void sfEditDlg::logScaleChanged(bool state)
{
if (!m_associatedSF)
return;
if (m_associatedSF->logScale() != state)
{
m_associatedSF->setLogScale(state);
fillDialogWith(m_associatedSF); //the saturation sliders + the symmetrical scale checkbox may need to be updated!
emit entitySFHasChanged();
}
}
void MatrixDisplayDlg::fillDialogWith(const ccGLMatrixd& mat)
{
m_mat = mat;
int precision = ccGui::Parameters().displayedNumPrecision;
//display as 4x4 matrix
maxTextEdit->setText(mat.toString(precision));
//display as rotation vector/angle
{
double angle_rad;
CCVector3d axis3D, t3D;
mat.getParameters(angle_rad, axis3D, t3D);
fillDialogWith(axis3D,angle_rad,t3D,precision);
}
}
void MatrixDisplayDlg::fillDialogWith(const ccGLMatrix& mat)
{
m_mat = ccGLMatrixd(mat.data());
int precision = ccGui::Parameters().displayedNumPrecision;
//display as 4x4 matrix
maxTextEdit->setText(mat.toString(precision));
//display as rotation vector/angle
{
PointCoordinateType angle_rad;
CCVector3 axis3D, t3D;
mat.getParameters(angle_rad, axis3D, t3D);
fillDialogWith(CCVector3d::fromArray(axis3D.u),angle_rad,CCVector3d::fromArray(t3D.u),precision);
}
}
