int Plane::setProperty(DmuArgs const &args)
{
switch(args.prop)
{
case DMU_HEIGHT: {
coord_t newHeight = d->height;
args.value(DMT_PLANE_HEIGHT, &newHeight, 0);
d->applySharpHeightChange(newHeight);
break; }
case DMU_TARGET_HEIGHT:
args.value(DMT_PLANE_TARGET, &d->targetHeight, 0);
break;
case DMU_SPEED:
args.value(DMT_PLANE_SPEED, &d->speed, 0);
break;
default:
return MapElement::setProperty(args);
}
return false; // Continue iteration.
}
dint Sector::setProperty(DmuArgs const &args)
{
switch (args.prop)
{
case DMU_COLOR: {
Vector3f newColor = d->lightColor;
args.value(DMT_SECTOR_RGB, &newColor.x, 0);
args.value(DMT_SECTOR_RGB, &newColor.y, 1);
args.value(DMT_SECTOR_RGB, &newColor.z, 2);
setLightColor(newColor);
break; }
case DMU_COLOR_RED: {
Vector3f newColor = d->lightColor;
args.value(DMT_SECTOR_RGB, &newColor.x, 0);
setLightColor(newColor);
break; }
case DMU_COLOR_GREEN: {
Vector3f newColor = d->lightColor;
args.value(DMT_SECTOR_RGB, &newColor.y, 0);
setLightColor(newColor);
break; }
case DMU_COLOR_BLUE: {
Vector3f newColor = d->lightColor;
args.value(DMT_SECTOR_RGB, &newColor.z, 0);
setLightColor(newColor);
break; }
case DMU_LIGHT_LEVEL: {
dfloat newLightLevel;
args.value(DMT_SECTOR_LIGHTLEVEL, &newLightLevel, 0);
setLightLevel(newLightLevel);
break; }
case DMU_VALID_COUNT:
args.value(DMT_SECTOR_VALIDCOUNT, &d->validCount, 0);
break;
default:
return MapElement::setProperty(args);
}
return false; // Continue iteration.
}
int Surface::setProperty(DmuArgs const &args)
{
switch(args.prop)
{
case DMU_BLENDMODE: {
blendmode_t newBlendMode;
args.value(DMT_SURFACE_BLENDMODE, &newBlendMode, 0);
setBlendMode(newBlendMode);
break; }
case DMU_FLAGS:
args.value(DMT_SURFACE_FLAGS, &d->flags, 0);
break;
case DMU_COLOR: {
Vector3f newColor = d->tintColor;
args.value(DMT_SURFACE_RGBA, &newColor.x, 0);
args.value(DMT_SURFACE_RGBA, &newColor.y, 1);
args.value(DMT_SURFACE_RGBA, &newColor.z, 2);
setTintColor(newColor);
break; }
case DMU_COLOR_RED: {
Vector3f newColor = d->tintColor;
args.value(DMT_SURFACE_RGBA, &newColor.x, 0);
setTintColor(newColor);
break; }
case DMU_COLOR_GREEN: {
Vector3f newColor = d->tintColor;
args.value(DMT_SURFACE_RGBA, &newColor.y, 0);
setTintColor(newColor);
break; }
case DMU_COLOR_BLUE: {
Vector3f newColor = d->tintColor;
args.value(DMT_SURFACE_RGBA, &newColor.z, 0);
setTintColor(newColor);
break; }
case DMU_ALPHA: {
float newOpacity;
args.value(DMT_SURFACE_RGBA, &newOpacity, 0);
setOpacity(newOpacity);
break; }
case DMU_MATERIAL: {
Material *newMaterial;
args.value(DMT_SURFACE_MATERIAL, &newMaterial, 0);
setMaterial(newMaterial);
break; }
case DMU_OFFSET_X: {
Vector2f newOrigin = d->materialOrigin;
args.value(DMT_SURFACE_OFFSET, &newOrigin.x, 0);
setMaterialOrigin(newOrigin);
break; }
case DMU_OFFSET_Y: {
Vector2f newOrigin = d->materialOrigin;
args.value(DMT_SURFACE_OFFSET, &newOrigin.y, 0);
setMaterialOrigin(newOrigin);
break; }
case DMU_OFFSET_XY: {
Vector2f newOrigin = d->materialOrigin;
args.value(DMT_SURFACE_OFFSET, &newOrigin.x, 0);
args.value(DMT_SURFACE_OFFSET, &newOrigin.y, 1);
setMaterialOrigin(newOrigin);
break; }
default:
return MapElement::setProperty(args);
}
return false; // Continue iteration.
}
