public List <EnvironmentLighting> GetLightingData()
{
// Bah...
var loadedActors = new List <WActorNode>();
foreach (var chunk in m_chunkList)
{
m_reader.BaseStream.Position = chunk.ChunkOffset;
MapActorDescriptor template = m_sActorDescriptors.Find(x => x.FourCC == chunk.FourCC);
if (template == null)
{
Console.WriteLine("Unsupported FourCC: {0}", chunk.FourCC);
continue;
}
switch (chunk.FourCC)
{
// We're only going to re-load the lighting-based actors...
case "EnvR":
case "Colo":
case "Pale":
case "Virt":
for (int i = 0; i < chunk.ElementCount; i++)
{
var newActor = LoadActorFromChunk(chunk.FourCC, template);
newActor.Layer = chunk.Layer;
loadedActors.Add(newActor);
}
break;
}
}
var dict = new Dictionary <string, List <WActorNode> >();
foreach (var actor in loadedActors)
{
if (!dict.ContainsKey(actor.FourCC))
{
dict[actor.FourCC] = new List <WActorNode>();
}
dict[actor.FourCC].Add(actor);
}
// Load Skybox Lighting Data
var virtList = new List <LightingSkyboxColors>();
var paleList = new List <LightingPalette>();
var coloList = new List <LightingTimePreset>();
if (dict.ContainsKey("virt") && dict.ContainsKey("pale") && dict.ContainsKey("Colo"))
{
foreach (var virt in dict["Virt"])
{
WLinearColor unknown1, unknown2, unknown3, unknown4, horizonCloud, centerCloud, sky, falseSea, horizon;
virt.TryGetValue("Unknown 1", out unknown1);
virt.TryGetValue("Unknown 2", out unknown2);
virt.TryGetValue("Unknown 3", out unknown3);
virt.TryGetValue("Unknown 4", out unknown4);
virt.TryGetValue("Horizon Cloud Color", out horizonCloud);
virt.TryGetValue("Center Cloud Color", out centerCloud);
virt.TryGetValue("Sky Color", out sky);
virt.TryGetValue("False Sea Color", out falseSea);
virt.TryGetValue("Horizon Color", out horizon);
LightingSkyboxColors virtEntry = new LightingSkyboxColors
{
Unknown1 = unknown1,
Unknown2 = unknown2,
Unknown3 = unknown3,
Unknown4 = unknown4,
HorizonCloud = horizonCloud,
CenterCloud = centerCloud,
Sky = sky,
FalseSea = falseSea,
Horizon = horizon
};
virtList.Add(virtEntry);
}
foreach (var pale in dict["Pale"])
{
WLinearColor shadow, actorAmbient, roomLight, roomAmbient, wave, ocean, unknown1, unknown2, doorway, unknown3, fog;
byte virtIndex; float fogFarPlane, fogNearPlane;
pale.TryGetValue("Shadow Color", out shadow);
pale.TryGetValue("Actor Ambient Color", out actorAmbient);
pale.TryGetValue("Room Light Color", out roomLight);
pale.TryGetValue("Room Ambient Color", out roomAmbient);
pale.TryGetValue("Wave Color", out wave);
pale.TryGetValue("Ocean Color", out ocean);
pale.TryGetValue("Unknown White 1", out unknown1);
pale.TryGetValue("Unknown White 2", out unknown2);
pale.TryGetValue("Door Backfill", out doorway);
pale.TryGetValue("Unknown 3", out unknown3);
pale.TryGetValue("Fog Color", out fog);
pale.TryGetValue("Skybox Color Index", out virtIndex);
pale.TryGetValue("Fog Far Plane", out fogFarPlane);
pale.TryGetValue("Fog Near Plane", out fogNearPlane);
LightingPalette lightPalette = new LightingPalette
{
Shadow = shadow,
ActorAmbient = actorAmbient,
RoomLight = roomLight,
RoomAmbient = roomAmbient,
WaveColor = wave,
OceanColor = ocean,
UnknownWhite1 = unknown1,
UnknownWhite2 = unknown2,
Doorway = doorway,
UnknownColor3 = unknown3,
Skybox = virtList[virtIndex],
Fog = fog,
FogNearPlane = fogNearPlane,
FogFarPlane = fogFarPlane,
};
paleList.Add(lightPalette);
}
foreach (var colo in dict["Colo"])
{
byte[] setA = new byte[6];
byte[] setB = new byte[6];
colo.TryGetValue("Dawn A", out setA[0]);
colo.TryGetValue("Morning A", out setA[1]);
colo.TryGetValue("Noon A", out setA[2]);
colo.TryGetValue("Afternoon A", out setA[3]);
colo.TryGetValue("Dusk A", out setA[4]);
colo.TryGetValue("Night A", out setA[5]);
colo.TryGetValue("Dawn B", out setB[0]);
colo.TryGetValue("Morning B", out setB[1]);
colo.TryGetValue("Noon B", out setB[2]);
colo.TryGetValue("Afternoon B", out setB[3]);
colo.TryGetValue("Dusk B", out setB[4]);
colo.TryGetValue("Night B", out setB[5]);
LightingTimePreset timePreset = new LightingTimePreset();
for (int i = 0; i < 6; i++)
{
timePreset.TimePresetA[i] = paleList[setA[i]];
}
//for (int i = 0; i < 6; i++)
//timePreset.TimePresetB[i] = paleList[setB[i]];
coloList.Add(timePreset);
}
}
var envrList = new List <EnvironmentLighting>();
if (paleList.Count > 0 && coloList.Count > 0)
{
foreach (var envr in dict["EnvR"])
{
byte[] setA = new byte[4];
byte[] setB = new byte[4];
envr.TryGetValue("Clear Color A", out setA[0]);
envr.TryGetValue("Raining Color A", out setA[1]);
envr.TryGetValue("Snowing A", out setA[2]);
envr.TryGetValue("Unknown A", out setA[3]);
envr.TryGetValue("Clear Color B", out setB[0]);
envr.TryGetValue("Raining Color B", out setB[1]);
envr.TryGetValue("Snowing B", out setB[2]);
envr.TryGetValue("Unknown B", out setB[3]);
EnvironmentLighting envrPreset = new EnvironmentLighting();
for (int i = 0; i < 4; i++)
{
envrPreset.WeatherA[i] = coloList[setA[i]];
}
for (int i = 0; i < 4; i++)
{
envrPreset.WeatherB[i] = coloList[setB[i]];
}
envrList.Add(envrPreset);
}
}
return(envrList);
}
public EnvironmentLighting()
{
WeatherA = new LightingTimePreset[4];
WeatherB = new LightingTimePreset[4];
}
private List <EnvironmentLighting> GetLightingData()
{
List <EnvironmentLighting> lights = new List <EnvironmentLighting>();
List <LightingTimePreset> times = new List <LightingTimePreset>();
List <LightingPalette> palettes = new List <LightingPalette>();
List <LightingSkyboxColors> skyboxes = new List <LightingSkyboxColors>();
if (!m_fourCCGroups.ContainsKey(FourCC.EnvR) ||
!m_fourCCGroups.ContainsKey(FourCC.Colo) ||
!m_fourCCGroups.ContainsKey(FourCC.Virt) ||
!m_fourCCGroups.ContainsKey(FourCC.Pale))
{
return(lights);
}
foreach (var virt in m_fourCCGroups[FourCC.Virt].Children)
{
EnvironmentLightingSkyboxColors skybox = (EnvironmentLightingSkyboxColors)virt;
LightingSkyboxColors skycolors = new LightingSkyboxColors(skybox);
skyboxes.Add(skycolors);
}
foreach (var pale in m_fourCCGroups[FourCC.Pale].Children)
{
EnvironmentLightingColors colors = (EnvironmentLightingColors)pale;
LightingPalette palette = new LightingPalette(colors);
if (colors.SkyboxColorIndex < skyboxes.Count)
{
palette.Skybox = skyboxes[colors.SkyboxColorIndex];
}
else
{
palette.Skybox = new LightingSkyboxColors();
}
palettes.Add(palette);
}
foreach (var colo in m_fourCCGroups[FourCC.Colo].Children)
{
EnvironmentLightingTimesOfDay daytimes = (EnvironmentLightingTimesOfDay)colo;
LightingTimePreset preset = new LightingTimePreset();
preset.TimePresetA[0] = palettes[daytimes.DawnA];
preset.TimePresetA[1] = palettes[daytimes.MorningA];
preset.TimePresetA[2] = palettes[daytimes.NoonA];
preset.TimePresetA[3] = palettes[daytimes.AfternoonA];
preset.TimePresetA[4] = palettes[daytimes.DuskA];
preset.TimePresetA[5] = palettes[daytimes.NightA];
preset.TimePresetB[0] = palettes[0]; //daytimes.DawnB];
preset.TimePresetB[1] = palettes[0]; //palettes[daytimes.MorningB];
preset.TimePresetB[2] = palettes[0]; //palettes[daytimes.NoonB];
preset.TimePresetB[3] = palettes[0]; //palettes[daytimes.AfternoonB];
preset.TimePresetB[4] = palettes[0]; //palettes[daytimes.DuskB];
preset.TimePresetB[5] = palettes[0]; //palettes[daytimes.NightB];
times.Add(preset);
}
foreach (var envr in m_fourCCGroups[FourCC.EnvR].Children)
{
EnvironmentLightingConditions condition = (EnvironmentLightingConditions)envr;
EnvironmentLighting env = new EnvironmentLighting();
env.WeatherA[0] = times[condition.ClearA];
env.WeatherA[1] = times[condition.RainingA < times.Count ? condition.RainingA : 0];
env.WeatherA[2] = times[condition.SnowingA];
env.WeatherA[3] = times[condition.UnknownA];
env.WeatherB[0] = times[condition.ClearB];
env.WeatherB[1] = times[condition.RainingB];
env.WeatherB[2] = times[condition.SnowingB];
env.WeatherB[3] = times[condition.UnknownB];
lights.Add(env);
}
return(lights);
}