//Setup all the shader variables.
private float InitRunwayLights(RunwayData[] runways)
{
float strobeTimeStep = runways[0].GetTimeStep();
SpriteLights.Init(strobeTimeStep, globalBrightnessOffset, FOV, screenHeight);
return(strobeTimeStep);
}
//Generates random lights in the specified area.
private void GenerateRandomLights(int amount, Vector2 area, Material material)
{
SpriteLights.LightData[] lightData = new SpriteLights.LightData[amount];
for (int i = 0; i < amount; i++)
{
lightData[i] = new SpriteLights.LightData();
lightData[i].position = new Vector3(Random.Range(area.x, area.y), 0, Random.Range(area.x, area.y));
}
SpriteLights.CreateLights("RandomLights", lightData, material);
}
public void Update()
{
//For debugging purposes, the global brightness offset might be changed. This is not normally done each frame.
SpriteLights.Init(strobeTimeStep, globalBrightnessOffset, FOV, screenHeight);
/*
* //Create runway lights at runtime.
* if(Input.GetKeyDown("space")){
* CreateRunwayLights();
* }
*/
}
//private Tonemapping tonemapping;
//private Bloom bloom;
// Use this for initialization
private void Start()
{
camera = GetComponent <Camera>();
behaviour = GetComponent <PostProcessingBehaviour>();
//tonemapping = GetComponent<Tonemapping>();
//bloom = GetComponent<Bloom>();
SetQuality();
// WIP: When some of this parameters are changed we have to recall SpriteLights.Init again
SpriteLights.Init(0, 0, Camera.main.fieldOfView, Screen.height);
}
public virtual void Draw(DrawBatch drawBatch)
{
sprite.Draw(drawBatch, DrawBatch.DrawCall.Tag.GameObject, PositionXY + new Vector2(0, -position.Z), rotation, origin, scale, DrawBatch.CalculateDepth(PositionXY));
if (hasLight)
{
SpriteLights.Draw(drawBatch, DrawBatch.DrawCall.Tag.Light, PositionXY + new Vector2(0, -position.Z), rotation, origin, scale, DrawBatch.CalculateDepth(PositionXY) - .0000001f);
}
if (sprite.Finished)
{
remove = true;
}
}
public override void Draw(DrawBatch drawBatch)
{
sprite.Draw(drawBatch, DrawBatch.DrawCall.Tag.GameObject, PositionXY + new Vector2(0, -position.Z), rotation, origin, scale, DrawBatch.CalculateDepth(PositionXY));
//sprite.frame -= sprite.speed;
//sprite.Draw(drawBatch, DrawBatch.DrawCall.Tag.Light, PositionXY + new Vector2(0, -position.Z), rotation, origin, scale, DrawBatch.CalculateDepth(PositionXY) + .01f);
if (hasLight)
{
SpriteLights.Draw(drawBatch, DrawBatch.DrawCall.Tag.Light, PositionXY + new Vector2(0, -position.Z), rotation, origin * 2, scale * 2, Color.Lerp(Color.LightGoldenrodYellow, Color.OrangeRed, sprite.frame / sprite.frames), DrawBatch.CalculateDepth(PositionXY) + .01f);
}
base.Draw(drawBatch);
}
//Procedurally crate the runway lights.
public void CreateRunwayLights()
{
int index;
//Create an array which holds every possible runway.
RunwayData[] runways = new RunwayData[2];
bool randomBrightness = false;
float brightness = 0.8f; //0.6f
float smallerLightSize = 0.7f; //0.8f
index = 0;
runways[index] = new RunwayData();
runways[index].SetThresholdPosition(new Vector3(0, 0, 0), 3000);
runways[index].thresholdHeight[0] = 0;
runways[index].thresholdHeight[1] = 0;
runways[index].midHeight = 0;
runways[index].SetThresholdRotation(0);
runways[index].width = 45;
runways[index].lightingType[0] = LightingType.ALSF2;
runways[index].lightingType[1] = LightingType.ALSF2;
runways[index].strobeType[0] = StrobeType.ODALS;
runways[index].strobeType[1] = StrobeType.BOTH;
runways[index].papiType[0] = PapiType.PAPIBOTH;
runways[index].papiType[1] = PapiType.PAPIBOTH;
runways[index].centerlineLights = true;
runways[index].centerlineLightsSpacing = 15;
runways[index].edgeLights = true;
runways[index].edgeLightsSpacing = 60;
runways[index].thresholdWingbar[0] = ThresholdWingbar.LARGE;
runways[index].thresholdWingbar[1] = ThresholdWingbar.LARGE;
runways[index].TDZ[0] = true;
runways[index].TDZ[1] = true;
index = 1;
runways[index] = new RunwayData();
runways[index].SetThresholdPosition(new Vector3(200, 0, 0), 3000);
runways[index].thresholdHeight[0] = 0;
runways[index].thresholdHeight[1] = 0;
runways[index].midHeight = 0;
runways[index].SetThresholdRotation(0);
runways[index].width = 45;
runways[index].lightingType[0] = LightingType.ALSF1;
runways[index].lightingType[1] = LightingType.ALSF1;
runways[index].strobeType[0] = StrobeType.BOTH;
runways[index].strobeType[1] = StrobeType.BOTH;
runways[index].papiType[0] = PapiType.PAPILEFT;
runways[index].papiType[1] = PapiType.PAPILEFT;
runways[index].centerlineLights = true;
runways[index].centerlineLightsSpacing = 15;
runways[index].edgeLights = true;
runways[index].edgeLightsSpacing = 60;
runways[index].thresholdWingbar[0] = ThresholdWingbar.LARGE;
runways[index].thresholdWingbar[1] = ThresholdWingbar.LARGE;
runways[index].TDZ[0] = true;
runways[index].TDZ[1] = true;
/*
* index = 2;
* runways[index] = new RunwayData();
* runways[index].SetThresholdPosition(new Vector3(400, 0, 0), 2500);
* runways[index].thresholdHeight[0] = 0;
* runways[index].thresholdHeight[1] = 0;
* runways[index].midHeight = 0;
* runways[index].SetThresholdRotation(0);
* runways[index].width = 40;
* runways[index].lightingType[0] = LightingType.SALS;
* runways[index].lightingType[1] = LightingType.SALS;
* runways[index].strobeType[0] = StrobeType.BOTH;
* runways[index].strobeType[1] = StrobeType.BOTH;
* runways[index].papiType[0] = PapiType.PAPILEFT;
* runways[index].papiType[1] = PapiType.PAPILEFT;
* runways[index].centerlineLights = false;
* runways[index].centerlineLightsSpacing = 15;
* runways[index].edgeLights = true;
* runways[index].edgeLightsSpacing = 60;
* runways[index].thresholdWingbar[0] = ThresholdWingbar.SMALL;
* runways[index].thresholdWingbar[1] = ThresholdWingbar.SMALL;
* runways[index].TDZ[0] = false;
* runways[index].TDZ[1] = false;
*
* index = 3;
* runways[index] = new RunwayData();
* runways[index].SetThresholdPosition(new Vector3(600, 0, 0), 3000);
* runways[index].thresholdHeight[0] = 0;
* runways[index].thresholdHeight[1] = 0;
* runways[index].midHeight = 0;
* runways[index].SetThresholdRotation(0);
* runways[index].width = 45;
* runways[index].lightingType[0] = LightingType.CALVERT2;
* runways[index].lightingType[1] = LightingType.CALVERT2;
* runways[index].strobeType[0] = StrobeType.NONE;
* runways[index].strobeType[1] = StrobeType.NONE;
* runways[index].papiType[0] = PapiType.PAPIBOTH;
* runways[index].papiType[1] = PapiType.PAPIBOTH;
* runways[index].centerlineLights = true;
* runways[index].centerlineLightsSpacing = 15;
* runways[index].edgeLights = true;
* runways[index].edgeLightsSpacing = 60;
* runways[index].thresholdWingbar[0] = ThresholdWingbar.LARGE;
* runways[index].thresholdWingbar[1] = ThresholdWingbar.LARGE;
* runways[index].TDZ[0] = true;
* runways[index].TDZ[1] = true;
*
* index = 4;
* runways[index] = new RunwayData();
* runways[index].SetThresholdPosition(new Vector3(800, 0, 0), 3000);
* runways[index].thresholdHeight[0] = 0;
* runways[index].thresholdHeight[1] = 0;
* runways[index].midHeight = 0;
* runways[index].SetThresholdRotation(0);
* runways[index].width = 45;
* runways[index].lightingType[0] = LightingType.CALVERT1;
* runways[index].lightingType[1] = LightingType.CALVERT1;
* runways[index].strobeType[0] = StrobeType.NONE;
* runways[index].strobeType[1] = StrobeType.NONE;
* runways[index].papiType[0] = PapiType.PAPIRIGHT;
* runways[index].papiType[1] = PapiType.PAPIRIGHT;
* runways[index].centerlineLights = true;
* runways[index].centerlineLightsSpacing = 15;
* runways[index].edgeLights = true;
* runways[index].edgeLightsSpacing = 60;
* runways[index].thresholdWingbar[0] = ThresholdWingbar.LARGE;
* runways[index].thresholdWingbar[1] = ThresholdWingbar.LARGE;
* runways[index].TDZ[0] = true;
* runways[index].TDZ[1] = true;
*/
//Get the strobe timestep variable.
strobeTimeStep = InitRunwayLights(runways);
//Create temporary lists to store the light data,.
List <SpriteLights.LightData> directionalLightData = new List <SpriteLights.LightData>();
List <SpriteLights.LightData> omnidirectionalLightData = new List <SpriteLights.LightData>();
List <SpriteLights.LightData> strobeLightData = new List <SpriteLights.LightData>();
List <SpriteLights.LightData> papiLightData = new List <SpriteLights.LightData>();
ApproachLightData allApproachLightData = new ApproachLightData();
//Get the position and color of the lights from an svg file.
allApproachLightData.StoreApproachLightData();
//Loop through all runways.
for (int i = 0; i < runways.Length; i++)
{
//Create the light data and store in a temporary buffer.
SetupApproachLights(ref directionalLightData, allApproachLightData, runways[i], randomBrightness, brightness, 1f);
SetupTDZLights(ref directionalLightData, allApproachLightData, runways[i], randomBrightness, brightness, smallerLightSize);
SetupStrobeLights(ref strobeLightData, allApproachLightData, runways[i], strobeTimeStep);
SetupThresholdLights(ref directionalLightData, runways[i], false, 0.6f, 1f);
SetupCenterlineLights(ref directionalLightData, runways[i], randomBrightness, brightness, smallerLightSize);
SetupEdgeLights(ref omnidirectionalLightData, runways[i], randomBrightness, brightness, 1f);
SetupPapiLights(ref papiLightData, runways[i], false);
}
//Create a parent object.
GameObject parentObject = new GameObject("RunwayLights");
//Take all the light data lists and create the actual ligth mesh from it.
GameObject[] lightObjects = SpriteLights.CreateLights("Runway directional lights", directionalLightData.ToArray(), directionalLightsMat);
MakeChild(parentObject, lightObjects);
lightObjects = SpriteLights.CreateLights("Runway omnidirectional lights", omnidirectionalLightData.ToArray(), omnidirectionalRunwayLightsMat);
MakeChild(parentObject, lightObjects);
lightObjects = SpriteLights.CreateLights("Runway strobe lights", strobeLightData.ToArray(), strobeLightsMat);
MakeChild(parentObject, lightObjects);
lightObjects = SpriteLights.CreateLights("Runway PAPI lights", papiLightData.ToArray(), papiLightsMat);
MakeChild(parentObject, lightObjects);
parentObject.transform.position = new Vector3(-2941, 0, 10936);
parentObject.transform.rotation = Quaternion.Euler(0, -111.5163f, 0);
}