quater
Wingbeats::getShoulder(int frame, float weight, bool isLeft)
{
quater resQ;
int dofIndex;
float sign;
if(isLeft) { dofIndex = CaptureMotion::d_lshoulder1; sign = 1.0f; }
else { dofIndex = CaptureMotion::d_rshoulder1; sign = -1.0f; }
vector3 tempV(getInterpolation(frame, weight, dofIndex), sign*getInterpolation(frame, weight, dofIndex+1), sign*getInterpolation(frame, weight, dofIndex+2));
resQ = exp(tempV);
//resQ.Identity();
return resQ;
}
void ExtendedIsotopeModel::setOffset(CoordinateType offset)
{
double diff = offset - getInterpolation().getOffset();
monoisotopic_mz_ += diff;
InterpolationModel::setOffset(offset);
param_.setValue("isotope:monoisotopic_mz", monoisotopic_mz_);
}
void IsotopeModel::setOffset(CoordinateType offset)
{
DoubleReal diff = offset - getInterpolation().getOffset();
mean_ += diff;
monoisotopic_mz_ += diff;
InterpolationModel::setOffset(offset);
param_.setValue("statistics:mean", mean_);
}
void GaussModel::setOffset(CoordinateType offset)
{
double diff = offset - getInterpolation().getOffset();
min_ += diff;
max_ += diff;
statistics_.setMean(statistics_.mean() + diff);
InterpolationModel::setOffset(offset);
param_.setValue("bounding_box:min", min_);
param_.setValue("bounding_box:max", max_);
param_.setValue("statistics:mean", statistics_.mean());
}
float
Wingbeats::getElbowBend(int frame, float weight, bool isLeft)
{
float res;
int dofIndex;
float sign;
if(isLeft) { dofIndex = CaptureMotion::d_lelbow_bend; sign = 1.0f; }
else { dofIndex = CaptureMotion::d_relbow_bend; sign = -1.0f; }
res = (getInterpolation(frame, weight, dofIndex) - M_PI) * sign;
return res;
}
float
Wingbeats::getWrist(int frame, float weight, bool isLeft)
{
float res;
int dofIndex;
float sign;
if(isLeft) { dofIndex = CaptureMotion::d_lwrist_bend; sign = 1.0f; }
else { dofIndex = CaptureMotion::d_rwrist_bend; sign = -1.0f; }
res = (M_PI - getInterpolation(frame, weight, dofIndex)) * sign;
//res = M_PI/2.0f * sign;
return res;
}
float
Wingbeats::getElbowTwist(int frame, float weight, bool isLeft)
{
float res;
int dofIndex;
float sign;
if(isLeft) { dofIndex = CaptureMotion::d_lelbow_twist; sign = -1.0f; }
else { dofIndex = CaptureMotion::d_relbow_twist; sign = -1.0f; }
res = getInterpolation(frame, weight, dofIndex) * sign;
//res = -M_PI/4.0f;
return res;
}
IsotopeModel::CoordinateType IsotopeModel::getOffset()
{
return getInterpolation().getOffset();
}
//main execution starts here
void makeFF(int v)
{
TH1D::SetDefaultSumw2();
TH2D::SetDefaultSumw2();
//initializing histograms for analysis
loadHistos(v);
for(int i = 0; i < FF_Bins; i++)
{
//pPb direction
pp2TeV_data[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),0);
pp7TeV_data[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),1);
pPb5TeV_data[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),2);
//Pbpdirection
pp2TeV_reverse_data[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_reverse_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),31);
pp7TeV_reverse_data[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_reverse_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),32);
Pbp5TeV_data[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("Pbp5TeV_data_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),3);
//Reco MC
pp2TeV_recoMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_recoMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),4);
pp7TeV_recoMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_recoMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),5);
pPb5TeV_recoMC[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_recoMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),6);
pp5TeV_recoMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_recoMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),11);
//Gen MC
pp2TeV_genMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_genMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),7);
pp7TeV_genMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_genMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),8);
pPb5TeV_genMC[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_genMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),9);
pp5TeV_genMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_genMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),10);
//Reco Gen Combinations
pp2TeV_rJgTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_rJgTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),33);
pp7TeV_rJgTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_rJgTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),34);
pPb5TeV_rJgTMC[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_rJgTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),35);
pp5TeV_rJgTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_rJgTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),36);
pp2TeV_gJrTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_gJrTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),37);
pp7TeV_gJrTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_gJrTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),38);
pPb5TeV_gJrTMC[i]= getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_gJrTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),39);
pp5TeV_gJrTMC[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_gJrTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),40);
//reco MC Q/G study
pp2TeV_recoMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_recoMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),12);
pp2TeV_recoMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_recoMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),13);
pp7TeV_recoMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_recoMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),14);
pp7TeV_recoMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_recoMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),15);
pPb5TeV_recoMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_recoMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),16);
pPb5TeV_recoMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_recoMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),17);
pp5TeV_recoMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_recoMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),18);
pp5TeV_recoMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_recoMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),19);
//gen MC Q/G study
pp2TeV_genMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_genMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),20);
pp2TeV_genMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_genMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),21);
pp7TeV_genMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_genMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),22);
pp7TeV_genMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_genMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),23);
pPb5TeV_genMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_genMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),24);
pPb5TeV_genMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5TeV_genMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),25);
pp5TeV_genMC_Q[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_genMC_Q_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),26);
pp5TeV_genMC_G[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp5TeV_genMC_G_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),27);
//full data set
pPb5Pbp5TeV_fulldata[i]=getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pPb5Pbp5TeV_fulldata_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),28);
pp2TeV_fulldata[i]=getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp2TeV_fulldata_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),29);
pp7TeV_fulldata[i] = getFF_pp(FF_Bound[i],FF_Bound[i+1],Form("pp7TeV_fulldata_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]),30);
//interpolations
pPb5TeV_data_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5TeV_data_interp",2,pp2TeV_data[i],pp7TeV_data[i],0);
Pbp5TeV_data_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"Pbp5TeV_data_interp",3,pp2TeV_reverse_data[i],pp7TeV_reverse_data[i],0);
pPb5Pb5TeV_data_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5Pbp5TeV_data_interp",28,pp2TeV_fulldata[i],pp7TeV_fulldata[i],0);
pPb5TeV_recoMC_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5TeV_recoMC_interp",6,pp2TeV_recoMC[i],pp7TeV_recoMC[i],0);
pPb5TeV_genMC_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5TeV_genMC_interp",9,pp2TeV_genMC[i],pp7TeV_genMC[i],1);
pPb5TeV_rJgTMC_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5TeV_rJgTMC_interp",35,pp2TeV_rJgTMC[i],pp7TeV_rJgTMC[i],0);
pPb5TeV_gJrTMC_interp[i] = getInterpolation(FF_Bound[i],FF_Bound[i+1],"pPb5TeV_gJrTMC_interp",39,pp2TeV_gJrTMC[i],pp7TeV_gJrTMC[i],1);
}
for(int i = 0; i < FF_Bins; i++)
{
pPb_FF[i] = (TH1D*) pPb5TeV_data[i]->Clone(Form("pPb_FF_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPb_FF[i]->Divide(pPb5TeV_data_interp[i][0]);
Pbp_FF[i] = (TH1D*) Pbp5TeV_data[i]->Clone(Form("Pbp_FF_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
Pbp_FF[i]->Divide(Pbp5TeV_data_interp[i][0]);
pPb_FF_recoMC[i] = (TH1D*) pPb5TeV_recoMC[i]->Clone(Form("pPb_FF_recoMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPb_FF_recoMC[i]->Divide(pPb5TeV_recoMC_interp[i][0]);
pPb_FF_genMC[i] = (TH1D*) pPb5TeV_genMC[i]->Clone(Form("pPb_FF_genMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPb_FF_genMC[i]->Divide(pPb5TeV_genMC_interp[i][0]);
pPbPbp_FF[i] = (TH1D*) pPb5Pbp5TeV_fulldata[i]->Clone(Form("pPbPbp_FF_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPbPbp_FF[i]->Divide(pPb5Pb5TeV_data_interp[i][0]);
pPb_FF_rJgTMC[i] = (TH1D*) pPb5TeV_rJgTMC[i]->Clone(Form("pPb_FF_rJgTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPb_FF_rJgTMC[i]->Divide(pPb5TeV_rJgTMC_interp[i][0]);
pPb_FF_gJrTMC[i] = (TH1D*) pPb5TeV_gJrTMC[i]->Clone(Form("pPb_FF_gJrTMC_%d_%d",(int)FF_Bound[i],(int)FF_Bound[i+1]));
pPb_FF_gJrTMC[i]->Divide(pPb5TeV_gJrTMC_interp[i][0]);
}
TFile * outfile = new TFile(Form("FragmentationFunctions%sUE3.root",variationTag[v]),"recreate");
for(int i = 0; i < FF_Bins; i++)
{
pp2TeV_data[i]->Write();
pp7TeV_data[i]->Write();
pPb5TeV_data[i]->Write();
pp2TeV_reverse_data[i]->Write();
pp7TeV_reverse_data[i]->Write();
Pbp5TeV_data[i]->Write();
pPb5Pbp5TeV_fulldata[i]->Write();
pp2TeV_fulldata[i]->Write();
pp7TeV_fulldata[i]->Write();
pp2TeV_recoMC[i]->Write();
pp7TeV_recoMC[i]->Write();
pPb5TeV_recoMC[i]->Write();
pp5TeV_recoMC[i]->Write();
pp2TeV_rJgTMC[i]->Write();
pp7TeV_rJgTMC[i]->Write();
pPb5TeV_rJgTMC[i]->Write();
pp5TeV_rJgTMC[i]->Write();
pp2TeV_gJrTMC[i]->Write();
pp7TeV_gJrTMC[i]->Write();
pPb5TeV_gJrTMC[i]->Write();
pp5TeV_gJrTMC[i]->Write();
pp2TeV_recoMC_Q[i]->Write();
pp2TeV_recoMC_G[i]->Write();
pp7TeV_recoMC_Q[i]->Write();
pp7TeV_recoMC_G[i]->Write();
pPb5TeV_recoMC_Q[i]->Write();
pPb5TeV_recoMC_G[i]->Write();
pp5TeV_recoMC_Q[i]->Write();
pp5TeV_recoMC_G[i]->Write();
pp2TeV_genMC[i]->Write();
pp7TeV_genMC[i]->Write();
pPb5TeV_genMC[i]->Write();
pp5TeV_genMC[i]->Write();
pp2TeV_genMC_Q[i]->Write();
pp2TeV_genMC_G[i]->Write();
pp7TeV_genMC_Q[i]->Write();
pp7TeV_genMC_G[i]->Write();
pPb5TeV_genMC_Q[i]->Write();
pPb5TeV_genMC_G[i]->Write();
pp5TeV_genMC_Q[i]->Write();
pp5TeV_genMC_G[i]->Write();
for(int indx = 0; indx<3; indx++)
{
pPb5TeV_data_interp[i][indx]->Write();
Pbp5TeV_data_interp[i][indx]->Write();
pPb5Pb5TeV_data_interp[i][indx]->Write();
pPb5TeV_recoMC_interp[i][indx]->Write();
pPb5TeV_genMC_interp[i][indx]->Write();
pPb5TeV_rJgTMC_interp[i][indx]->Write();
pPb5TeV_gJrTMC_interp[i][indx]->Write();
}
pPb_FF[i]->Write();
Pbp_FF[i]->Write();
pPbPbp_FF[i]->Write();
pPb_FF_recoMC[i]->Write();
pPb_FF_genMC[i]->Write();
pPb_FF_rJgTMC[i]->Write();
pPb_FF_gJrTMC[i]->Write();
}
//handing it over to a plotting macro
makePlots(variationTag[v]);
plotGluonFraction(variationTag[v]);
}
void TMCtrl::update(REAL dt)
{
if(!_node.valid())
return;
Z_ASSERT( find(_node.get_unsafe()->getCtrlSet().getArray().begin(), _node.get_unsafe()->getCtrlSet().getArray().end(), this) != _node.get_unsafe()->getCtrlSet().getArray().end());
_anim_ctrl.advance(dt);
LOD::TRANSITION transition = LOD::isForceTransition() ? LOD::getForcedTransition() : _anim_ctrl.getTransition();
LOD::INTERPOLATION interpolation = LOD::isForceInterpolation() ? LOD::getForcedInterpolation() : getInterpolation();
if(interpolation == LOD::INTERPOLATION_LINEAR)
{
switch(transition)
{
case LOD::TRANSITION_NONE:
{
AnimCtrl::Clip& stage = _anim_ctrl.current_stage();
if(getPosAnimData())
_node.get_unsafe()->setPos(_pos_eval.sample(stage.getTime()));
if(getRotAnimData())
_node.get_unsafe()->setRot(_rot_eval.sample(stage.getTime()));
if(getScaleAnimData())
_node.get_unsafe()->setScale(_scale_eval.sample(stage.getTime()));
}
break;
case LOD::TRANSITION_BLEND_CAPTURED:
{
AnimCtrl::Clip& stage = _anim_ctrl.current_stage();
if(getPosAnimData())
_node.get_unsafe()->setPos(_pos_eval.sample(stage.getTime()).lerp(_pos_captured, 1 - stage.getWeight()));
if(getRotAnimData())
_node.get_unsafe()->setRot(_rot_eval.sample(stage.getTime()).slerp(_rot_captured, 1 - stage.getWeight()));
if(getScaleAnimData())
_node.get_unsafe()->setScale(_scale_eval.sample(stage.getTime()).lerp(_scale_captured, 1 - stage.getWeight()));
}
break;
case LOD::TRANSITION_MULTISTAGE_BLEND:
{
Vec3 pos;
Quat rot;
Vec3 scale;
bool enable_pos = !!getPosAnimData();
bool enable_rot = !!getRotAnimData();
bool enable_scale = !!getScaleAnimData();
if(true)
{
size_t c = _anim_ctrl.getStageCount();
AnimCtrl::Clip* stages = _anim_ctrl.getStages();
for(size_t i = 0; i < c; ++i)
{
const AnimCtrl::Clip& stage = stages[i];
if(i == 0)
{
if(enable_pos)
pos = _pos_eval.sample(stage.getTime());
if(enable_rot)
rot = _rot_eval.sample(stage.getTime());
if(enable_scale)
scale = _scale_eval.sample(stage.getTime());
continue;
}
if(enable_pos)
pos = pos.lerp(_pos_eval.sample(stage.getTime()), stage.getWeight());
if(enable_rot)
rot = rot.slerp(_rot_eval.sample(stage.getTime()), stage.getWeight());
if(enable_scale)
scale = scale.lerp(_scale_eval.sample(stage.getTime()), stage.getWeight());
}
if(enable_pos)
_node.get_unsafe()->setPos(pos);
if(enable_rot)
_node.get_unsafe()->setRot(rot);
if(enable_scale)
_node.get_unsafe()->setScale(scale);
}
}
break;
}
}
else
{
switch(transition)
{
case LOD::TRANSITION_NONE:
{
AnimCtrl::Clip& stage = _anim_ctrl.current_stage();
if(getPosAnimData())
_node.get_unsafe()->setPos(_pos_eval.eval_step(stage.getTime()));
if(getRotAnimData())
_node.get_unsafe()->setRot(_rot_eval.eval_step(stage.getTime()));
if(getScaleAnimData())
_node.get_unsafe()->setScale(_scale_eval.eval_step(stage.getTime()));
}
break;
case LOD::TRANSITION_BLEND_CAPTURED:
{
AnimCtrl::Clip& stage = _anim_ctrl.current_stage();
if(getPosAnimData())
_node.get_unsafe()->setPos(_pos_eval.eval_step(stage.getTime()).lerp(_pos_captured, 1 - stage.getWeight()));
if(getRotAnimData())
_node.get_unsafe()->setRot(_rot_eval.eval_step(stage.getTime()).slerp(_rot_captured, 1 - stage.getWeight()));
if(getScaleAnimData())
_node.get_unsafe()->setScale(_scale_eval.eval_step(stage.getTime()).lerp(_scale_captured, 1 - stage.getWeight()));
}
break;
case LOD::TRANSITION_MULTISTAGE_BLEND:
{
Vec3 pos;
Quat rot;
Vec3 scale;
bool enable_pos = !!getPosAnimData();
bool enable_rot = !!getRotAnimData();
bool enable_scale = !!getScaleAnimData();
if(true)
{
size_t c = _anim_ctrl.getStageCount();
AnimCtrl::Clip* stages = _anim_ctrl.getStages();
for(size_t i = 0; i < c; ++i)
{
const AnimCtrl::Clip& stage = stages[i];
if(i == 0)
{
if(enable_pos)
pos = _pos_eval.eval_step(stage.getTime());
if(enable_rot)
rot = _rot_eval.eval_step(stage.getTime());
if(enable_scale)
scale = _scale_eval.eval_step(stage.getTime());
continue;
}
if(enable_pos)
pos = pos.lerp(_pos_eval.eval_step(stage.getTime()), stage.getWeight());
if(enable_rot)
rot = rot.slerp(_rot_eval.eval_step(stage.getTime()), stage.getWeight());
if(enable_scale)
scale = scale.lerp(_scale_eval.eval_step(stage.getTime()), stage.getWeight());
}
if(enable_pos)
_node.get_unsafe()->setPos(pos);
if(enable_rot)
_node.get_unsafe()->setRot(rot);
if(enable_scale)
_node.get_unsafe()->setScale(scale);
}
}
break;
}
}
}
float
Wingbeats::getTailSpread(int frame, float weight)
{
return getInterpolation(frame, weight, CaptureMotion::d_tail_spread);
}
