private DisplayInteger[] getListAndRender(RenderData data, Fluid fluid, World world) {
if (cachedCenterFluids.containsKey(data) && cachedCenterFluids.get(data).containsKey(fluid)) {
return cachedCenterFluids.get(data).get(fluid);
}
Model3D toReturn = new Model3D();
toReturn.baseBlock = Blocks.water;
toReturn.setTexture(fluid.getIcon());
final int stages = getStages(data.height);
DisplayInteger[] displays = new DisplayInteger[stages];
if (cachedCenterFluids.containsKey(data)) {
cachedCenterFluids.get(data).put(fluid, displays);
} else {
HashMap<Fluid, DisplayInteger[]> map = new HashMap<Fluid, DisplayInteger[]>();
map.put(fluid, displays);
cachedCenterFluids.put(data, map);
}
for (int i = 0; i < stages; i++) {
displays[i] = DisplayInteger.createAndStart();
if (fluid.getIcon() != null) {
toReturn.minX = 0 + .01;
toReturn.minY = 0 + .01;
toReturn.minZ = 0 + .01;
toReturn.maxX = data.length - .01;
toReturn.maxY = ((float) i / (float) stages) * (data.height - 2) - .01;
toReturn.maxZ = data.width - .01;
MekanismRenderer.renderObject(toReturn);
}
GL11.glEndList();
}
return displays;
}
private DisplayInteger getValveDisplay(ValveRenderData data, Fluid fluid, World world) {
if (cachedValveFluids.containsKey(data) && cachedValveFluids.get(data).containsKey(fluid)) {
return cachedValveFluids.get(data).get(fluid);
}
Model3D toReturn = new Model3D();
toReturn.baseBlock = Blocks.water;
toReturn.setTexture(fluid.getFlowingIcon());
DisplayInteger display = DisplayInteger.createAndStart();
if (cachedValveFluids.containsKey(data)) {
cachedValveFluids.get(data).put(fluid, display);
} else {
HashMap<Fluid, DisplayInteger> map = new HashMap<Fluid, DisplayInteger>();
map.put(fluid, display);
cachedValveFluids.put(data, map);
}
switch (data.side) {
case DOWN:
{
toReturn.minX = .3;
toReturn.minY = 1 + .01;
toReturn.minZ = .3;
toReturn.maxX = .7;
toReturn.maxY = 1.4 + .1;
toReturn.maxZ = .7;
break;
}
case UP:
{
toReturn.minX = .3;
toReturn.minY = -(data.height - 2) - .01;
toReturn.minZ = .3;
toReturn.maxX = .7;
toReturn.maxY = -.01;
toReturn.maxZ = .7;
break;
}
case NORTH:
{
toReturn.minX = .3;
toReturn.minY = -(getValveFluidHeight(data)) + .01;
toReturn.minZ = 1 + .02;
toReturn.maxX = .7;
toReturn.maxY = .7;
toReturn.maxZ = 1.4;
break;
}
case SOUTH:
{
toReturn.minX = .3;
toReturn.minY = -(getValveFluidHeight(data)) + .01;
toReturn.minZ = -.4;
toReturn.maxX = .7;
toReturn.maxY = .7;
toReturn.maxZ = -.02;
break;
}
case WEST:
{
toReturn.minX = 1 + .02;
toReturn.minY = -(getValveFluidHeight(data)) + .01;
toReturn.minZ = .3;
toReturn.maxX = 1.4;
toReturn.maxY = .7;
toReturn.maxZ = .7;
break;
}
case EAST:
{
toReturn.minX = -.4;
toReturn.minY = -(getValveFluidHeight(data)) + .01;
toReturn.minZ = .3;
toReturn.maxX = -.02;
toReturn.maxY = .7;
toReturn.maxZ = .7;
break;
}
default:
{
break;
}
}
if (fluid.getFlowingIcon() != null) {
MekanismRenderer.renderObject(toReturn);
}
display.endList();
return display;
}
@SuppressWarnings("incomplete-switch")
private DisplayInteger[] getListAndRender(SalinationRenderData data, Fluid fluid) {
if (cachedCenterFluids.containsKey(data) && cachedCenterFluids.get(data).containsKey(fluid)) {
return cachedCenterFluids.get(data).get(fluid);
}
Model3D toReturn = new Model3D();
toReturn.baseBlock = Block.waterStill;
toReturn.setTexture(fluid.getIcon());
final int stages = getStages(data.height);
DisplayInteger[] displays = new DisplayInteger[stages];
if (cachedCenterFluids.containsKey(data)) {
cachedCenterFluids.get(data).put(fluid, displays);
} else {
HashMap<Fluid, DisplayInteger[]> map = new HashMap<Fluid, DisplayInteger[]>();
map.put(fluid, displays);
cachedCenterFluids.put(data, map);
}
MekanismRenderer.colorFluid(fluid);
for (int i = 0; i < stages; i++) {
displays[i] = DisplayInteger.createAndStart();
if (fluid.getIcon() != null) {
switch (data.side) {
case NORTH:
toReturn.minX = 0 + .01;
toReturn.minY = 0 + .01;
toReturn.minZ = 0 + .01;
toReturn.maxX = 2 - .01;
toReturn.maxY = ((float) i / (float) stages) * data.height - .01;
toReturn.maxZ = 2 - .01;
break;
case SOUTH:
toReturn.minX = -1 + .01;
toReturn.minY = 0 + .01;
toReturn.minZ = -1 + .01;
toReturn.maxX = 1 - .01;
toReturn.maxY = ((float) i / (float) stages) * data.height - .01;
toReturn.maxZ = 1 - .01;
break;
case WEST:
toReturn.minX = 0 + .01;
toReturn.minY = 0 + .01;
toReturn.minZ = -1 + .01;
toReturn.maxX = 2 - .01;
toReturn.maxY = ((float) i / (float) stages) * data.height - .01;
toReturn.maxZ = 1 - .01;
break;
case EAST:
toReturn.minX = -1 + .01;
toReturn.minY = 0 + .01;
toReturn.minZ = 0 + .01;
toReturn.maxX = 1 - .01;
toReturn.maxY = ((float) i / (float) stages) * data.height - .01;
toReturn.maxZ = 2 - .01;
break;
}
MekanismRenderer.renderObject(toReturn);
}
displays[i].endList();
}
GL11.glColor4f(1.0F, 1.0F, 1.0F, 1.0F);
return displays;
}