/// <summary>
/// Pre-Draw
/// </summary>
/// <param name="device"></param>
public override void PreDraw(GraphicsDevice device)
{
base.PreDraw(device);
if (HasInit == false)
{
return;
}
BoundView();
State._2D.PreciseZoom = State.PreciseZoom;
State.OutsideColor = Blueprint.OutsideColor;
FSO.Common.Rendering.Framework.GameScreen.ClearColor = new Color(new Color(0x72, 0x72, 0x72).ToVector4() * State.OutsideColor.ToVector4());
foreach (var sub in Blueprint.SubWorlds)
{
sub.PreDraw(device, State);
}
State.UpdateInterpolation();
if (Blueprint != null)
{
foreach (var ent in Blueprint.Objects)
{
ent.Update(null, State);
}
}
//For all the tiles in the dirty list, re-render them
//PPXDepthEngine.SetPPXTarget(null, null, true);
State.PrepareLighting();
State._2D.Begin(this.State.Camera);
_2DWorld.PreDraw(device, State);
device.SetRenderTarget(null);
State._2D.End();
State._3D.Begin(device);
_3DWorld.PreDraw(device, State);
State._3D.End();
if (UseBackbuffer)
{
PPXDepthEngine.SetPPXTarget(null, null, true);
InternalDraw(device);
device.SetRenderTarget(null);
}
return;
}
/// <summary>
/// Pre-Draw
/// </summary>
/// <param name="device"></param>
public override void PreDraw(GraphicsDevice device)
{
//bound the scroll so we can't see gray space.
float boundfactor = 0.5f;
switch (State.Zoom)
{
case WorldZoom.Near:
boundfactor = 1.20f; break;
case WorldZoom.Medium:
boundfactor = 1.05f; break;
}
boundfactor *= Blueprint?.Width ?? 64;
var off = 0.5f * (Blueprint?.Width ?? 64);
var tile = State.CenterTile;
tile = new Vector2(Math.Min(boundfactor + off, Math.Max(off - boundfactor, tile.X)), Math.Min(boundfactor + off, Math.Max(off - boundfactor, tile.Y)));
if (tile != State.CenterTile)
{
State.CenterTile = tile;
}
base.PreDraw(device);
if (HasInit == false)
{
return;
}
State._2D.PreciseZoom = State.PreciseZoom;
State.OutsideColor = Blueprint.OutsideColor;
foreach (var sub in Blueprint.SubWorlds)
{
sub.PreDraw(device, State);
}
if (Blueprint != null)
{
foreach (var ent in Blueprint.Objects)
{
ent.Update(null, State);
}
}
//For all the tiles in the dirty list, re-render them
//PPXDepthEngine.SetPPXTarget(null, null, true);
State.PrepareLighting();
State._2D.Begin(this.State.Camera);
_2DWorld.PreDraw(device, State);
device.SetRenderTarget(null);
State._2D.End();
State._3D.Begin(device);
_3DWorld.PreDraw(device, State);
State._3D.End();
if (UseBackbuffer)
{
PPXDepthEngine.SetPPXTarget(null, null, true);
InternalDraw(device);
device.SetRenderTarget(null);
}
return;
}
/// <summary>
/// Prep work before screen is painted
/// </summary>
/// <param name="gd"></param>
/// <param name="state"></param>
public virtual void PreDraw(GraphicsDevice gd, WorldState state)
{
//var oht = state.BaseHeight;
//state.BaseHeight = 0;
var pxOffset = -state.WorldSpace.GetScreenOffset();
//state.BaseHeight = oht;
var damage = Blueprint.Damage;
var _2d = state._2D;
/**
* Tasks:
* If zoom or rotation has changed, redraw all static layers
* If scroll has changed, redraw static layer if the scroll is outwith the buffered region
* If architecture has changed, redraw appropriate static layer
* If there is a new object in the static layer, redraw the static layer
* If an objects in the static layer has changed, redraw the static layer and move the object to the dynamic layer
* If wall visibility has changed, redraw wall layer (should think about how this works with breakthrough wall mode
*/
var im = state.ThisFrameImmediate;
var redrawStaticObjects = im;
var redrawFloor = im;
var redrawWall = im;
var recacheWalls = false;
var recacheCutaway = false;
var recacheFloors = false;
var recacheTerrain = false;
var recacheObjects = false;
var drawImmediate = false;
var lightChangeType = 0;
if (TicksSinceLight++ > 60 * 4)
{
damage.Add(new BlueprintDamage(BlueprintDamageType.OUTDOORS_LIGHTING_CHANGED));
}
WorldObjectRenderInfo info = null;
foreach (var item in damage)
{
switch (item.Type)
{
case BlueprintDamageType.ROTATE:
case BlueprintDamageType.ZOOM:
case BlueprintDamageType.LEVEL_CHANGED:
recacheObjects = true;
recacheWalls = true;
recacheFloors = true;
//recacheTerrain = true;
break;
case BlueprintDamageType.SCROLL:
if (StaticObjects == null || StaticObjects.PxOffset != GetScrollIncrement(pxOffset, state))
{
redrawFloor = true;
redrawWall = true;
redrawStaticObjects = true;
}
break;
case BlueprintDamageType.PRECISE_ZOOM:
drawImmediate = true;
redrawFloor = redrawWall = redrawStaticObjects = true;
break;
case BlueprintDamageType.LIGHTING_CHANGED:
if (lightChangeType >= 2)
{
break;
}
var room = (ushort)item.TileX;
redrawFloor = true;
redrawWall = true;
redrawStaticObjects = true;
state.Light?.InvalidateRoom(room);
Blueprint.GenerateRoomLights();
state.OutsideColor = Blueprint.RoomColors[1];
state._3D.RoomLights = Blueprint.RoomColors;
state.OutsidePx.SetData(new Color[] { new Color(Blueprint.OutsideColor, (Blueprint.OutsideColor.R + Blueprint.OutsideColor.G + Blueprint.OutsideColor.B) / (255 * 3f)) });
if (state.AmbientLight != null)
{
state.AmbientLight.SetData(Blueprint.RoomColors);
}
TicksSinceLight = 0;
break;
case BlueprintDamageType.OUTDOORS_LIGHTING_CHANGED:
if (lightChangeType >= 1)
{
break;
}
lightChangeType = 1;
redrawFloor = true;
redrawWall = true;
redrawStaticObjects = true;
Blueprint.GenerateRoomLights();
state.OutsideColor = Blueprint.RoomColors[1];
state._3D.RoomLights = Blueprint.RoomColors;
state.OutsidePx.SetData(new Color[] { new Color(Blueprint.OutsideColor, (Blueprint.OutsideColor.R + Blueprint.OutsideColor.G + Blueprint.OutsideColor.B) / (255 * 3f)) });
if (state.AmbientLight != null)
{
state.AmbientLight.SetData(Blueprint.RoomColors);
}
state.Light?.InvalidateOutdoors();
TicksSinceLight = 0;
break;
case BlueprintDamageType.OBJECT_MOVE:
/** Redraw if its in static layer **/
info = GetRenderInfo(item.Component);
if (info.Layer == WorldObjectRenderLayer.STATIC)
{
recacheObjects = true;
info.Layer = WorldObjectRenderLayer.DYNAMIC;
}
if (item.Component is ObjectComponent)
{
((ObjectComponent)item.Component).DynamicCounter = 0;
}
break;
case BlueprintDamageType.OBJECT_GRAPHIC_CHANGE:
/** Redraw if its in static layer **/
info = GetRenderInfo(item.Component);
if (info.Layer == WorldObjectRenderLayer.STATIC)
{
recacheObjects = true;
info.Layer = WorldObjectRenderLayer.DYNAMIC;
}
if (item.Component is ObjectComponent)
{
((ObjectComponent)item.Component).DynamicCounter = 0;
}
break;
case BlueprintDamageType.OBJECT_RETURN_TO_STATIC:
info = GetRenderInfo(item.Component);
if (info.Layer == WorldObjectRenderLayer.DYNAMIC)
{
recacheObjects = true;
info.Layer = WorldObjectRenderLayer.STATIC;
}
break;
case BlueprintDamageType.WALL_CUT_CHANGED:
recacheCutaway = true;
break;
case BlueprintDamageType.ROOF_STYLE_CHANGED:
Blueprint.RoofComp.StyleDirty = true;
break;
case BlueprintDamageType.ROOM_CHANGED:
for (sbyte i = 0; i < Blueprint.RoomMap.Length; i++)
{
state.Rooms.SetRoomMap(i, Blueprint.RoomMap[i]);
}
if (state.Light != null)
{
if (lightChangeType < 2)
{
lightChangeType = 2;
state.Light.InvalidateAll();
}
}
Blueprint.RoofComp.ShapeDirty = true;
break;
case BlueprintDamageType.FLOOR_CHANGED:
case BlueprintDamageType.WALL_CHANGED:
//recacheTerrain = true;
recacheFloors = true;
recacheWalls = true;
Blueprint.RoofComp.ShapeDirty = true;
break;
}
}
if (recacheFloors || recacheTerrain)
{
redrawFloor = true;
}
if (recacheWalls || recacheCutaway)
{
redrawWall = true;
}
if (recacheObjects)
{
redrawStaticObjects = true;
}
damage.Clear();
//scroll buffer loads in increments of SCROLL_BUFFER
var newOff = GetScrollIncrement(pxOffset, state);
var oldCenter = state.CenterTile;
state.CenterTile += state.WorldSpace.GetTileFromScreen(newOff - pxOffset); //offset the scroll to the position of the scroll buffer.
var tileOffset = state.CenterTile;
pxOffset = newOff;
if (recacheTerrain)
{
Blueprint.Terrain.RegenTerrain(gd, state, Blueprint);
}
if (recacheWalls)
{
Blueprint.WCRC?.Generate(gd, state, false);
}
else if (recacheCutaway)
{
Blueprint.WCRC?.Generate(gd, state, true);
}
state.Light?.ParseInvalidated((sbyte)(state.Level + ((state.DrawRoofs) ? 1 : 0)), state);
if (recacheWalls || recacheCutaway)
{
_2d.Pause();
_2d.Resume(); //clear the sprite buffer before we begin drawing what we're going to cache
Blueprint.WallComp.Draw(gd, state);
ClearDrawBuffer(StaticWallCache);
state.PrepareLighting();
_2d.End(StaticWallCache, true);
}
if (recacheFloors)
{
_2d.Pause();
_2d.Resume(); //clear the sprite buffer before we begin drawing what we're going to cache
//Blueprint.FloorComp.Draw(gd, state);
Blueprint.FloorGeom.FullReset(gd, state.BuildMode > 1);
ClearDrawBuffer(StaticFloorCache);
_2d.End(StaticFloorCache, true);
}
if (recacheObjects)
{
_2d.Pause();
_2d.Resume();
foreach (var obj in Blueprint.Objects)
{
if (obj.Level > state.Level)
{
continue;
}
var renderInfo = GetRenderInfo(obj);
if (renderInfo.Layer == WorldObjectRenderLayer.STATIC)
{
var tilePosition = obj.Position;
_2d.OffsetPixel(state.WorldSpace.GetScreenFromTile(tilePosition));
_2d.OffsetTile(tilePosition);
_2d.SetObjID(obj.ObjectID);
obj.Draw(gd, state);
}
}
ClearDrawBuffer(StaticObjectsCache);
_2d.End(StaticObjectsCache, true);
}
if (!drawImmediate)
{
state.PrepareLighting();
if (redrawStaticObjects || redrawFloor || redrawWall)
{
/** Draw static objects to a texture **/
Promise <Texture2D> bufferTexture = null;
Promise <Texture2D> depthTexture = null;
using (var buffer = state._2D.WithBuffer(BUFFER_STATIC, ref bufferTexture, BUFFER_STATIC_DEPTH, ref depthTexture))
{
while (buffer.NextPass())
{
DrawFloorBuf(gd, state, pxOffset);
DrawWallBuf(gd, state, pxOffset);
DrawObjBuf(gd, state, pxOffset);
}
}
StaticObjects = new ScrollBuffer(bufferTexture.Get(), depthTexture.Get(), newOff, new Vector3(tileOffset, 0));
}
}
//state._2D.PreciseZoom = state.PreciseZoom;
state.CenterTile = oldCenter; //revert to our real scroll position
state.ThisFrameImmediate = drawImmediate;
}