// Processes 'color' and 'background-color' property changes.
void ElementTextSelection::OnPropertyChange(const Rocket::Core::PropertyNameList& changed_properties)
{
Element::OnPropertyChange(changed_properties);
if (widget == NULL)
return;
// Check for a colour change.
if (changed_properties.find("color") != changed_properties.end() ||
changed_properties.find("background-color") != changed_properties.end())
{
widget->UpdateSelectionColours();
}
}
virtual void OnPropertyChange(const Rocket::Core::PropertyNameList& changed_properties)
{
Element::OnPropertyChange(changed_properties);
for (Rocket::Core::PropertyNameList::const_iterator it = changed_properties.begin(); it != changed_properties.end(); ++it)
{
if (*it == "worldmodel")
{
mapName = GetProperty(*it)->Get<String>();
}
else if (*it == "vieworigin-x" || *it == "vieworigin-y" || *it == "vieworigin-z")
{
char lastChar = (*it)[it->Length() - 1];
refdef.vieworg[lastChar - 'x'] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "viewangle-pitch")
{
baseAngles[PITCH] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "viewangle-yaw")
{
baseAngles[YAW] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "viewangle-roll")
{
baseAngles[ROLL] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-pitch-amplitude")
{
aWaveAmplitude[PITCH] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-yaw-amplitude")
{
aWaveAmplitude[YAW] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-roll-amplitude")
{
aWaveAmplitude[ROLL] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-pitch-phase")
{
aWavePhase[PITCH] = atof( GetProperty(*it)->Get<String>().CString() ) / 360.0f * M_TWOPI;
}
else if (*it == "wave-yaw-phase")
{
aWavePhase[YAW] = atof( GetProperty(*it)->Get<String>().CString() ) / 360.0f * M_TWOPI;
}
else if (*it == "wave-roll-phase")
{
aWavePhase[ROLL] = atof( GetProperty(*it)->Get<String>().CString() ) / 360.0f * M_TWOPI;
}
else if (*it == "wave-pitch-frequency")
{
aWaveFrequency[PITCH] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-yaw-frequency")
{
aWaveFrequency[YAW] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "wave-roll-frequency")
{
aWaveFrequency[ROLL] = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "fov")
{
fovX = atof( GetProperty(*it)->Get<String>().CString() );
}
else if (*it == "color-correction")
{
colorCorrection = GetProperty(*it)->Get<String>();
}
}
}
virtual void OnPropertyChange( const Rocket::Core::PropertyNameList& changed_properties ) {
Element::OnPropertyChange( changed_properties );
for( Rocket::Core::PropertyNameList::const_iterator it = changed_properties.begin(); it != changed_properties.end(); ++it ) {
if( *it == "model-modelpath" ) {
modelName = GetProperty( *it )->Get<Rocket::Core::String>();
Initialized = false;
} else if( *it == "model-skinpath" && GetProperty( *it )->Get<Rocket::Core::String>().Length() > 0 ) {
skinName = GetProperty( *it )->Get<Rocket::Core::String>();
Initialized = false;
} else if( *it == "model-scale" ) {
entity.scale = GetProperty( *it )->Get<float>();
} else if( *it == "model-outline-height" ) {
entity.outlineHeight = GetProperty( *it )->Get<float>();
} else if( *it == "model-outline-color" ) {
Rocket::Core::Colourb color = GetProperty( *it )->Get<Rocket::Core::Colourb>();
Vector4Set( entity.outlineRGBA, color.red, color.green, color.blue, color.alpha );
} else if( *it == "model-shader-color" ) {
Rocket::Core::Colourb color = GetProperty( *it )->Get<Rocket::Core::Colourb>();
int shaderColor = COM_ValidatePlayerColor( COLOR_RGB( color.red, color.green, color.blue ) );
Vector4Set( entity.shaderRGBA, COLOR_R( shaderColor ), COLOR_G( shaderColor ), COLOR_B( shaderColor ), color.alpha );
} else if( *it == "model-fov-x" ) {
const Property *prop = GetProperty( *it );
if( prop->unit == Property::KEYWORD ) {
fov_x = 0.0f;
} else {
fov_x = prop->Get<float>();
clamp( fov_x, 1.0f, 179.0f );
}
RecomputePosition = true;
} else if( *it == "model-fov-y" ) {
const Property *prop = GetProperty( *it );
if( prop->unit == Property::KEYWORD ) {
fov_y = 0.0f;
} else {
fov_y = prop->Get<float>();
clamp( fov_y, 1.0f, 179.0f );
}
RecomputePosition = true;
} else if( *it == "model-rotation-pitch" ) {
baseangles[0] = GetProperty( *it )->Get<float>();
RecomputePosition = true;
} else if( *it == "model-rotation-yaw" ) {
baseangles[1] = GetProperty( *it )->Get<float>();
RecomputePosition = true;
} else if( *it == "model-rotation-roll" ) {
baseangles[2] = GetProperty( *it )->Get<float>();
RecomputePosition = true;
} else if( *it == "model-rotation-speed-pitch" ) {
anglespeed[0] = GetProperty( *it )->Get<float>();
} else if( *it == "model-rotation-speed-yaw" ) {
anglespeed[1] = GetProperty( *it )->Get<float>();
} else if( *it == "model-rotation-speed-roll" ) {
anglespeed[2] = GetProperty( *it )->Get<float>();
} else if( *it == "model-rotation-autocenter" ) {
AutoRotationCenter = ( GetProperty( *it )->Get<Rocket::Core::String>().ToLower() == "true" );
}
}
if( std::fabs( refdef.width - GetClientWidth() ) >= MODELVIEW_EPSILON || std::fabs( refdef.height - GetClientHeight() ) >= MODELVIEW_EPSILON ) {
RecomputePosition = true;
}
if( ( refdef.x - GetAbsoluteLeft() + GetClientLeft() ) >= MODELVIEW_EPSILON || ( refdef.y - GetAbsoluteTop() + GetClientTop() ) >= MODELVIEW_EPSILON ) {
RecomputePosition = true;
}
}
