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refactor(steps): 0.R5 - a seat's share is a question (steps__share): seat 0 read live, a teammate's column as sent for this chapter; only steps_share, the verb, clears a stale table - steps_met, steps_each, steps_lacking, steps_my_shares and steps_share_of read

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Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Orkun ÇAKILKAYA 2026-09-27 15:06:33 +03:00
parent 1fc01df39c
commit e3813b1ea4
2 changed files with 24 additions and 24 deletions
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10
packages/ludic.steps/each.ludic
View file

@ -7,21 +7,19 @@ export function steps_players(steps_st: StepsState) -> int {
} }
# how many seats taken have step i's thing (seat 0 counted live) # how many seats taken have step i's thing (seat 0 counted live)
export function steps_each(steps_st: mut StepsState, i: int) -> int { export function steps_each(steps_st: StepsState, i: int) -> int {
steps__cols(steps_st)
var n = 0 var n = 0
for p in 0 .. steps_st.steps__players { for p in 0 .. steps_st.steps__players {
if StepsWorld.present(p) and steps_st.steps__col[p * STEPS_PER_CHAPTER + i] != 0 { n += 1 } if StepsWorld.present(p) and steps__share(steps_st, p, i) != 0 { n += 1 }
} }
return n return n
} }
# the seats that do not have it yet # the seats that do not have it yet
export function steps_lacking(steps_st: mut StepsState, i: int) -> []int { export function steps_lacking(steps_st: StepsState, i: int) -> []int {
steps__cols(steps_st)
let out = new []int let out = new []int
for p in 0 .. steps_st.steps__players { for p in 0 .. steps_st.steps__players {
if StepsWorld.present(p) and steps_st.steps__col[p * STEPS_PER_CHAPTER + i] == 0 { push(out, p) } if StepsWorld.present(p) and steps__share(steps_st, p, i) == 0 { push(out, p) }
} }
return out return out
} }

38
packages/ludic.steps/party.ludic
View file

@ -17,20 +17,25 @@ function steps__party_clear(steps_st: mut StepsState) -> void {
# a party over (or a new one): every column forgotten # a party over (or a new one): every column forgotten
export function steps_party_reset(steps_st: mut StepsState) -> void { steps_st.steps__col = null } export function steps_party_reset(steps_st: mut StepsState) -> void { steps_st.steps__col = null }
# the columns, emptied when the chapter they were about is not this one; seat 0 refilled # the columns, emptied when the chapter they were about is not this one (before a teammate's go in)
function steps__cols(steps_st: mut StepsState) -> void { function steps__cols(steps_st: mut StepsState) -> void { if steps_st.steps__col == null or steps_st.steps__col_ch != steps_st.steps__cur { steps__party_clear(steps_st) } }
if steps_st.steps__col == null or steps_st.steps__col_ch != steps_st.steps__cur { steps__party_clear(steps_st) }
if steps_finished(steps_st) { return } # seat p's share of step i: seat 0 read live, a teammate's as they sent it for this chapter
for i in 0 .. steps_in(steps_st, steps_st.steps__cur) { function steps__share(steps_st: StepsState, p: int, i: int) -> int {
steps_st.steps__col[i] = steps_mine(steps_st, steps_kind(steps_st, steps_st.steps__cur, i), steps_param(steps_st, steps_st.steps__cur, i), steps_need(steps_st, steps_st.steps__cur, i)) let ch = steps_st.steps__cur
if p == 0 {
if steps_finished(steps_st) or i >= steps_in(steps_st, ch) { return 0 }
return steps_mine(steps_st, steps_kind(steps_st, ch, i), steps_param(steps_st, ch, i), steps_need(steps_st, ch, i))
} }
let k = p * STEPS_PER_CHAPTER + i
if steps_st.steps__col == null or steps_st.steps__col_ch != ch or k >= len(steps_st.steps__col) { return 0 }
return steps_st.steps__col[k]
} }
# this machine's shares for the current chapter, to send to whoever owns the story # this machine's shares for the current chapter, to send to whoever owns the story
export function steps_my_shares(steps_st: mut StepsState) -> []int { export function steps_my_shares(steps_st: StepsState) -> []int {
steps__cols(steps_st)
let out = new []int let out = new []int
for i in 0 .. STEPS_PER_CHAPTER { push(out, steps_st.steps__col[i]) } for i in 0 .. STEPS_PER_CHAPTER { push(out, steps__share(steps_st, 0, i)) }
return out return out
} }
@ -41,9 +46,8 @@ export function steps_share(steps_st: mut StepsState, p: int, ch: int, shares: [
for i in 0 .. min(len(shares), STEPS_PER_CHAPTER) { steps_st.steps__col[p * STEPS_PER_CHAPTER + i] = shares[i] } for i in 0 .. min(len(shares), STEPS_PER_CHAPTER) { steps_st.steps__col[p * STEPS_PER_CHAPTER + i] = shares[i] }
} }
export function steps_share_of(steps_st: mut StepsState, p: int, i: int) -> int { export function steps_share_of(steps_st: StepsState, p: int, i: int) -> int {
steps__cols(steps_st) return steps__share(steps_st, p, i)
return steps_st.steps__col[p * STEPS_PER_CHAPTER + i]
} }
# a seat emptied: what it had goes with it # a seat emptied: what it had goes with it
@ -54,10 +58,10 @@ export function steps_leave(steps_st: mut StepsState, p: int) -> void {
# the shares of every seat taken, combined as the pool says (seat 0 is the start) # the shares of every seat taken, combined as the pool says (seat 0 is the start)
function steps__combined(steps_st: StepsState, i: int, how: int) -> int { function steps__combined(steps_st: StepsState, i: int, how: int) -> int {
var v = steps_st.steps__col[i] var v = steps__share(steps_st, 0, i)
for p in 1 .. steps_st.steps__players { for p in 1 .. steps_st.steps__players {
if not StepsWorld.present(p) { continue } if not StepsWorld.present(p) { continue }
let c = steps_st.steps__col[p * STEPS_PER_CHAPTER + i] let c = steps__share(steps_st, p, i)
if how == STEPS_POOL_ANY or how == STEPS_POOL_OR { v = v | c } if how == STEPS_POOL_ANY or how == STEPS_POOL_OR { v = v | c }
else if how == STEPS_POOL_SUM { v += c } else if how == STEPS_POOL_SUM { v += c }
else if how == STEPS_POOL_MAX { if c > v { v = c } } else if how == STEPS_POOL_MAX { if c > v { v = c } }
@ -66,24 +70,22 @@ function steps__combined(steps_st: StepsState, i: int, how: int) -> int {
} }
# the answer to step i of the current chapter: solo this is steps_eval and nothing more # the answer to step i of the current chapter: solo this is steps_eval and nothing more
export function steps_met(steps_st: mut StepsState, i: int) -> bool { export function steps_met(steps_st: StepsState, i: int) -> bool {
let ch = steps_st.steps__cur let ch = steps_st.steps__cur
let kind = steps_kind(steps_st, ch, i) let kind = steps_kind(steps_st, ch, i)
if not StepsWorld.party() { return steps_eval(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i)) } if not StepsWorld.party() { return steps_eval(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i)) }
let how = steps_pool(steps_st, kind) let how = steps_pool(steps_st, kind)
if how == STEPS_POOL_WORLD { return steps_eval(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i)) } if how == STEPS_POOL_WORLD { return steps_eval(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i)) }
steps__cols(steps_st)
return steps_from(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i), steps__combined(steps_st, i, how), steps_players(steps_st), steps_each(steps_st, i)) return steps_from(steps_st, kind, steps_param(steps_st, ch, i), steps_need(steps_st, ch, i), steps__combined(steps_st, i, how), steps_players(steps_st), steps_each(steps_st, i))
} }
# the party's count for step i of the current chapter, -1 for one that is not a tally # the party's count for step i of the current chapter, -1 for one that is not a tally
export function steps_party_got(steps_st: mut StepsState, i: int) -> int { export function steps_party_got(steps_st: StepsState, i: int) -> int {
let ch = steps_st.steps__cur let ch = steps_st.steps__cur
let kind = steps_kind(steps_st, ch, i) let kind = steps_kind(steps_st, ch, i)
let param = steps_param(steps_st, ch, i) let param = steps_param(steps_st, ch, i)
if steps_got(steps_st, kind, param) < 0 { return -1 } if steps_got(steps_st, kind, param) < 0 { return -1 }
let how = steps_pool(steps_st, kind) let how = steps_pool(steps_st, kind)
if not StepsWorld.party() or how == STEPS_POOL_WORLD or how == STEPS_POOL_ANY or how == STEPS_POOL_EACH { return steps_got(steps_st, kind, param) } if not StepsWorld.party() or how == STEPS_POOL_WORLD or how == STEPS_POOL_ANY or how == STEPS_POOL_EACH { return steps_got(steps_st, kind, param) }
steps__cols(steps_st)
return steps_got_from(steps_st, kind, param, steps__combined(steps_st, i, how)) return steps_got_from(steps_st, kind, param, steps__combined(steps_st, i, how))
} }