Orkuncakilkaya
647dfec334
- `[a, b, c]` list literals (E_LIST → emit_list); static_type learns slice-element, `new T`, list, string and literal kinds - `x op= y` lowers through the same path as `x = x op y` (emit_bin_vals): fixed `*=`/`/=` use the Q16.16 64-bit paths, string `+=` concatenates, int→long widens; unary `-` keeps a fixed operand's type (arith_ty) - one `unescape()` table for "strings", 'chars' and `interpolation`; `'\''`, `'\\'`, `'\"'` no longer read as 0; unterminated char literals and unexpected characters are errors instead of silently skipped - every diagnostic is `file:line: error: msg` (g_parse_file / g_err_file, Node.file + Node.line set by node()); tok_desc() in expectation errors; duplicate `function` names and unknown `phase` names are reported in source terms (phase_id used to default unknown phases to Overlay) - interpolation holes skip braces inside string literals - hand-IR preludes move from the user `@fn_` prefix to `@lp_` so a user `is_ws` / `str_eq` / `path_join` no longer collides at link time - `@ClearColor(expr)` accepts any constant expression; `Os.pid()` added (docs page + inventory); `str_starts()` in support/str - main.ludic: `else if` flag ladder, char literals, stale script comments - examples/lang/operators.ludic covers all of the above; os.ludic covers Os.pid; docs pages for Os.pid and the Overlay phase; ten changesets - reseeded: selfhost/ludicc.seed.ll is the new compiler's own fixpoint Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
27 lines
945 B
Text
27 lines
945 B
Text
program T {
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entry {
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# min / max / abs / clamp, now reachable under the Math namespace
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print(Math.min(3, 7)) # 3
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print(Math.max(3, 7)) # 7
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print(Math.abs(-5)) # 5
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print(Math.clamp(12, 0, 10)) # 10
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# sign -> -1 / 0 / 1
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print(Math.sign(-4)) # -1
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print(Math.sign(0)) # 0
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print(Math.sign(9)) # 1
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# floor / ceil / round on Q16.16 fixed
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print(Math.floor(2.7)) # 2
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print(Math.ceil(2.1)) # 3
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print(Math.round(2.5)) # 3
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print(Math.round(2.4)) # 2
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# lerp(0, 10, 0.5) = 5.0
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print(Math.floor(Math.lerp(0.0, 10.0, 0.5))) # 5
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# inverse_lerp(0, 10, 2.5) = 0.25 -> *100 = 25
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print(Math.floor(Math.inverse_lerp(0.0, 10.0, 2.5) * 100.0)) # 25
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# remap(5, [0..10] -> [0..100]) = 50.0
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print(Math.floor(Math.remap(5.0, 0.0, 10.0, 0.0, 100.0))) # 50
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}
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}
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