Can Narin
ce4c4e7d13
Session 2026-07-23/24 additions on top of the existing Quaternius bed: - bake_lena.gd: 6-piece bake on QuatSkin Lena (chiefs-mark/iron-spine arms, voyagers/storm-bearer legs, star-eye chest, hearth-warmth back); global-axis wrap frame + 3cm junction blend kill the elbow split line - demirror_lena.gd: tri-level split of mirror-shared limb UVs (arms 100%->0%, legs 99%->5% crotch-only residual) - reuv_lena.gd: Quaternius-style semantic re-UV (16 islands, cylinder limbs + cylinder head/torso with planar caps) + texture transfer; fixes armpit/chin/ cheek planar smears; single 4096 atlas, per-side tattoos native - main_lena / anim_lena viewers (18 UAL clips, U light toggle) + probes + shots Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
66 lines
2.4 KiB
GDScript
66 lines
2.4 KiB
GDScript
# Builds 1024² gen canvases from the per-part UV masks: the island silhouette
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# (padded bbox, aspect-true, centered) as parchment white on black. The exact
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# same transform is recomputed in composite.gd to map results back into UV space.
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# Run headless:
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# tinqs.console.exe --headless --path tattoo-test -s res://prep.gd
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extends SceneTree
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const MASK_DIR := "C:/Users/CAN/tinqs-ltd/tattoo-test/masks/"
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const OUT_DIR := "C:/Users/CAN/tinqs-ltd/tattoo-test/gen-v4/"
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const PARTS := ["arm_r", "arm_l", "leg_r", "leg_l", "chest", "back"]
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const CANVAS := 1024
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const MARGIN := 48 # silhouette keeps this distance from canvas edges
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const PAD := 24 # px padding around the mask bbox in UV space
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const PARCHMENT := Color(0.97, 0.94, 0.88)
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func _init() -> void:
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DirAccess.make_dir_recursive_absolute(OUT_DIR)
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for part: String in PARTS:
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var mask := Image.load_from_file(MASK_DIR + "mask_" + part + ".png")
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var t := transform_for(mask)
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var rect: Rect2i = t["rect"]
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var s: float = t["scale"]
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var off: Vector2 = t["offset"]
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var canvas := Image.create(CANVAS, CANVAS, false, Image.FORMAT_RGBA8)
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canvas.fill(Color(0, 0, 0))
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for cy in CANVAS:
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for cx in CANVAS:
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var mx := int((cx - off.x) / s) + rect.position.x
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var my := int((cy - off.y) / s) + rect.position.y
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if mx < rect.position.x or my < rect.position.y \
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or mx >= rect.end.x or my >= rect.end.y:
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continue
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if mask.get_pixel(mx, my).r > 0.5:
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canvas.set_pixel(cx, cy, PARCHMENT)
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var path := OUT_DIR + "canvas_" + part + ".png"
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canvas.save_png(path)
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print("CANVAS %s rect=%s scale=%.4f offset=%.1f,%.1f saved=%s" %
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[part, rect, s, off.x, off.y, path])
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quit()
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# shared with composite.gd — keep in sync
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static func transform_for(mask: Image) -> Dictionary:
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var size := mask.get_width()
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var minx := size
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var maxx := -1
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var miny := size
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var maxy := -1
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for y in size:
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for x in size:
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if mask.get_pixel(x, y).r > 0.5:
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minx = mini(minx, x)
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maxx = maxi(maxx, x)
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miny = mini(miny, y)
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maxy = maxi(maxy, y)
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var rect := Rect2i(
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maxi(minx - PAD, 0), maxi(miny - PAD, 0),
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mini(maxx + PAD + 1, size) - maxi(minx - PAD, 0),
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mini(maxy + PAD + 1, size) - maxi(miny - PAD, 0))
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var s := minf(
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float(CANVAS - 2 * MARGIN) / rect.size.x,
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float(CANVAS - 2 * MARGIN) / rect.size.y)
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var off := Vector2(
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(CANVAS - rect.size.x * s) * 0.5,
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(CANVAS - rect.size.y * s) * 0.5)
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return {"rect": rect, "scale": s, "offset": off}
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