

I'm confirming the board codes for the fonts—F06 for IM Fell English, F07 for IM Fell Double Pica, F08 for EB Garamond, and F12 for Cardo. Now I'm starting to write the make_page.py script.

The header claims every step holds together, but I should actually verify that before taking it at face value.

This looks clean overall—the row spacing and label placement under each row seems fine. Let me check the remaining three sheets, particularly the Double Pica with Cardo caps and the English with Cardo mixed, for any artifacts.

I'm noticing the P glyph's bowl collapses at the intermediate blend steps (75/50/25) when mixing IM Fell English and Cardo, including in caps since both cases share the same P outline. I need to dig into Cardo's P path to figure out why the interpolation breaks there.

I'm puzzling over whether IM Fell English's P actually has an open bowl, since the single-contour outline suggests the bowl might not fully close against the stem, even though the rendered glyph appears closed at a glance.

Checking the contour counts confirms it: Fell English and Garamond both have open-bowl P's (one contour), while Cardo's P is closed with a hole, so blending between them means a hole has to grow from nothing — starting as a point at Cardo's hole centroid — which creates an awkward overlapping half-formed hole mid-morph. This is a genuine topology mismatch rather than a bug, so I'm weighing whether to just acknowledge that this letter can't blend cleanly and either label it honestly or swap which face's P gets used at different points in the transition.

The real difficulty is that Fell's outer contour dips into the bowl region while Cardo's doesn't, so there's no clean point correspondence between the two outlines — that mapping problem is too complex to solve cleanly right now. I'll settle for keeping the computed blend as-is and flagging the P mismatch honestly in a caption, rather than faking a swap between the two letterforms at the midpoint.

But I realize this same open-vs-closed P conflict likely shows up again between Double Pica and Garamond, so I should check that plate's P as well.

Found the issue: IM Fell English's open-bowl P clashes with Cardo's closed bowl, which a blend can't fix cleanly. I'll also check IM Fell Double Pica, since it has the reverse mismatch with Garamond.

Same issue happens with P — two of four pairs have a broken bowl. I need to handle the open-vs-closed topology properly: when one face's P is open at the gap, I can bridge that gap with a thin rectangle to close the bowl and give it a hole, matching the other closed form.

But that would make t=0 render differently from the true open-bowl font. A cleaner approach is the reverse: cut a thin slit through the closed-bowl glyph instead, turning it into a single contour like the open one, then shrink that slit's width proportionally to t so it vanishes entirely at t=1. This keeps both glyphs as single contours for all t<1 and only switches to the unmodified closed glyph exactly at t=1, so I just need to figure out where to position that slit relative to where the open bowl's terminal meets the stem.

Actually, rather than hand-picking slit geometry per font, a more general solution might be signed-distance-field morphing: average the SDFs of both glyphs at ratio t and threshold at zero. This handles topology changes (holes opening/closing) smoothly without explicit correspondence, and since the glyphs are aligned on cap height and advance width, it should act like a clean cross-dissolve for similar fonts, though dissimilar fonts would likely blob together in the middle.

Given this round pairs similar typefaces, I'll apply SDF blending consistently across all letters rather than mixing methods, to keep the look uniform. The implementation rasterizes each glyph at high resolution, computes distance transforms (checking if scipy's EDT is available), blends the two distance fields by t, thresholds to get ink, then downsamples.

For letters with differing shape structure, like a closed versus open bowl, I'll switch outline morphing to distance field blending so gaps close smoothly into holes. Now checking if scipy is available.

Since I can't modify the immutable script, I'll write my own blend function to compute letter structure (outer paths and holes) and interpolate between shapes at supersampled resolution using distance transforms.

For differing structures I'm computing signed distance fields for each letter mask and blending those instead of masks directly, taking the sign change as the morphed boundary. I realize computing the nonzero mask over the full image per letter is expensive, so I need to crop to a bounding box for performance.

Rather than one nonzero_mask call per letter, I should batch same-structure letters together into a single call per word, reserving per-letter processing only for mismatched letters — that cuts the call count dramatically. I'll also crop the EDT computation to each letter's bounding box with a margin rather than running it over the full 4500x570 canvas.

For masks, same-structure letters just use the direct outline match at every t like before, while mismatched letters interpolate through the signed distance field at every t — at t=0 this collapses exactly to the original shape, which is correct. Now I should update the page text to note that the P transition is handled via distance fields.

Good, that's fixed now. The English+Garamond caps look fine as before, and Double Pica + Cardo both appear closed and correct. Let me do a quick combined check of the remaining four unseen plates using a half-resolution sheet, and verify the mixed Double Pica pairs for any lowercase issues.

Everything looks clean, just a minor stylistic quirk with the italic font that's not a problem. I'll do a quick headless page check, then deliver, record, and commit.

I notice the label positioning could be ambiguous since it sits close to the next row's letters — I should move each label to the top-left of its row instead of the bottom for clearer association.

He settled on the font blend—75% IM Fell English, 25% EB Garamond—and is heading to sleep now. I should record this decision to memory, and since he's confirmed "that's the font," it seems worthwhile to go further and actually generate a usable blended TTF file while he's away, something that could serve the logo, store text, and in-game UI.

I'm weighing how to actually build it: covering the full alphabet, digits, and punctuation, then deciding between a polygon-based outline (simple but less smooth at large sizes) versus true curve fitting back into quadratic Bézier contours for a cleaner result. An alternative is skipping the font-build complexity and instead rendering the wordmark directly as a high-res SVG/PNG from the blended outlines, which covers the immediate need for a Steam logo asset.

I'm also reconsidering scope — he mentioned wanting better options for both UI icons and font, which implies the chosen typeface might eventually replace the in-game UI font too, not just the store logo. That's a bigger change touching the game itself, so while generating the font file and a specimen sheet is safe to do proactively, actually swapping it into the game's UI feels like something he should weigh in on rather than me just applying it.

What's safe and useful to build now: a proper TTF covering the game's and store's full character set, a wordmark in SVG/PNG at the right logo sizes, and a specimen page showing it in store and in-game contexts. Actually wiring the TTF into the game engine is riskier — the current pixel font system doesn't support TrueType rendering easily, and a past attempt at that was abandoned, so I'll propose it rather than just doing it. The style-frame work for the store images is on hold until he answers the open design questions, but building the font assets overnight seems like reasonable, reversible progress to make while he sleeps.

For the font construction itself I'm settling on the character set (basic Latin plus a few punctuation marks), planning to blend glyphs between the two source fonts at a 75/25 mix, and figuring out how to handle glyphs where the outlines don't match topologically — likely needing to rasterize and then vectorize those via contour tracing, which may require installing scikit-image.

Rather than fitting curves to the traced polygons, I'm deciding to just use the raw points as straight line segments, since at ~240-500 points per contour the segments are short enough to look smooth at the logo's target size (under 1280px wide), well within TrueType's point limits.

I'm also considering increasing the sample count to around 600 points and using an all-off-curve quadratic B-spline trick, where every point is treated as off-curve so TrueType implies smooth on-curve midpoints between them — giving naturally smooth curves while slightly rounding corners, which should be negligible at this density and may even suit IM Fell's rough, worn character.

Checking whether uniform arc-length resampling loses sharp corners — slightly, but with spacing set relative to em units (roughly 1500 points for a glyph like 'H'), corners stay effectively intact, and total file size across 95 glyphs comes out around 600 KB, which is acceptable. For blending between shapes A and B, I need matching point counts per contour pair, so I'll take the max of the two.

Now I'm figuring out which glyphs mismatch in topology between Fell English and Garamond — letters like 'a', 'e', '&', 'B', 'R', '%', '@' are candidates, while something like 'P' matches structurally since both are open contours. For the mismatched cases, I'm weighing options: raster to SDF and trace contours with something like skimage's contour finder then smooth into a TTF, versus simply falling back to IM Fell English's own glyph scaled up given the blend is mostly weighted toward Fell at this ratio.

I also need to settle font metrics — units per em, cap height scaling, ascender/descender blending between the two sources, and advance widths. Kerning is trickier since IM Fell English likely has GPOS pair positioning; I could skip kerning for now and hand-tune spacing for the logo, though that risks awkward pairs like "AV" or "Ty" in running text, so extracting and blending kern pairs from both fonts' GPOS tables might be worth the complexity.

I also need to sort out naming and licensing — both source fonts are OFL, so the derivative must stay OFL, and I should check for Reserved Font Names in IM Fell's license file before settling on something like "PhylacteryFell" as the family name.

For deliverables tonight, I'm figuring out where the built font file should live — likely in the game's assets/fonts folder as PhylacteryText.ttf — for later use in-game, since the engine already supports loading TrueType fonts.

Actually assets/fonts was deleted in a prior cleanup, and shipping an unused font there would bloat the package unnecessarily. Instead, I'll keep it staged in a new `lich-survivors/identity/` source folder, with a build script in tools/blend_font.py that outputs the final font plus license file and wordmark assets, separate from store/ which is git-ignored.

For the specimen page, I'll avoid writing new prose and instead use existing game text—object names, a standard pangram, the full character set, and numbers—to show the typeface, alongside the wordmark rendered at actual Steam capsule and library logo sizes, compared against pure Fell English at matching sizes. I still need to decide whether the wordmark displays as all caps or mixed case, since he only chose the font itself, not the casing—so I'll show both options and treat the final logo casing as a separate decision.

This is probably about an hour of work, and since he's asleep, I'll proceed under the "act, don't ask" principle for reversible local changes, logging the decision to RECORD and memory right away before touching anything else, and holding off on any image generation until he's back.

No RFNs are declared, but naming the derivative "Phylactery" is still good practice, keeping it under OFL with both copyright lines preserved. Now I want to check structural mismatches in basic Latin coverage between Fell English and Garamond, and verify the glyph coverage of the Fell English font file.

No reserved font names on either license, so a derivative is fine under the OFL as long as both copyright lines are kept. Next, I'll check which characters both fonts share and where their letter structures differ.

I'm narrowing down to only a handful of glyphs that actually differ between the two fonts—'4', '6', '9', and 'ç'—trying to pin down whether the discrepancies come from hole/contour differences or something in how the outlines get classified.

For these, I'm considering whether a degenerate-partner blend (shrinking the mismatched hole or cedilla toward its centroid at t=0.25) would look acceptable, versus doing a more rigorous SDF-plus-contour-tracing approach using skimage's marching squares if available.

For actually constructing the font file, I'm planning to use fontTools' FontBuilder and TTGlyphPen, setting up glyph order, cmap, glyf table, metrics, and OS/2 tables, then saving as a TTF — noting that TTGlyphPen's qCurveTo can represent closed all-off-curve contours by passing None as the final point.

I need to make sure outer contours wind clockwise (negative signed area in y-up coordinates) and holes wind counterclockwise, since pathops' simplify output needs orientation correction for TrueType. I'm also working out point spacing and unit scaling, comparing cap-height-to-UPM ratios between Fell and Garamond to decide on a blended proportion for the final font.

With all-off-curve smooth splines at this density, file size works out to around 112 glyphs averaging ~1000 points each, roughly 400 KB total, which seems acceptable. For matching, I'll resample both contours in a pair to the same n derived from the larger perimeter, though I need to watch the start-point search loop since it's O(n²) and n=1000 means 500 shifts each comparing 1000-point arrays—worth checking the cost.

The uniform arc-length resampling cuts corners by up to half a spacing unit, which is negligible, and the start-point alignment approach works fine for similarly-shaped fonts. For glyphs needing SDF blending (4, 6, 9, ç), my plan is to rasterize both at high resolution, blend the signed distance fields, then extract contours with skimage's marching squares at the zero level, convert pixel coordinates back to font units, and simplify via resampling—determining holes by checking containment nesting depth of each contour's vertices. For spacing, the advance width should be a blend of both glyphs' advances, rescaled to the new unit system.

I need to check whether glyph x-positions are handled consistently with how I centered letters in blend_word, using the same offset formula based on the difference between interpolated and actual advance widths. For kerning, I should check if Fell English has GPOS/kern tables with class-based kerning, which would complicate blending—possibly using uharfbuzz (if installed) to shape pairs of characters and extract actual kerning adjustments across the basic Latin character set.

I'm considering writing the kerning as a .fea file with pos rules for nonzero pairs above a threshold, compiled via feaLib—seems worth the ~30 lines if uharfbuzz is available, though it matters more for in-game text than for the logo. I'm also second-guessing whether to name the font family after the game itself.

Settling on "Phylactery Serif" as the family name, I'll place it under lich-survivors/identity/font/PhylacterySerif-Regular.ttf alongside an OFL.txt that keeps both original copyright notices plus a line crediting the blend to a327ex for 2026.

For the build script, I'm making a self-contained tool at lich-survivors/tools/blend_font.py that copies the needed blending functions directly rather than importing from the rounds folder, keeping it reusable with font and parameter inputs. Then for the wordmark, I'll render "PHYLACTERY" and "Phylactery" from the new TTF as transparent cream PNGs at library logo size, plus convert the glyph outlines into an SVG vector master, keeping default letter spacing with a note about an optional tracked caps variant.

For the specimen page in round 94d, I'm planning sections covering the font name, alphabet, numerals, punctuation, and pangram text at multiple sizes on dark backgrounds, alongside comparisons with pure Fell English and Garamond. I also need wordmark renders at various Steam capsule and header sizes plus a transparent library logo, and game UI object-name sizes at the 1280x720 resolution without touching the actual game. Before going further I should check whether uharfbuzz and skimage are installed.

Only 4, 6, 9, and ç differ enough in build to need distance-field blending — the other 112 characters can morph outline to outline. I'm now installing a shaper to preserve the fonts' kerning plus a contour tracer.

I'm thinking through how HarfBuzz handles kerning differently for Fell's 'kern' table versus Garamond's GPOS, and setting the variable font weight to 500 for Garamond. To extract kerning pairs, I'd shape each letter pair with kerning features enabled and compare the resulting glyph advance against its nominal width.

I need to disable ligature features ('liga', 'clig', 'dlig') during kerning extraction since Fell's historical ligatures like "ct" and "st" could otherwise merge glyphs and skew the measurements. With that sorted, I'm ready to start writing tools/blend_font.py.

I'm double-checking a few details: removing a bogus dummy DSIG assignment, confirming the OS/2 table setup defaults are correct, and verifying the offset application order in the outline blending logic.

For holes and winding, pathops' fix_winding should keep orientation consistent across both shapes so pair_up only needs to flip per pair when signs differ. I'm also noting that find_contours produces pixel-dense contours that are far too tight compared to the target point spacing, so I need to resample them based on perimeter and the unit scale before building the glyph outlines.

I'm double-checking my point-in-polygon crossing test formula and confirming it's written correctly, and now I'm looking at whether fontTools' save/recalcBBoxes logic will keep hmtx's lsb in sync with the glyph's xMin — since recalcBBoxes updates glyf bounds but not hmtx, I need to make sure my computed lsb from rounded coordinates already matches xMin to avoid mismatches.

Timing-wise, running kerning across roughly 150 characters creates about 22,500 pairs across two faces, but with HarfBuzz shaping each pair in microseconds that should still finish in roughly a second, even accounting for accented characters. I'm also confirming that since HarfBuzz's font scale defaults to the font's upem, my kerning values computed in cap units will align correctly with the font's internal unit scale, and I'm checking how HarfBuzz applies the kern table for this particular typeface.

With glyph naming using 'uniXXXX' codes and an empty space glyph, plus FontBuilder's glyf setup via TTGlyphPen and horizontal header configuration all looking fine, I just need to remove a leftover dummy line and add resampling into the field_blend step.

I'm trying to recall the exact segment pen protocol for an all-off-curve contour — whether qCurveTo with a trailing None still needs a closePath() call afterward in fontTools.

With 1779 kerning pairs in place, I should verify the font renders correctly by loading the new TTF and comparing specimens against my blend renderer's output, testing words like "PHYLACTERY" and "Phylactery" to sanity-check the glyphs.

The rendering looks fine overall — kerning appears reasonably applied given Pillow's basic layout limitations, and the digits correctly show as oldstyle figures per the Fell font design. I'm checking how the "9" glyph renders in the digit sequence to confirm it looks right.

Now I want to verify the kerning more rigorously by comparing shaped advances for "AV" against the new font, and cross-check the raster output of "PHYLACTERY" against the reference blend image for visual fidelity using an overlay diff.

Since Pillow's basic text layout ignores GPOS kerning without raqm, I'll drop the features argument and instead shape kerned text manually with HarfBuzz, drawing each glyph individually using the computed positions.

I'm also thinking about whether the game engine's text rendering (likely stb_truetype-based) supports GPOS kerning or only the legacy 'kern' table, so to be safe I should add a format-0 'kern' table alongside GPOS using fontTools, keeping the pair count under the 16-bit limit.

Pillow's basic layout also relies on FreeType's kerning lookup which reads the 'kern' table, so this approach should work for both renderers — now I need to fix the IoU check to work without relying on font features.

I'm getting a solid IoU of 0.86-0.95, though not perfect, and I'm checking whether the discrepancy comes from positioning (advance-based centering vs lsb offsets) or sizing, since scaling cap height to a target pixel count through font-size rounding introduces small errors.

I suspect the remaining gap stems from resampling density differences and FreeType hinting/antialiasing at small sizes — subpixel edge shifts could easily account for a 0.86 IoU on thin serif shapes. I want to visually confirm nothing's structurally off by creating a red/green overlay comparison at a larger size, starting with the letter H.

The edge differences are just minor rasterization artifacts, not shape mismatches — the font choice checks out. Now I'm setting up the wordmark master files: vector SVGs with proper kerning applied, plus transparent PNG exports at logo size for both caps and mixed-case versions.

For the SVG, I'll build per-glyph paths from font outlines using harfbuzz positioning to place each glyph correctly, flipping the y-axis to match SVG coordinates. For the PNG, since I don't have a vector rasterizer available, I'll draw each character directly with PIL at its harfbuzz-computed x-offset, which should give acceptable antialiased results without needing exact glyph rasterization.

I'm leaving letterspacing/tracking decisions for a later round since that's more of a refinement than a core judgment of the master files. Next I'll draft the specimen page for round 94d, covering the header info about the font and its construction, the wordmark display on a transparent checkerboard background, and small-size legibility tests.

I'm thinking through the capsule icon tests at different auto-shrunk sizes (simulating how Steam downsamples logos), plus the text samples: alphabet, figures (noting old-style numerals), punctuation, accents, a pangram at several sizes, the object names in game-UI sizing, and a kerning on/off comparison. I also want a side-by-side comparison of pure Fell English versus the blended font versus pure Garamond rendering "Phylactery" at matching sizes.

For implementation, I'll write a harfbuzz-based text rendering helper, and organize the code with a page-builder script in the round's folder plus a separate `tools/wordmark.py` module for generating the identity/wordmark SVG and PNG assets.

I should verify the SVG renders correctly by embedding it as a data URI image on the specimen page. For round 94d, I'm writing a helper that uses harfbuzz shaping data to draw properly kerned text into PNGs character by character with PIL.

I want to check whether Pillow's basic text layout already applies kerning from the font's kern table via FreeType, so I'll test by comparing the measured length of "AV" against the sum of individual letter widths.

The length difference I'm seeing is too tiny to reflect actual kerning values, suggesting Pillow's basic text layout might not be applying kerning the way I expected, or getlength ignores it. I should use HarfBuzz's computed positions for drawing kerned text in the specimen instead, and separately check whether the game's rendering engine actually applies kerning.

I should note in the handover that the engine's text drawing lacks kerning support, since adding it would require reading the kern table or GPOS data via stb_truetype. Now I'll move on to writing the specimen page for round 94d.

I'm double-checking the claimed "157 characters" figure by actually counting the glyphs: 95 ASCII characters plus typographic symbols, accented lowercase, and accented uppercase letters, which totals 141 rather than 157.

I should verify against the font's cmap directly to confirm no characters got skipped, and also confirm the glyph extents logic for cap height and the variable font axis setup before running the check.

I need to fix a few overflow issues: the character set plate clips the uppercase alphabet and accented line, so I should reduce the font cap or wrap it; the text sizes plate overflows with the pangram at larger caps, so I'll shorten the text or use just the first pangram for bigger sizes; and the SVG figure seems to overflow due to missing a max-width constraint on its image styling.

The image padding plus max-width is causing a 40px overflow on the right, so I need box-sizing: border-box there. The kerning plate note overlaps the first line of text, so I should move the note lower and shift the lines down to accommodate it. The capsule and label placements otherwise look fine, and kerning visibility at that scale seems acceptable.

Hitting that same heredoc backslash issue, so I'll switch to using the Edit tool for each file instead.

Checking legibility at the smallest Steam sizes, the all-caps wordmark at 120x45 renders quite small since it lacks the taller x-height that mixed-case text gets, making it legible but tight compared to the mixed-case version which fills the space better.

Now I'm ready to commit the font-blending and wordmark tooling, update the identity round and RECORD entry, and settle the memory notes on the finalized font and files. I should also mention in the handover that I installed several Python packages (skia-pathops, scipy, uharfbuzz, scikit-image) into system site-packages, which is standard but worth a brief note in the RECORD tools line.

He's asking me to lay out the process before jumping into production, and also wants clarity on what Steam's guidelines actually require versus what's just convention for each image slot. I should address both: outline a thoughtful approach for generating these images, and explain what I know about which assets need the title/logo versus which should avoid text entirely. I'm also starting to consider the actual methods available for creating the renders, like pulling from the game's engine directly.

This approach has real pros: exact in-game assets, true poses, real baked lighting and effects, full camera control, repeatable framing for all slots. But there are cons too — flat-color compositions need custom backgrounds (hiding the cave), snake-climbing poses need new animation (though the egg's coil-wrapping code could be reused for wrapping snakes around the lich), and the low-poly look doesn't hold up well in close-up shots, which he's noted himself.

Alternative is AI image generation — tools like Astra, fal.ai's Qwen Image, maybe Gemini. These give painterly/photographic quality and unlimited composition freedom (the It Follows egg cover was made this way), but keeping the lich's specific design details consistent across images is the challenge.

The real fix is image-to-image/edit models (Qwen Image Edit, Gemini's "nano banana," gpt-image) that take engine renders as reference input and preserve identity. I should also check whether the Steam AI disclosure already covers AI-generated store art or needs updating to mention "marketing art" specifically. My actual recommendation is a hybrid approach: block out each composition in-engine using the real assets, then use that as reference for the final AI-generated image.

For T01's emblem, an engraving-style redraw via styles.py would fit nicely. I need to track down where Claude's art kit (oil.py, styles.py) actually lives on disk since the restore may be partial, and check it-follows-art later.

The real insight is that the 3D engine gives precise control and consistency while the finish pass handles quality — and I shouldn't lock every slot into one identical look, since the references are meant to inspire ideas and composition, not be copied outright.

The style should still feel unified though, whether that's the game's native look, the painted It Follows aesthetic, or a blend of both — and that's his call to make, not mine. I'm thinking I should propose a quick test round: take one composition and render it three or four ways (pure engine, high-res smooth, painted oil finish, flat graphic) so he can pick the direction before we commit to producing everything. Since he explicitly asked about my process rather than just letting me proceed, I should answer thoughtfully with my recommendation rather than just barreling ahead per "act, don't ask."

I also want to nail down the Steam asset guidelines clearly: store capsules need a readable logo/name, small capsules need the logo to nearly fill the space, library capsules need the logo included, library headers are title-only, library heroes have zero text (since Steam overlays the transparent wordmark logo itself), backgrounds should stay text-free, screenshots are pure gameplay with no marketing text, event headers pair artwork with branding since Steam shows the name alongside it, and icons just need a mark with no title at all.

So small-title capsules risk visibility penalties, but small-title treatments could still work for an event cover (since Steam overlays the name there) or possibly the page background, while the library capsule still needs the logo even if size isn't specified for that asset. I want to double-check that this ≥1/3 rule actually comes from our own rehearsal record before citing it.

Title-small images work for off-Steam uses like his site's game page and socials, while standard Steam slots (capsules, library capsule/header) need the no-words art with Steam's logo overlay. Now I'm trying to map his specific poster references to slots — the alien egg poster with its seam of light seems suited for the vertical/library capsule and icon, while being careful not to let the egg's cracking hint at the ending twist.

Looking at the serpent-coiled-egg piece, that reads as the win-state emblem, and since he's already fine with that implied hint, it works well for the app icon, small capsule emblem, and engraving-style event cover. The arched-pose figure with smoke and the floating mask over a flat yellow field seems like a strong candidate for the main capsule or header art.

For the remaining concept pairings, the clawed hand with flame fingertips translates into the lich's bony hand bearing the six powers, making a strong thumbnail for a small capsule or icon. The standing-figure-in-a-vast-field reference maps to the lich floating still in an empty cave or flat expanse, suited as a wide library hero image with the figure kept small in the safe area. The skull-and-roses adornment style suggests a framed emblem with the six objects arranged decoratively around the lich inside a bordered reliquary composition, fitting a 2:3 library capsule format like a book cover.

Continuing the pattern, the prism cover suggests a snake centerpiece struck by a prismatic beam from the lich's fingertip splitting into spectrum colors, good for a wide header or main capsule. The crowd/press photo angle translates into the lich holding an egg aloft while snakes climb toward it, with cropped variations (hand+egg, head, head+torso) suited to vertical capsules, library capsules, and multiple main capsule crops. The vanitas still-life reference becomes a cave-floor arrangement of the six ritual objects alongside a skull, useful for page backgrounds, event covers, and description/screenshot-style images.

Now I'm weighing three production approaches with real tradeoffs. Engine rendering gives exact identity and consistent lighting across all the shots, but the game looks rough up close at its low resolution, and new poses like snakes climbing the lich or him cradling the egg would require actual scripting work. Image generation tools offer richer painterly or photographic quality and flexible composition, but struggle with consistency across a set of images — the mask, hand gestures, and the skeleton's appearance could drift, plus fiddly details like hands and snake coils are hard to nail, and it wouldn't match the game's own visual identity even though AI disclosure already covers this.

My recommendation is a hybrid: stage every composition in 3D using the game's real assets to lock in camera, pose, lighting and silhouette, render a high-res plate with masks for depth and per-object IDs, then apply a finishing pass — either guided image-to-image using the plate as structure with references for style at low enough strength to preserve shapes, or my own procedural treatments like an oil/engraving redraw kit or flat-field posterization. The plate locks consistency and composition while the finish delivers the final quality.

Then there's the question of which unified look to commit to — the game's native upscaled pixel-3D look (honest but weaker up close), a painted style echoing the oil treatment from It Follows (which ties back to the source book), or a graphic style with flat fields and engraving lines, more like an album cover.

I'm now leaning toward a family of styles rather than one single look: painted finishes for scene images, engraving for emblems — both fitting an "old book" register that pairs naturally with the IM Fell font's 17th-century printing feel, while the bold flat-color fields act as a counterweight. Since he said not to just copy every reference style directly, I'd propose testing this with one composition staged in-engine, rendered as a plate, and then produced in three finishes — native pixel, painted oil, and engraved/graphic — so he can pick or mix them, possibly assigning engraving specifically to emblem slots.

For subsequent rounds, I'm planning rough composition plates across all his picks for approval, each shown with three title treatments (none, small, Steam-standard), followed by final finishing and wordmark placement before upload, plus a short note mapping which slot gets which treatment.

I should also flag the minor cost consideration — fal.ai image generation costs a small amount per call, which is already set up and in use, so it's worth a brief mention in the plan rather than something requiring separate approval.

Before finalizing, I want to verify the engine's actual rendering capability by checking the boot/port code for the 640x360 target, and confirm whether the oil.py file exists on disk — quick read-only greps to ground the plan in reality.

Since resolution is just a single constant, I could bump it up for a high-res capture run before creating the plates, and the post-processing chain scales relative to that since bloom is resolution-based. A few pixel-tuned effects like warp might need checking, but in principle an env var controlling render scale should let me produce high-res output without major rework.

Now I want to structure my response around Steam's title rules and how his three variants fit, then propose a process: stage in engine, create the plate, then finish it, explaining why and weighing the three finish options against his concern that things don't hold up close-up. I'll map his references to slots in a brief table, and suggest starting with one composition in three finishes as a test round before blocking out everything, asking for his go-ahead since he wanted thoughts first. I also need to account for new staging — snakes climbing him and holding an egg, which is feasible with pose controls and spline paths — and mention briefly that any AI-generated finish would need a line in the store's content disclosure, plus note that cost per image via fal.ai is negligible.

The upload dialogs require the logo to be legible and fill a meaningful portion of the image, so tiny titles don't actually satisfy Steam's requirements in those slots. Screenshots, backgrounds, event covers, icons, and the hero asset stay word-free since Steam either overlays the name itself or doesn't want text there at all — so the real split is: no-words versions for hero/background/events/icons/off-Steam use, and properly-sized wordmark versions for the six required title slots, with a small-title variant reserved for cases outside Steam's standard requirements. For process, since the references are really about composition and ideas, I want a pipeline that gives precise control over those elements with one consistent style.

The best approach is to stage each composition directly in the game engine itself, since it already has every real asset — the lich, his mask, the hand, the six objects, the egg, the snakes, the cave lighting — and can pose them, place a camera, and render at any resolution by adjusting the world-scale constant. This means new compositions like the lich holding the egg aloft with snakes coiled around him, or the objects arranged as a still life, are just code and camera work rather than fresh artwork, and each render can output alongside it the segmentation masks and depth data needed for finishing passes. The advantage is that every image shares the exact same lich, mask, and objects, so changing a slot's composition becomes a camera move instead of a redraw — then the final step is unifying the rendered plates into one cohesive look.

If image generation is the finish, the store's AI content disclosure needs to cover the store art too — cheap per-image through fal.ai, which is already set up. Now I'm mapping the reference images to slots: the egg-in-darkness as a vertical capsule or library capsule, possibly doubling as the icon itself.

Continuing the mapping — the serpent-and-egg piece works as the mark/app icon and event cover; the arched pose as the main carousel capsule; the bony hand as a strong square/thumbnail and event cover candidate; the floating figure as library hero and page background; the skeleton framed by meaningful adornments as the library "book cover" art; and the prism piece as a wide header capsule.

There's a surplus of good compositions versus slots, which gives me room to choose the strongest per slot rather than forcing fits. My proposed plan: stage one composition at high resolution first, rendered three different ways so the look gets approved before producing variants, then do rough plates of all compositions for layout approval, then finish with titles and upload as the final pass.

I'll recommend A02 with the mask for that first test — figure arched back, smoke rising from the head, mask lifting away, set in the game's amber field — since it exercises figure, field, and mask together as the brand's signature image. I want to confirm this is okay before starting and flag that resolution should be verified upfront.

For round 95, I'm planning a composition using the arched-back lich pose already in the game, with the mask lifting off the face as it floats above it, staged at high resolution and finished in three variants.

I need to dig into the lich pose and mask controls, the camera inspection tool, flat background framing, and the silhouette render pass that could produce the masks, then build a capture script that stages the pose and camera for this shot.

For finishes, I'm thinking through three options: an honest "game's own render" at native pixel resolution scaled up, a painted version via image-to-image diffusion styled after the It Follows reference, and an engraved-graphic treatment — with the high-res plate render serving as the shared input for the painted and engraved passes.

For the engraved/graphic finish, I'm considering either an engraving-style redraw of the plate or flat posterized graphic fields from the masks — like a flat amber background with the lich rendered in bone cream and engraved hatching for shading, mask shown in white.

Before building this, I should check the fal image tool and the memory notes on fal/Qwen reference image generation, plus how oil.py works, so I can plan out the painted pipeline properly.

I'm noting the available camera and pose controls for the lich, then thinking about writing a capture script that initializes the game, sets things to manual, and steps through until the character arrives at its position.

For A02 specifically, GAME.hurt(level) gives the arched-back pose with head thrown back, but I still need to figure out how the mask floats off the face — probably by overriding its spring offset in lichmask.lua rather than using the death-drop behavior. I also need to work out how to hide the cave geometry and swap in a flat amber background, which means digging into cave.lua and lich.lua to understand the scene structure and how lighting (baked GI vs dynamic lights/gem lighting) actually reaches the character, since removing the cave might strip away the lighting source too.

I've confirmed the harness exposes a free camera (GAME.look) and a forced hurt pose (GAME.hurt). Now checking how the mask, scene, and lights are set up so I can swap the cave for a flat field.

I'm thinking about overriding the mask mesh's transform directly after ticking, and I need to find how to access the lich's mask object through the game harness's G fields, so I'm checking game.lua for the relevant mask references.

For rendering just the lich without the cave, I'm considering hiding the cave meshes and changing the scene background color, but I also need to understand how lighting works here and whether the post-processing chain (bloom, warp, silhouette pass, tonemap) will interfere—so I'm grepping for lights and the post.lua pipeline to see if a simpler approach of hiding the cave and setting an amber clear color would work.

I'm considering using a world_override to render an alternate scene with its own camera, versus simply hiding the cave's static elements while keeping the sun light and tinting the background amber—but I need to figure out how that interacts with the volumetric light shafts and fog settings.

Since fog is near-black between 8 and 50 units, that's fine with the lich close to the camera, though the shafts might show the beam unexpectedly in a flat field, so maybe I should disable them. The final pass tonemaps the background color from the HDR render target, so I'll need to iterate on the raw value to get the right amber output.

With the cave hidden, the lich still gets lit by GI probes as if inside the cave and the sun now lights it fully without shaft restrictions, which actually works well for a flat field—and since the egg is part of the cave group, it'll stay hidden too, which is fine for this case.

For the pose, `hurt(level)` at high intensity gives the arched back, head thrown back, and one arm flung toward the egg while the other hangs—exactly the Kaen pose I want. For rendering at higher resolution, I'm considering adding an env var read in post.lua that scales P.W and P.H by a factor, since this is a dev-only hook that won't affect normal players and shouldn't alter the LICH_ROOM digests.

But I need to check whether the final composite actually uses this resolution—if the game layer itself is fixed at 640x360 while the render target is larger, the extra resolution would get lost in the final presentation pass. I should check boot.lua's layer creation and how post.lua presents the final output to see where the resolution bottleneck actually is.

I found that `params.world_override` lets me render any scene with its own camera, and the cave's lights/fog are plain parameters. Now I need to trace how the final 640x360 frame gets scaled to the screen and snapshot.

I'm thinking I could read the final render target's pixels directly and write them out as a PNG, possibly bumping up the resolution by overriding the width and height constants before the post-processing setup runs.

I need to check whether the engine actually exposes environment variables to Lua, since I recall similar startup flags being read that way. Also considering whether higher resolution breaks anything — pixel-based shader effects, point sizes, and the baked texture density should mostly hold up fine, and since the HUD is disabled and I don't need the final screen-present step for capture, I can skip worrying about that scaling mismatch entirely.

I'm now thinking through practical settings: a render scale of 4 gives roughly 2560x1440, comfortably above the 1232-wide capsule requirement, with memory overhead for multiple half-float render targets being trivial on GPU. I still need to verify the final render target's format is compatible with an rgba8 readback, and whether it includes all the post-processing passes (tonemap, vignette, bloom, warp) baked in before I capture it — then I can start thinking about the actual pose composition for the piece, referencing the diagonal lean-back posture seen in Kirei's work.

For the vertical crop, I'm thinking about the lich floating in-game pose, legs together with pointed toes, arched for the hurt animation. For lighting, I'm picturing warm amber key light from above matching the game's shaft color, against a deep amber/ochre background rather than the saturated tones used for Kaen or Kirei.

Let me settle on one field color for the test, around amber (210,140,60), keeping scope tight rather than adding a dark cave variant too. For capturing the render, I'm planning to add a scale env var to the dev post-processing script, then write a staging script that stops recording, switches to manual game mode, and steps through the intro walk-in before deciding whether to let snakes spawn.

To avoid snakes cluttering the shot, I'll either grab frames right after the lich arrives or traverse the world scene and hide any mesh group named "snakes" by setting it invisible. Then I'll call the hurt function to force the lich into a hurt pose at a given level, making sure he's oriented toward the egg in a way that works well for the camera angle.

I also need to hide the cave group (checking if cave.lua exposes a group reference), tint the background scene color amber, and disable light shafts and fog. For the camera, I'll figure out how to pass eye/target positions and FOV into the look function based on existing usage patterns. For the mask, since the tick function overwrites its mesh position every frame, I'll override that after each game step but before rendering, positioning and rotating it above and in front of the face.

Key realization: agent videos require manual mode plus a single engine_step call before each snapshot, since GAME.step alone doesn't trigger rendering — engine_step handles both update and draw, and since manual mode skips tick calls, I can safely override the mask's transform right after stepping and before that render call. For generating separate masks per object, I'm thinking of rendering multiple passes — full scene, then with the mask hidden, then with other elements hidden — to extract difference masks.

One concern: whether R.render advances time for shader-based effects like warp, which could introduce variation across passes even in a static scene — probably negligible though. Next I want to check how place_camera handles look direction, the cave grouping API, and GAME.hurt mechanics tied to END.force_level, particularly whether the hurt pose needs an active END state.

I found that the final frame can be read directly from the GPU's final render target, with the 640x360 resolution set as a constant in port/post.lua, and a dev-only environment variable can enable poster-resolution renders without affecting players. Now I'll check how the free camera, cave group, and hurt pose are wired together.

I'm tracing how GAME.hurt setting grips directly bypasses the normal ending sequence trigger, and checking where else the code gates behavior on END.grips being greater than zero.

For staging the shot, I realize the sun light lives inside the cave group, so hiding that group for visibility reasons would also hide the sun since three.js skips invisible objects during light collection. I need to instead hide individual static meshes within the cave rather than toggling the whole group, keeping the lich, mask, and lights intact.

I should check lich.lua to find the root object, hurt pose controls, hand options, and the facing/mover logic so I can correctly position the camera relative to the lich's yaw at render time.

I need to check what the module exposes around that return statement to understand the structure before writing the staging script.

I should check other modules that reference fixed 640x360 dimensions, like replay.lua and game.lua, to make sure they use R.W/R.H consistently before editing post.lua to add the render-scale environment variable.

Writing render-scale logic...

Now I'm thinking through the capture staging script — stopping recording, enabling manual game mode, stepping forward to simulate the character walking in and arriving, then setting up the hurt pose and hand position for the shot.

I'm checking what the hurt trigger cascades into: it may kick off a sequence that eases the camera, settles the character into position, and has the snakes grip while spasms jolt the body — I want to pick a stable frame rather than mid-jolt for reproducibility. I also need to hide the cave visuals by traversing the scene group containing the egg and toggling visibility on mesh and point objects.

Before I set that visibility flag, I should check how this Lua three.js port flags object types — whether it uses an `is_mesh` property or a `type == 'Mesh'` check — so I'll grep the port for that pattern.

I can read the final render output since it's byte format compatible with rgba8. Now I need to write a staging script that computes the camera eye and target in world coordinates, pulling the lich's head position and facing yaw from the game state to set up a 3/4 side view.

I'll start with low-resolution scale-1 contact sheets across a few camera angles and timing moments to pick the best composition before committing to high-res renders, with parameters like angle offset, distance, height, FOV, mask offset, and tick timing set as globals. For the mask placement, I'm positioning it relative to the head's local frame—above and in front of the face, offset along the face's local z-normal—so it lifts off naturally in the direction the face is pointing, which with the head thrown back means flying upward along that normal.

Now I'm writing the override logic: after each game step, grab the lich mask object and reposition/reorient it using the head's world matrix transform plus a small tilt quaternion, using the engine's math utilities available via require. For cleanup, I'm hiding snake and gore meshes and orbiting orb objects to avoid distraction, favoring a simple allowlist approach—keep the lich root subtree, mask, and lights visible, hide everything else—while also disabling game powers so held objects just drop to the floor.

I need to re-apply visibility toggling every frame since some modules reset it each tick, and I'm also clearing the warp scene streaks and leaving the view scene untouched. For a flat field look like Kirei, I'm adjusting world background to a flat HDR color, disabling light shafts, zeroing fog, and flattening the vignette so edges stay bright.

Exposure tuning depends on cave darkness and tonemapping, so I'll iterate the background value to hit roughly a warm sRGB target and check it visually, with sunlight coming from above at a slight angle lighting the lich figure. Now I'll put this all together into the script.

I'm tracing how R.out gets set after rendering and confirming the RenderTarget object exposes a .gpu field used for texture reads, matching what post.lua and inspect.lua rely on. I'm also checking whether R.warp_scene is defined, since post.lua references a local warp_scene.

For the yaw convention, since I'm not sure whether yaw=0 faces +z, I'll just test a ring of yaw values (0, 45, 90, 135, 180...) in preview renders to see visually. I also need to flip the .rgba rows vertically when converting to PNG since GL stores them bottom-up, then run a first preview at scale 1 with default render scale and a spread of yaws.

I notice two problems to fix: the field color is far too bright and saturated given the dark cave exposure, so I need to dial down that yellow value significantly, and the HUD inventory icons are showing when they should be hidden by default.

The lich's hurt pose also isn't registering properly — since hurt level eases over roughly 0.8s and the pose ramps over 0.45s, stepping only one tick right after triggering hurt isn't enough time for it to visibly develop; I should step further forward before capturing the shot. The bone colors also look off against the amber background, likely from how the cave's GI probes and sun lighting interact with the lich's prismatic gem material.

Exposure looks too high too, washing out the lich while the field goes near-white; I want to lower the field's base color (something like {0.12, 0.05, 0.012}) so the background sits at a better mid-tone while the lich stays well lit. I also need to step around 180 ticks after triggering hurt, since the pose involves a cast-arm point at the egg with jolting spasms, and I should sample a few different ticks to catch a good arch in that motion.

The camera ring works, but I need to fix three issues: overly bright exposure from the cave boost, visible HUD icons, and a pose shot too early before it developed. I'll rerun with a darker field and give the pose three seconds to arch, shooting from the side angles.

I can see the arched pose now—leaning back, head thrown back, one arm pointed toward the egg, the mask floating above the face. The field color is too muddy brown; it needs a richer, more saturated amber tone. The lich is positioned left and partially cropped at the bottom, so the camera framing needs to be wider.

Looking at the camera, I should widen the shot to capture the whole figure, aim the look target a bit above chest height, increase distance to about 3.2, and lower the camera slightly to get a heroic upward angle similar to the low-angle Kaen shot. For the mask, it's reading well as "something leaving the head," but I want to increase its lift and tilt it so its face is more visible to the camera rather than just showing as a blob. The lich's bone coloring—pink skull, yellow-green legs—reflects the game's iridescent prismatic bone pattern, which looks pastel under flat lighting but matches the source material. I'm comparing good angle options: the profile shot with arm pointing left, and its mirrored 3/4 counterpart, both strong candidates against the main capsule dimensions.

Since the lich hovers in the actual game, I want to reframe the shot to keep the legs visible for that floating effect—pulling distance back slightly, centering the look lower to include the legs, and widening the field of view a bit. I'm planning to generate four variations at different angles and distances, with brighter lighting, while treating the minor pose differences between frames as negligible.

The pose now reads well—arched back, head thrown back, one arm flung out, mask floating off the face—but the field is muddy brown and the figure gets cropped. I'll reframe wider and warm up the field color.

Checking the framing against the amber background, the lich figure sits slightly left-of-center due to the chest offset, which works for the main capsule composition with room for a title on the right. But the figure is too small at this field of view and distance, so I need to scale it up to fill more of the frame height for the main image.

I'm comparing the pastel, iridescent bone colors — pink skull, yellow-green legs, red feet — against the stronger studio lighting used by other games' heroes, noting that our overhead sun lighting leaves the bones looking flat at low resolution, though detail should emerge at higher res. I'm now deciding between two poses: the classic one with the arm pointing left (away from where a title would go) versus the mirrored version where the arm points right, which naturally leads the eye toward the title text — favoring the mirrored pose for the main capsule. I plan to render both options at a higher scale for comparison, including a vertical crop version.

Rather than framing the shot precisely in-camera, I think it's simpler to render a wider, centered version at high resolution and then crop it in post-processing to get the different capsule and vertical formats, so I'll bump up the render distance slightly to leave margin for cropping.

I'm thinking through how to extract a clean lich-only alpha mask by rendering the same frame twice with black and white backgrounds and comparing pixel differences, though I realize tonemapping being nonlinear means this trick won't be perfectly exact.

Instead, I'll opt for a simpler luminance-threshold mask: render lich over black, then threshold the resulting brightness to approximate the alpha, accepting some edge aliasing as acceptable since the final pipeline composites against the actual plate anyway. I plan to extend the stage script with a "layers" option so each shot renders three variants -- field, black background with lich, and black background with only the mask object -- saving each as a separate file.

I'll render both framings (standard and mirrored) at 4x resolution (2560x1440), along with black-background passes to generate clean masks for the lich and mask elements.

The file sizes seem oddly small for that resolution, which makes me suspect the image is mostly flat/empty. I should check a cropped region at full resolution to confirm.

Looking closer, the skeleton reads as a smooth, low-detail toy-like model rather than anything realistic, which explains why it doesn't hold up at close range. The feet are getting cut off at the bottom edge of the frame, so I need to adjust the camera framing to look lower and capture them fully.

The mask is also angled wrong — I can see its back or edge rather than its face, since the head is tilted back and the mask's forward direction points up instead of toward the camera. Lighting is flat and uniform too, lacking shadows or occlusion, so for the structural plate the priority is fixing framing and mask orientation; I'm working out how to compute a rotation so the mask faces the camera, using the stored eye position to orient it properly.

That native render would just be the pixelated upscale of this staging at scale 1 with the same camera. For the painted finish, I'm weighing img2img options on fal that preserve structure: Flux dev image-to-image with strength control, FLUX Kontext for instruction-based restyling, Qwen image-edit, or Gemini's nano-banana edit model, which is strong at keeping identity while applying style references.

I'm fairly confident fal exposes "fal-ai/flux-pro/kontext" and "fal-ai/nano-banana/edit" as usable endpoints, with kontext pro costing around $0.04/image and nano-banana edit around $0.039 — and I think fal lets me pass base64 data URIs directly as image_url for these calls.

I should check whether brutal-behavior's fal_image.py script still exists on disk given the partial restore, and also look at styles.py to understand how the engraved plate finish is redrawn. I'm also noting the A02 reference has smoke rising from the head, which makes me wonder if adding warp streaks where the mask leaves the face could work similarly.

Before doing more renders, I want to fix the plate itself — feet framing, mask orientation, and lighting. Kirei uses soft front light while Kaen uses strong side light, but our skeleton is lit only from above by the sun with GI, so I'm considering adding a key light from camera-left-front to better sculpt the bones. The risk is that the renderer's shader programs are precompiled for fixed light counts, so adding a new light might not register or could break things — safer to just rotate the existing sun direction instead.

So I'll find the sun light object by traversing the world scene for the light flag, then reposition it to come from the front-left-top, rotating roughly -50° around the figure and raising it 50° in elevation relative to the camera's eye line. Before doing that, let me check the fal directory and the styles file for how lights are currently handled.

The full-res render confirms the skeleton looks too smooth and toy-like, with the feet cut off and the mask angled away from view—I'll fix those framing issues before applying finishes. Meanwhile, I'm checking the image-generation key and the painting kit's interface.

I'm double-checking the directory listing output since the file names and folder structure seem to have gotten jumbled together in the results.

Good news: brutal-behavior/tools exists and contains fal_image.py. I should go ahead and read it.

This tool supports both single image_file and image_urls fields, but for multi-image edits like combining a plate with a style reference, I need to adapt the script to accept multiple image files and convert them into a list of image_urls. I'll copy this tool into the project's tools folder with that multi-image support added, then look into trying models like flux-pro/kontext for the painted finish effect.

I'm also considering nano-banana/edit and qwen-image-3/edit as alternatives since they accept multiple reference images, and plan to test all three cheaply on the same plate. I'm drafting prompts for each model describing the oil painting restyle—preserving the skeleton's pose and the floating mask while applying classical chiaroscuro lighting and visible brushwork.

For the engraving finish, since the toy-like plate would reproduce odd shapes if run through the mark-based styles.py engraving directly, I'm thinking of generating a copperplate-style engraving via the image model first (referencing something like Vesalius' Fabrica), then possibly layering the styles.py engraving on top for a true mark-based texture. So the plan is three finishes per plate: model-generated engraving, styles.py engraving, and the game's native pixel render upscaled, all compared against the raw plate render.

For each finish I want a main capsule crop and a vertical crop, and maybe a quick title overlay test to see how the wordmark sits, though that can wait. Before any of that though, I need to fix the plate itself — correcting feet framing, orienting the mask to face the camera, and adjusting the sun direction for proper key lighting, which means updating stage.lua to store the eye position globally and orient the mask with a look_at toward the camera before tilting.

I'll reuse the existing fal tool, adapting it to support multiple input images per job for style references. First, I'll fix the plate by including the feet, turning the mask to show its face, and repositioning the sun as a front-side key light for better bone modelling.

I'm checking scope issues with the SUN variable and verifying Lua/Vector3 API compatibility for math.atan and quaternion methods, then considering whether the shadow camera should track the sun or stay fixed around the scene bounds.

For the preview, I want to render at 640 with the d_y300/a_y090 framing, keeping feet in frame with look_up at -0.3 and distance 3.0.

The second batch didn't run since I only redefined variables without rerunning the file. Now I notice the feet are in frame but the figure is smaller, and the mask in d_y300 gets cut off at the top where it sits above the head — I need to adjust the framing to account for that.

The mask now faces the camera, floating well above the head like smoke dissipating, and the skull's back-3/4 angle with feet pointed down reads fine. The lighting stays flat and pastel, with the bones' iridescent colors dominating, which still works for the structure.

Now I'm working out the crop regions for each capsule size, figuring out how to frame the figure's bounding box within the 2560x1440 render for the main, vertical, and other aspect ratios while keeping the figure centered or appropriately positioned for this test round.

For the finishes, I need native 640x360 renders matched to the same shots, but since nearest-neighbor upscaling to the capsule resolutions requires integer scale factors (2x for main, 3x for vertical to get enough height), I realize the jolt/spasm randomness means poses will differ between the low-res and high-res runs unless I fix the seed. I should re-run both at LICH_SEED=7 so the simulated poses match exactly, since render scale itself doesn't affect the simulation.

For painted style, I'll feed the 4x plate into the image model with the style reference, possibly running an oil.py pass afterward for a hand-made brushwork look. For engraved style, I'll try both an "as an engraving" image-model prompt and the styles.py engraving mark-based renderer directly on the plate, keeping the flat amber field consistent across outputs.

The mask now floats up correctly as the head tilts back, matching the Kirei concept. Since hurt spasms vary randomly per run, I'll re-render both resolutions with a fixed seed to keep the poses consistent.

Good, same pose confirmed at both scales. Now I'm moving to the finishing stage: setting up a multi-image fal tool copy, creating a working folder for this round's finish outputs, and preparing the plate image by downscaling it to 1536x864 for model input.

I'm testing with both compositions a and d across three models and two finish styles (painted, engraved), about 12 calls for roughly $0.5 — reasonable. I'm drafting concrete prompts that lock the exact skeleton pose and mask details while varying rendering style, including a version that uses a style reference image alongside the composition image.

For engraving, I'm leaning toward printing dark ink on a flat amber paper background rather than plain white, keeping it consistent with the amber-field aesthetic used elsewhere. I'm also noting the specific model endpoints to test — flux-pro/kontext, nano-banana/edit, and Qwen edit — along with their relevant parameters like guidance scale and output format.

I'll handle both plural "image_files" and singular "image_file" inputs, mapping the list form to image_urls in the payload while keeping the single-file case consistent with the existing pattern.

I'll copy the fal tool into the game's tools to support multi-image jobs, then run the render through three finishes: painted, painted with the It Follows cover as a style reference, and engraved.

I'm checking that the duplicate 'd_painted' key across job entries resolves correctly since the script loops models then jobs, matching the right model list for each case, with outputs going to their respective paths. With 11 calls each potentially taking up to a minute, I should run this in the background with a timeout.

I should also try running the mark-based engraving script directly on the hi-res plate as another option without image generation, though it's CPU-bound and processes per mark so it may take a few minutes at full scale. I'll kick that off in the background while also checking the native-resolution game render finish, cropping and applying nearest-neighbor scaling.

I'm realizing the engraving tint derived from the amber source would also apply hatching to the flat background, since its mid-tone luminance would trigger the hatch algorithm across the whole plate, not just the figure.

Better approach: composite the lich figure onto a white background using the black-render as an alpha mask, then run the engraving kit on that white-composited version at the right scale so the line spacing stays coarse enough to avoid moiré at final output size, and apply the amber tint to the paper afterward rather than feeding it in up front.

Since the kit hatches by tone, a flat amber field would get hatched unnecessarily. I'll apply the lich on white paper using the black-background cutout, then tint the paper amber afterward.

The fal balance is out, and topping up means spending his money, so I should check other options first. He has a Gemini API key with existing credits tied to a Google Cloud project, and that same key can access "gemini-2.5-flash-image" (nano banana), which is actually the same model fal uses — so this could work without any new spending.

The approved plan mentioned generation costing cents on the fal key specifically, so using Gemini instead is a slight deviation, but it's still cents on an already-funded account, which feels within the spirit of the approval. Astra's built-in image gen is off the table since it wasn't named. Let me check what image-capable models are available through the Gemini models listing.

The fal account has run out of balance, so all jobs are failing — topping it up is up to you. In the meantime, kit engraving worked fine, and I'll check if the funded Gemini key supports image generation so painted finishes don't have to wait.

The Gemini key gives access to Nano Banana Pro and Nano Banana 2/2.1, strong multi-reference image editors. Nano Banana Pro (gemini-3-pro-image) offers high quality with 2K/4K output support, priced around $0.13-0.24 per image.

I should build a tool at lich-survivors/tools/gemini_image.py using the gemini venv's google-genai library, taking images plus a prompt and producing a PNG, configuring aspect ratio and image size through the response modalities and image config options. I'll reuse the api_key loading pattern from gem_search.py and consider logging usage the same way the gemini tool already does.

I'm planning to run the same set of jobs — d_painted, d_painted_ref, d_engraved, a_painted_ref — across both gemini-3-pro-image and gemini-nano-banana-2.1, totaling around eight calls.

Found that the Gemini key gives access to Nano Banana Pro and Nano Banana 2.1, both great for restyling with reference images—perfect for the painted and engraved finishes at just a few cents per image. I'll write a small tool to use them.

I notice the result painted an oddly centered oil-brushwork rectangle while leaving the sides flat, and though the skeleton now reads as realistic bone with the pose preserved, the mask got eye holes when it should stay a completely flat, featureless white mask like the lich's in-game.

For the next prompt I need to specify that the entire frame edge-to-edge should carry the oil brushwork with no inner panel or canvas-within-canvas effect, and that the mask should be a smooth closed white shell with no eyes, mouth, or openings at all. The figure's proportion in the plate looks fine as is, so I'll refine these prompts and rerun the remaining jobs on both models before reviewing everything together.

The first paint pass made the skeleton look convincingly real and kept the pose intact, but it added a canvas panel in the middle while leaving the sides flat, and gave the mask eye holes it shouldn't have. I'll tighten the prompts and rerun the rest on both models.

I'm comparing the different renders — the clean flat amber version with its skeleton and mask, the richer brushwork version with more defined facial features on the mask, and the darker chiaroscuro take inspired by It Follows' moody atmosphere.

The engraving variants keep running into the same problem: most add eyes or features to a mask that should stay blank. The kit's engraving looks weak and is worth dropping from the final page while noting it in the record for honesty's sake. For the mask issue specifically, I'm thinking a second-pass edit removing the eye holes to restore the blank smooth shell might work better than trying to fix it in the original generation prompt — I want to zoom in on the masks first before deciding.

The models handle the composition well overall—plain oil renders cleanly, the It Follows reference gives the most atmospheric chiaroscuro, and the engraving style works great, though my mark-based engraving kit falls flat so I'm dropping it. The recurring issue is that most results still paint eyes or a face onto the mask, so I'm zooming in to check that.

I'm comparing the mask variants across versions - nbpro shows eye holes while nb21 tends to be blank with just nose/mouth relief, and I'm checking which crops actually capture these features well versus missing the framing entirely.

My plan is to run a targeted second edit pass on the problematic outputs, instructing the model to make the floating mask a blank smooth shell with no carved eyes or mouth while keeping everything else unchanged, and to supply a cropped reference image of the actual mask for guidance. I'm now working out the pixel coordinates to crop that mask reference from the high-res plate, trying to isolate it by diffing the black and lich renders to get a clean mask-only extraction.

Most results give the mask eyes or a face, but his should be a blank shell with just faint relief. I'll do a second edit pass on the best results, using the actual mask cut from the render as the reference image.

I'm tracing the tile ordering logic: each pair pairs the saved original input from the fix folder with the new generated output written to the model-specific out folder, keyed by name.

Now I confirm the mask fix works correctly, and the before/after pairs show the expected blank shell with nose ridge.

Next I'm figuring out crop geometry for each finish's two output slots — the main capsule crop at 1232x706 and the vertical crop at 748x896 — calculating aspect ratios and centering windows around the figure and mask positions within the 2752x1536 plate.

I'm cataloging the full set of finishes to display: the game's native render, four painted variants (oil Pro/2.1, dark-after Pro/2.1), two engraved variants, plus the alternate framing and the raw reference plate — that's seven finishes times two crops, grouped into three families. I'm also considering whether to overlay the wordmark on the main capsule crops to help judge Steam-compliance, which would mean compositing the phylactery-caps asset onto each finish quickly.

For the game render finish specifically, I'm working out the native 640x360 scaled by nearest-neighbor to get the horizontal and vertical crops, then centering the crop windows appropriately for each aspect ratio. I'm planning the round folder as a self-contained HTML page embedding all the images as compressed JPEGs, with a script to copy source files into a preserved subfolder.

I also want to note that the dark variant uses a vignette rather than a flat amber background, which matters for how it's composed. Now I'm drafting the page-generation script for round 95.

The fix worked—each mask now shows just the faint nose ridge with the rest of the image unchanged. Next I'll crop all finishes to the two slot shapes (1232x706 and 748x896) plus the game's pixel render, then assemble the round 95 page.

I notice the a02 path reference is dead code pointing to a nonexistent filename, so I should remove that line since the listdir loop already handles matching correctly. I also want to visually verify the slot crops by generating a sheet showing all the main and vertical crops together.

I'm noticing the vertical crop math is cutting off the mask at the top and the feet at the bottom—I need to adjust the y0 offset so the centered 3x crop keeps both the head/mask and feet within frame.

I realize nearest-neighbor resizing with a non-integer scale factor (like 3.1x) still works visually since pixel widths just alternate between 3-4 pixels, which is barely noticeable. I'll crop a native region around the figure and apply this uneven-but-acceptable upscaling for the vertical crop, and plan the same approach for the main crop at roughly 397x227.5 native down to 1232x706.

Checking the exact row span needed (301 rows from native crop) against 896/3≈298.67, the 3x scale doesn't quite fit, so I'll crop a slightly adjusted region (252x302 native) and resize to 748x896 nearest, accepting mostly-3px columns with occasional 2px ones as acceptable.

Found a bug: the vertical game-render crop cuts off the mask since 301 native rows need more space than 896px at a full 3x scale allows (fits only 298). I'll switch that crop to a near-3x nearest-neighbour scale so the full figure and mask fit.

Next I should verify with a headless screenshot check, then record everything and commit. I need to note the fal balance issue for him to top up in the record and memory, and flag in the handover that the AI disclosure update will be needed later if the painted option is chosen.

I should fix the ratio text to say "about 3x" since it's actually closer to 2.97x, then rebuild. After that I need to log this in the record for round 95, add a memory note about the exhausted fal balance and Gemini usage, and commit the changes to post.lua and the image tool scripts.

For provenance, I should copy the staging script and finish prompts/jobs from the scratch folder into the round's source directory, since scratch is gitignored but the round folder needs to hold everything that determines what it shows — I'll generalize this into tools/ later in round 96. The post.lua change only takes effect behind an env var so the LICH_ROOM digest stays unchanged, but I should still run `anchor check .` per CLAUDE.md's handover requirement before finishing up.

Found a leftover "3x" caption that should read "about 3x" and will fix it, then copy the staging script and prompts into the round folder for record-keeping before running a static check on the game file I edited.

No errors, just an expected eval-globals warning in stage.lua — fine as is. I'll record round 95, update memory, commit, and deliver, noting the fal balance is exhausted.

I see the mix-up now — I mapped board code A02 to Kirei, but A02 on the board is actually Q, since excluding Kaen from the board shifted the numbering. I was conflating the file-based numbering (02-kirei) with the renumbered board codes.

Rechecking the rest of his picks against correct board codes: A04 matches Tsuyobi (clawed flaming hand) correctly, A10 matches Arca's KiCk i (figure standing in a vast field), A22 matches Grateful Dead's Skull & Roses, A24 matches Dark Side of the Moon, and A34 lines up with Sheena Ringo's Muzai Moratorium — all correct except for the A02 error.

The only mis-indexed pick was A02, which I mixed up with the "02-kirei" filename. I'm owning that mistake directly. He also wants the Kirei image kept as a bonus pose, and clarifies that in both A01 and A02, the mask should float in front of the lich's face as it does in-game, held close rather than lifted away. For the finish, he's chosen P3, the dark chiaroscuro treatment inspired by the It Follows cover, rendered in Nano Banana Pro.

For the redo of A02, I'm working out the Q-style composition: head tipped down on a bent neck, mask floating in front of the face, and some glowing accent element above — trying to figure out what in-game feature (an orb, the prismatic ring, the lens) could substitute for Q's glowing eyes and halo ring, since the mask itself has no eyes.

Also I should redo the Kirei composition, now treated as an "extra," with the mask in front of the face in P3 style, since he wants to keep that image in the set as a bonus option. That raises a question about round 96: the plan was to present every composition as a rough plate at its slot shape for approval, then finalize finishes and titles in round 97 — but since finishing is cheap now that P3 is decided, maybe round 96 should already show compositions finished in that style.

Still, staging everything (snakes, egg holding, hand close-ups, the cave-floor still life, the prism scene, coiled-egg plates) is a big lift. I think the practical move is to redo just A02 and A01 first with the mask-in-front, P3-finished recipe to lock that approach, then roll out the rest incrementally.

With the finish now accepted, I can build round 96 around that corrected A02 and A01, then add a few cheap-to-stage compositions alongside them — A10's floating field shot and A04's bony hand close-up are both low-effort setups that can ride along in the same batch.

For the rest, I'm sketching out other quick candidates: T41 shows the egg alone in cave darkness, T01 is a single serpent coiled around the egg (though the real ending has several snakes, so I might need to approximate with the game's knot of coiled snakes instead), and S15 places objects on the cave floor via the drop mechanism with a low camera angle. A22 looks harder since it requires framing the lich with ornamental objects composited from rendered parts.

Given the effort involved, I'm thinking I could split this into two rounds: round 96 covering the corrected A02, A01, plus the easier shots (A10, A04, T41, S15) as P3 finishes, saving the harder ones (A24, A34, A22, T01) for round 97. He may want it all together, but delivering progress in batches seems reasonable — and I should keep in mind his feedback that the mask should float in front of the Lich's face as in the game, and that P03 is his preferred style.

I'm mapping each composition to the shape of its intended slot: A02 fits a vertical portrait capsule, A01 suits the wide main capsule plus a vertical version, A10 works as a hero banner with the figure small and centered, and A04 as a small square capsule or icon.

For round 96 I'll show each composition in its slot shape without titles yet, saving title placement for round 97. I should pace myself since he's likely back now, keeping the work going but giving status updates along the way, and the plan for P3 is Nano Banana Pro using the plate plus the It Follows style reference.

For P3-style specifically, since the original reference asked for a flat amber field but P3 ignored that and produced a dark chiaroscuro look he preferred, I should write the prompt to explicitly call for that dark, glowing effect rather than hoping for another accident — deep warm shadows fading to near-black with golden light on the figure, visible brushwork. I'll draft this as p_p3.txt, and consider including the mask reference as a third image to lock in the correct shape, possibly combining both fixes into one pass.

For mask positioning in front of the face, I should just let the game's own mask module handle placement by default rather than overriding it, since the hurt pose already has the mask following the head naturally with spring lag — only override if a lift is explicitly set. Now I'm turning to composing the Q pose for A02: head tipped down with chin to chest, shoulders slumped, body upright, arms hanging loose.

Since there's no built-in bowed-head pose, I'll need to manually rotate the neck/head nodes after the game's tick computes the base pose, then call the mask's snap function afterward so it repositions to the hold target relative to the new head orientation rather than lagging behind the un-bowed pose.

For the halo lens shown floating above the head, I'm thinking the item meshes aren't normally visible while held in inventory — they only appear when thrown onto the floor or carried as orbiting objects — so I may need to throw the lens out so it lands visibly and can be positioned near the head for the shot.

Alternatively, I could simplify by sculpting a thin glowing glass ring as a stand-in halo, though using the actual in-game lens mesh stays truer to the assets. The lens's burning point could also double for the glowing eye accent, since the mask itself has no visible eyes.

For the Kirei variant, with the mask lowered in front, I'm thinking the arched-back pose could still work if something subtle rises from the head — maybe faint warped-air streaks or pale smoke instead of the full eruption, keeping it simple but suggestive of the leakage power. I'll note that as optional rather than mandatory.

Beyond that, I still need to work out staging for the other compositions in this round — A10, A04, T41, and S15 each require their own treatment.

For A10, I'm picturing the lich small and upright in a vast flat or cave-like field, lit from above, shot wide for the panorama format, in the dark P3 style. For A04, it's a close-up of his clawed bony hand with each fingertip glowing a different power — fire, prismatic light, maybe a lens glint or warp effect — framed tight against red. And T41 starts with the egg sitting alone in darkness, a single seam of light cutting across it.

For T41 I'm placing the egg deep in the cave under the shaft of light, camera close on its textured shell, with the "seam" implying a hatching crack without giving away too much. Then for S15, I'm thinking of scattering the six objects — mask, hand, lodestone, orbs, gem, lens — across the cave floor as a vanitas composition, though I may want to regroup them tighter for a cohesive still life rather than leaving them randomly thrown.

That batch is substantial but manageable: A02(Q), A01, A10, A04, T41, and S15 in P3 gives six compositions this round, leaving the harder ones for later. The P3 recipe is low-risk since it's already verified, but each staging still needs individual inspection before finalizing. I'll send periodic status updates while working through this rather than going silent, then start by double-checking my A-code mapping table against the board codes list.

Now I need to search items.lua for mesh placements — lens positioning for the halo, objects for the still life, and the lich pose override for the head bow.

I'm thinking I can grab the lens world instance directly from the items list, make its group visible, and set its position/quaternion manually while leaving its state as 'away' so the update loop doesn't move it. I also need to make sure the stage-hiding logic doesn't hide this lens group—I'll need to allowlist it alongside the lich root and mask.

For scale, the floor-dropped lens uses a size multiplier that's probably too large for a halo effect above the head, so I'll set the scale manually rather than reuse that. The lens material uses glass transmission rendering, but since it already renders fine on the floor, that pipeline should carry over fine when repositioned.

For the head bow, I'm planning to override the neck and head quaternions after the normal tick by multiplying in an extra rotation—I'll need to experiment with the axis direction to see which way looks like bowing forward. Then I'll snap the mask into position after that head override so it sits in front of the face without lag, and I'm also considering a similar chest/shoulder slump adjustment for a hunched posture.

For Q's composition: body straight but neck sharply bent, head down, viewed in 3/4 profile, using the idle float pose with arms hanging and a default white mask. The halo lens sits as a tilted ellipse above and behind the head, and I'm leaning toward a neutral dark grey-brown field so the P3-style finishing pass can paint in the chiaroscuro—possibly reusing the same amber plate and prompt that produced P3's look originally.

I'm thinking the recipe should feed the model multiple reference images: the base plate, the accepted P3 output as a style anchor, the It Follows cover for mood, and the mask reference when applicable—Nano Banana Pro supports up to 14 references, so 3-4 is easy. I'll draft the prompt template now, describing the warm dark-to-black background with amber glow and top-down warm lighting, then plug in the per-composition pose details for each piece.

Writing staging spec table...

I'm sketching how specific scenes use this spec: T41 keeps the cave lit but hides the lich and snakes, framing the camera tight on the egg in the shaft with dusty cave-dark lighting, while S15 arranges still-life objects directly on the floor in the sunlit pool with a low camera angle.

For positioning the objects themselves, I'm considering letting physics handle it — calling drop on each item so they fall naturally beside the figure onto clear floor, rather than hand-placing coordinates for the hand, mask, lodestone, and orb cluster, then just moving the lich out of frame afterward.

Dropping all six power objects could trigger the ending condition since the harness interprets removing all protections as the resolution, so I'll hide the snakes and only advance a limited number of ticks post-drop to show the discard animation without letting the story conclude — roughly 180 ticks should cover the toss-and-land motion. For the next figure composition I'm picturing a solitary standing pose in a vast pale field, camera pulled back to emphasize scale.

For A04, I want a tight close-up on a clawed, upward-reaching hand lit by small flame-like points at each fingertip, set against darkness to isolate the gesture.

That gives me six compositions total: A02(Q), A01(Kirei), A10, A04, T41, S15. Now I'm mapping each one to specific slot shapes for round 96 — A02 as a vertical capsule plus a library capsule, A01 as a main capsule shape, A10 as both a wide library hero and a page background crop, and A04 split between an event cover shape and a smaller capsule showing the hand detail.

I'm also working out the rendering strategy: render each plate at 16:9 in high resolution, then crop to fit each target slot shape, calculating the pixel dimensions needed for tall 2:3 crops versus the wide hero crop so nothing loses too much resolution when downscaled to final slot sizes.

Actually, a cleaner approach might be to request the model render directly in the slot's native aspect ratio (Gemini supports 2:3, 3:4, 9:16, 21:9, etc.) rather than cropping from a 16:9 plate — that avoids resolution loss, though it means a separate model call per composition-slot pair.

Mapping each slot to its nearest supported ratio: main panel to 16:9 then crop, vertical slot to 4:5 then crop, library capsule exactly 2:3, hero banner to 21:9 then crop, and the backgrounds/covers mostly land cleanly on 16:9.

Now I want to start writing stage2.lua, but first I need to pin down a couple of internals — the lich's idle pose (just skip the hurt call) and how the head-bow override hooks into the neck node.

Since the pose gets computed each tick, I'm planning to apply an extra rotation to the neck quaternion after the game step, though I'll need to test which axis actually gives a "forward bow" motion. I'm also noting how to access the item slots in order (mask, hand, lodestone, orbs, gem, lens) and where the egg's position lives in the cave data. With those details sorted, I'll create the new stage2.lua with a SPEC global in the scratch folder, keeping the original stage.lua untouched, then later copy it into the round 96 source and possibly promote it to the tools/store.

I'll write a general staging tool, `tools/store_stage.lua`, defining each composition (pose, mask, objects, setting, camera) as a spec, so A02, A01, and the remaining four images can all follow the same procedure.

Now I'm sketching out tools/store_stage.lua, which will stage a store-art composition in-game and read back the rendered frame, defining a spec structure for pose, hand, and hold parameters.

Still writing spec fields...

For the 'drop' behavior, I'm working out how GAME.drop should call toggle_power on each item index, discarding it from the lich's hand so it tosses and lands beside him, with a wait between drops.

Now I'm checking whether removing all powers triggers the ending — snakes need to grip the egg, which happens naturally after a bit once powers are gone, so I don't need special end-trigger logic. For the 'halo' item placement, I'm positioning it relative to the head using up/back offsets and figuring out the lens orientation by testing rotation values since the disc's local normal axis isn't documented, iterating until it looks right in preview.

For scale, items dropped on the floor get tripled in size (dream-scale), so I'm sizing the halo lens to roughly 1.5x skull width and adjusting through trial. For camera 'at' targets, I'm mapping out chest, head, fingertip, and egg world positions plus an items centroid option, and noting that lich facing/yaw still matters for cave shots where the cave stays visible with fog and light shafts on, while deciding which snakes/effects to hide.

Now I'm working out which objects to keep visible in cave mode — statics, egg, dust, lich, mask, items — versus hiding snakes, gore, fire fx, and warp effects. I'm considering a name-prefix blocklist approach but it's getting messy with inconsistent naming, so I'm leaning toward building an allowlist instead based on what's under the lich root, cave group, and item objects.

Everything not on the allowlist gets hidden, with the cave group also covering dust points and the sun disc. The egg stays visible since it's part of the cave group, while the lich root and mask get hidden for lich-off shots.

I'm also handling the background and HUD: cave statics fill the view with a black world background, HUD toggled off, and the sun light left alone since shaft lighting defines the look. For field mode, I'll hide the cave group meshes while keeping lights, and turn off shafts, fog, and vignette.

I'm checking a few loose ends: whether black layers with a visible cave still leave static mask extraction meaningless since it only applies in field mode, confirming M.snap() exists, verifying Euler/Quaternion support in the math port, and making sure engine_step doesn't recompute pose after a manual pose_over edit.

I confirm the renderer updates world matrices from locals correctly and hide_rest only runs once per pass, so that's fine. I also note the hurt+bow pose combo isn't needed — for Q it's just idle+bow — and now I need to double check Euler availability.

Previewing A02 at native scale with the pose idle: bowed neck around 0.6 rad, head tilt roughly 0.5, mask held, dark field, lens halo above the head, camera profiled from his right side and slightly below. I want to test both bow sign directions (+0.6 and -0.6) at yaw 90 to check which direction actually bows forward versus backward, so I need to set up a driver that can run through multiple spec variations in a batch.

To avoid re-running the slow boot process for each spec, I'm guarding the walk-in sequence so it only triggers once per instance, then ordering specs carefully -- idle poses first, hurt poses after (since hurt state can't easily revert), and object-dropping specs last since they permanently change state.

I'm puzzled why the inventory icons still render even though GAME.hud(false) was set—it seems the HUD toggle only hides UI text while icons draw independently through the composite layer, so the "H" hide toggle may not actually control them.

Ah, I see the issue: in the earlier working case, GAME.hud(false) was called after begin, but here it's called before begin, and begin likely resets the HUD state. The fix is to move the GAME.hud(false) call after the walk-in sequence for each spec.

For the bow pose, I'm confirming q_bow_pos correctly shows the skull leaning forward with the mask positioned near the jaw, while q_bow_neg tilts the head back—so positive is the right direction. At yaw 90 the side view with the extended arm looks consistent with the idle pose.

For the halo, rot 0 renders it as a flat horizontal disc with a golden rim, which reads correctly as a ring above the head, so I'll use that orientation with a slight forward tilt (rot x 0.3) rather than the vertical disc from rot x=1.57. I'm now framing Q's composition: a 3/4 front angle, head bowed, camera near head height looking slightly upward to include the shoulders and chest, with the halo lens offset up and scaled down, and thinking about how the glowing eyes and halo serve as the single color accent against the black-painted body.

Now I want to strengthen the bow pose (increasing neck, head, and chest bend values) and note that the mask hangs in front of the bowed face. I'm also sketching out camera and pose setups for other figures in the batch—Kirei with a hurt pose and dark field, and Arca with an idle pose near a cave—adjusting yaw, distance, and field of view for each shot.

For the Lich figure, I'm placing him in his cave arrival spot near the egg, standing in a light pool. For the hand close-up shot of Tsuyobi, I'm testing an open clawed pose with the arm flung out, trying different fingertip camera positions at close distance and wide field of view with a dark field. For the egg-facing shot, I'm working out the Lich's facing angle relative to the egg and setting a tight camera distance.

For the drop sequence showing all six objects on the floor, I realize the Lich needs to be hidden rather than visible, so I'll sequence the shots: idle specs first, then hurt poses, then the drop shot with him hidden since his pose doesn't matter once he's out of frame. I'm also noting a HUD fix is needed before running a preview batch.

Positive bend bows the head forward, the flat lens reads as a halo ring, and the HUD icons reappeared because the walk-in resets the HUD flag. I'll fix the HUD now and preview all six compositions together.

I'm checking the pose shots for consistency — a01's mask placement and missing HUD looks right, but comparing against a02 I notice the HUD icons are still showing there, so the hide call may need to apply earlier across specs.

I need to trace the inventory HUD rendering path through the game and post-processing code to find where it's gated, likely through a uniform controlling HUD strength in the final composite pass. For a02's skull-bowed pose, the mask isn't visible since it's hidden behind the head from this angle, so I should adjust the camera yaw toward a more frontal 3/4 view to reveal it.

For a04's hand close-up, fingertip 0 is wrongly showing legs instead of the hand, while fingertip 1 correctly frames an arm flung outward against a dark background, though the hand points sideways rather than upward with claw-like splayed fingers like the reference pose—I need to adjust the camera angle to view the hand from a position that captures the palm and fingers facing the viewer like a claw.

Then for a10_cave, the lich figure stands small near the egg in the vast cave, which works nicely as a "standing there" shot, but I still need to remove the HUD icons. For s15_floor, the composition is messy with scattered objects—lodestone, gem, lens disc, orbs—and no mask or hand visible, so I need to recenter the framing on the key items.

Rather than relying on physics-drop placement, I should manually arrange the items into a tighter still-life cluster, like a vanitas arrangement on a ledge, while preserving each object's natural resting orientation from the physics simulation. The approach: after the drop, translate each item's x,z position toward a cluster center while keeping its y-height offset from the ground intact, so the rest poses look physically plausible. I'm sketching out manual offsets for each item—mask at center, hand and lodestone nearby, gem and lens disc arranged around them, orbs placed to complete the grouping.

I need to check how orbs are parented (as children of the main group versus tracked independently by physics body positions), since translating the group might not move them correctly if their positions are set per-frame from body data rather than relative to the parent. Also considering floor sizing for the "dream-sized" objects and positioning this whole cluster within the sunlit pool near the egg, since combining the egg with these objects creates the vanitas composition for the game.

For T41 (the egg poster), I'm thinking about isolating the egg in black with light from above and a seam of illumination, keeping the cave visible but darker since post-processing will handle further darkening. I'm compiling a fix list: hiding the HUD, adjusting the camera angle for the mask shot, retargeting and tightening A04, clustering objects near the egg for S15, and keeping both variants of A10 with and without the egg in frame. Next I need to search for the HUD uniform to figure out how to hide it.

Most shots look good, but I'll fix a few: remove HUD icons from non-hurt shots, reposition the camera to face the front of the bowed skull, rotate the hand image so claws point up, and manually gather the scattered still-life objects near the egg's light.

I'm wiring the HUD composite strength to zero on stage store, then designing the gather spec for stage 15 — defining how dropped items get positioned around a center point (egg location or coordinates) with per-item offsets, adjusting their height to match the cave's ground level at that spot.

Since items reset their positions from physics bodies every tick, I need to apply the gather logic only after the final game step so it doesn't get overwritten before rendering. I'm also weighing whether to include the egg itself in the still-life composition alongside the six objects, and planning to tune the offset positions and orientation through preview iterations rather than guessing exact numbers upfront.

I'll zero out the HUD via the `params.hud` post-process parameter and add a `gather` option that clusters the dropped objects into a still-life arrangement while preserving each one's natural resting pose.

I realize the camera target gets computed before the gather happens, since the gather runs inside pose_over which executes after the camera is already set. For scene 15, I should either reorder things so the gather happens before targeting, or just target the camera at 'egg' with offsets instead to avoid the dependency issue.

Looking at Q's head angle, the bowed neck and head combination of 1.4 radians is too extreme, so I'm reducing it to roughly 0.45 for the neck and 0.3 for the head to get a more natural ~43 degree tilt while keeping the glowing eyes visible in the profile view.

For a04, hand_b at yaw 240 shows the arm in profile with a relaxed, slightly curled hand that works fine for the clawed pose once rotated.

For a10, the egg is still visible with the lich figure standing nearby, which fits the game's premise since the egg exists from the start, and for s15_a I'm checking that the gathered objects—egg, lodestone, gem—are all present.

I'm now comparing s15_a and s15_b: s15_a has the mask lying face-up and the hand resting on its side near the egg, forming a decent though not perfectly composed still life, while s15_b has the camera wrong, making the egg oversized. I'm thinking the composition should mimic a vanitas arrangement—lower eye-level camera, objects closer together, cave floor lit by sunlight, with a horizontal spread of egg, lodestone, gem, mask, and hand, though the exact mapping of camera direction to the lich's facing and world coordinates is still unclear.

Rather than guessing at relative yaw, I decide to add an absolute camera mode so yaw is specified in world coordinates directly, letting me control the view predictably: yaw 0 absolute places the eye on the +z side looking toward -z, meaning a row of objects spread along world x reads as a left-right arrangement in frame, while keeping z variation small. I'm now implementing that absolute camera flag and working out the left-to-right ordering of lens, mask, hand, lodestone, and gem in the row, keeping the egg positioned toward the back.

Now I'm sketching rough x,z offsets for each object: hand on the left, orbs scattered slightly left-front, mask centered, gem right-front, lodestone further right, and the lens tucked behind the mask since it can't lean upright.

For the egg shot, I'm keeping the camera gathered at height 0.2, yaw 0, distance 2.0, up tilt 0.35, fov 38, with a slight downward look adjustment -- the first preview already looked good, so I'll retain that framing. Next I'm setting up the bow shot with neck/head/chest curve values, trying camera yaws of 40 and 70 with a negative up tilt, closer distance, and a slightly raised halo.

Hand and lich scenes are working, the still life looks promising but reads as a pile, and Q's head bows too far—I'll halve the bow angle and lower the camera. I'll also add absolute camera angles to the still life so objects can be laid out as a row on the floor.

Looking at a02, the face area is visible now with the mask appearing as a pale, leaf-like shape near the chin, angled oddly due to the bowed head position — it's just how the game renders it, and the final pass should smooth that out.

For the skull's pose, the large pink dome reads clearly from this bowed, front-above angle, matching Q's strongly bent neck. Composition-wise the ribcage shows in frame and cropping at the shoulders makes the head feel big, so tighter framing suits the vertical capsule shapes better. Comparing yaw angles, y70 reads as profile-facing-left while y320 mirrors it facing right, which better matches Q's actual right-facing 3/4 pose, so I'll lean toward y320 or y300.

For s15_r0, I'm picturing the still-life layout: hand lying flat on its side, lens as a flat disc centered, mask lying nearly invisible flat nearby, gem front-right, lodestone back-right, small dark orbs back-left, and the egg behind center — a reasonable composition even if the camera height feels a bit high, while the other angle options don't work as well.

I'm thinking the flat mask disappears from a low camera angle, so I should either angle it upward slightly or raise the camera itself — something like up 0.55 and distance 1.9 to get that classic vanitas eye-level-plus-a-bit view. That setup feels solid enough to move forward.

Now I want to generate the high-res 4x renders for the chosen specs, with separate layers for the flat-lying objects like the mask, then finish using the P3 recipe pairing the plate, P3 style anchor, It Follows reference, and mask reference images alongside composition-specific prompts. For the final specs, I'm locking in a02_q with a bowed pose, halo, head yaw 320, and specific camera distance/tilt/fov settings to produce both 4:5 vertical and 2:3 library capsule crops from a 4x render, cropped around the head with the halo at top and ribcage at bottom — and I'm moving into detailing the second selected spec, a01_kirei.

For a01_kirei I'm settling on chest-level camera framing with yaw 300 for both the main 16:9 capsule and the 4:5 vertical crop. For a10, I'm picking the cave idle pose with yaw 30 to keep the egg visible, aiming for a 21:9 library hero crop plus a 16:9 page background, figuring the character stays centered in the safe area while the egg sits lower-left. For a04_hand, I'm working out that rotating the hand plate 90° turns the 16:9 into a 9:16 portrait with fingers pointing up, which complicates fitting it into a 16:9 event cover since the hand would need to sit smaller within a wider frame.

I'm figuring out crop bands for the rotated hand portrait—a 16:9 strip around the hand and wrist, plus a square 1:1 crop for the app icon. For t41_egg I'm going with a no-lich cave shot focused on the egg for the library capsule and vertical slots, and for s15 I'm using a straight-on row camera for the header and background slots.

Tallying up the model calls needed per composition and slot combination, I land on about 12 total calls, which should stay cheap. I'm also weighing whether to generate one master image per composition and crop per slot, versus generating separately for each slot — since each slot needs its own distinct image anyway per the request, per-slot generation makes more sense even though it costs more calls.

Now I'm working out the mask handling for a02, where the porcelain mask floats in front of the skeleton's face and needs to be cut from the black/lich reference layers. I'm drafting the P3 repaint prompt structure — referencing image 2 (the finished painting) and image 3 (its style source) for the dark umber-black background, amber glow, and golden light, while preserving image 1's exact composition and folding in a mask clause for image 4. I'm also writing out the subject descriptions for each pose: a02's bowed skeleton with the floating mask and glass-lens halo, and starting on a01's arched, head-thrown pose.

standing on a cave floor, lit from above like the Alien poster, egg centered in darkness. For s15 I'm composing a still life with the burned mask, bronze votive hand, lodestone, glass orbs, prismatic gem, and lens around the pale egg in warm light against deep dark surroundings. I'm noting to fix the mask only for a01/a02 if needed by including the mask reference in the first pass, then moving on to run the hi-res renders and revisit the hand rotation.

The composition now reads correctly—Q holding the mask over the face, with the hand, lens, mask, gem, lodestone, and egg lined up from the first camera angle. Next I'll render the six final stagings at 4x, adding layered mask cutouts for the flat-field shots.

I'm noticing something odd about the a02 render at 4x scale — the head appears much larger and the halo gets cut off at the top compared to the native preview framing, even though scale shouldn't affect composition like that. It seems the ordering or spec being applied for a02 differs between the preview pass and the 4x pass, which could explain the discrepancy.

Then checking s15 at 4x, I'm looking at the floor objects: the white hand on the left, the lens disc in the center, something dark that could be a charred porcelain mask, a gem on the right, and a lodestone further back.

a10, t41, and a04 all look fine as is, with a04 needing a rotation fix. The main remaining issue is a02 — I'll add an engine_step(1) warm-up before the capture passes in store_stage and re-render just that one.

I found a framing glitch where the first frame after setting the camera lags by one frame. I'm adding a warm-up frame to the tool and re-rendering A02.

The mask in a02 reads as a pale leaf shape beneath the jaw, held in front of the bowed face in profile as a curved shell. Now I'm setting up the finish job, starting with the crop plate dimensions per slot — a02 needs a 2:3 portrait crop at 960x1440.

I need to figure out the remaining crops: a02's 4:5 variant centered near x=0.56, a01's 16:9 full frame and 4:5 centered figure, a10's 21:9 and 16:9, a04 rotated 90° CCW into portrait with a 16:9 hand band and a 1:1 crop, t41's 2:3 and 4:5 centered on the egg, and s15's 21:9 and 16:9. I'm also noting the style references (P3 painted ref and It Follows) and the mask layers cut from a01/a02 for compositing, plus the prompt template with a {SUBJECT} placeholder and the aspect ratio parameter per job. Now I'm planning to write a Python prep script to generate the crops, prompts, and jobs JSON, then feed it into gemini_image.

I've confirmed consistency, so now I'll set up the finishing jobs—cropping each staging to its slot shapes and building one prompt per composition using the P3 recipe, referencing the render, P3 as the style anchor, the It Follows cover, and the cut-out mask.

The a04 crops are missing the hand because the crop coordinates don't match where the hand actually ends up after rotation. I need to recalculate where the hand lands in the rotated 1440x2560 image based on its original position in the 2560x1440 frame.

Since a04 has no reference layers to check against, I'm going to scan the pixel data directly to find where the non-background content actually sits.

I'm locating the hand and arm position in the image, roughly centered around x=0.386, y=0.58, so I can figure out appropriate crop boundaries for the 16:9 and 1:1 aspect ratios to keep the hand properly framed.

The hand is in profile with curled fingers, like a claw shape from the side — the model should be able to render that. I'll kick off all 12 finishing jobs in the background, each taking about 25 seconds, so roughly 5 minutes total.

While that runs, I'm drafting the round 96 page builder layout: a header noting the P3 compositions and the corrected A02 indexing fix, then for each composition laying out the reference board code, a small staging render, and the finished slot images cropped to exact pixel sizes for each aspect ratio.

I'm mapping each composition to its specific slot dimensions — a02 and t41 to library capsule and vertical capsule sizes, a01 to main capsule and vertical, a10 to library hero and page background (possibly with a safe-area overlay), a04 to event cover and app icon/shortcut sizes, and s15 to library header and page background. I'll compute aspect-based centered crops and resizes for each, and I'm considering whether to add title mockups now or save that for round 97.

I'm also noting that the page builder script copies outputs into the files directory, and I plan to end this round by asking which compositions and slot assignments work before tackling the harder cases next round.

While the processes run, I'm putting together the round 96 page, pairing each composition with its board reference and staging render, and cropping the finished images to the exact pixel dimensions of their Steam slots.

While I wait for his verdict on round 96, I could start preparing the next harder stagings like A24 and T01 since those directions seem likely to be accepted, but I should hold off until he confirms.

These renders look good overall — in the 16x9 and 4x5 crops, the mask floats above the head rather than in front of the face, which reads correctly as "in front" since his head is thrown back and the camera sees it from above. That matches what the game intends. Now checking the 2x3 crop with the skull viewed from the top.

That mask placement issue I need to flag: the mask appears to be held near the jaw, not clearly floating with eye holes visible, so I should zoom in to verify. The other crop shows the mask correctly worn on the face with visible eye holes next to the skull, which does follow the reference design — so there's some inconsistency between crops that needs a fix pass. The candle-flame hand looks solid across formats, with fingers spread and flames on the tips reading clearly. The lich-in-shaft renders look beautiful even though the mask itself isn't very visible there, which is fine given its small scale. For the egg renders, I'm noting the pixel-pattern texture holds up as a mosaic effect, and the burned mask item correctly shows slits or gashes for the eye holes as the design calls for.

All twelve images rendered in P3, and most hit the mark — the flaming hand, the small lich in the shaft, the lone egg, and the full six-object still life. Now I'll zoom into the masks before assembling the page.

All four masks still show eye holes despite the reference image, so I need to run the fix pass again like round 95, using a01/a02's mask refs from round 96 for those two. But a02's mask ref shows the mask from the side in a leaf-like shape, which isn't a good face reference — round 95's version is better for that one.

So I'll use round 95's finish mask reference (facing the camera) for all four instead. Also checking the a01 mask position: with the head thrown back, "in front of the face" ends up appearing above the face, and the distance from face (~18-20cm) matches what the paintings show and the game's hold position — that's consistent. Time to run the fix pass on these four images.

These four masks still have eye holes despite the earlier mask reference. I'll run round 95's fix pass on them using its front-facing mask cut-out as reference, since this round's A02 render shows the mask edge-on.

The shells look mostly blank now, just faint eye hollows, though the nose area on one mask shows a shadowed spot that could pass as a nostril — that seems acceptable. I'm updating the page builder to use the fixed outputs for a01/a02, adjusting the output paths and key names accordingly.

The count of 2 matches makes sense since each line held both tuple replacements, so the substitution worked correctly. Now I'll verify the page with a headless screenshot.

The page layout looks right overall — the A04 staging intentionally shows the unrotated render per the caption, and the icon positioning is a minor layout quirk but acceptable. I'm also checking the A02 mask placement across aspect ratios, and noting that T41's egg texture retained its pixel-mosaic spots from the game asset in the painted version.

I'll note that as an observation worth fixing with a prompt tweak toward natural speckles, then log it to RECORD and commit. For the final message, I'll confirm the index error fix, summarize round 96, flag the next round's scope (A22/A24/A34/T01 stagings plus title variants), and ask for verdicts.

He's asking what the final workflow should look like — whether I generate all final images or he does them himself. I should address that question directly before diving into the revisions themselves, since it affects how I approach the actionable feedback he gave.

The honest answer is that the current pipeline is the game render as the ground-truth asset, pose, and camera, then the image model repaints it in the painted style, with fix passes after. I can't replicate that fidelity through code-based painting alone since that only works mark-by-mark from a reference and can't invent the missing detail, so the fidelity issues he's flagging about objects, masks, and lenses not matching the game closely enough likely stem from where image generation drifts from the actual game assets.

To improve fidelity, I'm considering compositing the game's own high-res renders of the critical objects (mask, lens, the six objects) directly onto the painting, then running a light harmonize pass or using my oil-painting redraw to unify the brushwork across the composite — essentially blending generated painting with pasted-in game assets. I could also try giving the model stronger per-object reference images with explicit "copy exactly" instructions, though that's only partially worked, or attempt masked region editing, though Gemini doesn't support true masked inpainting.

I'm also noting the lich's prismatic bone sheen gets lost in painted versions and needs explicit prompting plus reference imagery, and that capturing him mid-motion (walking, limbs trailing) rather than standing still would better match his intended look. The final workflow breaks down to: staging/camera/pose done by me in-engine for exactness, the actual painting done by the image model using the render plus references for that P3 quality I can't replicate myself, and fidelity of key game objects preserved by compositing the game's own renders onto the painting before unifying the brushwork.

I should also test whether a constrained lighting-only pass or my own oil-stroke kit better preserves object shapes during unification, and present the alternative of skipping AI generation entirely — though that sacrifices realism and bone detail my kit alone can't deliver. I also need to flag updating the Steam AI content disclosure to note that marketing art uses AI image models.

I should record his verdicts now, before starting dependent work, following the principle of updating records right after decisions. Since he's asking about the overall process rather than giving a final answer yet, I'll propose my composite-and-unify approach directly and let him respond, rather than waiting to ask permission on reversible local work.

Since text output appears before tool calls in the same turn, I can answer his question directly in text first, then continue right into the revision work without stopping to wait — that satisfies both answering promptly and acting without asking.

Going through verdicts: S15's library header is directionally right but needs proper fidelity to the game's objects; T41's light cone to egg ratio is off and needs a bigger cone or smaller egg; A04 gets dropped; A10's composition works but should capture the lich mid-motion with his prismatic nature near the light visible in all images; A01's vertical capsule pose is excellent and should be reused exactly, though the mask needs to match the game and his face angle more precisely.

For A02, the vertical capsule pose is still the best, but the mask needs to sit a bit further away and the lens positioned slightly above him to better match the game. I'm realizing the vertical and 16:9 paintings interpreted the pose differently despite coming from the same render, so to preserve fidelity I should extend the vertical painting's canvas to 16:9 rather than regenerating, keeping the exact pose intact — likely by compositing it into a wider canvas and having the model fill in the sides.

For the mask angle, I'm considering repainting just the mask region with instructions that it's held parallel to his face and facing the same direction, possibly compositing the game-rendered mask crop directly onto the painted image at the right spot before a harmonizing pass.

The same compositing logic would apply to the attack lens and the S15 scene objects — pulling the faithful rendered versions in at matching positions rather than repainting them from scratch.

For the burned mask, gem, lodestone, orbs, and lens, I'd need per-object masks rendered with each item isolated on black, then paste each over the painting and harmonize. The real risk is that the harmonization pass ends up redrawing the pasted objects anyway, undoing the compositing benefit.

To avoid that drift I could constrain the prompt to preserve exact shapes and colors while only blending edges and matching light, or alternatively run my oil.py texture kit over the composite to unify brushwork without disturbing the underlying shapes — a deterministic pass that doesn't fight the painted style. This leads me to a staged pipeline: stage the pose and camera in-game, paint the scene in P3 style, then reinsert the game's actual rendered objects (mask, lens, the six items, egg) back into the composite.

I also need to preserve the lich's prismatic bone iridescence — rather than compositing that effect, I should describe it directly in the prompt as faint rainbow sheens where light hits the bones, since the figure itself is painted rather than pasted, and consider staging it within the shaft of light.

For the moving pose, I'll capture the figure mid-stride using the game's walk cycle, letting the head and chest lead while the arms trail, and select the best frame from several captures.

As for who does the actual painting: I direct and assemble the composition, but the image model performs the final rendering, since neither the raw game capture nor manual code can achieve the oil-painting unification I'm after.

I should also mention the honest fallback—an upgraded in-engine render with no generative imagery at all—so he knows the trade-off: it would stay faithful to the game's toy-like look but lose the painterly cohesion. Then I can move into actually starting round 97 revisions: A01's vertical pose adjustments, A02's distance and lens tweaks, A10's prismatic motion capture, and T41's work.

Given his message is really a question about process, the right call is to answer fully and then just state what I'm starting now rather than ask permission — if he disagrees he'll interrupt, which he's shown he will.

So I'll write the answer: the image model does all the actual painting while I'm handling everything else, and the fidelity issues he's flagging (mask, lens, objects, pose shift) all trace back to the model repainting things that should stay exact. Then I'll lay out the process I want — starting with staging the pose and camera in-game — record his verdicts, and move into round 97 testing composite+unify on A01.

If no generated imagery is wanted at all, the fallback is pushing the game's own render as far as it goes in-engine with better light and resolution, plus my brushwork on top — though that will read like the smoother in-engine look rather than the hand-painted feel.

Going through round 96's notes to apply: A01 uses the vertical pose for both images with the game's own mask square to his face; A02 keeps the vertical but pushes the mask further out and the lens higher, both straight from the game; A10 needs him caught mid-motion with head and chest leading and limbs trailing, plus his prismatic sheen wherever light touches him in every shot; T41 wants a smaller egg inside a bigger cone by moving the camera back or up; and I'm about to note what S15 requires.

For S15, I'm specifying that the objects should appear exactly as they do in the game, composited straight from the render, while A04 gets dropped entirely. I'm planning to start the round with A01 and S15 since they're the best tests of compositing.

Now I'm laying out round 97's actual work: first record the verdicts, then tackle A01 by taking the fixed vertical painting as the base and building a 16:9 capsule version — placing it centered on a wider canvas and extending only the background while preserving the center pixels exactly, either through model-based outpainting or by manually extending the gradient myself with matched noise, then checking pixel-for-pixel that the center region hasn't drifted from the original.

For the mask work, I need to align the painting's head position with a game render of the mask at the matching angle — checking the plate-to-painting overlay for alignment, cutting the rendered mask alpha at the same crop, and compositing it onto the painting. If the painted mask doesn't line up with the game's mask position, I'll need to inpaint it away first and then layer the correct mask on top, matching the held mask's angle precisely to the face.

I'm going to start by doing an overlay comparison between the a01 4:5 plate and the fixed output to check edge alignment before proceeding.

I realize the A01 vertical painting isn't actually the render's pose — the model mirrored and reinvented the figure's position entirely. So the pose he loved is the painting's own invention, meaning "exactly that pose in both images" should mean matching the painting's pose, not the game's, and the mask composite needs to be calculated to align precisely with the painted head's angle.

Since re-staging the whole lich into that painted pose via bone IK is too heavy, I think the simpler path is to focus only on the head: render the game's mask alone and reposition it to sit in front of the face at the right orientation, matching the painted skull's upward, 3/4-turned angle along the face normal at an appropriate distance.

Actually, a cleaner approach occurs to me — search over the game head's yaw/pitch/roll/scale to find the orientation whose skull silhouette best matches the painted skull (via IoU), since the mask comes pre-attached in correct relative position to the skull, so I don't need to solve mask placement separately once head orientation is registered.

But given the practical ask is just a small angle correction, I'd rather iterate manually: render the mask alone at a chosen orientation, composite over the painting, visually judge, and adjust in a few rounds rather than build full automatic silhouette registration.

To get clean alpha without losing the mask's shading detail, I should render against both black and white backgrounds and derive alpha from the difference, accounting for tonemapping on the clear color. Then I'll composite that mask onto the painting using a 2D transform, and I'll need to first remove the original painted mask via inpainting so the background reads clean before placing the new composite.

I'm thinking through how to keep the removal localized -- feathering the edit to just the old mask region and preserving everything else from the original painting exactly, then harmonizing tone within that region only. This same mask-removal-and-recomposite approach applies to A01 (outpainting the capsule while keeping the center untouched) and A02 (compositing the game's lens render above the head), while S15 needs the six object renders rearranged to match the painting's layout since it differs from the render's arrangement.

But keeping objects exact requires compositing per-object game renders at the positions the model actually paints, cutting them from the plate and pasting after removing the model's painted versions. For S15 orientation matters less since objects lie flat on the floor, so I could use the plate's per-object cutouts directly, though rearranging them to match the painting's layout is still messy and not fully resolved.

I'll tackle A01 first since it's the most precise request, build out the mask-composite pipeline there, then extend to A02, the lens, and S15; T41/A10's restaged repaints don't need compositing since they're small-scale. For A01, the steps are: outpaint the vertical painting to 16:9 then restore the exact center, remove the painted mask and restore everything outside a feathered region, then render the game's mask at the correct orientation and composite it onto the face — which requires figuring out the skull's facing direction in the painting.

Working out the mask's placement relative to the face, I'm estimating it sits roughly 0.8 skull-heights in front along the face normal, parallel to the face plane. To nail the orientation I'm planning to render the game's held mask from a range of camera angles so I can match it against the ambiguous 3/4 view of the skull in the painting.

I'll need a stage mode that hides the lich entirely except for the mask, with the camera positioned relative to the head's own frame rather than the character's facing yaw, then sweep through azimuth and elevation angles against a black background to find the best match.

I'll render black and white alpha mattes, composite the mask onto the painted skull position in Python, then compare different blending approaches: a raw composite, a model pass to harmonize brushwork and lighting, and running the oil-painting filter over the full image to see which looks most convincing.

The overlay reveals the A01 painting isn't the game's actual pose—the model mirrored and re-posed the figure—so I'll need to fit the game's mask to the painted face rather than pull it from the render, and extend the capsule from the painting itself. I'm adding a mask-only option to the staging tool to render the game's mask alone and fit it to the painted face.

I'm thinking through performance for the oil painting repaint at full image resolution—likely slow, maybe minutes for a large canvas. Then I'm adding a mask-only mode to the stage storage so it keeps just the mesh and hides the lich, while leaving pose idle untouched.

Now I'm figuring out how the mask should be held in front of the head with the camera targeting it directly, deriving the eye position from facing direction plus yaw so azimuth 0 lands in front of the mask's face. I'm also setting the key light to come from the camera's upper-left to mimic warm painterly lighting, planning to render separate black and white background passes for alpha extraction, and sketching out the azimuth/elevation grid values for the render.

I'm also checking that at a distance of 0.6m with a 25° field of view, an 18cm-wide mask fills about 68% of the frame height — good coverage. Then I'm naming the render specs systematically by azimuth, elevation, and background color, totaling 48 quick renders across 8 azimuths, 3 elevations, and 2 backgrounds.

The mask is overexposed and flat compared to the game's "white, rough" material spec, lacking the subtle shading visible in-game. I need to adjust exposure and shift the key light angle to match the painting's warm upper-left light source for a more consistent composite.

I also notice the mask's shape resembles a guitar pick or leaf — rounded brow, pointed chin, matching the game's design. Now I should zoom into the painted skull in the A01 image to figure out which direction the face is pointing, since the head is thrown back and I need to match the view angle precisely.

The cut-outs are working, but the mask looks flat white since the key light is too frontal and the cave's exposure boost is still on, hiding the nose and eye detail. I'll examine the painted skull's angle first, then adjust with a side key light and lower exposure.

The skull's face is tilted up and to the left, so its normal points that way, but the painted mask is currently oriented frontally toward the viewer — I need to rotate the mask so it's parallel to and positioned along that same face normal, floating just in front of it.

Figuring out placement, since the skull's crown is tipped toward the right-down (head thrown back, chin pointing left), the mask's brow should angle right-down while its chin points left-up, viewed in a 3/4 perspective rather than straight-on.

Rather than nailing the exact angle through pure reasoning, I'll generate a few candidate composites with varying rotations and distances and judge them visually — the mask sits roughly 0.8 skull-heights from the face and scaled close to the skull's own height. My plan is to first edit out the painted mask, restore the original background outside that region, composite in the game mask, unify lighting, then outpaint the vertical painting into a 16:9 version so both share the same base edit.

For the key light on the mask itself, since the painting's light source comes from the upper-left and I'm rotating the mask ~-110° in 2D, I need to pick a light direction in the mask's own frame that ends up reading as upper-left after rotation — I'll render a few options and compare, adjusting exposure too. I'll kick off the mask-removal edit in parallel with these re-renders.

I see the issue: the painted mask faces the viewer head-on while the skull is angled up-left, so it's misaligned with the face's axis. I'll remove the painted mask while restoring everything else from the original pixel-for-pixel, then render the game's mask properly angled with side lighting and lower exposure.

I need to check the default exposure value in the DARK presets within cave.lua, then plan to render the mask with a lower exposure. For restoring, I'm thinking of comparing the base and unmasked images to find the bright white region that was painted over, then compositing the unmasked version back into that feathered area.

Removing the painted mask and merging so only that region takes the edit while everything else stays original—also checking the cave's exposure presets to pick a sensible exposure for the mask render.

I'm figuring out the skull's orientation—the face looks upward and slightly left, with the eye sockets facing the viewer somewhat, the jaw and chin pointing left while the crown faces right.

So the mask, held in front and facing the same direction as the skull, should hover above the face at a steep foreshortened angle, with its brow toward the right side (crown) and chin toward the left (jaw), showing its front surface at that same tilted viewing angle.

Working this out, the camera sits roughly 54° off the mask's front along its x-axis, with no elevation offset. So this corresponds to an azimuth of about +55°, elevation 0 in my render grid — meaning I need to take the upright az55 image and rotate it 90° clockwise so the brow points right and the chin points left.

There's still ambiguity about whether "x right" in the mask's coordinate frame means the viewer's right or the wearer's right, so I should test both +55° and -55° rotations and compare against the skull's facial asymmetry — specifically matching the nose ridge position relative to the eye sockets — to determine which orientation is correct. I also need to factor in the direction the light is coming from in the painting.

Thinking about the key light position relative to camera—maybe yaw -60, elevation -30. Actually the painting's light seems to hit the face mostly from top-left and front, so I'll try rendering with azimuth around ±55, elevation near 0, varying the key light, and dropping exposure to 1.0 instead of 2.2.

The mask region was cleanly removed, leaving the rest of the painting intact. Based on the skull's upward, three-quarter angle with the crown to the right, I'll render the mask in a matching ~55° side view, rotated so the brow faces the crown, lit from the upper left—generating both sides and two exposures to compare against the skull.

Right, he's calling out my habit of asking "should I start round X" instead of just doing it. I should update the feedback_dont_ask_just_do.md file with this new instance, then move forward without pausing for permission.

Looking at the rotated masks, the yaw-negative side shows the nose ridge facing downward while the yaw-positive side shows it near the top and faint — so for the painting, the face should tilt up and toward the viewer, with the nose protruding upward.

I'll go with p55_kA_e1 since it's more foreshortened and matches the estimated face normal around azimuth 54°, and lighting tint can be unified later to match the painting's warm golden light. Now I'm working out the composite placement: positioning the mask above the face along the normal direction, mapping the crop coordinates back into the full painting space to locate the skull center and eye sockets for alignment.

Measuring the skull's proportions in the crop, I estimate a horizontal brow-to-chin length of about 280px, so scaling the mask (which is proportionally smaller at roughly 0.85 of skull length) gives a mask length near 240px. For depth, the game's HOLD.z of 0.183m is measured from the head node origin rather than the face surface, so I'm converting that to an actual offset of about 7cm in front of the face, which I'll translate into pixel distance using the skull's scale.

I'll rotate and scale the cutout to about 240px wide, paste it centered at the target spot, add a warm tint to match the painting's golden lighting, then crop to view. For unification, I'll prompt a model to repaint the mask with matching brushwork, warm light from above, and soft shadow/glow while preserving its exact outline, features, angle, and position — then merge only the mask region back in and verify outline overlap against the original paste.

As an alternative approach, I'm considering running an oil-painting stylization pass over the full image or just a cropped region around the mask to give it convincing brushwork, then blending that back in. I'll start with the composite step first.

I've confirmed the "p" render orientation matches the painted face, so I'll use p55 with the lower-exposure side key, positioning it 18 cm from the skull's centre along the face axis and sizing it to match.

The mask's too close to the skull and looks flat and overly orange-tinted, lacking shading. I need to move it up and slightly left for more distance, reduce the tint toward white, strengthen the shading with a lower exposure, and push the side key light harder.

I'll re-render with a softer exposure and side-angled key lights to bring out facial relief like the nose ridge and brow, then recomposite with a lighter tint and adjusted position.

The game's render shows beige shading with visible nose ridge relief, but the original painting's mask is white porcelain under cool highlights. I'm thinking I should desaturate and push the tones toward white while preserving the shading, mapping luminance to a porcelain palette with warm-grey shadows and near-white highlights.

I'll pick the version with the most pronounced relief and composite it further from center, then run it through both the model pass and the oil-painting script to compare results.

The relief now reads clearly—nose ridge, brow, and cheek planes. I'm remapping the beige, cave-lit render onto a white-porcelain palette to preserve the exact shape and relief, then placing it at the game's distance.

I'm examining the mask's orientation relative to the face — checking the porcelain shell's angle and positioning, with the 'near' variant at roughly 7cm looking good but still too smooth and pasted-on, needing better integration with the surface beneath it.

For unifying the texture, I'm weighing two options: running a generative pass to re-merge just the mask region while preserving its outline, versus applying an oil-painting stroke filter to a cropped area and feathering it back in. The filter route risks adding a canvas-weave texture that clashes with the digital brushwork, so the model-based merge pass seems like the safer bet — I'll try that first with the 'near' variant, using a prompt describing the mask placed above the skeleton's face.

Repainting only the mask into the painting's own oil brushwork with warm golden light and glow, while locking the outline, size, angle and every feature exactly — pointed chin, rounded brow, faint nose ridge, no eye holes or mouth — and referencing the game mask's front view to reinforce the no-eyeholes constraint.

The mask is now correctly aligned to the face with proper spacing and lighting, but still looks pasted in—next I'll run a constrained repaint of just the mask's surface and merge it back in without shifting the outline.

The model's unify attempt failed badly—it turned the mask into an actual face with eyes and lips instead of preserving the game's bone-colored mask, and the IoU score of 0.42 confirms poor fidelity. I should abandon that approach and instead try a deterministic harmonization: either run oil.py's restroke over the pasted region, or build my own pipeline combining color grading, a kuwahara painterly filter, grain, warm glow, and edge softening.

My plan is to tint the mask with the painting's warm light gradient (brighter from upper-left), add a soft bloom glow around it echoing the painting's skull halos, and run oil.py's stroke rendering on a crop around the mask region before feather-blending it back in to match the paint texture. I'll test this on a crop box roughly 560x460 pixels using oil.py with a small scale and fixed seed, and also compare against a lighter kuwahara-only filter as an alternative.

The model pass failed fidelity — it reshaped his face and only kept 42% outline overlap, so it can't serve as the unifier. I'll switch to the deterministic route: restroking just the mask area from the pasted render with my oil kit, then adding a warm grade and glow.

Both attempts fail—the graded mask turned grey-beige and muddy since my warm multiply darkened it too much, losing the porcelain's bright white warmth, while the oil kit version looks noisy and mottled, clashing with the painting's smooth digital oil style. I need a different approach to unify the shading that preserves that soft, smooth painted look.

Maybe the fix is keeping the pasted mask but doing proper grading toward bright porcelain with warm lit highlights and warm grey-brown shadow, then adding slight softness and subtle noise sampled from the painting itself to match its brush-grain. Looking at the model's original painted mask for reference, the target is white porcelain with soft gradient shading, warm reflected light, bright crisp highlights, and smooth edges—closer to my first pasted remap if I brighten it and push a stronger light gradient from top-left plus warm bounce light from below-right matching the painting's glow. Since a stronger constraint caused the model to redesign the shape entirely, I'm considering instead asking it to adjust only lighting and color on the composite without altering the shape.

Actually the simpler path is to skip the extra multiply step that ruined things and instead derive a palette directly from the original painted mask's colors — sampling percentiles of luminance from the old white region in base.png — then apply that as a gradient map, with a slight blur for softness plus the glow. That's my deterministic harmonize approach.

Neither approach worked—the warm grade muddied the porcelain and the oil kit looked too grainy. Instead, I'll take the painting's own shadow-to-highlight color scale and map it onto the game mask's shading, keeping the game's shape and relief but using the painting's colors.

The v2 mask is closer in palette but still reads as CG, with sharp vertical shading bands and a harsh dark center band from the game's rendering. I'm wondering if that darkness is actually the shell's concave inner surface showing through at this grazing viewing angle, rather than true front-facing shading.

The painted mask reads clearly as a face mask since it's shown more front-on, but this foreshortened angle (honest to the face's upward tilt) makes the mask harder to read even though it's geometrically correct per the user's request. The real fix is softening the lighting and shading bands—using a gentler key light and slight blur to make it feel painterly rather than harsh CG—possibly by generating a standalone painted reference of the mask at this exact angle.

I'm leaning toward keeping my own precise silhouette but letting a model-painted interior fill in subtle features, since the model's output could drift (adding eyes again) but the alpha mask constrains the outline. Given time constraints with A02, A10, T41, S15, and the page still to do, I need to move efficiently while still honoring his specificity.

Thinking about what the game's mask shape actually looks like — rounded brow, measured jaw to a pointed chin, faint nose ridge, slight eye hollows — a front-ish view reads best, and at the current ~55° angle the mask front is foreshortened but should still be legible with the right lighting. I'm adjusting the key light to come from the mask's front-upper direction, roughly yaw -55 and elevation 20, to even out the shading and make the form read clearly.

I'll also render at higher scale for detail then downsample for smoothness, apply the painted palette mapping with a light median smoothing and glow, and compare the result against the original painting to check the match.

The palette's closer now, but it still looks CG due to harsh shading from the raking light. I'll re-render with the key light front-on, matching how the painting lights the face, and bump up resolution for smoother shading.

He's frustrated that I keep asking permission, so I'm trying to figure out what's triggering that — likely certain tool calls hitting the permission prompt UI, like destructive commands or multi-statement shell calls. I should recall if there's guidance about avoiding permission prompts by using scratch scripts instead.

I'm noticing my file-deletion commands using relative paths with glob patterns and recursive flags keep triggering "dangerous rm" safety prompts, including the PowerShell recursive remove too.

The fix is straightforward: stop using relative/glob deletes entirely, use fresh output folders per run instead of clearing old ones, and if deletion is truly needed, use absolute paths. I'll note this recurrence in memory alongside the existing no-prompts guidance, then get back to the actual A01 mask render work in a new folder without any deletion involved.

Those prompts were triggered by my own wildcard delete commands tripping the dangerous-rm check — so I'll stop deleting mid-work entirely and just write each run to a fresh folder instead. Continuing the A01 mask now.

I'm confused about which instance pid 2876 actually belongs to, since the rejected command never executed and earlier runs had all stopped — so I need to figure out which prior process is still running at this scale.

That byte count matches a 2560x1440 image at 4x scale, so the scale factor checks out. I should go look at the sheet now.

The shading looks smooth now with no banding, and kG gives the most readable facial relief with brow, nose, and curve definition. I'll apply the painting palette mapping to kG, composite it at the near placement scaled to match the 240-length reference, then add a slight glow before viewing the result.

The percentile stretch is exaggerating the nose shadow and chin edge into harsh dark blobs since the render had low contrast to begin with. I should avoid stretching to the full range and instead use a gentler luminance mapping, anchoring the low point at 0 rather than the 2nd percentile.

Instead I'll normalize relative to the maximum (t = L/hi) and apply a gamma curve so the compressed render range maps mostly into the brighter part of the ramp, keeping shading subtle but still visible — maybe adding a stretch flag and tuning gamma around 1.5 to deepen it slightly.

Stretching the render's shading to match the painting's full range created dark blotches around the nose and chin. I'll adjust the mapping to preserve the render's relative shading instead, anchored to the painting's whites.

The output is coming out flat white because the shading range is too narrow. I need to remap luminance so the darkest areas land in the mid-ramp rather than deep shadow, and brightest areas hit the top, using a compressed gamma curve with an adjustable range parameter.

I'm also reconsidering light direction: since the final image is rotated -90° clockwise, the upper-left lighting in the original painting actually corresponds to lower-left in pre-rotation camera space. So I should set the key light to come from a negative yaw and negative elevation to match that, and test it with the existing fill light.

I'll try the opposite extreme of flat white lighting, then aim for a middle ground that stretches the render's shading but only maps it onto the top portion of the painting's color scale—also testing side lighting that aligns with the painting's upper-left once the mask is rotated.

The second version is better, showing subtle relief in the brow, nose ridge, and cheek, like a porcelain shell at the right angle, though it's still a bit too clean and CG compared to the painted skull's brushy texture. I want to borrow some of that painterly quality by transferring the high-frequency brush texture from the painting background onto the mask region.

I'll crop the high-pass texture from the original mask area in base.png to match the new mask's bounding box, scale it to amplitude 0.6, and blend it into the mask luminance to replicate the same brush grain — adding a texture-from path and texture-box option for this. I'll also keep the edge soft with a light blur since the painted objects have soft edges naturally.

Going with v5_kG plus this texture pass, then moving on to outpaint the main capsule to 16:9, followed by A02, A10, T41, and S15 — need to move quickly through these.

The second option (kG) better captures the brow, nose ridge, and cheek planes as a face-aligned shell, standing out cleanly against the surrounding paint. Now I'll borrow just the brush grain texture (high-pass only, no shapes) from the painting's mask and apply it onto the game mask as a final touch.

My texture sampling picked up actual object edges like the mask's nose and skull teeth instead of pure grain, so I need to pull texture from a flat, featureless background patch instead and reduce the blur radius to isolate only fine grain detail.

The mask texture is subtle but acceptable, less painted than the skull but coherent enough — I'll go with it and note that honestly. Now moving to the A01 main capsule: I need to extend the vertical final image to 16:9 using outpainting, then restore the center exactly, calculating the width at 4096 for a height of 2304 to match the aspect ratio.

I'll instruct the model to extend the dark warm background left and right while keeping the existing painting content untouched, then paste the original vertical image back into the center with feathered blending at the seams to hide any shifts in the background. Since the background is a smooth dark radial gradient, this should blend well even if the model's output doesn't perfectly align — I could also try synthesizing the extension myself by mirroring and blurring edges, but the model likely handles brush texture better, so I'll run this approach and queue the next composition, A02.

For A02, I need to use the vertical fixed base, strip out the painted mask and lens, then composite in the game's actual mask positioned a bit further from the face and the game's lens placed higher above the head to match the game more closely — I'll need to render the game's lens item in isolation to cut it out cleanly, and I should double check which direction the head is facing in the painting before placing these elements. For A10, I'm planning to restage with motion blur and a prismatic sheen near the light source, and for T41 I'll pull the camera back so the egg appears smaller within a larger cone before repainting.

For S15, the challenge is that the painted arrangement doesn't match the render's object layout, so simply compositing individual game objects won't line up correctly since the model didn't preserve the plate's positions. I'm considering instead generating just the empty environment (cave floor and light pool, no objects) and then compositing every object straight from the game render using the plate's exact positions, including the egg itself since its pixel-mosaic texture needs to match the game rather than look off like it did in T41.

I'm settling on a workflow: render a black-and-white cutout of each object from the plate, paint the empty cave scene using the plate for composition reference, then composite each high-poly object cutout back in with a color grade matched to the painting's lighting plus some softening and texture, since the game's renders are already sharp and detailed enough at high resolution. This is a lot of steps, but I have time, so I'll just move through them methodically starting with extending A01.

Mask applied successfully, matching his face angle and the painting's colors. Now I'll generate A01 by extending the vertical painting to 16:9 and pasting the original back into the center pixel-for-pixel so the pose and mask stay identical.

I'm comparing how the figure's proportions scale between the extended canvas and the original vertical crop, checking whether the same pose and body height ratio are preserved when centered in the wider frame.

The figure's height stayed the same, just with more dark space added around it. I'll now pinpoint the exact vertical offset and scale used, then paste the original pixels back in so both slots match perfectly.

A01 is finished—I cropped the vertical and the wide capsule from the same painting with slight aspect adjustments. Moving to A02 now, I need to check a02_4x5_fix for face direction and mask/lens placement.

I'm examining the A02 skull's orientation, noting its face points toward lower-left with the eye socket around (270, 290), while the painted mask sits in front facing the viewer at a 3/4 angle. He wants the mask repositioned slightly further back and the lens raised a bit higher to better match the game's reference art.

Now I'm working out the mask's coordinate frame relative to the skull's bowed pose, computing the forward and up vectors and cross-multiplying to find the mask's local x-axis, then projecting the camera direction onto this frame to solve for the azimuth and roll needed to match the viewing angle.

Trying to reconcile the rotation direction with the nose and brow orientation: in the A01 case, rotating -90° (clockwise) turned the nose from pointing left to pointing up, so in the upright p-view the nose points screen-left. Applying -28° clockwise would push that toward up-left, not the down-left I need, while the brow check (up to up-right) does work with -28 — so there's a contradiction suggesting I should test the m-side (negative yaw) instead, where the nose points screen-right in the upright view.

Actually, when the head bows forward while facing left, the crown tilts toward the face direction too, so the brow should point up-left, not up-right. Looking at the composition, the cranium dome sits up-right while the face is at lower-left, with the forehead-to-chin axis running nearly vertical — meaning the face normal points left and slightly down.

Setting up the rotation vectors: with the up vector roughly (0,1,0) and the forward vector around (-0.85,-0.2,0.45), I compute the cross product to get the sideways axis, yielding (0.45,0,0.85). Checking the angle against the viewing vector gives about 62°, confirming an upright pose with the nose pointing left and tilted slightly downward, with no roll.

I'm going to simplify this and just go with the p65 pose upright, adding a small ~10° CCW roll to tip the nose down, and render it with a front key light using the existing mask3 p65 renders at scale 3.

Now I'm figuring out placement — comparing the original painted mask's lighting (front-left) to what I need, and working out the position and scale conversion from the reference view coordinates to the full image, placing the mask further from the face per the game's requested distance.

The in-game lens object is a glass disc with a bright center point, which renders as semi-transparent on extraction—actually fitting since glass should be translucent anyway. I'm thinking I should instruct the model to remove the painted mask and halo ring, repaint the skull and background where they were, then merge only those regions back in, since the mask currently covers part of the face.

Removal means the model has to inpaint the skull's face underneath the mask, which is generative but acceptable since it becomes part of the painting. Then I'd composite the game mask off to the side and place the lens higher up, near a halo position above the head.

I'm now sketching a store_stage option that keeps only item groups for rendering, with camera positioning tied to item placement specs (either explicit coordinates or a halo position), plus a target reference to the first item's group position.

I need to figure out ordering: the 'item' target computation depends on halo placement, which depends on head position, so I should either compute pose_over before resolving targets or have target_of('item') directly calculate head position plus offset for halo instead of relying on a later function.

I've noted A02's orientation needs a three-quarter mask view tipped down. Now I'm adding an objects-only rendering option to the staging tool so I can isolate the halo lens.

I'm picturing the lens as a biconvex glass disc with a brass rim and a small tab notch, semi-transparent so the painting shows through with a tint, and thinking about how it looks from slightly above versus slightly below.

For positioning, I'll place the halo a bit higher than it appears in the original painting, roughly at y≈80 in the scaled view, keeping its width close to the painted proportions at around 820 full px, using the slightly-above perspective since it reveals more of the lens surface.

I'm keeping the lens's own brass-and-glass coloring rather than fully matching the painting's palette, since the warm GI rendering already harmonizes with the painting's warm light, and the glass transparency naturally reveals the background behind it. For the mask I'll use the upright p55_kG variant rotated slightly to match the head's downward tilt, then plan three steps: removing the painted mask and halo via the model within their merged regions, repainting the mask area using a brightness ramp sampled from the base painting's own pixels, and compositing the lens with a soft, color-preserving blend and subtle glow. The tricky part is defining clean removal boundaries, since the halo's bounding box overlaps the top of the skull, so merging across that whole region risks altering the skull geometry slightly.

A better approach is to compute a diff mask between the base and the model's edited output — wherever the pixel values changed significantly, dilate that area and restrict it to the relevant boxes. That gives a precise region capturing only what the model actually removed.

The lens renders as biconvex glass with a brass rim and tab, viewed from higher above the skull as requested, with the mask and halo removed and only the changed pixels merged back in.

With the face reconstructed in a bowed, three-quarter pose, I'm now positioning the game mask further away along the face's normal direction, placing its center slightly lower and to the left so it sits convincingly in front of the skull at a greater held distance than before.

I'm sizing the mask to roughly match the face's brow-to-chin height, computing its width from the cutout's aspect ratio, and rotating it about 12 degrees so the nose tips downward, matching the painted base's orientation ramp. Then I'm placing the lens/halo piece above the head, centered over the skull, deciding to keep the brass rim's natural tone rather than forcing the painting's golden glow, with light soft blending and no distance ramp. Finally I'll run both composites in sequence to build up the full image.

I've cleanly rebuilt the face, bowed and facing down-left. Now positioning the mask further out than default, tipped with the face, then adding the lens above the skull.

I notice the skull's reconstructed face now orients more frontally toward the viewer, tilted left-down, whereas the mask shows its front at a 3/4 angle from its right side—so I need to check whether these orientations actually align.

The mask looks too side-on and slightly undersized compared to the now-more-frontal skull, so I'll adjust its angle to around 35-40 degrees and bump up the length to 420. Its vertical placement also needs to shift up to around y≈1150 to match eye level rather than sitting at chin height, and the lens currently reads as a dull grey disc rather than a glowing golden halo, so I should warm up its tone and add brighter highlights to match the brass-rimmed glass look from the game.

The lens needs a stronger top-down key light and higher exposure so it catches warm light like a glowing halo, viewed from a steeper angle so it reads more as a disc. I'll re-render the mask at a 35-40 degree view with increased scale, and the lens with an above-front key light at higher exposure plus a subtle warm glow in composite.

The reconstructed skull is angled too much toward the viewer, misaligning with the side-on mask, and the lens looks like a flat grey disc without the game's overhead lighting on its rim and glass. I'll re-render the skull more frontal and slightly larger, and relight the lens to match.

The mask orientation looks right now, nose and brow visible in the 3/4 turn matching the game's design. The lens is still an issue though—it's showing dark glass from the black background instead of the cave scene that would appear behind it in-game, so I need to think about how the glass alpha should blend for the composite.

The mask now aligns with the reconstructed skull's three-quarter turn, nose ridge included, and the lens shows the smoked glass with brass rim reading as a halo from above. I'll composite both elements together now.

Checking the A02 mask against the painted reference, the halo lens reads okay but duller, and the mask's lighting is flatter with weaker shading. The mask's leftward face orientation roughly matches the skull's facing direction, though it's turned a bit further left.

I'll move on now to A10 (motion and prismatic effects), T41 (cone ratio), and S15 (objects as game) before building the page. For A10, I'm planning to add a move step to the lich's staging so he travels across the light — using a relative goal position offset from his current spot, timed to capture him mid-motion with his body leaning into the movement and limbs trailing, viewed from a cave-angle camera. I'm also thinking through how his bones should show prismatic color shifts only where the light shaft hits him, versus flatter tones elsewhere.

For T41, I want to pull the camera back and raise it with an upward tilt so the egg appears smaller against a bigger view of the volumetric light cone above it, since the earlier render didn't capture the shaft well.

For S15, I'm weighing the compositing approach: either paint the cave floor and egg without objects and then composite cutouts from the game render with approximated contact shadows, or paste the cutouts onto the existing library header painting, though the object positions wouldn't match up as well there.

So my plan is to re-render the plate four times — once with everything, and with masks isolating just the dropped-item groups (all six objects together as one cutout) and the egg separately via its own mesh flag, since the egg lives inside the cave group and can't be isolated the same way. Then I'll have the model paint the full scene from that plate including the objects.

Actually I think a cleaner approach is to render the plate with objects hidden (just cave + egg) so the model paints an empty floor, letting the egg stay as model-painted art while I composite the cutout of all six objects on top, adding a contact shadow and warm grading/glow so they match the scene but keep their original in-game coloring — bronze hand, black mask, rainbow gem, glass orbs, lodestone.

The cave's GI lighting looks solid at the higher render setting, so I'll move on to implementing the store_stage additions (move state, dropped-only filter) and then run the renders for A10's moving sequence, T41's wider framing, and S15's empty-floor plate with the object cutouts.

A02 is set with the game's mask and lens positioned as the dulled halo. Next I'll produce three more stagings in one pass: A10 (mid-move capture), T41 (wide/high camera emphasizing the light cone), and S15 (cave floor and objects split for compositing).

I'm working through how the drop and gather logic interacts across specs—since S15's drop only fires once, later specs with the same drop setting won't re-trigger it, and the objects-only cutout needs careful handling of which fields stay visible versus hidden when cave mode is off.

I'm settling on an ordering for the full spec list: A10's movement broken into three separate directional specs, two T41 variants with the lich hidden, then S15 rendered full, then empty, then finally the objects-only black/white cutout with cave disabled last, since that setting persists once applied.

I need the cutout's position within the full frame for accurate compositing, since cropping loses that offset — I'll just compute the alpha mask at full-frame size directly during compositing instead of modifying the crop tool. Let me check the sheet now.

Comparing the three framings of a10, m2 stands out as the most dynamic with its diagonal body and trailing legs, though the egg gets cut off at the bottom. I'm thinking about adjusting the camera target lower so it captures the egg while keeping that dynamic pose intact.

For the t41 shaft shot, w1 works better than w2 since it centers the egg lower with the light cone visible from above, so I'll use that framing for both slots in a 2:3 crop.

Now I'm identifying the objects in the s15 scene — the bone-white votive hand, the glass lens disc, and a burned mask that appears lighter in tone in the render.

For s15, the plan is to let the model paint the empty cave plate with the egg and ambient light, then composite the actual game objects on top at their exact camera-aligned positions with shadows added — though I need to watch for floor-level misalignment if the painted perspective drifts from the plate. Alternatively, painting from the full plate with objects included and compositing precisely over the model's approximation could work better if positions stay consistent.

I'm leaning toward the empty-plate approach to avoid doubled objects, then compositing with contact shadows. Now I'm figuring out the 21:9 crop dimensions and confirming the object cutout bounding box falls within the cropped frame.

I'll re-render the A10 variant with the reframed composition and prismatic adjustment, then grab the S15 object alpha at full frame rather than cropped for use in compositing.

Render review: A10's second pose is the liveliest but needs reframing since the camera crops the egg; T41's wide shot nails the requested egg-to-shaft ratio; S15's floor and object cut-outs both check out, so I'll composite the six exact objects back onto the painted floor. Next, I'm adding a full-frame cut-out mode so objects land at their precise positions.

The m2a lich pose works well — angled body, trailing legs, positioned near the light edge with the egg in the glow, nice green/pink prismatic bone tint. I'll use this for A10, now moving to finalize the output specs: 21:9 hero and 16:9 page background with the P3 style cave prompt.

I'm weighing whether to generate a single painting and crop/extend for both slots like A01, versus separate images per his earlier request for distinct sizes per slot. Since the page background serves a different purpose, I'll generate the 16:9 plate first, then derive the hero crop from it — working out the math on cropping to 3.1:1 aspect and upscaling to hit 3840px width.

I'm reconsidering resolution — maybe better to request 4K directly from Nano Banana Pro for the hero at 21:9, since 2K outputs come in too low for a 3840px-wide image, and upscaling at 1.2x should be fine for quality. I'll generate the hero at 21:9 4K, then crop the 16:9 page background centered from that same painting to keep them visually unified, and flag that the mask element might render too small at that scale so I'll need to check the output before deciding whether a fix pass is needed.

For T41, I'm planning a similar approach — generate one taller 2:3 painting and crop the 4:5 vertical from it, continuing the cave/sunlight prompt for that scene.

I also need to crop/resize images to 1600px max and set per-job sizes: A10 at 4K 21:9, T41 at 2K 2:3, S15 at 2K 16:9. Since my gemini_image function only supports model-level size, I'll patch it to allow a job-level size override that falls back to the model default.

The re-framed m2a shot works well, with his bones' prismatic tint visible. Now I'll prepare the remaining paintings: a 4K 21:9 hero for A10 with matching page background, a single 2:3 painting for T41 with its vertical capsule cut out, and S15's empty floor painted before placing the game objects back on it.

I'm positioning the lich hero floating with trailing legs and prismatic bone sheen, with a front-facing mask, placed upper-left relative to the egg in the center-right of the composition, making sure both fit within the 21:9 hero safe area.

For T41, the tall cone of light pouring from the opening down to a small egg resting in a pool below works well at the fixed ratio. For S15, I'm considering the empty floor shot with the egg placed slightly left of center, along with the floor's texture details.

Comparing the egg's position between the empty plate and the final painting, the egg in the painting sits lower and smaller than in the plate, which suggests the floor perspective shifted during composition — meaning any object cutout composited from the plate won't align cleanly with the painted floor. I'm weighing whether to just composite anyway and rely on contact shadows to ground the objects, accepting some scale mismatch relative to the egg.

I'll scale the cutout up roughly 1.075x to match the painting's larger canvas, shifting it down so the objects land within the floor region, then build a soft blurred contact shadow offset below the objects to help them sit naturally.

For the individual objects, I'm matching their colors to the game's lore — the burned mask should read as sooted porcelain rather than flat white, and I notice the orbs are missing from the cutout, possibly because they're still orbiting rather than dropped.

I'll move on to assembling the S15 composite now.

All three paintings turned out well, though S15's egg landed farther back than in the game render—actually a nice fit for a still life. I'll now place the game's objects with contact shadows.

The composited objects look pasted on and overexposed - the hand is blown out, the lodestone washed pale, and the mask unreadable - since the field-mode render used the default sun with exposure 2.2, way too bright. I need to drop exposure to around 0.9 and set up proper lighting for the scene.

Also the scale feels off relative to the egg - the hand looks huge - so I should shrink the objects to about 0.7 and recenter them in front of the egg. And the orbs seem to be missing entirely from the render, so I need to check whether their held-state ended properly or if they're just rendering too small or too transparent to see.

I also want to debug the orb state directly after a drop call rather than guessing, and separately fix the burned mask which lies flat and unreadable from the current grazing camera angle - raising the camera elevation to look down more should make it readable like a proper vanitas composition. I'll re-render the objects-only pass with adjusted exposure and the new top-down camera, re-render the empty floor plate to match, and check the orb debug output at the same time.

The composite isn't working: the objects rendered at the cave's boosted exposure wash out the hand and lodestone, they're oversized next to the egg, the mask looks flat, and the glass orbs are missing entirely. I'll re-render the objects at normal exposure from a higher still-life angle, track down the missing orbs, and repaint the floor to match the new camera.

I can see the hand, lens, burned mask, gem, and lodestone laid out, but the orb positions are confusing me — only one tiny sphere is visible far at the top-left, and I need to check whether the other orb meshes are being updated correctly from their body positions each frame.

The fix is to reset the gather group's transform to origin and instead position each orb mesh directly in world space, clustered around the target point with small per-orb offsets rather than relying on the parent's local transform. I'm also spreading out the hand, lens, mask, orb cluster, gem, and lodestone further apart so they don't overlap visually, since right now everything's crowded together near the center.

Given time constraints, I'll do one more pass fixing the orb spread, then paint the floor from the empty scene at the same camera angle and composite the objects on top at 1:1 scale, since the camera matches and the floor should align reasonably well.

Normal exposure now shows the full still-life clearly—hand, lens, burned mask, gem, and lodestone—with the orbs still lying where they fell since gathering only moved them as a group. I'll manually place each orb to spread out the crowded objects, then repaint the floor for this camera angle.

All six objects are accounted for now — hand, lens, burned mask with eye hole, gem, lodestone, and the five dark glass orbs — arranged in a loose row. Next I want to paint the empty floor background from that 16:9 reference, then composite the objects onto it aligned to the same camera, hoping the composition holds steady enough.

To fix any shift, I can detect the egg as the brightest blob in the top half of both plate and painting, then align the objects using the egg's bbox, bottom center, and width ratio as scale/translate anchors — this preserves the plate's relative geometry. For grading, I'll keep the field-rendered objects mostly as-is (sun + GI lighting at exposure 1.0 looks fine) but add a contact shadow, slight blur, and a subtle 10% blend of local painting color into them for cohesion with the warm golden cave lighting. Finally I'll need two crops: a 920x430 library header and a 1438x810 page background.

All six objects are now placed, including the five orbs and the burned mask with its pierced eye visible. I'll paint the empty floor for this camera view and use the egg's position and size to register how the game render maps onto it.

The egg_box detection box looks too broad, likely capturing bright floor along with the egg itself, so it's unreliable—though it did yield a scale factor around 1.076 and a downward offset of about 111px, close to the plate size ratio. I should check the actual result to confirm.

Looking at this new composition with the close-up egg, the pasted objects look like flat CG stickers disconnected from the painting's lighting — the compositing approach just doesn't blend naturally with objects that have their own distinct textures.

For S15, I'm thinking a better approach might be giving the model the full plate with objects and asking it to paint the scene while keeping each object exactly as rendered, then using paint-in fixes for any drift. Alternatively, I could provide per-object close-up reference images alongside the plate and style references — combining the composition, six object refs, and style refs into one multi-reference prompt, since Nano Banana Pro handles multiple references well for fidelity. That reference-heavy approach might work better for S15 since the objects are the actual subject of the shot.

The pasted objects and floor don't match the painting's lighting or composition. For S15, I'll switch approaches: have the model paint the full still life directly, using each object's captured game render as a reference image.

He's pushing back on two things: in S15, the original arrangement clustered objects together in front of the egg rather than how my new versions spread them out, and the burned mask should actually use the game's existing mask model asset, just recolored to look non-burned instead of being a custom shape.

So he wants the item mask mesh — the detailed burned mask geometry with its gashes and pierced eye — but with the soot/burn material swapped for clean white porcelain, rather than my lichmask-based composite. The gashes and eye-piercing are geometric cuts, so "non-burned" likely just means changing the material, not removing the damage geometry, though there may be an earlier undamaged version matched to the avatar's proportions worth considering too.

The gashes and pierced eye are tricky — they're part of the mask's "history" tied to burning, but the lich's actual in-game mask has no eye holes or markings at all. Since he said "non-burned" without specifying, I'll decide rather than ask: go with the clean white porcelain version matching the game's unmarked lichmask, without the gashes or eye hole.

I should check whether tools/mask/mask_v2.mjs has flags to skip the damage/history geometry and produce the clean proportioned version.

For S15, he liked the composition of the round 96 s15_21x9 header — objects clustered at the egg's base — but wants each object corrected to be game-accurate while keeping that same arrangement. I'll plan to run per-object fix passes using reference images, similar to the mask correction approach.

Though his comment about using "the mask model in the game except non-burned" is confusing for S15 specifically, since the mask object there should actually be the burned version per the game's fire sequence — that seems contradictory unless he means something more specific about matching the base model's proportions before damage.

Maybe his instruction means: for the lich's mask across A01/A02/A10, swap in the game's actual item mask model but without the burn marks — a clean porcelain version — while the S15 fire-object mask stays burned since it's meant to depict the burning itself. So "the mask also looks off" could be pointing at that same white mask-with-eye-hole appearing in S15, separate from the lich mask issue.

The item mask is clearly more detailed than the lich's plain in-game mask, so I'll switch to the clean white version. I should answer his question briefly and keep moving — checking how the mask geometry and materials are built, and whether the burned/sooted look comes from a texture or vertex color attribute I can override to make it clean.

I'm comparing outlines — the burned mask's round brow and pointed chin against the lichmask's cutout shape, which only looked different from steep viewing angles. I'll go with the item mask's geometry but strip the burn coloring back to white porcelain, while reconsidering whether to also close the gashes and pierced eye hole, since the lich's own mask has no eyes and holes would break that rule.

So he explicitly wants no eye holes, meaning the target is the original undamaged mask model matched to the avatar's proportions, which the lichmask approximates through a simplified polar-grid outline. I should check whether mask_v2.mjs has parameters to skip the damage history steps and produce that clean, high-detail undamaged mesh directly for use as the lich's mask — let me look at the mask tooling.

For S15, I'll go back to round 96's object arrangement and fix only the objects one at a time against their game renders, keeping their positions intact. For the mask, I'll re-render the burned mask's detailed model in clean white porcelain since the in-game shell reads as a leaf at steep angles, and I'll check how the burn effect is built into that model.

I'm thinking through how mask_v2.mjs renders the burned mask with slit eyes and mouth, claws, pierce marks, blood, and soot, versus what a "non-burned" version would mean — likely the avatar's glazed porcelain mask stripped of soot, while claws and pierce marks represent violence rather than burning itself.

But the owner clarified in-game (round 45) that the lich's mask is actually flat white with no eyes or mouth markings at all, unlike Shun's slit-eyed mask — so the fix isn't just removing soot, it's building a cleaner, markless version of the detailed model with soot, blood, claws, and pierce disabled entirely.

Though rereading his complaint literally, he might just mean: take the burned mask as it appears in-game and strip only the fire damage, keeping the slits, claws, and blood — which conflicts with the no-eye-holes rule I've been applying everywhere else.

I don't have a clean way to resolve which reading is correct, so rather than ask a question, I should build the most literal version and flag the ambiguity in my handover note so he can adjust it with one change if needed.

I should strip the fire damage—soot and the burn-related blood spray—but keep the slits, since those represent the mask's core identity rather than the burn event itself. The question is whether claws and the pierced eye count as "burn damage" or separate violence marks; I'm leaning toward removing those too, leaving just the clean avatar mask with slits, essentially the mask in its original pristine state before anything happened to it.

Now I need to check how the build script actually runs this—looking at tools/mask/build.mjs to see how it invokes mask_v2 and writes the geometry output, and checking mask_v2.mjs's exported function for what options or flags it accepts.

The burned mask comes from `tools/mask/mask_v2.mjs`, built from separate layers (slits, claw gashes, pierced eye, blood, soot), so a non-burned version just means disabling those fire-related layers. I'll look into how it's structured to build that variant.

I'm distinguishing which features are vertex-color based (soot, blood) versus geometry-based (claws, pierce), and deciding that a non-burned version should zero out the soot and blood, and possibly disable the claws and pierce too, leaving just the base mask with its slits.

I'll set up a variant generator with configurable flags for which features to strip, then render a few options side by side: one keeping the slits and gashes but removing soot/blood, one fully clean with slits only, and one even flatter version matching the lich's in-game mask without slits at all.

Since the burned mask is technically a different character's object, I'm wary of conflating lore, but the user explicitly asked for this model. I'll default the compositions to the "avatar mask" variant — slits kept as the model's core identity, with soot, blood, gashes, and the pierced eye removed — and show the other two as alternatives on the page.

For implementation, I need to add environment-driven flags to mask_v2.mjs that let me zero out soot, blood, claws, pierce, and slits selectively in the color/field computation. I want to check how claws and pierce are returned structurally before wiring in the toggle logic.

I'll add switches to disable the vertex-colored soot/blood and the carved gashes, eye puncture, and slits so a clean mesh can be generated. Next I'll dig into the generator's core code to implement these toggles.

I'm adding an environment variable to toggle off specific mask effects like soot, blood, claws, pierce, and slits, wrapping the drawing functions so each effect checks against this clean-set before rendering.

Then I realize the output of this clean geometry shouldn't overwrite the actual game asset file—it needs to go to a separate build script instead, so I'm planning a dedicated tools/mask/build_clean.mjs that writes to a scratch location.

I also need to figure out how the capture code loads this geometry: swap it into the mesh replacing the item mask's buffer geometry, matching scale and coordinate frame since the lichmask and mask_v2 share the same meter-based units and axis orientation.

For running the build script, I'm checking whether tools/mask/build.mjs resolves its three/game/sdf imports through register.mjs hooks, and planning to write a parallel build_clean.mjs that outputs into identity/mask_clean/<variant>/. In Lua, I'll need to construct a BufferGeometry and set its attributes from the binary f32 arrays loaded as Lua tables.

Converting those binary floats via string.unpack will be slow for ~100k vertices times 11 floats, but should still finish in roughly a second. I want to avoid dumping clean geometry files into assets/port/items/geo since that risks polluting the Steam package, so I'll keep using the identity/ folder with Lua-side unpacking, and I should check loader.lua for a faster built-in function to read float arrays from binary.

Adding optional `MASK_CLEAN=soot,blood,claws,pierce,slits` switches to the generator, with clean variants saved to a separate folder to keep the game's mask asset untouched. Next, I'll check how the port reads geometry files so a capture run can load the clean mesh onto the lich.

I notice buffer attributes can load directly from blobs for float data, so I'm checking how the index buffer gets set up with u32 values — looking at the loader code around lines 15-30 to see the type parameter used there.

I see the patch's assertion check was counting the wrong pattern — it looked for 'slit_(x, y)' calls but the actual code uses an arrow function definition, so only 2 matches were found instead of the required 3, and the assertion failed silently. That means all three builds ran against the unpatched mask_v2, producing identical burned masks with 167540 vertices each — I need to loosen that assertion and rerun.

Three variants are built and the game mask without the environment stays unchanged at 167540 vertices. Now I'm loading a clean mask onto the lich during capture by building geometry from the blobs and assigning it to the mesh's geometry while keeping the burned mask's own material with its vertex colors and aMR attributes intact.

Scale needs attention: the lichmask geometry builds with a 0.95 factor since the item mask is in meters, and both share the same coordinate orientation and nose-line origin, so I just apply the 0.95 scale to the mesh. For renders, I'll generate the lich's mask views at the two angles with all three variants for comparison, defaulting to the 'avatar' variant (slits, no damage, no soot) in the final compositions, lit with the glossy white glaze material at 0.8 exposure and a front key light.

All three clean mask variants (nofire, avatar, plain) are built, with the original game mesh untouched. Next, I'll use the staging tool to load each variant onto the lich and render them at angles A01 and A02.

I'm getting a Lua error at line 5, which traces back to how I'm interpolating the `$v` variable inside the quoted string.format call — I need to check that the quote escaping is actually breaking out correctly to concatenate the shell variable into the Lua string.

The error message I'm seeing is just the last traceback line ("agent:5: in main chunk"), but the real error detail is probably above it and got cut off since I only captured tail -1. I should rerun with full output to see the actual error.

The render step is failing silently, and I suspect it's because the geometry object is missing attribute_order, which the renderer checks for mesh objects before uploading to the GPU. I need to verify whether the loader actually sets that order property when building geometries.

Another possibility is that the geometry lacks a bounding sphere, which frustum culling might try to compute on the fly and fail silently for blob-based attributes. I'll set the bounding sphere directly from the mask.json data and disable frustum culling for this mesh as a safer fix.

The render is crashing on the first frame because my swapped mesh lacks the bounding sphere the loader expects for culling. I'll add it from the build's JSON and disable culling on the mask as a safeguard.

The detailed model clearly reads as the mask with eye slits — that's the recognizable avatar mask design, while "plain" is a clean shell with a nose and "nofire" shows gashes with a pierced eye but no soot. I'll go with the avatar version (slits included) as the default since that's the actual game model he's asking about, not burn damage, and use it in the A01/A02 compositions while still showing the variants.

I need to re-verify the tinting matches since the masks are warm beige GI-lit and my ramp maps them toward porcelain white like the painting, which checks out. For A01 I'm rotating the p55 avatar mask view to face upward and compositing it at the same spot and scale as before; for A02 I'm placing the p40 view with a slight rotation at its designated position, then rebuilding the wider A01 composite using the same alignment as the prior version. For S15, I'm planning to start from the liked round 96 arrangement and fix objects one at a time via targeted edit passes referencing the game's object renders, prompting edits like matching a specific object to the reference image.

His follow-up question about using the non-burned game mask model makes me reconsider whether this applies specifically to S15's burned mask object or is a general comment about the lich's mask he's been critiquing throughout — I'm leaning toward it being the general comment since he's referenced "the mask" repeatedly, though the burned shell in S15 did appear pale and field-lit in a way that could've read as off-model to him.

For a plan, I'll apply the clean mask fix to the lich's mask references, keep S15's object as the game's burned mask since it's tied to the fire power, and note this distinction in the handover. For the S15 painting objects more broadly, I'm comparing each against its in-game counterpart: the bronze votive hand versus the game's pale bone hand, the lens shape, the black mask with eye holes versus the sooted porcelain version with gashes, the gem as cut crystal versus the game's prismatic brilliant cut, and the lodestone's dark rock-with-metal look versus its rustier in-game appearance — trying to decide whether one combined edit pass referencing all six objects at once would be more efficient than targeted per-object fixes.

Proceeding now: I'll handle the A01/A02 composites first since those are quick, then move to the S15 edit pass.

Confirmed the avatar variant is the correct mask—it's the game's mask model with only the fire burns, keeping the eye and mouth slits. I'll recomposite A01 and A02 using this avatar mask while leaving S15's separately burned mask unchanged.

I'm checking that the mask's slit orientation matches the expected rotation—tracing how a -90° clockwise turn moves the eye slits from horizontal near the top to a vertical position toward the right side.

Both A01 and A02 read well with the mask facing correctly, so I'm moving on to planning round 97's page layout: pairing A01 and A02 with their vertical variants, fixing S15's library header, and double-checking that A10's lich mask at hero scale is actually the proper game mask rather than a painted placeholder.

For the S15 edit pass I'm assembling reference images for the six objects (mask, hand, lodestone, orbs, gem, lens) pulled from viewer captures, and I need to crop out the object name text at the bottom of each frame before using them as references in the edit prompt that tells the model to match each object to its reference while preserving position and arrangement against the egg.

Both A01 and A02 now clearly show his mask. I'll paste the new A01 vertical into its wide version, then start S15 from round 96's header layout, correcting each object against its game render.

I'm checking whether the hand pose matches the game's reference — the Sabazios gesture with two fingers raised in benediction versus the painting's open palm-up hand, and thinking about how that would read if the hand were lying on its side instead of upright.

Two issues remain: the hand gesture and the mask's slit-eye detail versus generic eye holes. The egg, gem, lodestone, lens, and orbs all look close enough to the game assets now, so I'll do two sequential targeted edit passes — first fixing the hand's gesture and pose on a round base, then fixing the mask detail on that output, chaining them rather than trying to fix both at once.

The layout stays as liked, and most objects now match the game—bone hand, brilliant-cut gem, rusty lodestone, brass-rimmed lens, clear orbs. Two still need fixing: the hand's gesture and the mask's eye details, which I'll address in separate passes.

I'm checking the mask detail against the requirements—it now covers more of the egg than before, which breaks the instruction to keep its size and position unchanged from the original arrangement.

I also notice every version has a small painter's signature scribble in the bottom right corner, which shouldn't be there since no text is allowed—I'll need to paint it out by cloning a nearby patch of dark floor texture over it. Then I'll retry the mask step with a stricter instruction specifying it must match image 1's size and not encroach further on the egg.

The mask in step 3 is right but got enlarged, overlapping the egg and disrupting the arrangement, so I'll redo it at the original size. I'll also remove the signature scribble the model added in the bottom-right corner.

The mask fits the game's style well and is sized appropriately, still letting the egg show through, so I'll accept it. Now I need to remove the scribble in the bottom-right corner, cloning a patch from slightly to the left to cover it, and then verify the result with a crop.

Then I'll work through the various crop targets: the library header at 920x430, checking the mask at small scale, the capsule and vertical crops for A02 and T41, and the hero/background crops for A10, making sure each stays centered on the key visual elements like the skull and mask.

All six S15 objects now match the game's design, with the mask updated to include the slit eye, broken hole, claw gashes, soot, and slit mouth. Next, I'll remove the corner signature scribble and check the mask on the small lich in A10.

The signature is removed but the cloned patch leaves a faint rectangular trace visible at full resolution; at the header's scaled-down size it should be imperceptible, and the crop might even exclude part of the corner anyway, so this seems acceptable. Now I should check the mask at full resolution.

Looking at the A10 lich at full resolution, the prismatic sheens on the bones look good and the pose reads well, but the mask is a generic theatrical mask rather than the game's actual avatar mask. I need to remove the painted mask the same way I did for A01, then composite in the correct avatar mask angled to match the skull's left-facing 3/4 profile.

I'm working out the sizing and positioning math to scale the avatar cutout correctly against the crop, converting crop coordinates to full-resolution pixel positions for placement. For the removal step, I'll crop a tighter region around the head rather than running the model on the full 4K image, do the inpainting there, then merge the result back before compositing the real mask on top.

The motion and prismatic bone sheen look good, but the mask is still the model's default theatrical one. I'll apply the same fix as A01: crop around the head to preserve the 4K painting elsewhere, remove the generic mask, and replace it with the game's mask matched to the face's three-quarter angle.

I'm measuring the painted mask region more precisely, comparing my earlier size estimate against the actual detected white area, and calculating where to place the mask center and dimensions back in full image coordinates.

Now I'll apply the paint-in using the ramp from head.png over the masked box, then paste the edited head back into the hero image.

I'll size the game's mask to roughly 70x95 pixels matching the painted mask, color it from the painting's porcelain tones, and place it before compositing the head crop back into the hero image.

I notice there's a ghost outline left from the old painted mask that my white-detection removal missed, since it didn't catch the shaded parts. The new mask also seems to overlap awkwardly with the skull face, so I need to expand the removal region to fully erase that remnant.

The ghost is gone now, replaced by a small bright white mask shape that reads fine at hero scale despite flat shading. The skull face reconstruction also changed, now showing visible teeth, which looks acceptable. I'm moving on to assemble round 97's page, starting with slot A01 using the vertical capsule dimensions from a01_vertical_av.

Working through the remaining slot crops: A01's main capsule from the wide avatar, A02's vertical and library capsules centered on the skull, A10's hero crop balancing the lich figure at top against the egg lower down plus a matching background crop, T41's tall-source crops positioned to include the egg near the bottom, and S15's header crop from the final source image.

I also need to account for the mask variants strip showing avatar/nofire/plain front views, drop A04, and note that the mask comes from the clean game model. For the page builder script, I'll have it copy the final images into files/ with one slot image plus caption each, keeping captions concise, then verify headless with a fresh edge user-data directory, record, commit, and deliver without deleting anything.

The ghost is removed—at hero size the mask now reads as a small pale shell before his face. I'm now assembling round 97, cutting each image to its exact slot, copying the source finals into the round folder, and preparing a strip of the three clean-mask variants.

I'm noticing the A10 hero crop cuts off the lich's head at the top edge, so the vertical centering value is too low and needs adjusting to shift the crop window upward.

I'll set cy to 0.38 for the hero fix, leave the other tiles as-is, then rebuild the page, verify it headlessly with a fresh user profile, record the result, commit, and deliver.

The page looks correct, so I'll log it in RECORD, update the memory brief, commit, and deliver. Since he told me not to stop work while awaiting his verdict, I should keep moving straight into the harder items — A22, A24, A34, T01, plus titles — rather than pausing to ask permission.

I'll mark round 97's plan as done and move forward regardless of how the finish method lands, since staging work is safe either way. For round 98, I'm setting up the next batch: staging A24 (beam striking a snake from finger) and T01 among others.

Actually, waiting on his judgement of round 97 isn't the same as waiting for permission, so I shouldn't pause — the instruction was clear about not stopping work. I'll give a brief summary of round 97 and then keep moving into round 98's staging work.

Round 97 is delivered with the mask redesign, A01, A02, A10, T41, and S15 all corrected against the game's renders, and committed as ef4e0b7 (not yet pushed). Moving on now to the remaining compositions: A24, T01, A34, and A22.

I'm working out how GAME.force and wave functions could stage scene A24: spawning a snake near the character, casting a power at it, and framing the camera so the prismatic beam enters from the edge of frame with his finger nearly off-screen.

From the item ordering, the beam power corresponds to index 4 (gem), so I'll use GAME.force(4, snake_x, snake_z) to cast the beam at the snake's location, timing the capture before the snake bursts.

I'm figuring out how the force function targets the nearest unclaimed snake with a given power, using beam index 4. For staging A24, I'm picturing a dark field composition echoing Dark Side of the Moon, with the snake centered and the Lich's finger almost offscreen as the beam source.

Since my hide_rest logic would also hide the beam fx meshes, I realize I need to either flag fx meshes to stay visible or just skip hiding anything for this shot except the HUD. My plan is: enable all powers, step the simulation until a snake comes close to the Lich, fire force() to trigger the beam gesture, then let it run 20-30 ticks until the beam is live before capturing the frame, with the camera positioned near the snake so the Lich's finger sits at the frame's edge.

I'm now thinking a dedicated staging script (tools/store_a24.lua) makes more sense than reusing the generic store_stage, since it can prebuild the snake-and-beam setup and expose a "keep everything" flag so fx aren't hidden. I'm writing the setup script...

Next I'll force the snake's position and step forward a set number of ticks, capturing snapshots along the way. For the camera, I'm figuring out which fingertip to use based on proximity to the snake, then positioning the eye with a perpendicular offset and aiming slightly toward the finger so it sits near the frame edge, tuning the field of view through preview iterations.

For rendering, I'll keep the capture logic self-contained rather than relying on the staging module's camera helpers, handling the engine step and GPU read directly. For the T01 shot showing a single serpent coiled around the egg, I'm working out how to force the ending state with one snake wrapped in its tilted spiral band rather than the full multi-snake coiling sequence.

Since the snakes likely share a single merged mesh rather than individual ones, I can't hide them separately — so I'll need to capture the moment when only one snake has coiled and push the others out of frame instead. For A34, the lich holding the egg aloft with snakes climbing him looks like the toughest shot, likely requiring a custom pose with the egg repositioned into his hands.

For A22, I'm imagining the lich centered with the six objects arranged symmetrically around him like adornments, echoing a Grateful Dead-style emblem with ornamental framing.

Given the scope, I'll prioritize pragmatically: tackle A24 and T01 first since those mechanics already exist natively, then A22 with its placement setup, saving A34's custom pose work for last. Starting the A24 script now.

I'll write a dedicated staging script for A24 since the generic tool would hide the prismatic beam—using GAME.force(4, x, z) to trigger the snake's beam, then framing the camera square with the snake centered and his finger at the edge.

I'm noticing the camera framing is off at the beam-fire moment: the snake has moved to the left edge while the camera's look-at point sits between snake and finger, so the diagonal beam from the raised finger to the lower-left snake doesn't read correctly in frame.

I should recompute the look point to center on the snake's head, adjust the toward/distance/fov values, and capture frames at the beam-active ticks so the fingertip stays visible near the top edge as the light source.

The beam fires around tick 44, but the camera loses track of the snake as it moves off-screen to the left. I'll pull back and re-aim at the snake's actual position across ticks 44–58.

I'm picturing panel t48/t52 side 1: the beam descending from the upper right strikes the snake, turning it rainbow-colored, with glass petals rising around it. The lich's bony leg peeks in at the top-right edge, near where the beam originates, giving a composition with the snake centered-left and the beam cutting diagonally through the frame.

Comparing against the Dark Side of the Moon prism image as a reference — white beam in, rainbow out — I decide to render side 1 at ticks 48 and 52 at 4x resolution for either the header capsule or main capsule slot.

Next I move to T01: the serpent coiled around the egg. I plan to set LICH_START=ENDING, step through until only one snake has coiled (plus extra ticks for the wrap to complete), then frame the camera tightly on the egg and capture, also grabbing variants with two or three snakes coiled. I'm sketching out a tools/store_t01.lua script similar to the earlier one, accounting for the lich drifting, the sequence camera, GAME.look overrides, and disabling the HUD.

I'm rendering Side 1 at tick 48 (the A24 shot of the prismatic beam hitting the snake, creating rainbow glass petals) at 4x, then moving to T01 to capture the moment the first snake wraps around the egg.

The coiled snakes aren't visible wrapping the egg in these particular frames, since the camera is too close and low, and foreground snakes are blocking the view — coiling seems to build up over time, visible more clearly in round 36 with wrapping bands, but I'm unsure how it appears in the reworked ending around rounds 88-92.

For a cleaner emblem, I think the game's multi-band coil doesn't read as a single helix, so maybe the better approach is a model-painted composition: combine the game egg, a reference image of a game snake for accurate look, and the Orphic egg engraving for composition, then have the model paint one serpent spiraling three turns around the egg in P3 style, head resting at a chosen point.

For the snake texture reference I'm weighing crops from the t01_a10 or a24 frames — the game snakes appear yellow-olive with dark stripes when lit, so I want a clean 4x render of that frame to get both a solid egg plate and a good snake close-up. I'm planning the camera setup for an egg-only plate (lich hidden, no snakes yet, dark ground, specific yaw/distance/fov) alongside this snake reference, and also thinking ahead to how A34 will need snakes climbing and the lich posed with arms raised holding the egg up.

For that raised-arm pose, I'm checking the lich's node structure for shoulder/upper/forearm/hand rigging, and realizing the ending gesture already has him raising one hand during the "blast down" cast — I could capture that moment and place the egg at the fingertip. But the egg is large relative to the lich (0.8m vs 1.8m), so a believable offering pose probably needs both arms raised, which means adapting the single-arm gesture and risking some drift. This is turning into a lot of fiddly staging work.

Given time constraints, I'm prioritizing: A24 is already staged, so next is T01 (model-based shot with egg plate and snake reference), A22 (objects arranged around him), and A34 (gesture plus egg plus model). For T01's plate I'll keep the egg close before the ending begins. For A22, I'm setting up the lich idle and floating in a dark field with six objects arranged in a ring around his chest, positioned relative to a front-facing camera so the ring reads correctly in the image plane along his lateral and vertical axes.

To compute the ring positions accurately, I need his facing yaw to derive forward and right vectors, then place each item at chest height offset by radius and angle around that ring, with a small forward nudge toward the camera. I'm adding a new 'ring' placement type to the staging spec that takes an angle and radius and computes world position from the lich's facing and chest location. For A34, I'll capture the plate from the ending sequence at the moment his hand rises in the gesture.

Now I'm reconsidering A34's staging—the hurt pose actually flings the arm outward rather than up, so I need to simplify by overriding shoulder rotations to raise both arms directly, moving the egg above his hands, and painting snakes climbing with the game's snake reference. I should check the arm node naming structure on the lich model to get this right.

The game's coil shows multiple tilted snakes rather than T01's clean single spiral, so I'll use the egg and a close-up of one snake as reference and paint a single serpent spiraling around it, Orphic-egg style. For A34 the game has no pose with the egg held up, so I'm checking the arm rig to capture both arms raised.

I'm thinking through how to raise the arms overhead by rotating each shoulder node around its local z-axis by roughly 150 degrees, with the sign flipped per side, to achieve the abduction motion.

For positioning the egg, I'd place it just above the midpoint of the fingertips with a small vertical offset, and scale it down to about 0.6x so it reads as holdable rather than oversized in the frame.

For the different plate variants of this pose, I'm considering close-up framing options -- hands with egg, head with egg, or full torso with egg -- and thinking about camera angle, possibly a high-angle shot looking down, similar to the referenced album cover composition.

I need to wire up the arm-raise pose along with the egg-in-hands placement logic, then render the sequence: an initial egg-only plate in the empty cave, a floating idle plate with items arranged in a ring, and the arms-raised egg-holding plates with snakes visible on the cave floor, shot from above. I also want a cropped snake reference image, upscaled from the existing preview since a fresh high-res render isn't necessary for that one.

For the ring placement, I'm working out the math: given an angle, radius, and forward offset, I convert the mover's facing yaw into right/forward vectors so I can position items around his chest in a circle, then figure out how their rotation should be set so they look natural floating in the air at that position.

For object orientation, I'll just accept the default node orientation rather than trying to compute facing per-object, since the model render pass should handle visual fidelity anyway. I'll fix up individual objects later with a reference pass rather than solving that now — better to move on and get things rendering.

I'll add three staging options to the arm rig—arms_up, egg-in-hands placement, and a ring arrangement for surrounding objects—then render the T01, A22, and A34 plates along with a 4x close-up of a game snake as painting reference.

Looking at the a22_ring result, the orbiting objects around the floating lich are too small at their default scale, so I'll bump them up to around 1.6 to read better as ornaments. For a34, the pose has arms raised wide in a V with the egg positioned above.

I need the elbows to bend inward more so the hands converge overhead to actually cradle the egg, rather than the current wide spread. I'm also noticing a camera bug: the hand-target camera is picking up the wrong body part because the target position gets computed before the pose_over arm adjustment runs, so the fix is to reorder when the camera target is calculated relative to the tick that resets the pose.

So I'm planning to directly set the world camera's position and orientation after pose_over finishes, bypassing the normal step-based placement, so late-computed targets like the hand or egg position are respected. For T01's emblem shot, I want the egg centered low with a further camera distance and slight upward look to leave room for the coil above it.

Let me fix and re-render with adjusted arm positions, enabling the late camera flag, bumping the a22 scale up, and increasing the t01 camera distance.

Found three issues: the ornaments in A22 are too small, the arms in A34 spread too wide and the camera aims before they're raised, and T01's egg needs more clearance for the coil. I'll enlarge the objects, bend the arms in further with a late-aim camera option, and pull back the T01 camera.

I'm checking that target_of for 'egg' still computes correctly once it's moved to the hand position, since the offset was originally designed for the floor position but should still apply correctly after the move.

The arm pose is bending the wrong way, like a goalpost instead of hands meeting above the head — I need to flip the elbow rotation sign so forearms bend inward toward the head rather than outward, and make sure the hands actually meet to support the egg instead of leaving it floating.

Checking the other plates: A22 has a sparse ring of objects (mask, orbs, gem, hand, lodestone, lens) which works fine as a base for the ornament design, and T01's egg placement in the light pool looks good as is. I just need to fix the elbow sign and rerender A34.

I notice the egg is floating too high above the hands even though I positioned it near the fingertips—the math suggests the egg's origin might be anchored at its bottom rather than its center, which would explain the offset.

I also realize the arms are bending the wrong way: the forearms angle down toward the head instead of meeting above it. I should reduce the elbow bend and increase shoulder raise so the hands converge over the top of the head, trying something like shoulder angle 3.0, elbow 0.9, with egg_up adjusted to -0.05. The lighting looks dimmer in this view, but that's something the painting pass will fix later anyway—right now I just need the pose readable enough to show the lich holding the egg aloft before moving on to paint all four reference plates.

I'm picturing the lich holding the egg above his head, mask in front of his face, viewed from above-front, with snakes climbing toward the egg later. Now I'm deciding how to crop the A24 image into the header capsule slot, weighing a 21:9 versus 16:9 aspect ratio for that roughly 2.14:1 space.

For the first job, I'm writing a cave-floor prompt with a snake struck by prismatic light from a skeletal finger, scales breaking into rainbow light with glass petals rising. For the second job, I'm crafting a prompt showing a serpent coiled three times around the Orphic egg with its head resting on top, matching the look of the reference snake, destined for both an icon and event cover slot.

For the third job, A34, I'm planning multiple crops: torso at 2:3 for the main capsule, head at 4:5 for the vertical capsule, and hand at 16:9, with a prompt depicting a skeleton overhead-view holding a pale egg while snakes climb its limbs and ribs, a blank white mask floating before its face -- the mask itself to be fixed later via a separate pass using the avatar reference.

For A22, I'm placing the skeleton centered among its six symbolic objects like a heraldic emblem, framed by engraved serpents and vines, using the Grateful Dead reference only for the conceptual idea of ornamental framing rather than style -- generating this at 2:3 for the library capsule, with object details to be refined in a later fix pass.

I need to gather the specific crop references: a snake head crop from the scratch snake reference, the orphic egg theme image, the correct Grateful Dead album file (checking for a shifted numbering), and the clean mask composited on a dark background. Once I have all these assembled I'll queue up the eight jobs to run.

I've set up the base pose—egg held overhead, masked face—for the "engulfed by snakes" shots across hand, head, and torso crops. Now I'll paint the four new stagings in P3 (A24: snake and beam header, T01: coiled serpent Orphic-egg style, A34: climbing snakes, A22: emblem framing), using the game's snake, his mask, and the board images as composition references.

A24 has a strong image with the rainbow beam and skeletal finger, but the snake has a cobra hood which is off-model since game snakes shouldn't have hoods regardless of species — I need to fix it to a hoodless snake while keeping the full skeletal hand entering from the top-right.

T01's square version shows the snake coiled about 1.5 turns around the egg with its head on top, while the wide version has it nested at the base instead of spiraling — both decent but not quite the three-turn Orphic spiral, and the snake's patterning should match the game's golden-olive striped look rather than a generic natural snake.

A34 shows a skeleton holding the egg up with snakes climbing, but the mask keeps reading as a second head since it's painted beside the skull instead of over the face — the hand variant has a stronger composition but the same mask issue, and the snakes themselves are too generic.

I'm now looking at A22's oval frame of entwined serpents surrounding the burned mask, hand, lens, and lodestone.

For the mask placement problem, I think the fix is to remove the painted mask and composite the game's avatar mask directly in front of the skull's face, covering it as it would appear from the front in-game — I'll apply this to the A34 variants and A22. For A24's cobra, I need an edit pass referencing the game's hoodless snake design.

I'm now working out the viewing angle math: since A34 shows the head from above-front at roughly a 30° downward look, I need to render the avatar mask at a matching elevation so it foreshortens correctly, then figure out per-painting coordinates to position it over each skull's face.

I'll run the mask removal passes for A34 (×3), A22, and the A24 edit fix as one batch, then compute the placement coordinates afterward by reviewing each skull crop individually.

Results look strong overall—A24, T01, A34, and A22 each capture the scene well, though A24's snake wrongly has a cobra hood and A34/A22 painted the masks beside the skulls instead of over the faces. I'll fix A24's snake shape, strip out the painted masks, and overlay the game's actual mask in front of each face.

I should redo the task list clearly: the compositions and their paint pass are done, adding the game elements is in progress, and cutting to slots, building/verifying the round page, and recording plus committing are all still pending.

Title versions are also still pending. Now let me check the fix outputs by making a contact sheet comparing the base version against the fixed one.

Good, the A24 hood removal worked. Now I want to check the game snake reference against ref_snake.png and the T01 outputs to confirm the A22 mask—the burned mask with the crack visible top-left—matches the game's version, and to sort out the other objects in A22 like the lens, hand, and gem.

For A34, I need to figure out how to paste the game's avatar mask floating in front of the lich's face, similar to the ramp-from approach I used on A01/A02 now that the painted masks are removed, pointing to the base image's mask pixels. I should check the available cleanmask angle files (front, pitched 40°, pitched 55°) and compare against how the skull is angled in A34 — since the lich looks up toward the egg, the mask placement needs to tilt accordingly, so I'll look at the staged a34c plates alongside ref_snake and the cleanmask images to see how the game positions it.

I'm picturing the game's snake design — an olive/tan striped body with a lighter belly and a cartoony rounded head with big black eyes — and checking if the T01 painting's serpent already matches that look. I'm also reconsidering the A34 plates, trying to figure out whether the mask sits in front of the face or lower near the chest.

Looking more closely, the mask seems to float in front of the skull's face rather than at the chest, so I'll place it slightly forward and offset like in A02's "mask further out" version. I'm comparing this to A01, where the mask matched the upturned angle of the face, and thinking the p40/p55 variants likely represent pitch angles — the face tilted upward as if looking up at something, like the egg in A34.

I want to crop the head regions at full resolution to really judge how each skull is oriented — forward, slightly tilted, or looking up — across the torso, head, and hand versions. Since I removed the masks from the full images rather than head crops, I should diff the base against the no-mask version to isolate just the changed pixels, then composite only that masked region back in with feathering. Let me check paint_in.py's interface to get the compositing right.

I should look back at the transcript to find the exact commands used for A02's diff merge and paint_in step, searching for "clear_merged" to locate the merge script.

Now I need to locate the painted mask boxes in each base image so I can diff-merge and ramp them. I'll detect the mask region by diffing the base against the nomask version, finding the largest connected component where the difference exceeds a threshold, and computing its bounding box.

I'm merging the dilated region covering the snake's changed area (head and body) into the base mask using the bbox union of the two components plus margin. For the game masks, I need to figure out placement—since in the actual gameplay the mask floats in front of the face, but in these compositions the painted masks sit beside the skull at roughly face height, I'm considering where to position it to match that convention.

For A34, I'll place the mask in front of the skull's face but shifted slightly left (echoing the painted version's offset) so part of the skull remains visible behind it, sized about equal to the skull itself. Next I need to crop the head regions from the merged images to pinpoint exact skull positions and angles before placing the masks.

I'm noting that the painted masks were positioned beside or overlapping the skull in each pose, so I'll place the game's floating mask in that same offset position in front of the face to match the original composition.

Now I'm checking the angle of the skull in each pose—front-facing in torso, slightly turned in head, looking up in hand—against the available mask orientations (front, p40, p55), trying to figure out which pitch/yaw variant best matches each skull's turn.

I need to find the actual bounding boxes of the painted mask in each crop by detecting bright porcelain pixels against the diff, then use that to size and position my overlay. I should also remember I'm keeping the avatar's mask style (no fire, slits intact) consistent with what I used in round 97, since there's no verdict yet on that choice.

I'm comparing the game mask's proportions against the painted mask's narrower aspect ratio, trying to figure out whether to scale by matching widths or heights so the torso placement looks proportionally correct.

Then I'm reconsidering mask placement relative to the skull—should it overlap the face more to read as "in front" rather than floating beside it like a second face? I recall feedback on earlier rounds wanting the mask held slightly further from the face, so keeping the painted beside-position seems consistent, though I want to double-check how A02 handled this exact issue.

I'm also noting the skull angles differ across crops—torso's skull reads frontal while the head skull seems turned slightly—so I may need to test both front and p40 variants and compare visually. For the texture reference, I need to pick a plain background patch from each image (torso, head, hand, A22) to use for the high-pass texture, though some regions might have unwanted texture like cave wall or halo patterns, so I'll need to actually render and inspect before finalizing.

I'm also thinking about rotation: the mask needs tilting to match each skull's head tilt, which I can estimate by computing the orientation from second moments of the painted mask region, then generate both front and p40 versions for side-by-side comparison.

I'm working out the sign convention for the tilt angle based on the major axis direction—figuring out whether a positive or negative angle corresponds to the ellipse leaning left or right given the image's y-down coordinate system.

Since PIL's rotate() goes counter-clockwise, a rightward-leaning top needs a negative (clockwise) rotation, so I'm setting rot equal to the computed angle directly. Now I need to figure out the sizing: scaling the cut-out so its height matches the painted mask's major-axis length, accounting for how rotation with expand=True changes the bounding box dimensions and any alpha padding baked into the cut-out images.

I'm estimating the painted masks' true vertical extents by dividing their tilted height by cosine of the tilt angle, landing around 225, 300, 178, and 202 pixels, then targeting the game mask height at about 0.95× that since it's rounder and shouldn't look oversized in area. I'll compute this in a script and invoke paint_in via subprocess.

The mask looks flat white and too bright, with weak shading, so it reads like a sticker rather than a rendered surface. I'm thinking the ramp-min cutoff of 0.55 is clipping the darker tones since the painted masks are near-white with little shading to draw from, unlike the porcelain mask that gave better results in round 97.

The lit-front approach lacks depth, so I'm considering raising the range and depth parameters for more contrast and matching the warm overhead light from the egg glow. I also want the mask floating directly in front of the Lich's face like it does in the game, mostly covering the skull but offset slightly so the outline peeks through behind it — I should pull up the A01/A02 round 97 avatar crops to calibrate this placement.

Round 97's masks look flat and white too, less shaded than the A02 version with visible nose and slit shading. I should try increasing the range and depth parameters to push for stronger shading contrast and see how that compares.

I also want to add slight edge darkening to mimic the painted look's darker rim, so I'm checking what the depth and range flags actually control in paint_in.

I want to make the mask shading richer by increasing the range and depth values, which should capture darker painted edges. I'm also considering two mask placements per image: the originally painted spot, and an alternative positioned directly over the face covering most of the skull, which requires calculating the face center coordinates from each crop's bounding box.

Finding the exact skull centers through scaling math is getting messy, so I'll switch approaches and generate cropped images with labeled gridlines every 50px to pinpoint coordinates visually instead.

I'm working out the coordinate transforms to map the skull's facial features from the cropped torso image back into the original painting's coordinate space, calculating the scale factors and offsets needed for accurate placement.

I'm repeating this same conversion process for the head crop and hand crop panels, translating displayed pixel positions back to painting coordinates to locate where each skull's face and jaw span.

For the mask placement, I'm considering that the game holds it slightly in front of the face rather than centered exactly on it, so I need to decide whether to offset it a bit to the side and lower relative to the face center.

Recalling earlier feedback, he wanted the mask floating in front of the Lich's face but then asked for it to be "a bit more away" — likely meaning more offset or distance rather than directly overlapping. For this new version I'll settle on a middle ground: positioned in front of the face but offset to one side so it covers roughly half, overlapping the jaw similarly to how the earlier painted version looked, with the head and hand placed beside it with slight overlap.

I'm also thinking about the skull orientation — mostly frontal for the torso skull, but the head skull seems turned toward the viewer's left given its cranium bulge, so I may use a slightly turned reference for the head and hand while keeping a frontal view for the torso.

I'll keep the painted tilt of -15 since it already reads as intentional, and apply something close to -8 for the torso instead. For each image I'll generate two variants: a painted-spot front version with richer shading, and one angled toward the face at roughly 0.45 using the mirrored cutout where needed, then compare them visually.

The mask still reads as pasted-on because the render's lighting is too flat and front-facing, lacking modeling. I think the real fix is matching the scene's actual light direction — coming from above via the egg glow and background in A34 — rather than just adjusting the brightness of the ramp from the painted masks.

Rather than relying on painted-mask ramps, I could try re-rendering the clean mask with lighting matched to the scene (key light from above), or fake it cheaply with a vertical gradient plus edge darkening and a soft cast shadow to suggest volume. Another option is feeding the game mask render into the image model as a reference to repaint it with proper shading.

I'm also considering restricting a "unify" pass to the mask's exact silhouette so shape stays intact, though the model might add unwanted interior details like eye holes. Checking the cleanmask renders' lighting, the luminance range is too narrow and the ramp is too white-dominant to produce real contrast, so I think I need to build an explicit porcelain ramp running from a warm shadow tone to a bright highlight pulled from the painting itself.

Lowering ramp-min to include darker edge pixels risks pulling in background colors too, which seems to explain why the head mask looks yellowish. The deeper issue is probably the render's lighting setup itself, so I want to find how the cleanmask renders were actually generated and check their key light settings.

I'm thinking about the key light setup, using a yaw/elevation directional light angled from the side with lower exposure for contrast, and I want to check how store_stage handles that key plus whether there's any ambient or hemisphere lighting involved.

I'm considering the key light direction relative to the camera—placing it above and slightly in front to match the cave's egg-light source, while keeping contrast soft given likely ambient fill. I plan to render the avatar mask at both a front-facing yaw and a slightly turned yaw to match the head orientation used earlier.

I'll go with yaw = -25 and three key light positions from above, applying a moderate exposure, and generate the black/white pairs plus cutouts needed. Since the engine renders at a 4x scale, producing 2560x1440 output, I'll try to get all of this done in a single session.

I notice these have more nose and cheek shading, with a tan mask color rather than the white porcelain I'd expect—I'm trying to reconcile whether the game's avatar mask is actually this warmer tan tone versus the cooler white seen in paintings. I'm also checking the yaw angle, where yL25 shows the face turned toward the viewer's left.

For painting it in, I'll use the painted mask's ramp with a 0.85 range and 1.4 depth, keeping the white ramp from the reference painting since that's consistent and matches the in-game cream/porcelain look under warm light. I also want to add a cast shadow behind the mask onto the skull, offset per the light direction, so I'm extending paint_in with a custom cast-shadow step that blurs and darkens based on an offset alpha before compositing, placing the mask in the "front" variant with f=0.55.

I'll settle on front placement with partial coverage for all pieces, matching the game's look, and pick light directions per piece: torso lit from above, head lit from upper-left, hand and A22 lit from above. Now I'm adding the --cast parameter into paint_in to handle this shadow logic.

I should also add a usage documentation line, but I'll handle that later and run the variants now.

The mask now reads better with visible modeling and cast shadow, though its crispness contrasts with the painting's soft brushwork — which works fine against the dark background, like porcelain. In the torso image, the mask covers down to the jaw, reading clearly as a mask held in front of the face.

Looking at placement across frames (head, hand, A22), f70 gives better coverage overall, but the mask sits a bit low relative to the eyes — I want to nudge it upward so it covers the eyes more convincingly. I'm recalculating the face landmarks (eye sockets, nose, teeth) from the crop scale to pin down a more accurate target centre for the mask placement.

Settling on f70 with a slight upward adjustment (around -20) for the torso placement, keeping the other frames as-is rather than over-iterating further.

Now shifting to the snakes: comparing the reference snake's olive body with longitudinal dark stripes, lighter belly scutes, and rounded head with large round eyes against the A24 striped snake variant, which looks more generic in head shape.

The defining feature I need to nail is the big round black bead eyes on the heads, since the game's snakes all share that trait prominently. Since A34 has snakes scattered throughout, I'm weighing whether a targeted fix-pass on just the snake heads using the reference image is feasible, but worried a model edit could subtly shift other parts of the painting too — so I'd need a diff-merge approach with a tolerance threshold to isolate just the changed snake regions rather than applying wholesale changes.

I think the better order is to run the snake fix on the base/clear images before any mask is pasted on top, then diff-merge to isolate just the snake changes, and only afterward reapply the mask. Before doing that, I should check the T01 images and a higher-resolution version of A24 to properly assess what's wrong with the snakes there.

I'm studying the reference snake's features—plump body, flat wide head, striped pattern, big round eyes, pink nose—and comparing it against the game's painted snakes to figure out what needs fixing so every snake matches that smooth, plump reference look.

I'll run the fix pass on each clear snake instance individually, then plan a diff-merge restricted to the snake regions using a blurred threshold to catch meaningful edits while ignoring texture noise from full-image regeneration. For the prompt itself, I need to carefully reference both the painting and the snake image together.

The painted snakes look too realistic compared to the game's plump, long-striped snake with big round eyes, so I'll run a fix pass using the game's snake as reference.

I'm noticing A24 and T01 wide now show the game's snake character clearly, with its bead eyes, broad head, and long stripes, while T01 square has a slightly altered head shape. A34's snakes are small and hard to make out, so I want to zoom in on T01's square head, A34's torso snakes, and A22's frame to check them more closely.

Looking closer at T01 square, I realize the original already had the striped head and big black eyes matching the reference snake well, while the "after" edit gave it a duckbill snout that's actually worse—so I should keep the original there. Now checking T01 wide's bead eyes and the head shape in A24's after version.

For A24, the after is cute and cartoony with big eyes and a pale duck-like snout, which does match the game's character style, though it's missing the ridged head stripes the reference has. Looking at A34's torso and hand versions, the plainer snakes with small black eyes and pale heads seem close enough to work.

My decision is forming: keep T01 square as original since it already matches, double-check T01 wide's head at higher zoom, and lean toward using A24's after version despite the missing stripes—maybe worth a targeted refinement pass focusing on the snout shape and head stripes using a tighter crop of the reference image.

Actually, the T01 square "before" head looks like the ideal match—striped head, big black eyes, small snout—so I could point to that as a secondary reference for A24. For merging, A34 and A22 changed globally so I'd need to diff-merge to preserve the rest of the image, while A24 might need the after version applied more fully with selective blending elsewhere. Let me pull up the T01 wide head zoom and the A34 head/hand snake comparisons to finalize this.

Comparing the T01 wide snake's duck-like snout against the reference's small pale rounded nose, I think the T01 square head version with its striped top and bead eyes is closer. I want to run a refinement pass combining elements from A24 and T01 wide to unify the look.

A34's result already has good bead-eyed snakes, and A22 is fine as-is with the merged version. I'll crop the T01 square head as a reference image for the refinement.

The refined heads for the 2nd and 4th variants now closely match the game's snake, with ridged stripes, bead eyes, and a small pink snout nub for A24, so I'll use those head versions for A24 and the wide T01. For the final merges, I'm planning to combine the clear base images with a broad diff-merge focused on the head and body changes.

Thinking about whether the diff-merge is even necessary: the model regenerated the whole image, so outside the snake areas it's nearly identical but subtly resampled, with mean changes around 5/255 that are basically imperceptible. A blurred merge boundary risks ghosting if the snake position shifted slightly, so for heavily changed images like A24 and the wide T01 it's simpler to just take the model's output wholesale rather than fuss with masked merging—especially since the A34 masks get pasted onto the clear base later anyway, and the output resolutions match the inputs.

I'm double-checking the T01 egg rendering is still correct in the wide head variant, then turning to a bigger concern: whether A22's six objects actually match the game's reference designs. I need to compare each object against the viewer refs — the burned mask, the lens, the hand gesture, the cut gem, and the glass orbs — since some of these (like the hand looking too fleshy/porcelain instead of bone, or the gem looking like a plain rock) may need closer inspection at larger scale against the reference images.

Comparing the A22 objects against the game reference, I'm noting mismatches: the mask should be the burned one with slits and claw gashes rather than a cracked porcelain face, the lens needs to be a thin rimmed glass disc instead of a sphere, and the hand looks like it needs to match a different reference shape too.

I think the best approach is to run model fix passes with the game's own reference renders for each object, similar to what I did correcting objects in round 97 S15 — I should check if I can reuse that same refs prompt setup.

I should give A22 a similar object fix pass as a22_snk, then handle hand and mask issues individually if needed. For A22's mask, I need to distinguish the burned mask drop object from the lich's own floating avatar mask that sits at his face — two distinct masks that could both appear in the same image.

Thinking it through, in the game the lich actually wears the burned mask, and the request is for it non-burned on him — so showing the burned mask as one of the six surrounding objects while also placing a clean mask at his face creates a duplicate. I'm leaning toward having the mask appear only once: either as one of the six frame objects (burned) with his face bare, or at his face with only five objects in the frame. Looking back at the original a22_ring plate, the six objects arranged in a ring likely included the mask, with the lich himself shown holding or wearing it separately in the painting.

My decision: for A22, keep the six objects in the frame including the burned mask, and leave the lich bare-faced, treating the frame objects as the things he carried. The explicit floating-mask instruction applies to A02; two masks in A22 would be redundant. I'll note this reasoning in the handover and move on to running the object-fix pass on a22_snk.

I'll fix A22's generic painting of all six objects—the cracked doll mask, glass ball lens, flesh hand, and gold nugget lodestone—correcting them against the game's renders just as I did for S15.

Checking progress: the mask gash shape is close, the votive hand and gem look right, and the five clear glass orbs are in, but the old dark spheres still need removing, the lodestone should be dark rusty rather than gold, and the lens needs to be thinner with a brass rim instead of a thick glass dome.

The lodestone now looks rusty and dark, which is good, but the lens still looks more like a bowl than a brass disc, and those dark spheres are still an issue. Rather than running more model passes, I'm considering compositing a fix: painting out the three dark spheres from the object render, or pasting in an existing lens render I already have saved from an earlier pass.

I'll try a focused removal pass just targeting the lens and the three dark spheres, asking it to continue the braided snake frame and dark background where they were removed, while preserving the five clear glass orbs and the cut gem. Then I'll paste in the earlier lens render with a glow effect at the top position.

I'm positioning the game's lens asset (lens_e30) at the top center of the composition between the snake heads, converting the display coordinates into the full 1696x2528 canvas scale and figuring out the appropriate size for this flat, 30°-elevation lens cutout.

Looking at the result after four passes, I notice some over-sharpening giving it a slightly smeared, posterized look compared to the earlier cleaner version. Rather than accept the quality loss, I'm planning to merge back selectively — taking only the object-change regions (mask, hand, lens, orbs/gem/spheres, lodestone) from the final degraded version into the crisper original base, using feathered boxes with coordinates scaled from the 603x900 display to the full 1696x2528 canvas, while skipping the minor snake edits to preserve sharpness elsewhere.

I'm noticing the merged regions have a reddish/purple colour cast compared to the base image's brown tones, since the model's output drifted in colour across four passes. I should colour-correct the new image to match the base using per-channel mean/std matching computed over non-object areas.

The snake frame ornaments and corner heads look fine as-is — that's a minor stylistic element I'll leave alone. More pressing is the lens render from r97, a thin glass ellipse with a pale rim that looks plausible but reads as too flat and transparent.

I'm also noticing halftone dithering artifacts in the zoomed background near the lens box, likely leftover from repeated model passes — colour correction alone won't fix those dots, so instead of a rectangular box I should use a diff-based mask that only touches pixels that actually changed (blurred diff thresholded, then dilated and feathered) so the untouched background stays pristine.

That global colour fit is actually ruining the objects — the gem's rainbow turned brownish, the mask went grey/dark, since the matrix was fit on the dark brown background and drags everything toward it. I need a different approach: correct only the background regions within the boxes, or use a low-frequency offset correction instead of a full matrix fit.

A better path is a hybrid blend using mask erosion — keep uncorrected colours for the object cores, apply correction near mask edges where the seam matters, with the blend weighted by luminance so bright highlights (gem, mask, hand, orbs) stay uncorrected while dark background pixels get the colour-cast fix.

The colors on the objects look right, the gem retains its rainbow effect, and the burned mask details are intact. I'm noticing a slight brown smear near the bottom-left frame where the snake body seam may have a small gap after the dark spheres were removed.

Now I'm checking A34's snake merge and mask paste — whether the snk outputs (made from mask-removed clear images) can be used wholesale, depending on how much color drift they show versus the clear versions. If drift is minor, I'll use them as-is and paste the mask back using the same ramp coordinates from the painted base image, pulling texture from the snk version. I'm also checking A24 and T01 variants the same way, comparing drift against their respective clear or wide-head sources before deciding which to use.

A22 now holds the burned mask with slit, hole and gashes, the votive hand, rusty lodestone, five glass orbs, rainbow gem, and game's lens. Next I'll apply the snake fixes to A34 and insert its masks.

There's a slight brightening drift across values, which seems acceptable since these are whole paintings nobody will pixel-compare. The A34 head brightened from 67 to 74, but that's just part of the painting's character. I'm also noting the egg detail — A34 has a speckled egg while the game's mosaic pattern was preserved in T01, which makes me wonder if this inconsistency was flagged before.

The game's egg has a square pixel-dot pattern (cream with tan squares), while A34's eggs show dark speckles instead, and T01 wide's egg has round speckles too — so there's a fidelity gap worth fixing. I'm thinking of doing an egg correction pass for A34 (all three) and T01 wide, referencing both the T01 sq egg crop and the game's actual egg render to match the square pixel style, while being mindful that each additional pass risks slightly degrading image quality through resampling. I'll pull the egg reference from the game's torso plate render and combine it with the T01 sq painted egg as guidance for the fix.

These are solid references, so I'll run the egg pass across a34_torso_snk, a34_head_snk, a34_hand_snk, and t01_wide_head, using a prompt that changes only the egg's surface texture to square pixel flecks in pale cream with soft square patches of warmer tone.

The a34_head variant at 29.5 seems to have shifted significantly, possibly recomposed. I should look at all four full images together to compare.

The a34_head egg pass failed again, with a giant egg appearing behind the character, and the a34_torso egg looks oddly cracked or glowing open. Checking the hand and T01 wide eggs, those look better—glowing with flecks and cream-colored with square flecks respectively. I think I need to retry a34_head with a stronger constraint since it keeps getting re-composed incorrectly.

The torso egg with snake already had square flecks before the egg pass, which just added a coiled snake and glow effect — on-theme but changes the composition. I'll stick with the version without the egg pass since it already has the flecks I want.

For hands, the egg pass makes it cream-yellow with square flecks, matching the game look, so I'll use that version. The wide shot also benefits from the egg pass. For the head, I want to retry the egg pass with a prompt emphasizing size control, or try merging only within the original egg's bounding box to avoid enlargement issues.

The egg's orientation in the painting is horizontal rather than upright like the game's version, but that's a minor perspective difference I can leave as is. I'm now applying the torso, head-egg, and hand-egg masks, and need to double-check that the skull positions stayed consistent after the snake pass.

I notice the skull position shifted between the clear and sneak versions due to the pass moving things, but across torso, head, and hand versions, the mask now reads correctly as floating in front of the face while the skull peeks out — matching the game's look. The mask itself still looks a bit too flat and white though.

Now I'm mapping out which generated assets fit which store slots: the A24 wide image for the header capsule and event header, the square T01 for app icons and shortcuts, the wide T01 for event covers and the main capsule, A34 torso for the library capsule, A34 head for the vertical capsule, and A34 hand (with its cave and light shaft) for the main capsule or event header.

I also want to use the A22 vertical crop for the library capsule, and I'll check readability of the T01 square icon at the 256, 184, and 32 sizes. Next I need to build out the page in the rounds/98-snakes-and-egg folder, following the pattern from round 97's page script, and I should double check the existing rounds directory naming convention first.

The 1920x622 crop ratio is too aggressive on the A24 image — it cuts off the finger that serves as the beam source. I need to adjust the vertical center point so the finger stays visible without losing too much of the snake's coil at the bottom.

Now I need to verify the page is rendering correctly in headless Edge with a fresh user-data-dir, so I'm checking my memory for the exact PowerShell command to launch it.

The page looks good and labels match up, so now I need to log round 98 in RECORD.md and commit. I'll search for the round 97 heading to find where to append the new entry.

I notice lines 3298-3300 contain a stray old paragraph that seems displaced from elsewhere, but I'll leave it as is. I should insert round 98 right after line 3297, where the pending verdict for round 97 is noted.