mirror of https://github.com/zeldaret/tp.git
126 lines
3.6 KiB
C++
126 lines
3.6 KiB
C++
/* c_math.cpp autogenerated by split.py v0.3 at 2020-12-31 13:20:59.345670 */
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#include "SComponent/c_math.h"
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extern "C" {
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double func_8036C760(double, double);
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void cM_atan2s__Fff(void);
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void U_GetAtanTable__Fff(void);
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}
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// additional symbols needed for c_math.cpp
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// autogenerated by split.py v0.3 at 2020-12-31 13:20:59.336084
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extern double lbl_804550A8; // SComponent::@2201, 6.2831854820251465
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extern float lbl_804550B0; // SComponent::@2215, 10430.378
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extern float lbl_804550B4; // SComponent::@2232, 1024.0
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extern float lbl_804550B8; // SComponent::@2277, 0.0
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extern float lbl_804550BC; // SComponent::@2282, 9.58738E-5
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extern double lbl_804550C0; // SComponent::@2284, 4.503601774854144E15
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extern float lbl_804550C8; // SComponent::@2296, 30323.0
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extern float lbl_804550CC; // SComponent::@2297, 30269.0
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extern float lbl_804550D0; // SComponent::@2298, 30307.0
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extern double lbl_804550D8; // SComponent::@2299, 1.0
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extern float lbl_804550E0; // SComponent::@2311, 2.0
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extern float lbl_804550E4; // SComponent::@2312, 0.5
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extern s32 lbl_80451168; // SComponent::r0
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extern s32 lbl_8045116C; // SComponent::r1
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extern s32 lbl_80451170; // SComponent::r2
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extern s32 lbl_80451174; // SComponent::r02
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extern s32 lbl_80451178; // SComponent::r12
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extern s32 lbl_8045117C; // SComponent::r22
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extern u16 lbl_803C3778[1028]; // SComponent::atntable
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// cM_rad2s__Ff
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asm s16 cM_rad2s(float){nofralloc
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#include "SComponent/c_math/asm/func_802675E4.s"
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}
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// U_GetAtanTable__Fff
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u16 U_GetAtanTable(float f0, float f1) {
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return lbl_803C3778[(int)(f0 / f1 * lbl_804550B4)];
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}
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// cM_atan2s__Fff
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asm s16 cM_atan2s(float, float) {
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nofralloc
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#include "SComponent/c_math/asm/func_80267674.s"
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}
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// cM_atan2f__Fff
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asm float cM_atan2f(float, float) {
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nofralloc
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#include "SComponent/c_math/asm/func_80267814.s"
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}
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// cM_initRnd__Fiii
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void cM_initRnd(int p0, int p1, int p2) {
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lbl_80451168 = p0;
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lbl_8045116C = p1;
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lbl_80451170 = p2;
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}
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// cM_rnd__Fv
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#ifdef NON_MATCHING
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float cM_rnd(void) {
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// matches besides extra double in data from int -> float conversion
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lbl_80451168 = (lbl_80451168 * 0xAB) % 0x763D;
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lbl_8045116C = (lbl_8045116C * 0xAC) % 0x7663;
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lbl_80451170 = (lbl_80451170 * 0xAA) % 0x7673;
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return fabsf((float)func_8036C760(lbl_80451168 / lbl_804550C8 + lbl_8045116C / lbl_804550CC +
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lbl_80451170 / lbl_804550D0,
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lbl_804550D8));
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}
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#else
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asm float cM_rnd(void) {
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nofralloc
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#include "SComponent/c_math/asm/func_8026786C.s"
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}
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#endif
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// cM_rndF__Ff
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float cM_rndF(float f) {
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return cM_rnd() * f;
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}
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// cM_rndFX__Ff
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float cM_rndFX(float f) {
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return f * (cM_rnd() - lbl_804550E4) * lbl_804550E0;
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}
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// cM_initRnd2__Fiii
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void cM_initRnd2(int p0, int p1, int p2) {
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lbl_80451174 = p0;
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lbl_80451178 = p1;
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lbl_8045117C = p2;
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}
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// cM_rnd2__Fv
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#ifdef NON_MATCHING
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float cM_rnd2(void) {
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// matches besides extra double in data from int -> float conversion
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lbl_80451174 = (lbl_80451174 * 0xAB) % 0x763D;
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lbl_80451178 = (lbl_80451178 * 0xAC) % 0x7663;
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lbl_8045117C = (lbl_8045117C * 0xAA) % 0x7673;
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return fabsf((float)func_8036C760(lbl_80451174 / lbl_804550C8 + lbl_80451178 / lbl_804550CC +
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lbl_8045117C / lbl_804550D0,
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lbl_804550D8));
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}
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#else
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asm float cM_rnd2(void) {
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nofralloc
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#include "SComponent/c_math/asm/func_802679E4.s"
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}
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#endif
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// cM_rndF2__Ff
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float cM_rndF2(float f) {
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return cM_rnd2() * f;
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}
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// cM_rndFX2__Ff
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float cM_rndFX2(float f) {
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return f * (cM_rnd2() - lbl_804550E4) * lbl_804550E0;
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}
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