// IIsClosestAnim -------------------------------------------------------------------
// ---------------
bool IIsClosestAnim(const char *animName, hsMatrix44 &sitGoal, float &closestDist,
hsPoint3 curPosition, const plArmatureMod *avatar)
{
plAGAnim *anim = avatar->FindCustomAnim(animName);
if(anim)
{
hsMatrix44 animEndToStart;
// The sit target is the position we want to be at the END of the sit animation.
// We have several animations to choose from, each starting from a different
// position.
// This will look at one of those animations and figure out how far we are from
// its starting position.
// The first step is to get the transform from the end to the beginning of the
// animation. That's what this next line is doing. It's a bit unintuitive
// until you look at the parameter definitions.
GetStartToEndTransform(anim, nil, &animEndToStart, "Handle");
hsMatrix44 candidateGoal = sitGoal * animEndToStart;
hsPoint3 distP = candidateGoal.GetTranslate() - curPosition;
hsVector3 distV(distP.fX, distP.fY, distP.fZ);
float dist = distP.Magnitude();
if(closestDist == 0.0 || dist < closestDist)
{
closestDist = dist;
return true;
}
} else {
hsAssert(false, ST::format("Missing sit animation: {}", animName).c_str());
}
return false;
}
Void IntMbTempData::loadChromaData( IntMbTempData& rcMbTempData )
{
::memcpy( get(CIdx(0)), rcMbTempData.get(CIdx(0)), sizeof(TCoeff)*128);
setChromaPredMode( rcMbTempData.getChromaPredMode() );
IntYuvMbBuffer::loadChroma( rcMbTempData );
distU() = rcMbTempData.distU();
distV() = rcMbTempData.distV();
getTempYuvMbBuffer().loadChroma( rcMbTempData.getTempYuvMbBuffer() );
}
