void saiki(std::list<AnimParameter*>& list, std::list<AnimParameter*>::iterator& f){
if (f == list.begin()) return;
auto cp = *f;
auto d = --f;
auto dp = *d;
saiki(list, f);
if (cp->beforeAnimBlend >= 1.0f){
list.remove(dp);
delete (dp);
}
}
int saiki(int now, int nowi, int nowj){
int i;
int ni,nj;
if(now==(1<<(count-1))-1) return 1;
if(now&1) return 0;
if(dp[now][board[nowi][nowj]-1]!=0) return dp[now][board[nowi][nowj]-1]-1;
int res = 0;
for(i=0;i<4;i++){
ni = nowi; nj = nowj;
for(;;){
ni += vx[i]; nj += vy[i];;
if(ok(ni,nj)==0) break;
if(board[ni][nj]!=0){
if((now>>(board[ni][nj]-1))&1) break;
else res += saiki(now+(1<<(board[ni][nj]-1)),ni,nj);
}
}
}
void Graphic::BindAnimation(ActorPtr actor, SHADER_ID id, float frameTime){
Matrix4 animMat[BONEMAXCOUNT];
auto ite = animParameter[actor].begin();
auto i = (*ite);
animation.AnimBlend(animMat, i->animMat, i->animTime, i->animMat2, i->animTime2, i->animBlend, i->roopFlag);
i->animTime += (*i->updateAnimTime) * frameTime;
if (i->updateAnimTime2 != NULL)
i->animTime2 += (*i->updateAnimTime2) * frameTime;
if (i->beforeAnimBlend < 1.0f)
i->beforeAnimBlend += (*i->beforeAnimBlendTime) * frameTime;
else i->beforeAnimBlend = 1.0f;
for (ite++; ite != animParameter[actor].end(); ++ite){
i = (*ite);
Matrix4 animMat2[BONEMAXCOUNT];
animation.AnimBlend(animMat2, i->animMat, i->animTime, i->animMat2, i->animTime2, i->animBlend, i->roopFlag);
animation.AnimBlend(animMat, animMat2, i->beforeAnimBlend, i->animMat);
i->animTime += (*i->updateAnimTime) * frameTime;
if (i->updateAnimTime2 != NULL)
i->animTime2 += (*i->updateAnimTime2) * frameTime;
if (i->beforeAnimBlend < 1.0f)
i->beforeAnimBlend += (*i->beforeAnimBlendTime) * frameTime;
else i->beforeAnimBlend = 1.0f;
}
saiki(animParameter[actor], --animParameter[actor].end());
animation.BindAnim(&shader[id], animMat);
animBind = true;
}
