// c'tor
public TextLineEditor(AABB2D location, string original, string iconName = null)
{
TextLineEditor.Instance = this;
shared = new Shared(this);
shared.location = location;
// Set the hit box for the text area.
shared.textAreaHitBox.Set(shared.location);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
shared.blob = new TextBlob(renderObj.Font, (null != original) ? original : "", shared.textWidth);
shared.blob.Justification = UIGridElement.Justification.Left;
shared.blob.End();
shared.topLine = 0;
shared.textOffset = 0;
shared.iconName = iconName;
// We use the updateObj for this deserialization since the text callbacks
// belong to it. Otherwise nothing will ever hook up right.
//commandMap = CommandMap.Deserialize(updateObj, @"TextEditor.Xml");
} // end of TextEditor c'tor
/// <summary>
/// Render this distortion pulse to the current offscreen
/// Assumes the proper InGame.inGame.renderEffects is setup
/// </summary>
/// <param name="camera"></param>
/// <param name="effectsImage"></param>
public void RenderSM3(Camera camera, Texture2D effectsImage)
{
if (effect != null)
{
Matrix preWorld = Matrix.CreateScale(scale);
Parameter(EffectParams.DepthTexture).SetValue(effectsImage);
Parameter(EffectParams.PreWorld).SetValue(preWorld);
Parameter(EffectParams.Opacity).SetValue(scales * opacity);
if (bump != null)
{
SetupBump(camera);
}
if (Bloom)
{
Parameter(EffectParams.BloomColor).SetValue(bumpTint);
}
RenderObj.Render(camera);
Parameter(EffectParams.PreWorld).SetValue(Matrix.Identity);
}
}
public GateBot()
: base()
{
this.classification = new Classification("gatebot",
Classification.Colors.White,
Classification.Shapes.Ball,
Classification.Tastes.None,
Classification.Smells.None,
Classification.Physicalities.Collectable);
this.classification.audioImpression = Classification.AudioImpression.Noisy;
this.classification.audioVolume = Classification.AudioVolume.Soft;
this.classification.emitter = ExpressModifier.Emitters.None;
this.classification.expression = Face.FaceState.None;
StaticPropChassis staticChassis = new StaticPropChassis();
Chassis = staticChassis;
staticChassis.Mass = 500.0f;
staticChassis.DefaultEditHeight = 0.0f;
renderObj = new RenderObj(this, GateBotSRO.GetInstance);
InitGameActorParams();
BokuGame.Load(this);
// Set holding position after loading model so that BoundingSphere is initialized.
this.holdingPosition = new Vector3(0.6f, 0.0f, 0.6f);
} // end of GateBot c'tor
// c'tor
public TitleScreen()
{
shared = new Shared();
renderObj = new RenderObj(ref shared);
updateObj = new UpdateObj(ref shared);
} // end of TitleScreen c'tor
public Cursor3D(Vector2 position,
Vector4 color)
: base("cursor", new CursorChassis())
{
Position = new Vector3(position.X, position.Y, 0.0f);
renderObj = new RenderObj(this, color);
} // end of Cursor3D c'tor
/// <summary>
/// Generate a filler arc of a circle fan, with center at pC,
/// and the arc going from p0 to p1, counterclockwise.
/// </summary>
/// <param name="p0"></param>
/// <param name="p1"></param>
/// <param name="pC"></param>
protected void MakeFan(WayPoint.Node node, Section first, Section second)
{
RenderObj ro = Road.Generator.NewFan(node, first, second);
if (ro != null)
{
fans.Add(ro);
}
}
// c'tor
public AddItemHelpCard()
{
AddItemHelpCard.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
} // end of AddItemHelpCard c'tor
// c'tor
public VideoOutput()
{
VideoOutput.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(this, shared);
} // end of VideoOutput c'tor
// c'tor
public HelpScreens()
{
HelpScreens.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
} // end of HelpScreens c'tor
private void RasterizeByY(RenderObj obj, List <PixelInfo> sidePoints)
{
var yList = sidePoints.OrderBy(x => x.Y).ToList();
foreach (var pixel in yList)
{
int y = pixel.Y;
var coordinates = sidePoints
.Where(coord => coord.Y == y)
.OrderBy(coord => coord.X)
.DistinctBy(coord => coord.X)
.ToList();
var startPoint = coordinates.First();
var endPoint = coordinates.Last();
int signZ = startPoint.Z < endPoint.Z ? 1 : -1;
var delta = endPoint.X - startPoint.X;
float z = startPoint.Z;
float w = startPoint.W;
Vector3 vn = startPoint.Vn;
Vector3 vt = startPoint.Vt;
if (delta == 0)
{
continue;
}
float deltaZ = Math.Abs((endPoint.Z - startPoint.Z) / delta);
float deltaW = (endPoint.W - startPoint.W) / delta;
Vector3 deltaVn = (endPoint.Vn - startPoint.Vn) / delta;
Vector3 deltaVt = (endPoint.Vt - startPoint.Vt) / delta;
for (int x = startPoint.X; x < endPoint.X; x++)
{
z += signZ * deltaZ;
vn += deltaVn;
vt += deltaVt;
w += deltaW;
if (UpdateZBuffer(x, y, z))
{
if (lighting is PhongTexturizingLighting)
{
bmp[x, y] = lighting.GetTexturizedColorForPoint(obj, vn / w, vt / w);
}
else
{
bmp[x, y] = lighting.GetColorForPoint(vn / w);
}
}
}
}
}
/// <summary>
/// Render this section of road/wall
/// </summary>
/// <param name="camera"></param>
public void Render(Camera camera)
{
if (RenderObj != null)
{
Frustum.CullResult cull = camera.Frustum.CullTest(Sphere);
if (cull != Frustum.CullResult.TotallyOutside)
{
RenderObj.Render(camera, Road);
}
}
}
// c'tor
public OldLoadLevelMenu()
{
OldLoadLevelMenu.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
Init();
} // end of LoadLevelMenu c'tor
public LightColumn(GraphicsDevice device,
Vector2 position,
Vector4 color)
{
shared = new Shared();
shared.Position = new Vector3(position.X, position.Y, 0.0f);
// Z is set during update to match terrain.
renderObj = new RenderObj(device, ref shared, color);
updateObj = new UpdateObj(ref shared);
} // end of LightColumn c'tor
public NotPieSelector(Object parent, string uiMode)
: base()
{
this.parentSelector = parent as UiSelector;
this.parent = parent;
SelectWater = uiMode.Contains("waters");
SetWater = uiMode.Contains("setwater");
this.updateObj = new UpdateObj(this);
this.renderObj = new RenderObj(this);
}
// c'tor
public MessageBox(String message, Color color)
{
MessageBox.Instance = this;
shared = new Shared(this, message, color);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
Init();
} // end of MessageBox c'tor
List <GameObject> childList = null; // List of children, must be of type GameObject
// c'tor
public UIShim(AddChildren addChildren, out UiSelector uiSelector, bool ignorePaths)
{
shared = new Shared();
renderObj = new RenderObj(ref shared);
InGame.inGame.SetUIShim(renderObj);
updateObj = new UpdateObj(ref shared);
childList = new List <GameObject>();
this.ignorePaths = ignorePaths;
addChildren(childList, out uiSelector, ignorePaths);
} // end of UIShim c'tor
// c'tor
public TitleScreenMode()
{
// Create the RenderObject and UpdateObject parts of this mode.
shared = new Shared();
updateObj = new UpdateObj(this, ref shared);
renderObj = new RenderObj(this, ref shared);
logonDialog.OnButtonPressed += OnTextDialogButton;
logonDialog.UserText = Auth.CreatorName;
logonDialog.Prompt = Strings.Localize("textDialog.logonPrompt");
logonDialog.SetButtonText(TextDialog.TextDialogButtons.Accept, Strings.Localize("textDialog.continue"));
Init();
} // end of TitleScreenMode c'tor
public void Execute(int i)
{
RenderObj obj = allObjects[i];
Vector3 position;
//计算距离，进行分层
if (PlaneTest(ref obj.localToWorldMatrices, ref obj.extent, out position))
{
float distance = Vector3.Distance(position, cameraPos);
float layer = distance / cameraFarClipDistance;
int layerValue = (int)Mathf.Clamp(Mathf.Lerp(0, SortMesh.LayerCount, layer), 0, SortMesh.LayerCount - 1);
SortMesh.sortObj[layerValue].Add(distance, obj);
}
}
// c'tor
public TextDialog(Color color, TextDialogButtons buttons)
{
this.buttons = buttons;
// Create sub objects
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(shared);
// Set default button labels
SetButtonText(TextDialogButtons.Accept, Strings.Localize("textDialog.accept"));
SetButtonText(TextDialogButtons.Cancel, Strings.Localize("textDialog.cancel"));
SetButtonText(TextDialogButtons.Discard, Strings.Localize("textDialog.discard"));
} // end of TextDialog c'tor
/// <summary>
/// Render this object's SM2 glow to the screen.
/// </summary>
/// <param name="camera"></param>
public void RenderBloomSM2(Camera camera)
{
if (effect != null)
{
Matrix preWorld = Matrix.CreateScale(scale);
Parameter(EffectParams.PreWorld).SetValue(preWorld);
Parameter(EffectParams.Opacity).SetValue(scales * opacity);
Parameter(EffectParams.BloomColor).SetValue(bumpTint);
Debug.Assert(Bloom, "No other reason for rendering in SM2");
RenderObj.Render(camera);
Parameter(EffectParams.PreWorld).SetValue(Matrix.Identity);
}
}
private Vector3 GetPhongTexturizedLightVector(RenderObj obj, Vector3 pointNormal, Vector3 texel)
{
var x = texel.X * obj.DiffuseTexture.PixelWidth;
var y = (1 - texel.Y) * obj.DiffuseTexture.PixelHeight;
if (x < 0 || y < 0 || x >= obj.DiffuseTexture.PixelWidth || y >= obj.DiffuseTexture.PixelHeight)
{
return(new Vector3(0));
}
var normal = GetNormalTextureVector(obj.NormalTexture, x, y, obj.ModelMatrix) ?? pointNormal;
var resultVector = GetAmbientTextureVector(obj.DiffuseTexture, x, y)
+ GetDiffusedTextureVector(obj.DiffuseTexture, x, y, normal)
+ GetSpecularTextureVector(obj.SpecularTexture, x, y, normal);
return(resultVector.ToByteVector3());
}
private void Rasterize(RenderObj obj, List <PixelInfo> sidePoints)
{
var yCoordsCount = sidePoints.Select(x => x.Y).Distinct().Count();
if (yCoordsCount < 2)
{
// Swap x and y for the case when all pixels have the same Y
// in order for interpolation to work
foreach (var pixel in sidePoints)
{
var temp = pixel.X;
pixel.X = pixel.Y;
pixel.Y = temp;
}
}
RasterizeByY(obj, sidePoints);
}
private void LoadFile(string fileName)
{
var objPath = Path.GetFullPath(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "..\\..\\..\\", "examples", $"{fileName}.{FileExtensions.Object}"));
var normalsPath = Path.GetFullPath(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "..\\..\\..\\", "examples", $"{fileName}_{FileExtensions.Normal}.{FileExtensions.ImgType}"));
var diffuseTexturePath = Path.GetFullPath(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "..\\..\\..\\", "examples", $"{fileName}_{FileExtensions.Diffuse}.{FileExtensions.ImgType}"));
var specularTexturePath = Path.GetFullPath(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "..\\..\\..\\", "examples", $"{fileName}_{FileExtensions.Specular}.{FileExtensions.ImgType}"));
var parser = new ObjParser();
parser.LoadObj(objPath);
camera.Position = new Vector3(vm.XCameraPos, vm.YCameraPos, vm.ZCameraPos);
camera.Target = Vector3.Zero;
mesh = new RenderObj(parser.VertexList.Count, parser.FaceList.Count, parser.NormalList.Count, parser.TextureList.Count);
mesh.NormalTexture = parser.LoadTexture(normalsPath);
mesh.DiffuseTexture = parser.LoadTexture(diffuseTexturePath);
mesh.SpecularTexture = parser.LoadTexture(specularTexturePath);
mesh.Position = new Vector3(vm.XObjectPos, vm.YObjectPos, vm.ZObjectPos);
for (var i = 0; i < parser.VertexList.Count; i++)
{
mesh.Vertices[i] = parser.VertexList[i].ToVector4();
}
mesh.Faces = parser.FaceList.ToArray();
for (var i = 0; i < parser.NormalList.Count; i++)
{
mesh.Normals[i] = parser.NormalList[i].ToVector();
}
for (var i = 0; i < parser.TextureList.Count; i++)
{
mesh.TextureCoordinates[i] = parser.TextureList[i].ToVector();
}
UpdateAnimation();
}
//
// HoverCar
//
public HoverCar()
: base()
{
this.classification = new Classification("fish",
Classification.Colors.White,
Classification.Shapes.Tube,
Classification.Tastes.Salty,
Classification.Smells.Pleasant,
Classification.Physicalities.Collectable);
this.classification.audioImpression = Classification.AudioImpression.Noisy;
this.classification.audioVolume = Classification.AudioVolume.Loud;
this.classification.emitter = ExpressModifier.Emitters.None;
this.classification.expression = Face.FaceState.None;
InitGameActorParams();
renderObj = new RenderObj(this, HoverCarSRO.GetInstance);
BokuGame.Load(this);
// Set holding position after loading model so that BoundingSphere is initialized.
this.holdingPosition = new Vector3(1.5f, 0.0f, -0.1f);
}
public ShareHub()
{
ShareHub.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(this, shared);
openingSharingRoomMessage = new ModularMessageDialog(
Strings.Localize("shareHub.messageOpeningSharingRoom"),
null, null,
null, null,
null, null,
null, null);
openingInviteGuideMessage = new ModularMessageDialog(
Strings.Localize("shareHub.messageOpeningInviteGuide"),
null, null,
null, null,
null, null,
null, null);
} // end of MainMenu c'tor
// c'tor
public MiniHub()
{
MiniHub.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(this, shared);
saveLevelDialog.OnButtonPressed += OnSaveLevelDialogButton;
//
// Set up SaveChangesDialogs
//
{
ModularMessageDialog.ButtonHandler handlerA = delegate(ModularMessageDialog dialog)
{
// User chose "save"
// Deactivate dialog.
dialog.Deactivate();
// Activate saveLevelDialog.
saveLevelDialog.Activate();
};
ModularMessageDialog.ButtonHandler handlerB = delegate(ModularMessageDialog dialog)
{
// User chose "back"
// Deactivate dialog.
dialog.Deactivate();
// Clear the flag since the user backed out. This way if they
// try again the save changes message will be displayed again.
saveChangesActivated = false;
// Reactivate the mini-hub grid.
shared.menu.Active = true;
};
ModularMessageDialog.ButtonHandler handlerX = delegate(ModularMessageDialog dialog)
{
// User chose "discard"
// Deactivate self and go wherever we were going...
dialog.Deactivate();
// Deactivate mini-hub.
//Deactivate();
// We gave the user the opportunity to save changes and he chose
// not to so call OnSelect() once more to get them on their way.
if (saveChangesActivated)
{
OnSelect(shared.menu);
saveChangesActivated = false;
}
};
saveChangesMessage = new ModularMessageDialog(
Strings.Localize("textDialog.saveChangesPrompt"),
handlerA, Strings.Localize("textDialog.save"),
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
saveChangesWithDiscardMessage = new ModularMessageDialog(
Strings.Localize("textDialog.saveChangesPrompt"),
handlerA, Strings.Localize("textDialog.save"),
handlerB, Strings.Localize("textDialog.back"),
handlerX, Strings.Localize("textDialog.discard"),
null, null
);
}
//
// Set up ShareSuccessDialog
//
{
ModularMessageDialog.ButtonHandler handlerB = delegate(ModularMessageDialog dialog)
{
// User chose "back"
// Deactivate dialog.
dialog.Deactivate();
// Make sure grid is still active.
shared.menu.Active = true;
};
shareSuccessMessage = new ModularMessageDialog(
Strings.Localize("miniHub.shareSuccessMessage"),
null, null,
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
}
//
// Set up NoCommunityDialog
//
{
ModularMessageDialog.ButtonHandler handlerB = delegate(ModularMessageDialog dialog)
{
// User chose "back"
// Deactivate dialog.
dialog.Deactivate();
// Make sure grid is still active.
shared.menu.Active = true;
};
noCommunityMessage = new ModularMessageDialog(
Strings.Localize("miniHub.noCommunityMessage"),
null, null,
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
}
//
// Set up NewWorld dialog.
//
NewWorldDialog.OnAction OnSelectWorld = delegate(string level)
{
// Deactivate main menu and go into editor with empty level.
string levelFilename = Path.Combine(BokuGame.Settings.MediaPath, BokuGame.BuiltInWorldsPath, level + ".Xml");
if (BokuGame.bokuGame.inGame.LoadLevelAndRun(levelFilename, keepPersistentScores: false, newWorld: true, andRun: false))
{
Deactivate();
InGame.inGame.Activate();
InGame.inGame.CurrentUpdateMode = InGame.UpdateMode.ToolMenu;
}
else
{
shared.menu.Active = true;
}
};
NewWorldDialog.OnAction OnCancel = delegate(string level)
{
shared.menu.Active = true;
};
newWorldDialog = new NewWorldDialog(OnSelectWorld, OnCancel);
} // end of MiniHub c'tor
// c'tor
public MainMenu()
{
MainMenu.Instance = this;
shared = new Shared(this);
// Create the RenderObject and UpdateObject parts of this mode.
updateObj = new UpdateObj(this, shared);
renderObj = new RenderObj(this, shared);
NewWorldDialog.OnAction OnSelectWorld = delegate(string level)
{
// Deactivate main menu and go into editor with empty level.
string levelFilename = Path.Combine(BokuGame.Settings.MediaPath, BokuGame.BuiltInWorldsPath, level + ".Xml");
if (BokuGame.bokuGame.inGame.LoadLevelAndRun(levelFilename, keepPersistentScores: false, newWorld: true, andRun: false))
{
Deactivate();
InGame.inGame.Activate();
InGame.inGame.CurrentUpdateMode = InGame.UpdateMode.ToolMenu;
}
else
{
shared.menu.Active = true;
}
};
NewWorldDialog.OnAction OnCancel = delegate(string level)
{
shared.menu.Active = true;
};
newWorldDialog = new NewWorldDialog(OnSelectWorld, OnCancel);
// Set up the NoCommunity, NoSharing and PrevCrash dialogs.
ModularMessageDialog.ButtonHandler handlerA = delegate(ModularMessageDialog dialog)
{
// User chose "resume"
// Deactivate dialog.
dialog.Deactivate();
if (InGame.CurrentWorldId == Guid.Empty)
{
if (InGame.UnDoStack.Resume())
{
// Deactivate MainMenu.
Deactivate();
}
else
{
//Debug.Assert(false, "Resume should not be enabled unless there is something to resume from");
// We had some error in trying to resume. So, remove the resume
// option from the menu and soldier on.
shared.menu.DeleteText(Strings.Localize("mainMenu.resume"));
shared.menu.Active = true;
XmlOptionsData.LastAutoSave = -1;
}
}
else
{
// Deactivate MainMenu.
Deactivate();
// Just reactivate the existing game.
BokuGame.bokuGame.inGame.Activate();
}
};
ModularMessageDialog.ButtonHandler handlerB = delegate(ModularMessageDialog dialog)
{
// User chose "back"
// Deactivate dialog.
dialog.Deactivate();
// Only needed for corruptStorageMessage but shouldn't hurt for all.
};
ModularMessageDialog.ButtonHandler handlerX = delegate(ModularMessageDialog dialog)
{
// User chose to quit Kodu
// Deactivate dialog.
dialog.Deactivate();
// Wave bye, bye.
#if NETFX_CORE
Windows.UI.Xaml.Application.Current.Exit();
#else
BokuGame.bokuGame.Exit();
#endif
exitingKodu = true;
};
noCommunityMessage = new ModularMessageDialog(Strings.Localize("miniHub.noCommunityMessage"),
null, null,
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
noSharingMessage = new ModularMessageDialog(Strings.Localize("miniHub.noSharingMessage"),
null, null,
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
prevSessionCrashedMessage = new ModularMessageDialog(Strings.Localize("mainMenu.prevSessionCrashedMessage"),
handlerA, Strings.Localize("textDialog.resume"),
handlerB, Strings.Localize("textDialog.back"),
null, null,
null, null
);
} // end of MainMenu c'tor
public override BmpColor GetTexturizedColorForPoint(RenderObj obj, Vector3 normal, Vector3 texel)
{
return(GetPhongTexturizedLightVector(obj, normal, texel).ToColor());
}
// Bresenham's algorithm
public List <PixelInfo> GetSides(RenderObj obj, PixelInfo point0, PixelInfo point1)
{
int x0 = point0.X;
int y0 = point0.Y;
float z0 = point0.Z;
int x1 = point1.X;
int y1 = point1.Y;
float z1 = point1.Z;
float w0 = 1 / point0.W;
float w1 = 1 / point1.W;
Vector3 vn0 = point0.Vn * w0;
Vector3 vn1 = point1.Vn * w1;
Vector3 vt0 = point0.Vt * w0;
Vector3 vt1 = point1.Vt * w1;
int deltaX = Math.Abs(x1 - x0);
int deltaY = Math.Abs(y1 - y0);
int error = deltaX - deltaY;
var sidePoints = new List <PixelInfo>();
sidePoints.Add(new PixelInfo(x1, y1, z1, w1, vn1, vt1));
if (UpdateZBuffer(x1, y1, z1))
{
if (lighting is PhongTexturizingLighting)
{
bmp[x1, y1] = lighting.GetTexturizedColorForPoint(obj, vn1 / w1, vt1 / w1);
}
else
{
bmp[x1, y1] = lighting.GetColorForPoint(vn1 / w1);
}
}
// In this case there is no point in further actions
if (deltaX == 0 && deltaY == 0)
{
return(sidePoints);
}
int delta = (deltaY == 0) ? deltaX : deltaY;
float deltaZ = Math.Abs(z1 - z0) / delta;
float deltaW = (w1 - w0) / delta;
Vector3 deltaVn = (vn1 - vn0) / delta;
Vector3 deltaVt = (vt1 - vt0) / delta;
int signX = x0 < x1 ? 1 : -1;
int signY = y0 < y1 ? 1 : -1;
float signZ = z0 < z1 ? 1 : -1;
while (x0 != x1 || y0 != y1)
{
sidePoints.Add(new PixelInfo(x0, y0, z0, w0, vn0, vt0));
int error2 = error * 2;
if (error2 > -deltaY)
{
error -= deltaY;
x0 += signX;
}
if (error2 < deltaX)
{
if (UpdateZBuffer(x0, y0, z0))
{
if (lighting is PhongTexturizingLighting)
{
bmp[x0, y0] = lighting.GetTexturizedColorForPoint(obj, vn0 / w0, vt0 / w0);
}
else
{
bmp[x0, y0] = lighting.GetColorForPoint(vn0 / w0);
}
}
error += deltaX;
y0 += signY;
z0 += signZ * deltaZ;
w0 += deltaW;
vn0 += deltaVn;
vt0 += deltaVt;
}
}
return(sidePoints);
}
public virtual BmpColor GetTexturizedColorForPoint(RenderObj obj, Vector3 normal, Vector3 texel)
{
throw new NotImplementedException();
}
