public void Load(RTSRenderer renderer, ParticleOptions o)
{
// Create Bullet System
plBullets = new ParticleList <BulletParticle, VertexBulletInstance>(renderer, o.BulletMaxCount, ParticleType.Bullet);
using (var fs = File.OpenRead(o.BulletModel)) {
LoadBulletModel(renderer, fs, ParsingFlags.ConversionOpenGL);
}
LoadBulletTexture(renderer, o.BulletTexture);
// Create Fire System
plFires = new ParticleList <FireParticle, VertexFireInstance>(renderer, o.FireMaxCount, ParticleType.Fire);
BuildFireModel(renderer, o.FireDetail);
LoadFireShader(renderer, o.FireNoise, o.FireColor, o.FireAlpha);
// Create Lightning System
plBolts = new ParticleList <LightningParticle, VertexLightningInstance>(renderer, o.LightningMaxCount, ParticleType.Lightning);
BuildLightningModel(renderer);
LoadLightningShader(renderer, o.LightningImage, o.LightningNumTypes);
// Create Alert System
plAlerts = new ParticleList <AlertParticle, VertexAlertInstance>(renderer, o.AlertMaxCount, ParticleType.Alert);
BuildAlertModel(renderer);
tAlert = renderer.LoadTexture2D(o.AlertImage);
// Create Blood System
plBloods = new ParticleList <BloodParticle, VertexAlertInstance>(renderer, o.BloodMaxCount, ParticleType.Blood);
BuildBloodModel(renderer);
tBlood = renderer.LoadTexture2D(o.BloodImage);
}
//public SpriteFont CreateFont(string fontName, int size, int spacing = 0, bool useKerning = true, string style = "Regular", char defaultChar = '*', int cStart = 32, int cEnd = 126) {
// IDisposable disp;
// SpriteFont f = XNASpriteFont.Compile(G, fontName, size, out disp, spacing, useKerning, style, defaultChar, cStart, cEnd);
// toDispose.Add(disp);
// return f;
//}
//public SpriteFont CreateFont(string fontName, int size, out IDisposable disp, int spacing = 0, bool useKerning = true, string style = "Regular", char defaultChar = '*', int cStart = 32, int cEnd = 126) {
// SpriteFont f = XNASpriteFont.Compile(G, fontName, size, out disp, spacing, useKerning, style, defaultChar, cStart, cEnd);
// toDispose.Add(disp);
// return f;
//}
#endregion
public void HookToGame(GameState state, int ti, Camera camera)
{
// Get The Team To Be Visualized
teamIndex = ti;
teamInput = state.teams[teamIndex].Input;
SelectionCircleTexture = LoadTexture2D(@"Content\Textures\SelectionCircle.png");
// Get The Camera
Camera = camera;
// Create The Map
CreateVoxGeos(state.VoxState.World.Atlas);
Map = new VoxMap(this, state.CGrid.numCells.X, state.CGrid.numCells.Y);
// TODO: Parse This In
VoxMapConfig vmc = new VoxMapConfig();
vmc.VoxState = state.VoxState;
vmc.TexVoxMap = @"voxmap.png";
vmc.RootPath = state.LevelGrid.Directory.FullName;
vmc.FXFile = @"FX\Voxel";
Map.Build(gManager, cManager, vmc);
Camera.MoveTo(state.CGrid.size.X * 0.5f, state.CGrid.size.Y * 0.5f);
fxMap.MapSize = state.CGrid.size;
pRenderer.MapSize = state.CGrid.size;
// Hook FOW
state.CGrid.OnFOWChange += OnFOWChange;
Minimap.Hook(this, state, ti);
// Load Particles
// TODO: Config
ParticleOptions pOpt = ZXParser.ParseFile(@"Content\FX\Particles\Particle.conf", typeof(ParticleOptions)) as ParticleOptions;
pRenderer.Load(this, pOpt);
// Load Team Visuals
for (int i = 0; i < state.teams.Length; i++)
{
if (state.teams[i] == null)
{
continue;
}
LoadTeamVisuals(state, i);
}
// Set FOW
for (int y = 0; y < Map.FogOfWarTexture.Height; y++)
{
for (int x = 0; x < Map.FogOfWarTexture.Width; x++)
{
switch (state.CGrid.GetFogOfWar(x, y, teamIndex))
{
case FogOfWar.Active:
Map.SetFOW(x, y, 1f);
break;
case FogOfWar.Passive:
Map.SetFOW(x, y, 0.5f);
break;
case FogOfWar.Nothing:
Map.SetFOW(x, y, 0f);
break;
}
}
}
}
public void Load(RTSRenderer renderer, ParticleOptions o)
{
// Create Bullet System
plBullets = new ParticleList<BulletParticle, VertexBulletInstance>(renderer, o.BulletMaxCount, ParticleType.Bullet);
using(var fs = File.OpenRead(o.BulletModel)) {
LoadBulletModel(renderer, fs, ParsingFlags.ConversionOpenGL);
}
LoadBulletTexture(renderer, o.BulletTexture);
// Create Fire System
plFires = new ParticleList<FireParticle, VertexFireInstance>(renderer, o.FireMaxCount, ParticleType.Fire);
BuildFireModel(renderer, o.FireDetail);
LoadFireShader(renderer, o.FireNoise, o.FireColor, o.FireAlpha);
// Create Lightning System
plBolts = new ParticleList<LightningParticle, VertexLightningInstance>(renderer, o.LightningMaxCount, ParticleType.Lightning);
BuildLightningModel(renderer);
LoadLightningShader(renderer, o.LightningImage, o.LightningNumTypes);
// Create Alert System
plAlerts = new ParticleList<AlertParticle, VertexAlertInstance>(renderer, o.AlertMaxCount, ParticleType.Alert);
BuildAlertModel(renderer);
tAlert = renderer.LoadTexture2D(o.AlertImage);
// Create Blood System
plBloods = new ParticleList<BloodParticle, VertexAlertInstance>(renderer, o.BloodMaxCount, ParticleType.Blood);
BuildBloodModel(renderer);
tBlood = renderer.LoadTexture2D(o.BloodImage);
}
