public override void RenderShape(VisionViewBase view, ShapeRenderMode mode)
{
if (TimeOfDay == null)
{
return;
}
const int iSteps = 24;
float fStep = 1.0f / (float)iSteps;
float fLen = 200.0f * EditorManager.Settings.GlobalUnitScaling;
float fTime = 0.0f;
Vector3F lastCorner = Vector3F.Zero;
for (int i = 0; i < iSteps; i++, fTime += fStep)
{
if (!EditorManager.RendererNodeManager.GetTimeOfDaySnapshot(fTime, daytimeParams))
{
continue;
}
Vector3F newCorner = Position + daytimeParams.SunDirection * fLen * 0.75f;
if (i > 0)
{
view.RenderSolidTriangle(Position, newCorner, lastCorner, VisionColors.Get(daytimeParams.AmbientColor));
view.RenderSolidTriangle(Position, lastCorner, newCorner, VisionColors.Get(daytimeParams.AmbientColor));
}
Vector3F vEnd = Position + daytimeParams.SunDirection * fLen;
view.RenderLine(Position, vEnd, VisionColors.Get(daytimeParams.SunColor), 1.0f);
uint iColor = (i == 12) ? VisionColors.White : VisionColors.Yellow;
view.WriteText3D(vEnd, i.ToString() + ":00", iColor); // time
lastCorner = newCorner;
}
}
/// <summary>
/// overridden function to set/update all specific properties on the engine instance
/// </summary>
public override void SetEngineInstanceBaseProperties()
{
if (_engineInstance == null)
{
return;
}
EnginePGroup.BeginUpdateParams();
EnginePGroup.SetRandomBaseSeed(_uiRandomBaseSeed);
EnginePGroup.SetEffectFile(_effectFile); // first set the effect...
base.SetEngineInstanceBaseProperties(); // ...then position etc.
EnginePGroup.SetVisibleBitmask((uint)_iVisibleBitmask);
EnginePGroup.SetLightInfluenceBitmask((uint)_iLightInfluenceBitmask);
EnginePGroup.SetPreferredDirLightKey(_preferredDynamicDirLightKey);
EnginePGroup.SetLightSamplingOffset(_lightSamplingOffset);
EnginePGroup.SetAmbientColor(VisionColors.Get(_ambientColor));
EnginePGroup.SetPaused(_bPaused);
EnginePGroup.SetHalted(_bHalted);
EnginePGroup.SetWindSpeed(_windSpeed, _bLocalSpaceWind);
EnginePGroup.UpdateParticleColors();
EnginePGroup.SetIntensity(_fIntensity);
EnginePGroup.SetApplyTimeOfDayLight(_bApplyTimeOfDayLighting);
EnginePGroup.SetRemoveWhenFinished(_removeWhenFinished);
UpdateMeshEmitterEntity();
EnginePGroup.EndUpdateParams();
}
public override void RenderShape(VisionViewBase view, ShapeRenderMode mode)
{
base.RenderShape(view, mode);
if (this.Visible == true)
{
uint iColor = VisionColors.RGBA(0, 255, 255, 255);
view.RenderRectangle2D(0, 0, ResolutionX * _editScale, ResolutionY * _editScale, iColor, 1.0f);
}
}
/// <summary>
/// overridden function to render the shape
/// </summary>
/// <param name="view">destination view</param>
/// <param name="mode">render mode</param>
public override void RenderShape(VisionViewBase view, ShapeRenderMode mode)
{
base.RenderShape(view, mode);
if (_engineInstance != null)
{
if (mode == ShapeRenderMode.Selected || (ParentLayer == ParentLayer.ParentScene.ActiveLayer && _bPreview3D))
{
EngineBox.RenderShape(view, mode, VisionColors.Get(_previewColor));
}
}
}
public void ShowTraceResult(VisionViewBase view)
{
if (bResultValid)
{
float cx = 0, cy = 0, cz = 0;
float r = EditorManager.Settings.GlobalUnitScaling * 5.0f;
if (view.Project2D(hitPoint, ref cx, ref cy, ref cz))
{
view.WriteText2D(cx, cy, hitPoint.ToString(), VisionColors.Yellow);
}
view.RenderCross(hitPoint, r, VisionColors.Yellow, 1.0f);
view.RenderLine(hitPoint, hitPoint + hitNormal * r * 3.0f, VisionColors.RGB(100, 255, 100), 1.0f);
}
}
public override void RenderHotSpot(VisionViewBase view, ShapeRenderMode mode)
{
base.RenderHotSpot(view, mode);
if (!OnScreen)
{
return;
}
Vector2F center2d = Sprite.CenterPosition;
view.RenderRectangle2D(
center2d.X - 5, center2d.Y - 5,
center2d.X + 5, center2d.Y + 5,
VisionColors.RGBA(0, 255, 0, 255), 1.0f);
}
/// <summary>
/// Overridden function to set all shape's properties (color, ...) on the engine instance
/// </summary>
public override void SetEngineInstanceBaseProperties()
{
base.SetEngineInstanceBaseProperties();
if (_engineInstance == null)
{
return;
}
EngineProjector.SetTexture(_textureFile);
EngineProjector.SetTransparency(_transp);
EngineProjector.SetConeAngles(_fConeAngleX, _fConeAngleY);
EngineProjector.SetLength(_fLength * UniformScaling);
EngineProjector.SetFadeOutRange(_fFadeOutDist * UniformScaling);
EngineProjector.SetColor(VisionColors.RGBA(_color.R, _color.G, _color.B, _iIntensity));
EngineProjector.SetLightmapped(_bLightmapped);
EngineProjector.SetGeometryTypeMask(_geomTypeFilter);
EngineProjector.SetFarClipDistance(_fFarClipDistance);
EngineProjector.SetInfluenceBitmask((uint)_iInfluenceBitmask);
EngineProjector.SetCustomShaderEffect(_shaderFX);
}
public void RenderSelection(VisionViewBase view, ShapeRenderMode mode)
{
if (!Valid)
{
return;
}
uint iColor = VisionColors.RGBA(50, 20, 150, 50);
/*
* Vector3F v0 = new Vector3F(WorldSpaceExtent.X1, WorldSpaceExtent.Y1, DisplayZ);
* Vector3F v1 = new Vector3F(WorldSpaceExtent.X2, WorldSpaceExtent.Y1, DisplayZ);
* Vector3F v2 = new Vector3F(WorldSpaceExtent.X1, WorldSpaceExtent.Y2, DisplayZ);
* Vector3F v3 = new Vector3F(WorldSpaceExtent.X2, WorldSpaceExtent.Y2, DisplayZ);
*
* view.RenderSolidTriangle(v0, v1, v2, iColor);
* view.RenderSolidTriangle(v1, v3, v2, iColor);
*/
float fMin = DisplayZ - EditorManager.Settings.MaxPickingDistance;
BoundingBox renderBox = new BoundingBox(WorldSpaceExtent.X1, WorldSpaceExtent.Y1, fMin, WorldSpaceExtent.X2, WorldSpaceExtent.Y2, DisplayZ);
view.RenderSolidBox(renderBox, iColor);
}
/// <summary>
/// Overridden render function: Let the engine instance render itself and render a box
/// </summary>
/// <param name="view"></param>
/// <param name="mode"></param>
public override void RenderShape(VisionViewBase view, ShapeRenderMode mode)
{
// EngineNode.RenderShape(view, mode);
base.RenderShape(view, mode);
if (this.Selected == true)
{
uint iColor = VisionColors.RGBA(0, 0, 255, 255);
float fScaleX = UIEditorMessageService.GetInstance().GetResolutionScaleX();
float fScaleY = UIEditorMessageService.GetInstance().GetResolutionScaleY();
float fScreenPosX = PosX;
float fScreenPosY = PosY;
if (Parent != null && Parent is UIShapeBase)
{
fScreenPosX += ((UIShapeBase)Parent).PosX;
fScreenPosY += ((UIShapeBase)Parent).PosY;
}
view.RenderRectangle2D(fScreenPosX * fScaleX, fScreenPosY * fScaleY, (fScreenPosX + SizeX) * fScaleX, (fScreenPosY + SizeY) * fScaleY, iColor, 1.0f);
}
}
public void ShowDistance(VisionViewBase view)
{
_start.ShowTraceResult(view);
if (!bResultValid)
{
return;
}
view.RenderArrow(_start.hitPoint, hitPoint, VisionColors.Blue, 1.0f, 5.0f * EditorManager.Settings.GlobalUnitScaling);
Vector3F diff = hitPoint - _start.hitPoint;
float cx = 0, cy = 0, cz = 0;
if (view.Project2D(_start.hitPoint + diff * 0.5f, ref cx, ref cy, ref cz))
{
view.WriteText2D(cx, cy, string.Format("Distance: {0}", diff.GetLength()), VisionColors.RGB(255, 255, 100));
}
}
public override void RenderShape(VisionViewBase view, ShapeRenderMode mode)
{
if (FinalVisibleState == true && EditorManager.Scene.AllShapesOfType(typeof(HavokAiEditorPlugin.Shapes.HavokNavMeshShape)).Count != 0)
{
HavokAiManaged.ManagedModule.ComputeAndDrawPath(view, _vStartPoint, _vEndPoint, _fCharacterRadius, _fCharacterHeight, _fpathDisplayOffset * _fCharacterHeight, VisionColors.Get(_pathColor));
}
base.RenderShape(view, mode);
}
public HotSpotUpdateCubemap(CubemapShape owner) : base(owner, @"textures\Refresh.tga", VisionColors.RGB(200, 200, 200), VisionColors.White, 8.0f)
{
this.Set2DOffset(30, 16);
}
public AdjustPasteSizeHotspot(TerrainSelectionShape selShape)
: base(selShape, @"textures\fit_to_size32.png", VisionColors.RGBA(230, 230, 230, 255), VisionColors.White, 16.0f)
{
this.ToolTipText = "Take the selection size from the clipboard data (same size in world units)";
}
public PasteSelectionHotspot(TerrainSelectionShape selShape)
: base(selShape, @"textures\paste32.png", VisionColors.RGBA(230, 230, 230, 255), VisionColors.White, 16.0f)
{
this.ToolTipText = "Pastes the current clipboard content into this selection (uses scaling)";
}
public CopySelectionHotspot(TerrainSelectionShape selShape)
: base(selShape, @"textures\copy32.png", VisionColors.RGBA(230, 230, 230, 255), VisionColors.White, 16.0f)
{
this.ToolTipText = "Copies the current selection into the clipboard";
}
/// <summary>
/// Overridden function
/// </summary>
public override void OnSelected()
{
base.OnSelected();
// start button
_hotSpotStartEvent = new HotSpotPlayButton(this, @"textures\Media_play.TGA", VisionColors.RGBA(200, 200, 200, 255), VisionColors.White, 15.0f);
_hotSpotStartEvent.ToolTipText = "Start event";
_hotSpotStartEvent.Set2DOffset(0.0f, 30.0f);
EditorManager.ActiveView.HotSpots.Add(_hotSpotStartEvent);
// Update the engine instance, in order to offer stolen info-only events the possibility to convert into a playable event instance. Thus hotspot button
// will be always available for all event instances. Please note: All stolen event instances, which have a "Max playbacks behavior" without failing
// (1 = steal oldest, 2 = steal newest, 3 = steal quietest), will not recover. This is absolute necessary, in order to avoid an endless cycle of stealing
// and recovering of such event instances, as none of the requests for a not info-only event will fail. Thus for these events, the hotspot button will
// not be available.
EngineFmodEvent.Update();
UpdateHotspotVisibility();
}
/// <summary>
/// Overridable that is called when the mouse cursor moves in the view
/// </summary>
/// <param name="e">Mouse event arguments directly passed through</param>
/// <param name="eKeyMod">Key modifier bitmask (Shift, Alt, ...)</param>
/// <param name="iOldX">Previous screen x position</param>
/// <param name="iOldY">Previous screen y position</param>
/// <returns>return true to redraw the view immediately</returns>
public override bool OnMouseMove(MouseEventArgs e, KeyModifier eKeyMod, int iOldX, int iOldY)
{
if (Dragmode == MOUSE_MODE.UI_AREA_SELECT)
{
View.RenderRectangle2D(m_MouseDownPoint.X, m_MouseDownPoint.Y, e.X, e.Y, VisionColors.RGBA(255, 255, 255, 255), 1.0f);
}
else if (eKeyMod == KeyModifier.Ctrl)
{
}
else
{
if (m_selectedShapeList.Count > 0)
{
if (Dragmode == MOUSE_MODE.UI_MOVE || Dragmode == MOUSE_MODE.UI_COPY)
{
// this.MoveUIShape(m_selectedShape, e.X, e.Y);
foreach (UIShapeBase shape in m_selectedShapeList)
{
this.MoveUIShapeDelta(shape, e.X - iOldX, e.Y - iOldY);
}
}
else if (Dragmode == MOUSE_MODE.UI_SIZE)
{
foreach (UIShapeBase shape in m_selectedShapeList)
{
Rectangle2D newRect = new Rectangle2D();
float fDeltaX = (e.X - iOldX);
float fDeltaY = (e.Y - iOldY);
if (View.Cursor == Cursors.PanNW)
{
newRect.Add(shape.ScreenBound.X2, shape.ScreenBound.Y2);
newRect.Add(shape.ScreenBound.X1 + fDeltaX, shape.ScreenBound.Y1 + fDeltaY);
newRect.Validate();
shape.ScreenBound = newRect;
}
else if (View.Cursor == Cursors.PanSW)
{
newRect.Add(shape.ScreenBound.X2, shape.ScreenBound.Y1);
newRect.Add(shape.ScreenBound.X1 + fDeltaX, shape.ScreenBound.Y2 + fDeltaY);
newRect.Validate();
shape.ScreenBound = newRect;
}
else if (View.Cursor == Cursors.PanNE)
{
newRect.Add(shape.ScreenBound.X1, shape.ScreenBound.Y2);
newRect.Add(shape.ScreenBound.X2 + fDeltaX, shape.ScreenBound.Y1 + fDeltaY);
newRect.Validate();
shape.ScreenBound = newRect;
}
else if (View.Cursor == Cursors.PanSE)
{
newRect.Add(shape.ScreenBound.X1, shape.ScreenBound.Y1);
newRect.Add(shape.ScreenBound.X2 + fDeltaX, shape.ScreenBound.Y2 + fDeltaY);
newRect.Validate();
shape.ScreenBound = newRect;
}
}
}
}
else
{
}
if (Dragmode == MOUSE_MODE.UI_NONE)
{
UIShapeBase tempShape = this.GetUIShapeFromSelection(e.X, e.Y);
if (tempShape == null)
{
View.Cursor = Cursors.Default;
}
else
{
int margin = 15;
Rectangle2D mouseBound = new Rectangle2D();
mouseBound.Add(e.X - margin, e.Y - margin);
mouseBound.Add(e.X + margin, e.Y + margin);
float fX1 = tempShape.ScreenBound.X1;
float fY1 = tempShape.ScreenBound.Y1;
float fX2 = tempShape.ScreenBound.X2;
float fY2 = tempShape.ScreenBound.Y2;
if (mouseBound.IsInside(fX1, fY1))
{
View.Cursor = Cursors.PanNW;
}
else if (mouseBound.IsInside(fX1, fY2))
{
View.Cursor = Cursors.PanSW;
}
else if (mouseBound.IsInside(fX2, fY1))
{
View.Cursor = Cursors.PanNE;
}
else if (mouseBound.IsInside(fX2, fY2))
{
View.Cursor = Cursors.PanSE;
}
else if (tempShape is UIShapeDialog) // 다이얼로그는 사이즈조정밖에 안됨
{
View.Cursor = Cursors.Arrow;
}
else
{
View.Cursor = Cursors.SizeAll;
}
}
}
}
return(false);
}
/// <summary>
/// Overridden function
/// </summary>
public override void OnSelected()
{
base.OnSelected();
System.Diagnostics.Debug.Assert(_hotSpotVolume == null);
// hotspot for sound volume
_hotSpotVolume = new HotSpotDistance(this, @"textures\Hotspot_V.tga", VisionColors.Cyan, HotSpotBase.PickType.Square, 10.0f);
_hotSpotVolume.DisplayScaling = 100.0f;
_hotSpotVolume.StartDistance = Volume;
_hotSpotVolume.Axis = this.ZAxis;
_hotSpotVolume.ToolTipText = "Volume";
_hotSpotVolume.SetRange(0.0f, 1.0f);
EditorManager.ActiveView.HotSpots.Add(_hotSpotVolume);
// hotspots for distance fading
_hotSpotFadeMin = new HotSpotDistance(this, @"textures\Hotspot_D.tga", VisionColors.Blue, HotSpotBase.PickType.Square, 4.0f);
_hotSpotFadeMin.StartDistance = MinDistance;
_hotSpotFadeMin.Axis = this.XAxis;
_hotSpotFadeMin.DisplayScaling = UniformScaling;
_hotSpotFadeMin.ToolTipText = "min distance";
EditorManager.ActiveView.HotSpots.Add(_hotSpotFadeMin);
_hotSpotFadeMax = new HotSpotDistance(this, @"textures\Hotspot_D.tga", VisionColors.Blue, HotSpotBase.PickType.Square, 4.0f);
_hotSpotFadeMax.StartDistance = MaxDistance;
_hotSpotFadeMax.Axis = this.XAxis;
_hotSpotFadeMax.DisplayScaling = UniformScaling;
_hotSpotFadeMax.ToolTipText = "max distance";
EditorManager.ActiveView.HotSpots.Add(_hotSpotFadeMax);
// hotspots for cone angles
_hotSpotOuterCone = new HotSpotConeAngle(this, @"textures\Hotspot_A.tga", VisionColors.Red, HotSpotBase.PickType.Square, 4.0f);
_hotSpotOuterCone.Distance = 120.0f * EditorManager.Settings.GlobalUnitScaling;
_hotSpotOuterCone.StartAngle = this.ConeOutside;
_hotSpotOuterCone.ToolTipText = "Outer cone angle";
EditorManager.ActiveView.HotSpots.Add(_hotSpotOuterCone);
_hotSpotInnerCone = new HotSpotConeAngle(this, @"textures\Hotspot_A.tga", VisionColors.Red, HotSpotBase.PickType.Square, 4.0f);
_hotSpotInnerCone.Distance = 100.0f * EditorManager.Settings.GlobalUnitScaling;
_hotSpotInnerCone.StartAngle = this.ConeInside;
_hotSpotInnerCone.ToolTipText = "Inner cone angle";
EditorManager.ActiveView.HotSpots.Add(_hotSpotInnerCone);
// hotspot for playing sound
_hotSpotPlaySound = new HotSpotPlayButton(this, @"textures\Media_play.TGA", VisionColors.RGBA(200, 200, 200, 255), VisionColors.White, 15.0f);
_hotSpotPlaySound.ToolTipText = "Play sound";
_hotSpotPlaySound.Set2DOffset(0.0f, 30.0f);
EditorManager.ActiveView.HotSpots.Add(_hotSpotPlaySound);
UpdateHotspotVisibility();
}
/// <summary>
/// constructor
/// </summary>
/// <param name="owner">the owning CustomVolumeShape</param>
/// <param name="insert">at which place to insert</param>
public HotSpotAddVolumeVertex(CustomVolumeShape owner, int insert)
: base(owner, @"Textures\Hotspot_add.dds", VisionColors.RGBA(255, 255, 255, 180), VisionColors.White, 8.0f)
{
_insert = insert;
}
/// <summary>
/// Updates the fog in the engine. Optionally redraws the view
/// </summary>
/// <param name="bRedraw"></param>
public void Update(bool bRedraw)
{
EditorManager.EngineManager.SetLinearDepthFog(_bEnabled, _fStartDist, _fStartEnd, VisionColors.Get(_color));
if (bRedraw)
{
EditorManager.ActiveView.UpdateView(false);
}
// update the dependedncies
V3DLayer parentLayer = (V3DLayer)OwnerSceneObject;
if (parentLayer != null)
{
// update the current renderer
//parentLayer.Renderer.Update();
}
}
public void TestNavMeshGeneration()
{
// Create a nav mesh shape
EditorManager.GetShapeCreatorPluginByName("Nav Mesh").ExecutePlugin();
HavokNavMeshShape navMeshShape = (HavokAiEditorPlugin.Shapes.HavokNavMeshShape)EditorManager.Scene.FindFirstShapeOfType(typeof(HavokNavMeshShape), true);
Assert.IsNotNull(navMeshShape);
// Build the nav mesh
ShapeCollection staticGeometries = new ShapeCollection();
int numGeometryVertices = 0, numGeometryTriangles = 0, numEntities = 0, numStaticMeshes = 0, numTerrains = 0;
int numCarvers = 0, numSeedPoints = 0, numLocalSettings = 0;
HavokAiPanelDialogs.HavokAiPanel.gatherGeometricShapes(ref staticGeometries, ref numEntities, ref numStaticMeshes, ref numTerrains, ref numCarvers, ref numSeedPoints, ref numLocalSettings);
bool built = navMeshShape.Build(staticGeometries, ref numGeometryVertices, ref numGeometryTriangles);
Assert.IsTrue(built);
// Add Navmesh to world
navMeshShape.AddNavMeshToWorld();
// Create a path shape
EditorManager.GetShapeCreatorPluginByName("Nav Mesh Test Path").ExecutePlugin();
HavokNavMeshTestPathShape pathShape = (HavokAiEditorPlugin.Shapes.HavokNavMeshTestPathShape)EditorManager.Scene.FindFirstShapeOfType(typeof(HavokNavMeshTestPathShape), true);
Assert.IsNotNull(pathShape);
// Verify that a known path exists on the nav mesh
pathShape.StartPoint = new Vector3F(-500.0f, 0.0f, 0.0f);
pathShape.EndPoint = new Vector3F(500.0f, 0.0f, 0.0f);
pathShape.CharacterRadius = 20.0f;
bool foundPath = HavokAiManaged.ManagedModule.ComputeAndDrawPath(EditorManager.ActiveView, pathShape.StartPoint, pathShape.EndPoint, pathShape.CharacterRadius, pathShape.CharacterHeight, 0.08f * pathShape.CharacterHeight, VisionColors.Get(pathShape.PathColor));
EditorManager.ActiveView.UpdateView(true);
Assert.IsTrue(foundPath);
// Create a carver shape
EditorManager.GetShapeCreatorPluginByName("Nav Mesh Carver").ExecutePlugin();
HavokNavMeshCarverShape carverShape = (HavokAiEditorPlugin.Shapes.HavokNavMeshCarverShape)EditorManager.Scene.FindFirstShapeOfType(typeof(HavokNavMeshCarverShape), true);
Assert.IsNotNull(carverShape);
// Make the carver block the previous path and test by rebuilding the nav mesh and verifying the path is blocked
carverShape.BoxSizeX = 300.0f;
carverShape.BoxSizeY = 2000.0f;
carverShape.BoxSizeZ = 200.0f;
built = navMeshShape.Build(staticGeometries, ref numGeometryVertices, ref numGeometryTriangles);
Assert.IsTrue(built);
// Add Navmesh to world
navMeshShape.AddNavMeshToWorld();
foundPath = HavokAiManaged.ManagedModule.ComputeAndDrawPath(EditorManager.ActiveView, pathShape.StartPoint, pathShape.EndPoint, pathShape.CharacterRadius, pathShape.CharacterHeight, 0.08f * pathShape.CharacterHeight, VisionColors.Get(pathShape.PathColor));
EditorManager.ActiveView.UpdateView(true);
Assert.IsFalse(foundPath);
// Resize the carver again, this time so that only character's of a certain radius can traverse the path
carverShape.BoxSizeY = 1400.0f;
built = navMeshShape.Build(staticGeometries, ref numGeometryVertices, ref numGeometryTriangles);
Assert.IsTrue(built);
// Add Navmesh to world
navMeshShape.AddNavMeshToWorld();
foundPath = HavokAiManaged.ManagedModule.ComputeAndDrawPath(EditorManager.ActiveView, pathShape.StartPoint, pathShape.EndPoint, pathShape.CharacterRadius, pathShape.CharacterHeight, 0.08f * pathShape.CharacterHeight, VisionColors.Get(pathShape.PathColor));
EditorManager.ActiveView.UpdateView(true);
Assert.IsFalse(foundPath);
pathShape.CharacterRadius = 10.0f;
foundPath = HavokAiManaged.ManagedModule.ComputeAndDrawPath(EditorManager.ActiveView, pathShape.StartPoint, pathShape.EndPoint, pathShape.CharacterRadius, pathShape.CharacterHeight, 0.08f * pathShape.CharacterHeight, VisionColors.Get(pathShape.PathColor));
EditorManager.ActiveView.UpdateView(true);
Assert.IsTrue(foundPath);
// Save NavMesh to file
bool saved = navMeshShape.SaveNavMeshesToFile();
Assert.IsTrue(saved);
}
