void SGOglTextureCoordNBPage::OnTextEnterObjCoeffT(wxCommandEvent &event)
{
SGFixedGLState* glState = m_parent->GetGLState();
glState->SetTextureChanged(true);
wxArrayString userEnteredValues;
vec4 objPlaneTVec;
if((parseVector(objectPlaneCoeffTextT->GetValue())).GetCount() == 4)
{
userEnteredValues = parseVector(objectPlaneCoeffTextT->GetValue());
for(int i = 0; i < 4; i++)
{
objPlaneTVec[i] = atof(userEnteredValues.Item(i).mb_str());
}
glState->GetTexture(texCoordUnitBox->GetSelection())->objectPlaneCoeffT = objPlaneTVec;
}
else
{
IncorrectFormat(wxT("four floating point values, with each value seperated by a comma."), *this);
return;
}
wxGetApp().GetFrame()->SetCanvasMode(0);
wxGetApp().GetFrame()->GetCanvas()->Update();
}
void SGOglMaterialNBPage::OnTextEnter(wxCommandEvent& event)
{
SGFixedGLState* glState = m_parent->GetGLState();
glState->SetMaterialChanged(true);
wxArrayString userEnteredValues;
if((shininessMaterial->GetValue()).IsEmpty())
{
IncorrectFormat(wxT("one floating point value."), *this);
return;
}
glState->GetMaterial()->materialShininess = atof(shininessMaterial->GetValue().mb_str());
wxGetApp().GetFrame()->SetCanvasMode(0);
wxGetApp().GetFrame()->GetCanvas()->Update();
}
