public override void OnStart(StartState state)
{
Personaliser personaliser = Personaliser.instance;
if (!isInitialised)
{
if (!personaliser.isAtmSuitEnabled)
{
Events.First().active = false;
hasEvaSuit = true;
}
isInitialised = true;
}
if (!personaliser.personaliseEva(part, hasEvaSuit))
{
hasEvaSuit = true;
}
if (Reflections.instance.isVisorReflectionEnabled &&
Reflections.instance.reflectionType == Reflections.Type.REAL)
{
reflectionScript = new Reflections.Script(part, 1);
reflectionScript.setActive(hasEvaSuit);
}
}
public override void OnStart(StartState state)
{
var reflections = Reflections.Instance;
Shader reflectiveShader = shader.Length == 0 ? null : Shader.Find(shader);
Color reflectionColour = Color.white;
int updateInterval = 1;
Util.Parse(colour, ref reflectionColour);
Util.Parse(interval, ref updateInterval);
updateInterval = Math.Max(updateInterval, 1);
List <string> meshNames = Util.SplitConfigValue(meshes).ToList();
if (reflections.LogReflectiveMeshes)
{
log.Print("Part \"{0}\"", part.name);
}
if (reflections.ReflectionType == Reflections.Type.None)
{
return;
}
script = new Reflections.Script(part, updateInterval);
bool success = false;
foreach (MeshFilter meshFilter in part.FindModelComponents <MeshFilter>())
{
var renderer = meshFilter.GetComponent <Renderer>();
if (renderer == null)
{
continue;
}
Material material = renderer.material;
if (reflections.LogReflectiveMeshes)
{
log.Print("+ {0} [{1}]", meshFilter.name, material.shader.name);
}
if (meshNames.Count == 0 || meshNames.Contains(meshFilter.name))
{
success |= script.Apply(material, reflectiveShader, reflectionColour);
}
}
if (!success)
{
script?.Destroy();
script = null;
log.Print("Failed to replace any shader on \"{0}\" with its reflective counterpart", part.name);
}
}
public override void OnStart(StartState state)
{
bool useEvaSuit = false;
ProtoCrewMember kerbal = part.protoModuleCrew.FirstOrDefault();
if (kerbal != null)
{
var kerbalEva = GetComponent <KerbalEVA>();
useEvaSuit = kerbal.hasHelmetOn || !kerbalEva.CanEVAWithoutHelmet();
Personaliser.Instance.PersonaliseEva(part, kerbal, useEvaSuit);
}
if (Reflections.Instance.ReflectionType == Reflections.Type.Real)
{
reflectionScript = new Reflections.Script(part, 1);
reflectionScript.SetActive(useEvaSuit);
}
}
public override void OnStart(StartState state)
{
Personaliser personaliser = Personaliser.instance;
if (!isInitialised)
{
if (!personaliser.isAtmSuitEnabled)
{
Events.First().active = false;
hasEvaSuit = true;
}
isInitialised = true;
}
if (!personaliser.personaliseEva(part, hasEvaSuit))
hasEvaSuit = true;
if (Reflections.instance.isVisorReflectionEnabled
&& Reflections.instance.reflectionType == Reflections.Type.REAL)
{
reflectionScript = new Reflections.Script(part, 1);
reflectionScript.setActive(hasEvaSuit);
}
}
public override void OnStart(StartState state)
{
Reflections reflections = Reflections.instance;
Shader reflectiveShader = shader.Length == 0 ? null : Shader.Find(shader);
Color reflectionColour = new Color(0.5f, 0.5f, 0.5f);
int updateInterval = 1;
Util.parse(ReflectionColor, ref reflectionColour);
Util.parse(colour, ref reflectionColour);
Util.parse(interval, ref updateInterval);
updateInterval = Math.Max(updateInterval, 1);
List <string> meshNames = Util.splitConfigValue(meshes).ToList();
if (MeshesToChange != "all")
{
meshNames.AddUniqueRange(Util.splitConfigValue(MeshesToChange));
}
if (reflections.reflectionType == Reflections.Type.NONE)
{
return;
}
if (reflections.reflectionType == Reflections.Type.REAL)
{
script = new Reflections.Script(part, updateInterval);
}
if (reflections.logReflectiveMeshes)
{
Util.log("Part \"{0}\"", part.name);
}
bool success = false;
foreach (MeshFilter meshFilter in part.FindModelComponents <MeshFilter>())
{
if (meshFilter.renderer == null)
{
continue;
}
Material material = meshFilter.renderer.material;
if (reflections.logReflectiveMeshes)
{
Util.log("+ {0} [{1}]", meshFilter.name, material.shader.name);
}
if (meshNames.Count == 0 || meshNames.Contains(meshFilter.name))
{
success |= script == null?
reflections.applyStatic(material, reflectiveShader, reflectionColour) :
script.apply(material, reflectiveShader, reflectionColour);
}
}
if (!success)
{
if (script != null)
{
script.destroy();
script = null;
}
Util.log("Failed to replace any shader on \"{0}\" with its reflective counterpart", part.name);
}
}
public override void OnStart(StartState state)
{
Reflections reflections = Reflections.instance;
Shader reflectiveShader = shader.Length == 0 ? null : Shader.Find(shader);
Color reflectionColour = new Color(0.5f, 0.5f, 0.5f);
int updateInterval = 1;
Util.parse(ReflectionColor, ref reflectionColour);
Util.parse(colour, ref reflectionColour);
Util.parse(interval, ref updateInterval);
updateInterval = Math.Max(updateInterval, 1);
List<string> meshNames = Util.splitConfigValue(meshes).ToList();
if (MeshesToChange != "all")
meshNames.AddUniqueRange(Util.splitConfigValue(MeshesToChange));
if (reflections.reflectionType == Reflections.Type.NONE)
return;
if (reflections.reflectionType == Reflections.Type.REAL)
script = new Reflections.Script(part, updateInterval);
if (reflections.logReflectiveMeshes)
Util.log("Part \"{0}\"", part.name);
bool success = false;
foreach (MeshFilter meshFilter in part.FindModelComponents<MeshFilter>())
{
if (meshFilter.renderer == null)
continue;
Material material = meshFilter.renderer.material;
if (reflections.logReflectiveMeshes)
Util.log("+ {0} [{1}]", meshFilter.name, material.shader.name);
if (meshNames.Count == 0 || meshNames.Contains(meshFilter.name))
{
success |= script == null ?
reflections.applyStatic(material, reflectiveShader, reflectionColour) :
script.apply(material, reflectiveShader, reflectionColour);
}
}
if (!success)
{
if (script != null)
{
script.destroy();
script = null;
}
Util.log("Failed to replace any shader on \"{0}\" with its reflective counterpart", part.name);
}
}