void convertObjectIpo(Blender::Ipo* bipo, akAnimationChannel* chan, gkScalar start, gkScalar& end, gkScalar animfps)
{
Blender::IpoCurve* icu = (Blender::IpoCurve*)bipo->curve.first;
while (icu)
{
if (icu->bezt)
{
gkScalar yfactor = 1;
int code = -1;
switch (icu->adrcode)
{
case OB_ROT_X: code = gkTransformChannel::SC_ROT_EULER_X; yfactor = 10*gkRPD; break;
case OB_ROT_Y: code = gkTransformChannel::SC_ROT_EULER_Y; yfactor = 10*gkRPD; break;
case OB_ROT_Z: code = gkTransformChannel::SC_ROT_EULER_Z; yfactor = 10*gkRPD; break;
case OB_LOC_X: code = gkTransformChannel::SC_LOC_X; break;
case OB_LOC_Y: code = gkTransformChannel::SC_LOC_Y; break;
case OB_LOC_Z: code = gkTransformChannel::SC_LOC_Z; break;
case OB_SIZE_X: code = gkTransformChannel::SC_SCL_X; break;
case OB_SIZE_Y: code = gkTransformChannel::SC_SCL_Y; break;
case OB_SIZE_Z: code = gkTransformChannel::SC_SCL_Z; break;
}
// ignore any other codes
if (code != -1 && icu->totvert > 0)
ConvertSpline(icu->bezt, chan, code, icu->ipo, icu->totvert, -start, 1.0f/animfps, 0, yfactor);
}
icu = icu->next;
}
}
void gkAnimationLoader::convertAction25(Blender::bAction* action, gkScalar animfps)
{
gkKeyedAnimation* act = gkAnimationManager::getSingleton().createKeyedAnimation(gkResourceName(GKB_IDNAME(action), m_groupName));
if(!act)
return;
// min/max
gkScalar start, end;
get25ActionStartEnd(action, start, end);
Blender::FCurve* bfc = (Blender::FCurve*)action->curves.first;
while (bfc)
{
utString rnap (bfc->rna_path);
utString chan_name;
utString transform_name;
akAnimationChannel* chan;
// Pose action
if (rnap.substr(0, 10) == "pose.bones")
{
// TODO use regex?
size_t i = rnap.rfind('\"');
chan_name = rnap.substr(12, i - 12);
transform_name = rnap.substr(i + 3, rnap.length() - i + 3);
chan = act->getChannel(chan_name);
if(!chan)
{
chan = new gkBoneChannel(chan_name, act);
act->addChannel(chan);
}
}
// Object action
else
{
transform_name = rnap;
chan_name = "GKMainObjectChannel";
chan = act->getChannel(chan_name);
if(!chan)
{
gkObjectChannel* ochan = new gkObjectChannel(chan_name, act);
ochan->setEulerRotation(true);
chan = static_cast<akAnimationChannel*>(ochan);
act->addChannel(chan);
}
}
if (bfc->bezt)
{
int code = -1;
if (transform_name == "rotation_quaternion")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_ROT_QUAT_W;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_ROT_QUAT_X;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_ROT_QUAT_Y;
else if (bfc->array_index == 3) code = gkTransformChannel::SC_ROT_QUAT_Z;
}
else if (transform_name == "rotation_euler")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_ROT_EULER_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_ROT_EULER_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_ROT_EULER_Z;
}
else if (transform_name == "location")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_LOC_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_LOC_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_LOC_Z;
}
else if (transform_name == "scale")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_SCL_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_SCL_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_SCL_Z;
}
// ignore any other codes
if (code != -1 && bfc->totvert > 0)
ConvertSpline(bfc->bezt, chan, code, bfc->bezt->ipo, bfc->totvert, -start, 1.0f/animfps, 0, 1);
}
if (bfc->next == 0 || bfc->next->prev != bfc)
break; //FIX: Momo_WalkBack fcurve is broken in uncompressed 256a.
bfc = bfc->next;
}
// apply time range
act->setLength( (end-start)/animfps);
}
void gkAnimationLoader::convertAction25(Blender::bAction* action, gkScalar animfps)
{
gkKeyedAnimation* act = gkAnimationManager::getSingleton().createKeyedAnimation(gkResourceName(GKB_IDNAME(action), m_groupName));
if(!act)
return;
// min/max
gkScalar start, end;
get25ActionStartEnd(action, start, end);
Blender::FCurve* bfc = (Blender::FCurve*)action->curves.first;
while (bfc)
{
utString rnap (bfc->rna_path);
utString chan_name;
utString transform_name;
printf("rnap = %s \n",rnap.c_str());
akAnimationChannel* chan;
// Pose action
if (rnap.substr(0, 10) == "pose.bones")
{
// TODO use regex?
size_t i = rnap.rfind('\"');
chan_name = rnap.substr(12, i - 12);
transform_name = rnap.substr(i + 3, rnap.length() - i + 3);
chan = act->getChannel(chan_name);
if(!chan)
{
chan = new gkBoneChannel(chan_name, act);
act->addChannel(chan);
}
}
// Object action
else
{
transform_name = rnap;
chan_name = "GKMainObjectChannel";
chan = act->getChannel(chan_name);
if(!chan)
{
gkObjectChannel* ochan = new gkObjectChannel(chan_name, act);
ochan->setEulerRotation(true);
chan = static_cast<akAnimationChannel*>(ochan);
act->addChannel(chan);
}
}
if (bfc->bezt)
{
int code = -1;
if (transform_name == "rotation_quaternion")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_ROT_QUAT_W;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_ROT_QUAT_X;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_ROT_QUAT_Y;
else if (bfc->array_index == 3) code = gkTransformChannel::SC_ROT_QUAT_Z;
}
else if (transform_name == "rotation_euler")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_ROT_EULER_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_ROT_EULER_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_ROT_EULER_Z;
}
else if (transform_name == "location")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_LOC_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_LOC_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_LOC_Z;
}
else if (transform_name == "scale")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_SCL_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_SCL_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_SCL_Z;
}
//add channel zy
else if (transform_name == "alpha")
{
code = gkTransformChannel::SC_ALPHA;
}else if(transform_name == "diffuse_color")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_DIFFUSE_COLOR_R;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_DIFFUSE_COLOR_G;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_DIFFUSE_COLOR_B;
}else if(transform_name == "texture_slots[0].offset")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_TEXTURE0_OFFSET_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_TEXTURE0_OFFSET_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_TEXTURE0_OFFSET_Z;
}
else if(transform_name == "texture_slots[1].offset")
{
if (bfc->array_index == 0) code = gkTransformChannel::SC_TEXTURE1_OFFSET_X;
else if (bfc->array_index == 1) code = gkTransformChannel::SC_TEXTURE1_OFFSET_Y;
else if (bfc->array_index == 2) code = gkTransformChannel::SC_TEXTURE1_OFFSET_Z;
}
else if(transform_name == "image_user.frame_duration")
{
code = gkTransformChannel::SC_IMAGE_FRAME;
}else if(transform_name == "texture_slots[0].alpha_factor")
{
code = gkTransformChannel::SC_TEXTURE0_ALPHA_FACTOR;
}else if(transform_name == "texture_slots[1].alpha_factor")
{
code = gkTransformChannel::SC_TEXTURE1_ALPHA_FACTOR;
}else if(transform_name == "texture_slots[0].diffuse_color_factor")
{
code = gkTransformChannel::SC_TEXTURE0_DIFFUSE_COLOR_FACTOR;
}
else if(transform_name == "texture_slots[1].diffuse_color_factor")
{
code = gkTransformChannel::SC_TEXTURE1_DIFFUSE_COLOR_FACTOR;
}
else
{
gkPrintf("Not supported animation format");
}
// ignore any other codes
if (code != -1 && bfc->totvert > 0)
ConvertSpline(bfc->bezt, chan, code, bfc->bezt->ipo, bfc->totvert, -start, 1.0f/animfps, 0, 1);
}
if (bfc->next == 0 || bfc->next->prev != bfc)
break; //FIX: Momo_WalkBack fcurve is broken in uncompressed 256a.
bfc = bfc->next;
}
// apply time range
act->setLength( (end-start)/animfps);
act->setStartFrame(start);
act->setEndFrame(end);
}
