private void LoadEffectNow(IResource resource)
{
if (resource.Equals(CurrentResource))
{
return;
}
CurrentResource = null;
emptyEffect = new EffectCombiner();
effectRenderer?.Dispose();
effectRenderer = new EffectCombinerRenderer(diContainer, resource);
effectRenderer.Location.LocalPosition = Vector3.Zero;
effectRenderer.Location.LocalRotation = Quaternion.Identity;
editor.ClearInfoSections();
editor.AddInfoSection("Info", HandleInfoContent);
editor.AddInfoSection("Playback", HandlePlaybackContent);
foreach (var(partRenderer, i) in effectRenderer.Parts.Indexed())
{
var part = Effect.parts[i];
editor.AddInfoSection($"{part.Type} \"{part.Name}\"", part switch
{
MovingPlanes mp => () => HandlePart(mp, (MovingPlanesRenderer)partRenderer),
RandomPlanes rp => () => HandlePart(rp, (RandomPlanesRenderer)partRenderer),
ParticleEmitter pe => () => HandlePart(pe, (ParticleEmitterRenderer)partRenderer),
BeamStar bs => () => HandlePart(bs, (BeamStarRenderer)partRenderer),
_ => () => { } // ignore for now
}, defaultOpen: false, () => HandlePartPreContent(i));
public RandomPlanesRenderer(ITagContainer diContainer, DeviceBufferRange locationRange, RandomPlanes data)
{
this.data = data;
var textureLoader = diContainer.GetTag <IAssetLoader <Texture> >();
var camera = diContainer.GetTag <Camera>();
quadMeshBuffer = diContainer.GetTag <IQuadMeshBuffer <EffectVertex> >();
material = EffectMaterial.CreateFor(data.renderMode, diContainer);
material.LinkTransformsTo(camera);
material.World.BufferRange = locationRange;
material.Uniforms.Value = EffectMaterialUniforms.Default;
material.Uniforms.Ref.isBillboard = !data.circlesAround;
AddDisposable(material.MainTexture.Texture = textureLoader.LoadTexture(
IEffectPartRenderer.TexturePath, data.texName));
material.Sampler.Value = SamplerAddressMode.Clamp.AsDescription(SamplerFilter.MinLinear_MagLinear_MipLinear);
AddDisposable(material);
planes = new RandomPlane[(int)(data.planeLife * data.spawnRate / 1000)];
quadRange = quadMeshBuffer.Reserve(planes.Length);
tileTexCoords = EffectPartUtility.GetTileUV(data.tileW, data.tileH, data.tileId, data.tileCount);
Reset();
}
private void HandlePart(RandomPlanes data, RandomPlanesRenderer ren)
{
InputText("Name", ref data.name, 128);
NewLine();
Text("Timing:");
InputInt("Phase1", ref data.phase1);
InputInt("Phase2", ref data.phase2);
InputInt("Extra phase", ref data.extraPhase);
InputFloat("MinProgress", ref data.minProgress);
Checkbox("Ignore Phases", ref data.ignorePhases);
NewLine();
Text("Shape/Movement:");
InputFloat("Width", ref data.width);
InputFloat("Height", ref data.height);
DragFloatRange2("Scale Speed Range", ref data.minScaleSpeed, ref data.maxScaleSpeed, 1f, 0f);
InputFloat("Scale Speed Mult.", ref data.scaleSpeedMult);
InputFloat("Target Size", ref data.targetSize);
InputFloat2("Offset", ref data.minPosX, ref data.yOffset);
InputFloat2("Pos Range", ref data.amplPosX, ref data.amplPosY);
InputFloat("Rotation Speed Mult.", ref data.rotationSpeedMult);
InputFloat("Tex Shift", ref data.texShift);
Checkbox("Circles Around", ref data.circlesAround);
NewLine();
Text("Material:");
LabelText("Texture", data.texName);
InputInt("Tile Id", ref data.tileId);
InputInt("Tile Count", ref data.tileCount);
InputInt("Tile Duration", ref data.tileDuration);
InputInt("Tile W", ref data.tileW);
InputInt("Tile H", ref data.tileH);
ColorEdit4("Color", ref data.color);
EnumCombo("RenderMode", ref data.renderMode);
}
