// c'tor
public UIGridTextElement(String textureName, Vector2 size, String label)
{
this.size = size;
this.label = label;
this.textureName = textureName;
quad = SimpleTexturedQuad.GetInstance();
} // end of UIGridTextElement c'tor
public Form3DView() : base(ID)
{
base.IsOpenReflectsVisiblity = true;
InitializeComponent();
LoadOpenGLControl();
imuModel = LoadModel("PCB", this.imuHousingToolStripMenuItem.Checked ? housingModelPath : pcbModelPath, true);
axisModel = LoadModel("Axis", "~/3DView/Arrow.obj", false);
floorTileModel = LoadModel("Floor Tile", floorTileModelPath, false);
material = new SimpleTexturedMaterial(false);
effects.Effects.Add(material.Name, material);
tileMaterial = new SimpleTexturedMaterial(true);
effects.Effects.Add(tileMaterial.Name, tileMaterial);
effects.Effects.Add(SimpleTexturedQuad.GetName(BoxMode.Color), new SimpleTexturedQuad(BoxMode.Color));
effects.Effects.Add(SimpleTexturedQuad.GetName(BoxMode.Textured), new SimpleTexturedQuad(BoxMode.Textured));
effects.Effects.Add(SimpleTexturedQuad.GetName(BoxMode.TexturedColor), new SimpleTexturedQuad(BoxMode.TexturedColor));
textRenderer = new TextRenderer(10, 10);
texturedQuad = new TextureQuad(effects);
texturedQuad.Texture = textRenderer.Texture;
view = new View3D(glControl1.Bounds, glControl1.Bounds.Width, glControl1.Bounds.Height, (float)Math.PI / 4f);
int lightCount = 1;
//lightBuffer = new UniformBuffer("Lights", new UniformBufferInfo(ModelLightInstance.Format, 1, OpenTK.Graphics.OpenGL.BufferUsageHint.DynamicDraw));
lights = new ModelLightInstance[lightCount];
sceneLights = new ModelSceneLight[lightCount];
sceneLights[0] = new ModelSceneLight()
{
Center = new OpenTK.Vector3(30, 80, 60) * 8000f,
Color = Color4.White,
SpecularPower = 1.2f,
Radius = float.PositiveInfinity,
AttenuatuionTermA = 0f,
Intensity = 0.8f,
Directional = true,
};
lightingArguments = new LightingArguments();
Quaternion = NgimuApi.Maths.Quaternion.Identity;
formUpdateTimer = new Timer();
formUpdateTimer.Interval = 20;
formUpdateTimer.Tick += new EventHandler(formUpdateTimer_Tick);
tileTexture = new BitmapTexture2D("Tile Texture", "~/3DView/Compass.png", Texture2DInfo.Bitmap32_LinearClampToEdgeMipAnisotropicFilteringX4(new Size(32, 32)));
}
} // end of HandleTouchInput()
public override void Render(Camera camera)
{
if (rt != null && level != null && !dirty)
{
// We do this check here to ensure the download state icon's alpha is reset if needed before being rendered.
// When this check is performed in Update, we see a fully opaque icon for one frame due to order of operations.
if (Level != null)
{
if (Level.DownloadState != prevDownloadState)
{
DownloadStateChanged();
}
prevDownloadState = Level.DownloadState;
}
try
{
SimpleTexturedQuad quad = SimpleTexturedQuad.GetInstance();
// Render thumbnail drop shadow.
{
float s = Scale;
Matrix shadowMatrix =
Matrix.CreateScale(3.8f + 0.25f * s * s) *
Matrix.CreateTranslation(0, -0.2f * s, 0) *
worldMatrix;
quad.Render(camera, levelTileShadow, ref shadowMatrix, 0.6f);
}
// Render the favorite box
if (0 != (level.Genres & BokuShared.Genres.Favorite))
{
Matrix tileMatrix = Matrix.CreateScale(2.13f) * worldMatrix;
quad.Render(camera, favoriteBox, ref tileMatrix, levelTileAlphaMap);
}
// Render the thumbnail.
{
Matrix tileMatrix = Matrix.CreateScale(2f) * worldMatrix;
quad.Render(camera, rt, ref tileMatrix, levelTileAlphaMap);
}
if (Level != null)
{
const float kDownloadStatusX = 0.9f;
const float kDownloadStatusY = 0.8f;
if (Level.FlaggedByMe)
{
Matrix m = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY, 0) * worldMatrix;
quad.Render(camera, reportAbuse, ref m, 1.0f);
}
else
{
switch (Level.DownloadState)
{
case LevelMetadata.DownloadStates.Queued:
{
Matrix s = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY - 0.1f, 0) * worldMatrix;
quad.Render(camera, statusIconShadow, ref s, 0.75f * downloadStateIconAlpha);
Matrix m = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY, 0) * worldMatrix;
quad.Render(camera, downloadQueuedIcon, ref m, downloadQueuedAlphaMap, downloadStateIconAlpha);
}
break;
case LevelMetadata.DownloadStates.InProgress:
{
Matrix s = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY - downloadInProgressAnimOffset - 0.1f, 0) * worldMatrix;
quad.Render(camera, statusIconShadow, ref s, 0.75f * downloadStateIconAlpha);
Matrix m = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY - downloadInProgressAnimOffset, 0) * worldMatrix;
quad.Render(camera, downloadInProgressIcon, ref m, downloadInProgressAlphaMap, downloadStateIconAlpha);
}
break;
case LevelMetadata.DownloadStates.Failed:
{
Matrix s = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY - 0.1f, 0) * worldMatrix;
quad.Render(camera, statusIconShadow, ref s, 0.75f * downloadStateIconAlpha);
Matrix m = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY, 0) * worldMatrix;
quad.Render(camera, downloadFailedIcon, ref m, downloadFailedAlphaMap, downloadStateIconAlpha);
}
break;
case LevelMetadata.DownloadStates.Complete:
{
Matrix s = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY - 0.1f, 0) * worldMatrix;
quad.Render(camera, statusIconShadow, ref s, 0.75f * downloadStateIconAlpha);
Matrix m = Matrix.CreateTranslation(kDownloadStatusX, kDownloadStatusY, 0) * worldMatrix;
quad.Render(camera, downloadCompleteIcon, ref m, downloadCompleteAlphaMap, downloadStateIconAlpha);
}
break;
}
}
}
}
catch
{
// This will end up here if the rt call above throws an exception
// because it thinks that the rendertarget is still tied to the device. This
// only occurs in some device-reset situations. If we do nothing here then
// everything is ok next frame.
}
}
} // end of UIGridLevelElement Render()