| /dports/math/curv/curv-0.5/libcurv/ |
| H A D | prim_expr.h | 19 static SC_Value sc_call(SC_Frame& fm, SC_Value x) in sc_call() function
29 static SC_Value sc_call(SC_Frame& fm, SC_Value x) in sc_call() function
39 static SC_Value sc_call(SC_Frame& fm, SC_Value x) { in sc_call() function
76 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
87 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) { in sc_call() function
101 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
111 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
121 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
133 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) \
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| H A D | List_Prim | 4 A symbolic list value is a Reactive list value, or an SC_Value (sc_call),
21 lists, so I don't write different code for an SC_Value argument (sc_call)
23 Unify sc_call_expr into sc_call. Code gen for abstract arrays is easier
28 Reactive_Value cases. Unify sc_call into call.
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| H A D | prim.h | 31 static SC_Value sc_call( in sc_call() function
65 { return Op::sc_call(fm, *arg1_, *arg2_, syntax_); } in sc_eval()
114 return Prim::sc_call(fm, a); in sc_op()
213 first = Prim::sc_call(fm, first, second); in sc_reduce()
230 first = Prim::sc_call(fm, first, second); in sc_reduce()
302 return Prim::sc_call(fm, first, second); in sc_op()
308 sc_call(SC_Frame& fm, Operation& ax, Operation& ay, Shared<const Phrase> ph) in sc_call() function
313 return Prim::sc_call(fm, x, y); in sc_call()
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| H A D | builtin.cc | 180 static SC_Value sc_call(SC_Frame& fm, SC_Value arg) in sc_call() function
195 static SC_Value sc_call(SC_Frame& fm, SC_Value arg) \
232 static SC_Value sc_call(SC_Frame& fm, SC_Value arg) { in sc_call() function
247 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
258 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
308 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
339 static SC_Value sc_call(SC_Frame& fm, SC_Value x, SC_Value y) in sc_call() function
431 static SC_Value sc_call(SC_Frame& fm, SC_Value x) in sc_call() function
454 static SC_Value sc_call(SC_Frame& fm, SC_Value x) in sc_call() function
491 static SC_Value sc_call(SC_Frame& fm, SC_Value x) in sc_call() function
[all …]
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| H A D | Types | 27 sc_call x = unequal[x,0]}
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| H A D | @TODO | 122 SC_Value sc_call(SC_Value, const SC_At_Syntax&)
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| H A D | TODO | 56 needs to call Prim::sc_check_args and Prim::sc_call. That's recursive, so we
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| /dports/math/curv/curv-0.5/ideas/new_core/ |
| H A D | New_IR | 1 Version 1 of my "SC builtin function call" API is Legacy_Function::sc_call,
4 before sc_call() is called, and that is incompatible with the Array_Op
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| /dports/math/curv/curv-0.5/issues/ |
| H A D | SC_Tuple | 14 SC_Value Function::sc_call(SC_Value, SC_Frame&)
109 SC_Value Function::sc_call(SC_Value, SC_Frame&)
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| /dports/math/curv/curv-0.5/issues/closed/ |
| H A D | Function | 48 SC_Value Function::sc_call(SC_Value, SC_Frame&)
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| /dports/math/curv/curv-0.5/ideas/ |
| H A D | Image_Import | 127 * dist: just a centred rectangle. Needs call and sc_call variants.
130 converts sRGB to linear. `sc_call` adds Image_Data to the SC_Compiler
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