private void SyncLightMeshList(List <LightMesh> list, float trackValue)
{
float listIntensity = DivideToPages(1.0f, 0, trackValue);
float valuePerItem = (1.0f / list.Count);
for (int i = 0; i < list.Count; i++)
{
LightMesh lm = list[i];
float itemValue = DivideToItems(valuePerItem, i, listIntensity);
lm.activeRadius = lm.sphereRadius * itemValue;
lm.light.SetAttenuation(lm.fullRange * itemValue);
lm.mesh.Transform.Scale = lm.sphereRadius * itemValue;
}
}
void LoadLightMeshList(TunableManager tm, AssetManager assetManager, TransformComponent parentTransform, string lightArrayName, int amount, ShaderProgram shader, ref List <LightMesh> list)
{
for (int ml = 0; ml < amount; ml++)
{
LightMesh lm = new LightMesh();
string lightId = lightArrayName + "." + (ml + 1);
lm.sphereRadius = tm.GetFloat(lightId + "_size");
Vector3 position = tm.GetVec3(lightId + "_pos") + parentTransform.GetWorldPosition();
lm.mesh = assetManager.CreateMesh(lightId
, MeshDataGenerator.CreateCubeMesh(new Vector3(lm.sphereRadius), false, false)
, "default"
, shader
, position);
// lm.mesh.Transform.Parent = parentTransform;
lm.fullRange = tm.GetFloat(lightId + "_range");
Vector3 color = tm.GetVec3(lightId + "_color");
lm.light = Light.CreatePointLight(color, lm.fullRange, position);
list.Add(lm);
}
}
