Lines Matching refs:pOut

23 MTX23Add(MTX23* pOut, const MTX23* p1, const MTX23* p2)
25     NN_NULL_ASSERT( pOut );
29     pOut->f._00 = p1->f._00 + p2->f._00;
30     pOut->f._01 = p1->f._01 + p2->f._01;
31     pOut->f._02 = p1->f._02 + p2->f._02;
33     pOut->f._10 = p1->f._10 + p2->f._10;
34     pOut->f._11 = p1->f._11 + p2->f._11;
35     pOut->f._12 = p1->f._12 + p2->f._12;
37     return pOut;
41 MTX23Copy(MTX23* pOut, const MTX23* p)
43     NN_NULL_ASSERT( pOut );
46     if (pOut != p)
48         *pOut = *p;
51     return pOut;
55 MTX23Identity(MTX23* pOut)
57     NN_NULL_ASSERT( pOut );
59     MTX23Copy(pOut, MTX23::Identity());
61     return pOut;
74 MTX23MAdd(MTX23* pOut, f32 t, const MTX23* p1, const MTX23* p2)
76     NN_NULL_ASSERT( pOut );
80     pOut->f._00 = t * p1->f._00 + p2->f._00;
81     pOut->f._01 = t * p1->f._01 + p2->f._01;
82     pOut->f._02 = t * p1->f._02 + p2->f._02;
84     pOut->f._10 = t * p1->f._10 + p2->f._10;
85     pOut->f._11 = t * p1->f._11 + p2->f._11;
86     pOut->f._12 = t * p1->f._12 + p2->f._12;
88     return pOut;
92 MTX23Mult(MTX23* pOut, const MTX23* p, f32 f)
94     NN_NULL_ASSERT( pOut );
97     pOut->f._00 = p->f._00 * f;
98     pOut->f._01 = p->f._01 * f;
99     pOut->f._02 = p->f._02 * f;
101     pOut->f._10 = p->f._10 * f;
102     pOut->f._11 = p->f._11 * f;
103     pOut->f._12 = p->f._12 * f;
105     return pOut;
109 MTX23Mult(MTX23* pOut, const MTX23* __restrict p1, const MTX23* __restrict p2)
111     NN_NULL_ASSERT( pOut );
118     if ( (pOut == p1) || (pOut == p2) )
124         pMtx = pOut;
137         MTX23Copy(pOut, &tmp);
140     return pOut;
144 MTX23MultTranslate(MTX23* pOut, const MTX23* pM, const VEC2* pT)
146     if (pOut != pM)
148         (void)MTX23Copy(pOut, pM);
154     pOut->f._02 = tmp.x;
155     pOut->f._12 = tmp.y;
156     return pOut;
160 MTX23MultTranslate(MTX23* pOut, const VEC2* pT, const MTX23* pM)
162     NN_NULL_ASSERT(pOut);
167     f32 (*const dst)[3] = pOut->m;
178     return pOut;
182 MTX23RotCenterFIdx(MTX23* pOut, const VEC2* pCenter, f32 fIdx)
184     NN_NULL_ASSERT( pOut );
197     (void)MTX23RotFIdx(pOut, fIdx);
199     MTX23Mult(pOut, &trans, pOut);
204     MTX23Mult(pOut, pOut, &trans);
206     return pOut;
210 MTX23RotFIdx(MTX23* pOut, f32 fIdx)
212     NN_NULL_ASSERT( pOut );
218     pOut->f._00 = pOut->f._11 = cos;
219     pOut->f._01 = sin;
220     pOut->f._10 = -sin;
221     pOut->f._02 = pOut->f._12 = 0.f;
223     return pOut;
227 MTX23Scale(MTX23* pOut, const MTX23* __restrict pM, const VEC2* __restrict pS)
229     NN_NULL_ASSERT( pOut );
233     pOut->f._00 = pM->f._00 * pS->x;
234     pOut->f._10 = pM->f._10 * pS->x;
236     pOut->f._01 = pM->f._01 * pS->y;
237     pOut->f._11 = pM->f._11 * pS->y;
239     if (pOut != pM)
241         pOut->f._02 = pM->f._02;
242         pOut->f._12 = pM->f._12;
244     return pOut;
248 MTX23Sub(MTX23* pOut, const MTX23* p1, const MTX23* p2)
250     NN_NULL_ASSERT( pOut );
254     pOut->f._00 = p1->f._00 - p2->f._00;
255     pOut->f._01 = p1->f._01 - p2->f._01;
256     pOut->f._02 = p1->f._02 - p2->f._02;
258     pOut->f._10 = p1->f._10 - p2->f._10;
259     pOut->f._11 = p1->f._11 - p2->f._11;
260     pOut->f._12 = p1->f._12 - p2->f._12;
262     return pOut;
266 MTX23Translate(MTX23* pOut, const VEC2* pT)
268     NN_NULL_ASSERT( pOut );
271     f32 (*const m)[3] = pOut->m;
276     return pOut;
280 MTX23Zero(MTX23* pOut)
282     NN_NULL_ASSERT( pOut );
284     pOut->f._00 = pOut->f._01 = pOut->f._02 =
285     pOut->f._10 = pOut->f._11 = pOut->f._12 = 0.f;
287     return pOut;