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wip(0.S3): packages and examples migrated in one run - ludic migrate state packages <every example program> packages/ludic.lab/example/plate.ludic

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Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
This commit is contained in:
Orkun ÇAKILKAYA 2026-09-25 15:02:45 +03:00
parent d490d4f9f1
commit 3eda72e8c2
172 changed files with 3094 additions and 2966 deletions
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70
packages/ludic.ui/calc_terms.ludic
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@ -1,28 +1,28 @@
# calc_terms.ludic - calc()'s products and its terms: a number with its unit, a bracket, a nested
# calc(), a minus in front; a product needs a plain number on one side, and a quotient a plain number
# or a length on its right (a length over a length is a plain number, as CSS's typed division makes)
function ca_product() -> CaVal {
var a = ca_factor()
while ca_bad == "" {
ca_ws()
if ca_i >= len(ca_s) or (ca_s[ca_i] != 42 and ca_s[ca_i] != 47) { return a }
let div = ca_s[ca_i] == 47
ca_i += 1
let b = ca_factor()
function ca_product(ui_st: mut UiState) -> CaVal {
var a = ca_factor(ui_st)
while ui_st.ca_bad == "" {
ca_ws(ui_st)
if ui_st.ca_i >= len(ui_st.ca_s) or (ui_st.ca_s[ui_st.ca_i] != 42 and ui_st.ca_s[ui_st.ca_i] != 47) { return a }
let div = ui_st.ca_s[ui_st.ca_i] == 47
ui_st.ca_i += 1
let b = ca_factor(ui_st)
if div and not b.bare and not a.bare and a.pct == 0.0 and b.pct == 0.0 and b.px != 0.0 {
a = ca_ratio(a.px / b.px)
continue
}
if div and not b.bare {
ca_bad = "a plain number, or a length under a length, after /"
ui_st.ca_bad = "a plain number, or a length under a length, after /"
return a
}
if div and b.n == 0.0 {
ca_bad = "a number that is not 0 after /"
ui_st.ca_bad = "a number that is not 0 after /"
return a
}
if div { a = ca_scale(a, 1.0 / b.n) } else if a.bare { a = ca_scale(b, a.n) } else if b.bare { a = ca_scale(a, b.n) } else {
ca_bad = "a plain number on one side of *"
ui_st.ca_bad = "a plain number on one side of *"
return a
}
}
@ -42,47 +42,47 @@ function ca_scale(a: CaVal, k: float) -> CaVal {
r.pct = a.pct * k
return r
}
function ca_factor() -> CaVal {
ca_ws()
if ca_i >= len(ca_s) {
ca_bad = "a value"
function ca_factor(ui_st: mut UiState) -> CaVal {
ca_ws(ui_st)
if ui_st.ca_i >= len(ui_st.ca_s) {
ui_st.ca_bad = "a value"
return new CaVal
}
let c = ca_s[ca_i]
let c = ui_st.ca_s[ui_st.ca_i]
if c == 45 {
ca_i += 1
return ca_scale(ca_factor(), -1.0)
ui_st.ca_i += 1
return ca_scale(ca_factor(ui_st), -1.0)
}
let f = ca_fn_at(ca_s, ca_i)
if f == "min" or f == "max" or f == "clamp" { return ca_fn(f) }
let f = ca_fn_at(ui_st.ca_s, ui_st.ca_i)
if f == "min" or f == "max" or f == "clamp" { return ca_fn(ui_st, f) }
if c == 40 or f == "calc" {
while ca_s[ca_i] != 40 { ca_i += 1 }
ca_i += 1
let v = ca_sum()
ca_ws()
if ca_i < len(ca_s) and ca_s[ca_i] == 41 { ca_i += 1 } else if ca_bad == "" { ca_bad = "a closing )" }
while ui_st.ca_s[ui_st.ca_i] != 40 { ui_st.ca_i += 1 }
ui_st.ca_i += 1
let v = ca_sum(ui_st)
ca_ws(ui_st)
if ui_st.ca_i < len(ui_st.ca_s) and ui_st.ca_s[ui_st.ca_i] == 41 { ui_st.ca_i += 1 } else if ui_st.ca_bad == "" { ui_st.ca_bad = "a closing )" }
return v
}
return ca_number()
return ca_number(ui_st)
}
# 12, 1.5em, 50%, 20vw
function ca_number() -> CaVal {
let at = ca_i
while ca_i < len(ca_s) and ((ca_s[ca_i] >= 48 and ca_s[ca_i] <= 57) or ca_s[ca_i] == 46) { ca_i += 1 }
let num_end = ca_i
while ca_i < len(ca_s) and ((ca_s[ca_i] >= 97 and ca_s[ca_i] <= 122) or ca_s[ca_i] == 37) { ca_i += 1 }
function ca_number(ui_st: mut UiState) -> CaVal {
let at = ui_st.ca_i
while ui_st.ca_i < len(ui_st.ca_s) and ((ui_st.ca_s[ui_st.ca_i] >= 48 and ui_st.ca_s[ui_st.ca_i] <= 57) or ui_st.ca_s[ui_st.ca_i] == 46) { ui_st.ca_i += 1 }
let num_end = ui_st.ca_i
while ui_st.ca_i < len(ui_st.ca_s) and ((ui_st.ca_s[ui_st.ca_i] >= 97 and ui_st.ca_s[ui_st.ca_i] <= 122) or ui_st.ca_s[ui_st.ca_i] == 37) { ui_st.ca_i += 1 }
let r = new CaVal
if num_end == at {
ca_bad = "a number"
ui_st.ca_bad = "a number"
return r
}
let word: string = ca_s[at..ca_i]
let unit: string = ca_s[num_end..ca_i]
let word: string = ui_st.ca_s[at..ui_st.ca_i]
let unit: string = ui_st.ca_s[num_end..ui_st.ca_i]
if unit == "" {
r.n = el_num(word)
return r
}
r.bare = false
if unit == "%" { r.pct = el_num(word) } else if unit == "px" or unit == "em" or unit == "rem" or unit == "vw" or unit == "vh" { r.px = el_unit(word) } else { ca_bad = `a unit calc() knows, not {unit}` }
if unit == "%" { r.pct = el_num(word) } else if unit == "px" or unit == "em" or unit == "rem" or unit == "vw" or unit == "vh" { r.px = el_unit(ui_st, word) } else { ui_st.ca_bad = `a unit calc() knows, not {unit}` }
return r
}