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| #define | P99_AALLOC(T, VB, N) P00_AALLOC(P99_ATYPE(T, , VB, N)) |
| | Allocate a new matrix of base type T and with N dimensions as given by VB. More...
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| #define | P99_AARG(TYPE, NAME, DIM, VAR) |
| | Declare a pointer to array function argument of basetype TYPE, with name NAME, dimension DIM and naming scheme for the length variables VAR{0}, ... VAR{DIM - 1}. More...
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| #define | P99_ACALL(ARR, N, TYPE) |
| | Pass a pointer to an N dimensional array ARR to a function. More...
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| #define | P99_ALEN(ARR, N) |
| | Produce the length of the argument array ARR in terms of number of elements. More...
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| #define | P99_ALENS(ARR, N) P99_FOR(ARR, N, P00_ALENS0, P00_ALEN, P99_REP(N,)) |
| | Produce a list of the lengths of the argument array ARR in terms of the number of elements in the first N dimensions. More...
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| #define | P99_ANAME(NAME, DIM, VAR) |
| | Declare list of variable names as produced by P99_AARG. More...
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| #define | P99_AREF(T, ARR, ...) T P99_ARRAY(*const ARR, __VA_ARGS__) |
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| #define | P99_AREF1(T, ARR, ...) T P99_ARRAY(ARR, static const 1, __VA_ARGS__) |
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| #define | P99_ARRAY(ARR, ...) (ARR)P99_SUBSCRIPT(__VA_ARGS__) |
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| #define | P99_ATYPE(T, A, B, N) P99_AREF(T, A, P99_ALENS(*B, N)) |
| | Declare a new matrix A of base type T and with N dimensions as given by B. More...
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| #define | P99_SUBSCRIPT(...) P99_SER(P00_SUBSCRIPT, __VA_ARGS__) |
| | Transform the list of arguments x0, x1, ... to array subscripts [x0][x1]... More...
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Collaboration diagram for Variable Length Arrays:
