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wip(0.S2): migrate - a var nothing writes becomes a let; a state is keyed by its module, directory or program, so every program's plan agrees; paths normalized; program states named SceneDemoState / scene_demo_st; the LSP reads state, mut and entry/handler parameters

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Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Orkun ÇAKILKAYA 2026-09-25 15:31:34 +03:00
parent 3eda72e8c2
commit 5ffe50ed02
463 changed files with 72045 additions and 67421 deletions
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30
packages/ludic.photo/grade.ludic
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@ -37,39 +37,39 @@ export function photo_score_frame(sx: float, sy: float, frac: float) -> int {
# The whole score for a subject `h` metres tall standing at (x, y, z), doing something worth
# `moment` (0..20). Composition, light and behaviour are qualities OF a subject, so they are
# weighted by how much of one there is: a deer three pixels wide in perfect light is not a photograph.
export function photo_score(photo_st: mut PhotoState, x: float, y: float, z: float, h: float, moment: int) -> int {
export function photo_score(x: float, y: float, z: float, h: float, moment: int) -> int {
let dx = x - PhotoLens.x()
let dy = y + 0.6 - PhotoLens.y()
let dz = z - PhotoLens.z()
let d = Math.max(Math.sqrt(dx * dx + dy * dy + dz * dz), 0.01)
let frac = pht_size_frac(h, d)
if photo_st.pht_comp == null { pht_blank(photo_st) }
if pht_comp == null { pht_blank() }
var sx = 0.5
var sy = 0.5
if PhotoLens.project(x, y + h * 0.5, z) {
sx = PhotoLens.sx()
sy = PhotoLens.sy()
}
photo_st.pht_comp[0] = float(photo_score_size(frac))
photo_st.pht_comp[1] = float(photo_score_frame(sx, sy, frac))
if PhotoLens.steady() { photo_st.pht_comp[1] = Math.min(photo_st.pht_comp[1] + 5.0, 20.0) }
photo_st.pht_comp[2] = float(photo_score_light(x, z))
photo_st.pht_comp[3] = float(Math.clamp(moment, 0, 20))
photo_st.pht_comp_have = true
let presence = Math.clamp(photo_st.pht_comp[0] / 40.0 * 1.4, 0.0, 1.0)
pht_comp[0] = float(photo_score_size(frac))
pht_comp[1] = float(photo_score_frame(sx, sy, frac))
if PhotoLens.steady() { pht_comp[1] = Math.min(pht_comp[1] + 5.0, 20.0) }
pht_comp[2] = float(photo_score_light(x, z))
pht_comp[3] = float(Math.clamp(moment, 0, 20))
pht_comp_have = true
let presence = Math.clamp(pht_comp[0] / 40.0 * 1.4, 0.0, 1.0)
if PhotoRules.behaviour() {
photo_st.pht_comp[0] = photo_st.pht_comp[0] * 0.5
photo_st.pht_comp[3] = photo_st.pht_comp[3] * 2.0
pht_comp[0] = pht_comp[0] * 0.5
pht_comp[3] = pht_comp[3] * 2.0
}
return int(photo_st.pht_comp[0] + (photo_st.pht_comp[1] + photo_st.pht_comp[2] + photo_st.pht_comp[3]) * presence)
return int(pht_comp[0] + (pht_comp[1] + pht_comp[2] + pht_comp[3]) * presence)
}
# the one thing to do differently next time: the worst component, or nothing to fault
export function photo_why_of_comp(photo_st: PhotoState) -> int {
export function photo_why_of_comp() -> int {
var worst = PHOTO_WHY_SIZE
var least = photo_st.pht_comp[0] / 40.0
var least = pht_comp[0] / 40.0
for k in 1 .. 4 {
let f = photo_st.pht_comp[k] / 20.0
let f = pht_comp[k] / 20.0
if f < least {
least = f
worst = k