//internal override void SetTileSet( TileSet TileSet ) { this.TileSet = TileSet; }
internal override void Render( Display render, ref Box ParentPosition )
{
Vector3 TopLeft, BottomRight, BarBottomRight;
// Frame Position Computing
if( Flag_Show_Master )
{
EffectivePosition.Position = ParentPosition.Position + Dimensions.Position;
EffectivePosition.Size = Dimensions.Size;
// Render this frame
if( Flag_Show_Frame )
{
TopLeft = EffectivePosition.Position;
BottomRight = EffectivePosition.Position + EffectivePosition.Size;
BarBottomRight = BottomRight;
BarBottomRight.X = TopLeft.X + ( ( BottomRight.X - TopLeft.X ) * this.Factor / 100.0f );
{
Vector3[] coords = new Vector3[4];
coords[0] = TopLeft;
coords[1] = TopLeft;
coords[1].Y = BottomRight.Y;
coords[2] = TopLeft;
coords[2].X = BarBottomRight.X;
coords[3] = BarBottomRight;
coords[3].X = BarBottomRight.X;
Vector4 c = new Vector4( 1 );
render.simple_gui.Activate();
render.simple_gui.DrawQuad( coords, ref c );
}
if( TileSet != null )
{
//TopLeft.z -= 1.0f;
TileSet.RenderTile( render, ref TopLeft, ref BarBottomRight, 10, ref DrawColor );
//TileSet.RenderTile(&TopLeft, &BottomRight, 8, &DrawColor);
}
}
// Render child frames
if( Flag_Show_Childs )
{
foreach( Frame frame in SubFrameList )
{
frame.Render( render, ref EffectivePosition );
}
}
}
}
static void DrawBoundingBox( Display render, BoundingBox bb )
{
///Box box = e as Box;
// = e.CollisionInformation.BoundingBox;
//Vector3 corner = Matrix.TransformNormal( Vector3.One, e.WorldTransform );
Vector3[] corners = new Vector3[8];
//Vector3 half_size = new Vector3( box.HalfWidth, box.HalfHeight, box.HalfLength );
corners[0] = bb.Min;
corners[6] = bb.Max;
corners[1] = corners[0];
corners[1].X = corners[6].X;
corners[2] = corners[0];
corners[2].X = corners[6].X;
corners[2].Y = corners[6].Y;
corners[3] = corners[0];
corners[3].Y = corners[6].Y;
corners[4] = corners[0];
corners[4].Z = corners[6].Z;
corners[5] = corners[0];
corners[5].X = corners[6].X;
corners[5].Z = corners[6].Z;
corners[7] = corners[0];
corners[7].Y = corners[6].Y;
corners[7].Z = corners[6].Z;
Vector3 white = Vector3.One;
white.Y = 0;
white.Z = 0;
drawLine( render, ref corners[0], ref corners[1], ref white, ref white );
drawLine( render, ref corners[1], ref corners[2], ref white, ref white );
drawLine( render, ref corners[2], ref corners[3], ref white, ref white );
drawLine( render, ref corners[3], ref corners[0], ref white, ref white );
drawLine( render, ref corners[0], ref corners[4], ref white, ref white );
drawLine( render, ref corners[1], ref corners[5], ref white, ref white );
drawLine( render, ref corners[2], ref corners[6], ref white, ref white );
drawLine( render, ref corners[3], ref corners[7], ref white, ref white );
drawLine( render, ref corners[4], ref corners[5], ref white, ref white );
drawLine( render, ref corners[5], ref corners[6], ref white, ref white );
drawLine( render, ref corners[6], ref corners[7], ref white, ref white );
drawLine( render, ref corners[7], ref corners[4], ref white, ref white );
}
public static void drawLine( Display render, ref Vector3 from, ref Vector3 to, ref Vector3 fromColor, ref Vector3 toColor )
{
OpenTK.Vector3[] v = new OpenTK.Vector3[2];
OpenTK.Vector4 c;
OpenTK.Vector4 c2;
c.X = fromColor.X;
c.Y = fromColor.Y;
c.Z = fromColor.Z;
c.W = 1;
c2.X = toColor.X;
c2.Y = toColor.Y;
c2.Z = toColor.Z;
c2.W = 1;
v[0].X = from.X;
v[0].Y = from.Y;
v[0].Z = from.Z;
v[1].X = to.X;
v[1].Y = to.Y;
v[1].Z = to.Z;
geometry.AddLine( v, ref c );
}
internal GameDisplay( VoxelGameEnvironment game ):base(
Settings.Read( "GL.Width", System.Windows.Forms.Screen.PrimaryScreen.WorkingArea.Width )
, Settings.Read( "GL.Height", System.Windows.Forms.Screen.PrimaryScreen.WorkingArea.Height )
, new OpenTK.Graphics.GraphicsMode( 32, 24, 24, 4, ColorFormat.Empty, 2, true )
, "Voxelarium", GameWindowFlags.Default )
{
display = new Display( game );
X = Settings.Read( "GL.Display.X", System.Windows.Forms.Screen.PrimaryScreen.WorkingArea.X );
Y = Settings.Read( "GL.Display.Y", System.Windows.Forms.Screen.PrimaryScreen.WorkingArea.Y );
this.WindowBorder = OpenTK.WindowBorder.Hidden;
display.Mouse = Mouse;
display.Keyboard = Keyboard;
UpdateFrame += display.Display_UpdateFrame;
RenderFrame += display.Display_RenderFrame;
RenderFrame += GameDisplay_RenderFrame;
display.Width = Width;
display.Height = Height;
display.X = X;
display.Y = Y;
KeyDown += display.Display_KeyDown;
KeyUp += display.Display_KeyUp;
MouseWheel += display.Display_MouseWheel;
MouseMove += display.Display_MouseMove;
MouseDown += display.Display_MouseDown;
MouseUp += display.Display_MouseUp;
Load += display.Display_Load;
Resize += GameDisplay_Resize;
Move += GameDisplay_Move;
Display.Exit = Exit;
//display.SwapBuffers = SwapBuffers;
}
internal override void Render( Display render, ref Box ParentPosition )
{
Vector3 TopLeft, BottomRight;
// Frame Position Computing
if( Flag_Show_Master )
{
EffectivePosition.Position.X = ParentPosition.Position.X + Dimensions.Position.Y;
EffectivePosition.Position.Y = ParentPosition.Position.Y + Dimensions.Position.Y;
EffectivePosition.Position.Z = ParentPosition.Position.Z + Dimensions.Position.Z;
EffectivePosition.Size.X = Dimensions.Size.X;
EffectivePosition.Size.Y = Dimensions.Size.Y;
EffectivePosition.Size.Z = Dimensions.Size.Z;
if( this.Flag_Draging ) { EffectivePosition.Position.X = DragAbsolutePosition.X; EffectivePosition.Position.Y = DragAbsolutePosition.Y; EffectivePosition.Position.Z = ParentPosition.Position.Z + Dimensions.Position.Z + 2.0f; }
// Render this frame
if( Flag_Show_Frame )
{
TopLeft = EffectivePosition.Position;
BottomRight = EffectivePosition.Position + EffectivePosition.Size;
// if (TileSet) TileSet.RenderTile(&TopLeft, &BottomRight, Tile, &DrawColor);
Vector2 P1, P2, P3, P4;
P1.X = TopLeft.X; P1.Y = TopLeft.Y;
P2.X = BottomRight.X; P2.Y = TopLeft.Y;
P3.X = BottomRight.X; P3.Y = BottomRight.Y;
P4.X = TopLeft.X; P4.Y = BottomRight.Y;
int texture;
Vector4 color;
// Render
float[] uvs = new float[2 * 4];
if( activeEntry != null )
{
texture = render.game.World.TextureAtlas.OpenGl_TextureRef;
uvs = VoxelTypeManager.VoxelTable[activeEntry.VoxelType].TextureUVs;
}
else
texture = 0;
if( activeEntry != null ) color = Vector4.One;
else color = new Vector4( 0.4f, 0.4f, 0.4f, 0.6f ); // glColor4f(0.7f, 0.7f, 0.7f, 0.9f);
float[] verts = new float[3 * 4];
verts[0 * 3 + 0] = P1.X;
verts[0 * 3 + 1] = P1.Y;
verts[0 * 3 + 2] = TopLeft.Z;
verts[0 * 3 + 0] = P2.X;
verts[0 * 3 + 1] = P2.Y;
verts[0 * 3 + 2] = TopLeft.Z;
verts[0 * 3 + 0] = P3.X;
verts[0 * 3 + 1] = P3.Y;
verts[0 * 3 + 2] = BottomRight.Z;
verts[0 * 3 + 0] = P4.X;
verts[0 * 3 + 1] = P4.Y;
verts[0 * 3 + 2] = BottomRight.Z;
render.simple_gui_texture.DrawQuad( verts, uvs );
// Rendering Quantity
if( activeEntry.Quantity > 1 )
{
String QuantityText;
QuantityText = activeEntry.Quantity.ToString();
Box FontBox;
Vector2 Dim;
TileStyle.TileSet.GetFontRenderSize( TileStyle, QuantityText, out Dim );
FontBox.Position.X = BottomRight.X - Dim.X - 1.0f;
FontBox.Position.Y = BottomRight.Y - Dim.Y - 1.0f;
FontBox.Position.Z = TopLeft.Z + 2.0f;
FontBox.Size.X = Dim.X;
FontBox.Size.Y = Dim.Y;
FontBox.Size.Z = 0.0f;
Vector4 Color;
Vector4 BkColor;
Color = Vector4.One;
BkColor = Vector4.Zero;
TileStyle.TileSet.RenderFont( render, TileStyle, ref FontBox, QuantityText, ref Color );
FontBox.Position.Z -= 1.0f;
FontBox.Position.X -= Display.SclX(1.0f );
FontBox.Position.Y -= Display.SclY(1.0f );
TileStyle.TileSet.RenderFont( render, TileStyle, ref FontBox, QuantityText, ref BkColor );
}
}
// Render child frames
if( Flag_Show_Childs )
{
//SubFrameList.Dump();
foreach( Frame frame in SubFrameList )
{
frame.Render( render, ref EffectivePosition );
}
}
}
}
internal void DropItem( Display render, Frame Item, ushort nButton )
{
if( Item.FrameType == VoxelUtils.MulticharConst( 'I', 'B', 'O', 'X' ) )
{
InventoryBox IbItem;
ushort In_VoxelType, Temp_VoxelType;
int In_Quantity, Temp_Quantity;
IbItem = (InventoryBox)Item;
Inventory.Entry entry = IbItem.GetEntry();
In_VoxelType = entry.VoxelType;
In_Quantity = entry.Quantity;
if( In_VoxelType != activeEntry.VoxelType && entry.Quantity > 0 )
{
if( nButton == 1 )
{
Temp_VoxelType = In_VoxelType;
Temp_Quantity = In_Quantity;
entry.VoxelType = activeEntry.VoxelType;
entry.Quantity = activeEntry.Quantity;
activeEntry.VoxelType = Temp_VoxelType;
activeEntry.Quantity = Temp_Quantity;
}
}
else if( In_VoxelType == activeEntry.VoxelType || activeEntry.Quantity == 0 )
{
if( nButton == 1 )
{
activeEntry.Quantity += In_Quantity;
activeEntry.VoxelType = In_VoxelType;
entry.Quantity = 0;
entry.VoxelType = 0;
}
if( nButton == 3 )
{
int TransfertQuantity = 1;
if( render.keyboard[ Key.ShiftLeft] ||
render.keyboard[Key.ShiftRight] )
TransfertQuantity = 10;
if( render.keyboard[Key.ControlLeft] ||
render.keyboard[Key.ControlRight] )
TransfertQuantity = 100;
if( render.keyboard[Key.AltLeft] ||
render.keyboard[Key.AltRight] )
TransfertQuantity = 1000;
if( TransfertQuantity > In_Quantity ) TransfertQuantity = In_Quantity;
if( In_Quantity > 0 )
{
( activeEntry.Quantity ) += TransfertQuantity;
entry.Quantity = In_Quantity - TransfertQuantity;
activeEntry.VoxelType = In_VoxelType;
}
}
}
}
// printf("Dropped : %lx in %lx\n",(ULong)Item, (ULong)this);
}
internal override void Render( Display render, ref Box ParentPosition )
{
if( Flag_Show_Master )
{
EffectivePosition.Position = ParentPosition.Position + Dimensions.Position;
EffectivePosition.Position.Z -= 0.1f;
EffectivePosition.Size = Dimensions.Size;
if( Flag_Show_Frame )
{
if( font != null )
font.RenderFont( render, ref EffectivePosition, line_height
, this.TextToDisplay, ref DrawColor );
}
// Render child frames
if( Flag_Show_Childs )
{
//SubFrameList.Dump();
foreach( Frame frame in SubFrameList )
{
frame.Render( render, ref EffectivePosition );
}
}
}
}
internal virtual void Render( Display render, ref Box ParentPosition )
{
quad P;
// Frame Position Computing
if( Flag_Show_Master )
{
EffectivePosition.Position = ParentPosition.Position + Dimensions.Position;
EffectivePosition.Position.Z -= 0.1f;
EffectivePosition.Size = Dimensions.Size;
if( this.Flag_Draging ) { EffectivePosition.Position.X = DragAbsolutePosition.X; EffectivePosition.Position.Y = DragAbsolutePosition.Y; }
// Render this frame
if( Flag_Show_Frame )
{
P.P1.X = EffectivePosition.Position.X; P.P1.Y = EffectivePosition.Position.Y; P.P1.Z = EffectivePosition.Position.Z + EffectivePosition.Size.Z;
P.P2.X = EffectivePosition.Position.X + EffectivePosition.Size.X; P.P2.Y = EffectivePosition.Position.Y; P.P2.Z = EffectivePosition.Position.Z + EffectivePosition.Size.Z;
P.P3.X = EffectivePosition.Position.X + EffectivePosition.Size.X; P.P3.Y = EffectivePosition.Position.Y + EffectivePosition.Size.Y; P.P3.Z = EffectivePosition.Position.Z + EffectivePosition.Size.Z;
P.P4.X = EffectivePosition.Position.X; P.P4.Y = EffectivePosition.Position.Y + EffectivePosition.Size.Y; P.P4.Z = EffectivePosition.Position.Z + EffectivePosition.Size.Z;
int TextureRef = GuiManager.TextureManager.GetTextureEntry( this.TextureNum ).OpenGl_TextureRef;
tex_coords[0] = 0.0f; tex_coords[1] = 1.0f; coords[0] = P.P1.X; coords[1] = P.P1.Y; coords[2] = P.P1.Z;
tex_coords[2] = 1.0f; tex_coords[3] = 1.0f; coords[3] = P.P2.X; coords[4] = P.P2.Y; coords[5] = P.P2.Z;
tex_coords[4] = 1.0f; tex_coords[5] = 0.0f; coords[6] = P.P3.X; coords[7] = P.P3.Y; coords[8] = P.P3.Z;
tex_coords[6] = 1.0f; tex_coords[7] = 0.0f; coords[9] = P.P3.X; coords[10] = P.P3.Y; coords[11] = P.P3.Z;
tex_coords[8] = 0.0f; tex_coords[9] = 0.0f; coords[12] = P.P4.X; coords[13] = P.P4.Y; coords[14] = P.P4.Z;
tex_coords[10] = 0.0f; tex_coords[11] = 1.0f; coords[15] = P.P1.X; coords[16] = P.P1.Y; coords[17] = P.P1.Z;
//lprintf( "%3d %g,%g,%g %g,%g,%g", TextureRef, P.P1.X, P.P1.Y, P.P1.Z, P.P3.X, P.P3.Y, P.P3.Z );
render.simple_gui_texture.Activate();
render.simple_gui_texture.SetUniforms( TextureRef, ref DrawColor );
render.simple_gui_texture.DrawQuadTris( coords, tex_coords );
render.simple_texture.Activate();
render.simple_texture.SetUniforms( TextureRef, ref DrawColor );
render.simple_texture.DrawQuadTris( coords, tex_coords );
}
// Render child frames
if( Flag_Show_Childs )
{
lock ( SubFrameList )
{
foreach( Frame frame in SubFrameList )
frame.Render( render, ref EffectivePosition );
}
}
}
}
internal override void Render( Display display, VoxelGameEnvironment game, VoxelWorld world )
{
HighPerfTimer Timer = new HighPerfTimer();
HighPerfTimer Timer_SectorRefresh = new HighPerfTimer();
long Time;
uint RenderedSectors;
int i;
int in_centerX, in_centerY, in_centerZ;
Timer.Start();
Stat_RenderDrawFaces = 0;
Stat_FaceTop = 0;
Stat_FaceBottom = 0;
Stat_FaceLeft = 0;
Stat_FaceRight = 0;
Stat_FaceFront = 0;
Stat_FaceBack = 0;
// Stats reset
GameStats Stat = GameEnv.GameStat;
if( Stat == null )
return;
// Precomputing values for faster math
// Update per cycle.
int UpdatePerCycle = 2;
int n;
if( Stat_RefreshWaitingSectorCount < 50 ) UpdatePerCycle = 1;
if( Stat_RefreshWaitingSectorCount < 500 ) UpdatePerCycle = 2;
else if( Stat.SectorRefresh_TotalTime < 32 ) UpdatePerCycle = 5;
Stat_RefreshWaitingSectorCount = 0;
// Stat Reset
Stat.SectorRefresh_Count = 0;
Stat.SectorRefresh_TotalTime = 0;
Stat.SectorRefresh_MinTime = 0;
Stat.SectorRefresh_MaxTime = 0;
Stat.SectorRender_Count = 0;
Stat.SectorRender_TotalTime = 0;
Stat.SectorRefresh_Waiting = 0;
// Renderwaiting system
for( i = 0; i < 64; i++ ) RefreshToDo[i] = 0;
for( i = 63; i > 0; i-- )
{
n = RefreshWaiters[i];
if( n > UpdatePerCycle ) n = UpdatePerCycle;
UpdatePerCycle -= n;
RefreshToDo[i] = n;
}
RefreshToDo[0] = UpdatePerCycle;
for( i = 0; i < 64; i++ ) RefreshWaiters[i] = 0;
// Computing Frustum and Setting up Projection
int Sector_x, Sector_y, Sector_z;
int x, y, z;
VoxelSector Sector;
int Priority, PriorityBoost;
uint Sector_Refresh_Count;
// Transforming Camera coords to sector coords. One Voxel is 256 observer units. One sector is 16x16x32.
btVector3 origin;
Camera.location.getOrigin( out origin );
Sector_x = ( (int)origin.x >> ( world.VoxelBlockSizeBits + VoxelSector.ZVOXELBLOCSHIFT_X ) );
Sector_y = ( (int)origin.y >> ( world.VoxelBlockSizeBits + VoxelSector.ZVOXELBLOCSHIFT_Y ) );
Sector_z = ( (int)origin.z >> ( world.VoxelBlockSizeBits + VoxelSector.ZVOXELBLOCSHIFT_Z ) );
in_centerX = (int)origin.x & VoxelSector.ZVOXELBLOCMASK_X;
in_centerY = (int)origin.y & VoxelSector.ZVOXELBLOCMASK_Y;
in_centerZ = (int)origin.z & VoxelSector.ZVOXELBLOCMASK_Z;
// Rendering loop
// Preparation and first rendering pass
RenderedSectors = 0;
Sector_Refresh_Count = 0;
int voxelSizeBits = world.VoxelBlockSizeBits;
float voxelSize = world.VoxelBlockSize;
SectorSphere.SphereEntry SectorSphereEntry;
uint SectorsToProcess = SectorSphere.GetEntryCount();
btVector3 Cv;
btVector3 Cv2;
Cv2.w = 0;
Cv.w = 0;
for( int Entry = 0; Entry < SectorsToProcess; Entry++ )
{
SectorSphere.GetEntry( Entry, out SectorSphereEntry );
x = SectorSphereEntry.x + Sector_x;
y = SectorSphereEntry.y + Sector_y;
z = SectorSphereEntry.z + Sector_z;
// for (x = Start_x ; x <= End_x ; x++)
// for (y = Start_y; y <= End_y ; y++)
// for (z = Start_z; z <= End_z ; z++)
// try to see if sector is visible
bool SectorVisible;
Cv.x = (float)( ( x ) << ( voxelSizeBits + VoxelSector.ZVOXELBLOCSHIFT_X ) );
Cv.y = (float)( ( y ) << ( voxelSizeBits + VoxelSector.ZVOXELBLOCSHIFT_Y ) );
Cv.z = (float)( ( z ) << ( voxelSizeBits + VoxelSector.ZVOXELBLOCSHIFT_Z ) );
SectorVisible = false;
Cv2.x = ( 0 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 1 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 1 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 0 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 0 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 1 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 0 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 1 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Cv2.x = ( 0 * VoxelSector.ZVOXELBLOCSIZE_X * voxelSize ); Cv2.y = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Y * voxelSize ); Cv2.z = ( 1 * VoxelSector.ZVOXELBLOCSIZE_Z * voxelSize );
Cv2.Add( ref Cv, out Cv2 ); SectorVisible |= Is_PointVisible( ref Camera.location, ref Cv2 );
Sector = world.FindSector( x, y, z );
Priority = RadiusZones.GetZone( x - Sector_x, y - Sector_y, z - Sector_z );
PriorityBoost = ( SectorVisible && Priority <= 2 ) ? 1 : 0;
// Go = true;
if( Sector != null )
{
if( Sector.transparent_geometry.transparent_render_sorting != SectorSphereEntry.relative_pos )
{
Sector.transparent_geometry.transparent_render_sorting = SectorSphereEntry.relative_pos;
Sector.Flag_Render_Dirty_Transparent = true;
Sector.transparent_geometry.sortedX = -1;
}
if( SectorSphereEntry.relative_pos == VoxelSector.RelativeVoxelOrds.INCENTER )
{
if( center_sorted_x != in_centerX
|| center_sorted_y != in_centerY
|| center_sorted_z != in_centerZ )
{
Sector.Flag_Render_Dirty_Transparent = true;
BuildSortListInSector( in_centerX, in_centerY, in_centerZ );
}
}
Sector.Flag_IsVisibleAtLastRendering = SectorVisible || Priority >= 3;
// Display lists preparation
if( ( Sector.Flag_Render_Dirty || Sector.Flag_Render_Dirty_Transparent )
&& GameEnv.Enable_NewSectorRendering )
{
// if (Sector_Refresh_Count < 5 || Priority==4)
if( ( RefreshToDo[Sector.RefreshWaitCount] != 0 ) || Sector.Flag_HighPriorityRefresh )
{
if ( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING )
Timer_SectorRefresh.Start();
RefreshToDo[Sector.RefreshWaitCount]--;
Sector.Flag_HighPriorityRefresh = false;
//Log.log( "Draw sector geometry {0} {1} {2}", Sector.Pos_x, Sector.Pos_y, Sector.Pos_z );
MakeSectorRenderingData( Sector );
MakeSectorRenderingData_Sorted( Sector, SectorSphereEntry.relative_pos
, in_centerX, in_centerY, in_centerZ );
//Log.log( "Drew sector geometry {0} {1} {2}", Sector.Pos_x, Sector.Pos_y, Sector.Pos_z );
Sector_Refresh_Count++;
Sector.RefreshWaitCount = 0;
Stat.SectorRefresh_Count++;
if( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING )
{
Timer_SectorRefresh.End(); Time = Timer_SectorRefresh.GetResult(); Stat.SectorRefresh_TotalTime += (uint)Time;
if( Time < Stat.SectorRefresh_MinTime ) Stat.SectorRefresh_MinTime = (uint)Time;
if( Time > Stat.SectorRefresh_MaxTime ) Stat.SectorRefresh_MaxTime = (uint)Time;
}
}
else
{
Sector.RefreshWaitCount++;
if( Sector.RefreshWaitCount > 31 ) Sector.RefreshWaitCount = 31;
if( Priority == 4 ) Sector.RefreshWaitCount++;
RefreshWaiters[Sector.RefreshWaitCount]++;
Stat_RefreshWaitingSectorCount++;
Stat.SectorRefresh_Waiting++;
}
}
// Rendering first pass
if( Sector.Flag_IsVisibleAtLastRendering
&& ( !Sector.Flag_Void_Regular )
)
{
if( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING )
Timer_SectorRefresh.Start();
Sector.solid_geometry.SetupUniforms( world.TextureAtlas.OpenGl_TextureRef );
Sector.solid_geometry.DrawBuffer();
//glCallList( ( (ZRender_Interface_displaydata*)Sector.DisplayData ).DisplayList_Regular[current_gl_camera] );
Stat.SectorRender_Count++; RenderedSectors++;
if( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING ) {
Timer_SectorRefresh.End(); Time = Timer_SectorRefresh.GetResult(); Stat.SectorRender_TotalTime += (uint)Time;
}
}
}
else
{
if( GameEnv.Enable_LoadNewSector )
world.RequestSector( x, y, z, Priority + PriorityBoost );
if( VoxelGlobalSettings.COMPILEOPTION_DRAW_MISSING_SECTORS )
{
GL.Disable( EnableCap.DepthTest );
if( SectorVisible ) // culling
Render_EmptySector( display, world, x, y, z, 1.0f, 0.3f, 0.1f );
GL.Enable( EnableCap.DepthTest );
}
//return;
}
}
// Second pass rendering
//GL.Disable( EnableCap.DepthTest );
//GL.DepthMask( false );
//glDepthMask( GL_FALSE );
#if !USE_GLES2
GL.AlphaFunc( AlphaFunction.Greater, 0.2f );
GL.Enable( EnableCap.AlphaTest );
#endif
Display.EnableBlending( true );
for( int Entry = 0; Entry < SectorsToProcess; Entry++ )
{
SectorSphere.GetEntry( Entry, out SectorSphereEntry );
x = SectorSphereEntry.x + Sector_x;
y = SectorSphereEntry.y + Sector_y;
z = SectorSphereEntry.z + Sector_z;
Sector = world.FindSector( x, y, z );
// printf("Sector : %ld %ld %ld %lu\n", x, y, z, (uint)(Sector != 0));9
if( Sector != null )
{
if( Sector.Flag_IsVisibleAtLastRendering
&& ( !Sector.Flag_Void_Transparent )
)
{
if( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING )
Timer_SectorRefresh.Start();
Sector.transparent_geometry.SetupUniforms( world.TextureAtlas.OpenGl_TextureRef );
Sector.transparent_geometry.DrawBuffer();
//glCallList( ( (ZRender_Interface_displaydata*)Sector.DisplayData ).DisplayList_Transparent[current_gl_camera] );
Stat.SectorRender_Count++;
if( VoxelGlobalSettings.COMPILEOPTION_FINETIMINGTRACKING )
{
Timer_SectorRefresh.End(); Time = Timer_SectorRefresh.GetResult();
Stat.SectorRender_TotalTime += (uint)Time;
}
}
}
}
GL.Enable( EnableCap.DepthTest );
Display.EnableBlending( false );
Timer.End();
/*printf("Frame Time : %lu Rend Sects: %lu Draw Faces :%lu Top:%lu Bot:%lu Le:%lu Ri:%lu Front:%lu Back:%lu\n",Timer.GetResult(), RenderedSectors, Stat_RenderDrawFaces, Stat_FaceTop, Stat_FaceBottom,
Stat_FaceLeft,Stat_FaceRight,Stat_FaceFront,Stat_FaceBack);*/
//printf("RenderedSectors : %lu\n",RenderedSectors);
//SDL_GL_SwapBuffers( );
}
public void drawContactPoint( Display render, ref Vector3 PointOnB, ref Vector3 normalOnB, double distance, int lifeTime, ref Vector3 color )
{
Vector3 tmpD;
PointOnB.Add( ref normalOnB, out tmpD );
drawLine( render, ref PointOnB, ref tmpD, ref color, ref color );
}
public static void DrawSpace( Display render, PhysicsEngine engine )
{
if( engine != null )
{
geometry.Clear();
foreach( Entity e in engine.test_entitites )
{
Box box = e as Box;
DrawBox( render, box );
}
lock( engine.active_sectors )
{
//if( false )
foreach( PhysicsEngine.Sector s in engine.active_sectors )
{
int n = 0;
if( s.Empty )
continue;
if( false )
foreach( VoxelShape shp in s.content )
{
if( shp != VoxelShape.Empty )
{
int x = (int)(( n / s.sector.Size_y ) % s.sector.Size_x);
int y = (int)( n % s.sector.Size_y);
int z = (int)( ( n / ( s.sector.Size_x * s.sector.Size_y ) ) % s.sector.Size_z );
BoundingBox bb;
//Log.log( "found non empty at sector {0} {1} {2} offset {3}"
// , s.sector.Pos_x, s.sector.Pos_y, s.sector.Pos_z
// , n );
bb.Min.X = s.sector.Pos_x * 32 + x;
bb.Min.Y = s.sector.Pos_y * 32 + y;
bb.Min.Z = s.sector.Pos_z * 32 + z;
bb.Max.X = bb.Min.X + 1;
bb.Max.Y = bb.Min.Y + 1;
bb.Max.Z = bb.Min.Z + 1;
DrawBoundingBox( render, bb );
//if( n > 2000 )
// break;
}
n++;
}
DrawBoundingBox( render, s.grid.BoundingBox );
}
}
geometry.DrawBuffer( PrimitiveType.Lines );
}
}
static void DrawBox( Display render, Box box )
{
{
Vector3 o = box.WorldTransform.Translation;
Vector3 xdir; Matrix3x3.Transform( ref Vector3.UnitX, ref box.orientationMatrix, out xdir );
Vector3 ydir; Matrix3x3.Transform( ref Vector3.UnitY, ref box.orientationMatrix, out ydir );
Vector3 zdir; Matrix3x3.Transform( ref Vector3.UnitZ, ref box.orientationMatrix, out zdir );
Vector3 corner; Matrix3x3.Transform( ref Vector3.One, ref box.orientationMatrix, out corner );
Vector3[] corners = new Vector3[8];
Vector3 size = new Vector3( box.Width, box.Height, box.Length );
corners[0] = o + corner * ( size * 0.5f);
corners[1] = corners[0] - ( xdir * size.X );
corners[2] = corners[0] - ( xdir * size.X ) - ( ydir * size.Y );
corners[3] = corners[0] - ( ydir * size.Y );
corners[4] = corners[0] - ( zdir * size.Z );
corners[5] = corners[0] - ( zdir * size.Z ) - ( xdir * size.X );
corners[6] = corners[0] - ( zdir * size.Z ) - ( xdir * size.X ) - ( ydir * size.Y );
corners[7] = corners[0] - ( zdir * size.Z ) - ( ydir * size.Y );
Vector3 white = Vector3.One;
drawLine( render, ref corners[0], ref corners[1], ref white, ref white );
drawLine( render, ref corners[1], ref corners[2], ref white, ref white );
drawLine( render, ref corners[2], ref corners[3], ref white, ref white );
drawLine( render, ref corners[3], ref corners[0], ref white, ref white );
drawLine( render, ref corners[0], ref corners[4], ref white, ref white );
drawLine( render, ref corners[1], ref corners[5], ref white, ref white );
drawLine( render, ref corners[2], ref corners[6], ref white, ref white );
drawLine( render, ref corners[3], ref corners[7], ref white, ref white );
drawLine( render, ref corners[4], ref corners[5], ref white, ref white );
drawLine( render, ref corners[5], ref corners[6], ref white, ref white );
drawLine( render, ref corners[6], ref corners[7], ref white, ref white );
drawLine( render, ref corners[7], ref corners[4], ref white, ref white );
}
}
internal void Render( Display render )
{
Box Dimensions;
Dimensions.Position.X = -1;
Dimensions.Position.Y = -1;
Dimensions.Position.Z = 1;
Dimensions.Size.X = 2;
Dimensions.Size.Y = 2;
Dimensions.Size.Z = 10;
FirstFrame.Render( render, ref Dimensions );
}
internal void Render_EmptySector( Display display, VoxelWorld world, int x, int y, int z, float r, float g, float b )
{
Vector4 c;
int sx = (int)(VoxelSector.ZVOXELBLOCSIZE_X * world.VoxelBlockSize );
int sy = (int)(VoxelSector.ZVOXELBLOCSIZE_Y * world.VoxelBlockSize );
int sz = (int)(VoxelSector.ZVOXELBLOCSIZE_Z * world.VoxelBlockSize );
c.X = r;
c.Y = g;
c.Z = b;
c.W = 0.5f;
unsafe
{
fixed ( float* _v = sector_verts )
{
float* v = _v;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
*(v++) = x * sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz + sz;
*(v++) = x * sx + sx;
*(v++) = y * sy;
*(v++) = z * sz;
*(v++) = x * sx + sx;
*(v++) = y * sy + sy;
*(v++) = z * sz;
if( display.simple.Activate() )
display.simple.DrawBox( sector_verts, ref c );
}
}
}
internal abstract void Render( Display display, VoxelGameEnvironment game, VoxelWorld world );
/// <summary>
/// Draw a string.
/// </summary>
/// <param name="render">display to draw string in/on</param>
/// <param name="EffectivePosition">Where to draw the text (size unused)</param>
/// <param name="scale">how big to render the font...</param>
/// <param name="text"></param>
/// <param name="color"></param>
internal void RenderFont( Display render, ref Box EffectivePosition
, float scale, string text
, ref Vector4 color )
{
int c;
uint rune;
Display.EnableBlending( true );
GL.Enable( EnableCap.DepthTest );
render.simple_gui_texture.Activate();
render.simple_gui_texture.SetUniforms( OpenGl_TextureRef, ref color );
float[] quad = new float[12];
float x_left, y_bottom;
float x = EffectivePosition.Position.X;
float y = EffectivePosition.Position.Y;
float z = EffectivePosition.Position.Z + EffectivePosition.Size.Z;
float xp, yp;
FontCharacter ch;
for( c = 0; c < text.Length; c++ )
{
rune = GetUnicode( ref c, text );
if( rune == '\n' )
{
y -= scale;
x = EffectivePosition.Position.X;
}
else
{
ch = GetCharacter( rune );
if( ch.width > 0 )
{
x_left = x + ( ch.leftSideBearing * scale / line_height );
yp = y + ( ( ch.topSideBearing - descent) * scale / line_height );//( ( ( line_height + ch.yOffset ) * scale ) / line_height );
xp = x_left + ( ch.width * scale / line_height );
y_bottom = yp + ( ch.height * scale / line_height );
quad[0 * 3 + 0] = x_left;
quad[0 * 3 + 1] = yp;
quad[0 * 3 + 2] = z;
quad[1 * 3 + 0] = x_left;
quad[1 * 3 + 1] = y_bottom;
quad[1 * 3 + 2] = z;
quad[2 * 3 + 0] = xp;
quad[2 * 3 + 1] = yp;
quad[2 * 3 + 2] = z;
quad[3 * 3 + 0] = xp;
quad[3 * 3 + 1] = y_bottom;
quad[3 * 3 + 2] = z;
render.simple_gui_texture.DrawQuad( quad, ch.uvs );
}
x = x + ( ch.advanceWidth * scale / line_height );
}
}
}
internal void RenderFont( Display render, ref Box EffectivePosition
, ref Vector3 u, ref Vector3 v
, float scale, string text
, ref Vector4 color )
{
int c;
uint rune;
Display.EnableBlending( true );
GL.Enable( EnableCap.DepthTest );
render.simple_texture.Activate();
render.simple_texture.SetUniforms( OpenGl_TextureRef, ref color );
float[] quad = new float[12];
float x_left, y_bottom;
Vector3 o = EffectivePosition.Position;
Vector3 topleft;
Vector3 topright;
Vector3 bottomleft;
Vector3 bottomright;
Vector3 tmp_x_left;
Vector3 tmp_x_right;
Vector3 tmp_y_top;
Vector3 tmp_y_bottom;
float x_del = 0;
float y_del = 0;
float x_right, yp;
FontCharacter ch;
for( c = 0; c < text.Length; c++ )
{
rune = GetUnicode( ref c, text );
if( rune == '\n' )
{
y_del -= scale;
x_del = 0;
}
else
{
ch = GetCharacter( rune );
if( ch.width > 0 )
{
x_left = x_del + ( ch.leftSideBearing * scale / line_height );
yp = y_del + ( ( ch.topSideBearing - descent ) * scale / line_height );//( ( ( line_height + ch.yOffset ) * scale ) / line_height );
x_right = x_left + ( ch.width * scale / line_height );
y_bottom = yp + ( ch.height * scale / line_height );
Vector3.Multiply( ref u, x_left, out tmp_x_left );
Vector3.Add( ref o, ref tmp_x_left, out topleft );
Vector3.Multiply( ref v, yp, out tmp_y_top );
Vector3.Add( ref topleft, ref tmp_y_top, out topleft );
Vector3.Multiply( ref u, x_right, out tmp_x_right );
Vector3.Add( ref o, ref tmp_x_right, out topright );
Vector3.Add( ref topright, ref tmp_y_top, out topright );
Vector3.Add( ref o, ref tmp_x_left, out bottomleft );
Vector3.Multiply( ref v, y_bottom, out tmp_y_bottom );
Vector3.Add( ref bottomleft, ref tmp_y_bottom, out bottomleft );
Vector3.Add( ref o, ref tmp_x_right, out bottomright );
Vector3.Add( ref bottomright, ref tmp_y_bottom, out bottomright );
quad[0 * 3 + 0] = topleft.X;
quad[0 * 3 + 1] = topleft.Y;
quad[0 * 3 + 2] = topleft.Z;
quad[1 * 3 + 0] = bottomleft.X;
quad[1 * 3 + 1] = bottomleft.Y;
quad[1 * 3 + 2] = bottomleft.Z;
quad[2 * 3 + 0] = topright.X;
quad[2 * 3 + 1] = topright.Y;
quad[2 * 3 + 2] = topright.Z;
quad[3 * 3 + 0] = bottomright.X;
quad[3 * 3 + 1] = bottomright.Y;
quad[3 * 3 + 2] = bottomright.Z;
render.simple_texture.DrawQuad( quad, ch.uvs );
}
x_del += ( ch.advanceWidth * scale / line_height );
}
}
}
public bool Draw( Display display, float game_time )
{
Timer_Draw.Start();
if( frames == 0 )
frame_start = HighPerfTimer.GetActualTime();
frames++;
if( Game_Run )
{
// Rendering
if( Basic_Renderer != null )
{
// Process Input events (Mouse, Keyboard)
// this is handeld from callbacks
//EventManager.ProcessEvents(); // Process incoming events.
// Process incoming sectors from the make/load working thread
World.ProcessNewLoadedSectors( );
// Sector Ejection processing.
World.ProcessOldEjectedSectors();
// if (MoveShipCounter>125 ) {GameEnv.MoveShip(); MoveShipCounter = 0; }
// Player physics
// PhysicEngine.DoPhysic( GameEnv.Time_FrameTime );
// Voxel Processor Get Player Position.
//ZActor* Actor;
//Actor = GameEnv.PhysicEngine.GetSelectedActor();
//GameEnv.VoxelProcessor.SetPlayerPosition( Actor.Location.x, Actor.Location.y, Actor.Location.z );
// Advertising messages
GameWindow_Advertising.Advertising_Actions( game_time );
//ToolManager.ProcessAndDisplay();
Basic_Renderer.Render( display, this, World );
//if( Ge && Ge->Gui )
}
}
if( GuiManager != null )
GuiManager.Render( display );
//Timer.End();
Timer_Draw.End();
return true;
}
