public override void WindowGUI()
{
string targetButtonText = "Target: Self";
if (targetEntityIsActivator)
{
targetButtonText = "Target: Activators";
}
else if (targetEntity != null)
{
targetButtonText = "Target: " + targetEntity.ToString();
}
TutorialGUI.TutorialHighlight("behavior target");
if (GUIUtils.HighlightedButton(targetButtonText))
{
entityPicker = PropertyGUIs.BehaviorTargetPicker(gameObject, voxelArray, self, value =>
{
targetEntity = value.targetEntity.entity;
targetEntityIsActivator = value.targetEntityIsActivator;
UpdateBehaviorList();
});
}
TutorialGUI.ClearHighlight();
if (typePicker != null)
{
typePicker.scroll = scroll;
typePicker.WindowGUI();
scroll = typePicker.scroll;
}
// prevent panel from closing when entity picker closes
holdOpen = entityPicker != null;
}
public override IEnumerable <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("dat", "Sound",
() => soundData,
v => soundData = (EmbeddedData)v,
PropertyGUIs.EmbeddedData(EmbeddedDataType.Audio, SoundPlayer.Factory)),
new Property("pmo", "Play mode",
() => playMode,
v => playMode = (PlayMode)v,
PropertyGUIs.Enum),
new Property("vol", "Volume",
() => volume,
v => volume = (float)v,
PropertyGUIs.Float),
new Property("fin", "Fade in",
() => fadeIn,
v => fadeIn = (float)v,
PropertyGUIs.Float),
new Property("fou", "Fade out",
() => fadeOut,
v => fadeOut = (float)v,
PropertyGUIs.Float)
}));
}
public override IEnumerable <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("loc", "To",
() => dest,
v => dest = (EntityReference)v,
PropertyGUIs.EntityReference),
new Property("rel", "Relative to",
() => origin,
v => origin = (EntityReference)v,
(Property property) => {
var reference = (EntityReference)property.value;
// TODO: this is not a good solution
Entity targetEntity = target.GetEntity(
EntityReferencePropertyManager.CurrentEntity());
if (reference.entity == null && targetEntity != null)
{
property.value = new EntityReference(targetEntity);
}
PropertyGUIs._EntityReferenceCustom(property, targetEntity == null,
targetEntity == null ? "Activator" : "None");
})
}));
}
public override ICollection <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("loc", "To",
() => target,
v => target = (EntityReference)v,
PropertyGUIs.EntityReference),
new Property("rel", "Relative to",
() => origin,
v => origin = (EntityReference)v,
(Property property) => {
var reference = (EntityReference)property.value;
if (reference.entity == null)
{
if (targetEntity.entity != null)
{
property.value = targetEntity;
}
else if (!targetEntityIsActivator)
{
// TODO: this is not a good solution
property.value = new EntityReference(
EntityReferencePropertyManager.CurrentEntity());
}
}
PropertyGUIs._EntityReferenceCustom(property, targetEntityIsActivator,
targetEntityIsActivator ? "Activator" : "None");
})
}));
}
public virtual ICollection <Property> Properties()
{
return(new Property[]
{
new Property("tar", "Target",
() => new BehaviorTargetProperty(targetEntity, targetEntityIsActivator),
v => {
var prop = (BehaviorTargetProperty)v;
// selfEntity will be null if multiple entities are selected
Entity selfEntity = EntityReferencePropertyManager.CurrentEntity();
var oldTargetEntity = targetEntity.entity;
var newTargetEntity = prop.targetEntity.entity;
if (oldTargetEntity == null && !targetEntityIsActivator)
{
oldTargetEntity = selfEntity;
}
if (newTargetEntity == null && !prop.targetEntityIsActivator)
{
newTargetEntity = selfEntity;
}
if (oldTargetEntity != null)
{
// replace all property values referencing the old target with the new target
// the new target could be null
foreach (Property _selfProp in this.Properties())
{
var selfProp = _selfProp;
selfProp.value = PropertiesObjectType.PropertyValueReplaceEntity(
selfProp.value, oldTargetEntity, newTargetEntity);
}
}
targetEntity = prop.targetEntity;
targetEntityIsActivator = prop.targetEntityIsActivator;
},
PropertyGUIs.BehaviorTarget),
new Property("con", "Condition",
() => condition,
v => condition = (Condition)v,
(Property property) => {
if (targetEntityIsActivator)
{
PropertyGUIs.ActivatorBehaviorCondition(property);
}
else
{
PropertyGUIs.BehaviorCondition(property);
}
})
});
}
public override IEnumerable <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("siz", "Size",
() => size,
v => size = (float)v,
PropertyGUIs.Slider(0.5f, 15)),
new Property("col", "Color",
() => color,
v => color = (Color)v,
PropertyGUIs.Color)
}));
}
public override IEnumerable <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("siz", "Range",
() => size,
v => size = (float)v,
PropertyGUIs.Slider(1, 100)),
new Property("int", "Intensity",
() => intensity,
v => intensity = (float)v,
PropertyGUIs.Slider(0, 1.5f)),
new Property("upd", "Real-time?",
() => realtime,
v => realtime = (bool)v,
PropertyGUIs.Toggle)
}));
}
public override IEnumerable <Property> Properties()
{
return(new Property[]
{
new Property("tar", "Target",
() => target,
v => {
var prop = (BehaviorTargetProperty)v;
// selfEntity will be null if multiple entities are selected
Entity selfEntity = EntityReferencePropertyManager.CurrentEntity();
var oldTargetEntity = target.GetEntity(selfEntity);
var newTargetEntity = prop.GetEntity(selfEntity);
if (oldTargetEntity != null)
{
// replace all property values referencing the old target with the new target
// the new target could be null
foreach (Property _selfProp in this.Properties())
{
var selfProp = _selfProp;
selfProp.value = PropertiesObject.PropertyValueReplaceEntity(
selfProp.value, oldTargetEntity, newTargetEntity);
}
}
target = prop;
},
PropertyGUIs.BehaviorTarget),
new Property("con", "Condition",
() => condition,
v => condition = (Condition)v,
(Property property) => {
if (target.targetEntityIsActivator)
{
PropertyGUIs.ActivatorBehaviorCondition(property);
}
else
{
PropertyGUIs.BehaviorCondition(property);
}
})
});
}
public override ICollection <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("mat", "Material",
() => material,
v =>
{
material = (Material)v;
if (marker != null)
{
marker.storedMaterials[0] = material;
marker.UpdateMarker();
}
},
PropertyGUIs.Material("Materials", true,
MaterialSelectorGUI.ColorModeSet.OBJECT, true))
}));
}
public override ICollection <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("Size",
() => size,
v => size = (float)v,
PropertyGUIs.Slider(1, 30)),
new Property("Color",
() => color,
v => color = (Color)v,
PropertyGUIs.Color),
new Property("Intensity",
() => intensity,
v => intensity = (float)v,
PropertyGUIs.Slider(0, 5)),
new Property("Halo?",
() => halo,
v => halo = (bool)v,
PropertyGUIs.Toggle)
}));
}
public override IEnumerable <Property> Properties()
{
return(Property.JoinProperties(base.Properties(), new Property[]
{
new Property("siz", "Size",
() => size,
v => size = (float)v,
PropertyGUIs.Slider(1, 30)),
new Property("col", "Color",
() => color,
v => color = (Color)v,
PropertyGUIs.Color),
new Property("int", "Intensity",
() => intensity,
v => intensity = (float)v,
PropertyGUIs.Slider(0, 5)),
new Property("sha", "Shadows?",
() => shadows,
v => shadows = (bool)v,
PropertyGUIs.Toggle)
}));
}
// merge properties of objects
public StoredPropertiesObject(PropertiesObject[] objects)
{
properties = new List <Property>();
if (objects.Length == 0)
{
return;
}
if (objects[0] != null)
{
type = objects[0].ObjectType();
}
// check that all objects have the same type. if they don't, fail
foreach (PropertiesObject obj in objects)
{
PropertiesObjectType objType = null;
if (obj != null)
{
objType = obj.ObjectType();
}
if (objType != type)
{
type = DIFFERENT_OBJECT_TYPE;
return;
}
}
if (type == null)
{
return; // null objects, no properties
}
// first index: object
// second index: property
List <List <Property> > objectPropertiesSets = new List <List <Property> >();
foreach (PropertiesObject obj in objects)
{
objectPropertiesSets.Add(new List <Property>(obj.Properties()));
}
int numObjects = objectPropertiesSets.Count;
int numProperties = objectPropertiesSets[0].Count;
for (int propertyI = 0; propertyI < numProperties; propertyI++)
{
int _propertyI = propertyI; // for use in lambda functions -- won't change
Property firstProperty = objectPropertiesSets[0][propertyI];
GetProperty getter = () =>
{
object value = objectPropertiesSets[0][_propertyI].getter();
for (int objectI = 0; objectI < numObjects; objectI++)
{
if (!(objectPropertiesSets[objectI][_propertyI].getter().Equals(value)))
{
return(NOT_EQUAL_VALUE);
}
}
return(value);
};
SetProperty setter = value =>
{
for (int objectI = 0; objectI < numObjects; objectI++)
{
objectPropertiesSets[objectI][_propertyI].setter(value);
}
};
PropertyGUI gui = property =>
{
if (property.getter() == (object)NOT_EQUAL_VALUE)
{
GUILayout.BeginHorizontal();
PropertyGUIs.AlignedLabel(property);
if (GUILayout.Button("different"))
{
// set all properties to one value
property.setter(firstProperty.getter());
}
GUILayout.EndHorizontal();
}
else
{
firstProperty.gui(property);
}
};
properties.Add(new Property(
firstProperty.id, firstProperty.name, getter, setter, gui, firstProperty.explicitType));
}
}
public ICollection <Property> Properties()
{
return(new Property[]
{
new Property("sky", "Sky",
() => RenderSettings.skybox,
v => {
SetSky((Material)v);
},
PropertyGUIs.Material("GameAssets/Skies", false, MaterialSelectorGUI.ColorModeSet.UNLIT_ONLY)),
new Property("amb", "Ambient light intensity",
() => RenderSettings.ambientIntensity,
v => RenderSettings.ambientIntensity = (float)v,
PropertyGUIs.Slider(0, 3)),
new Property("sin", "Sun intensity",
() => RenderSettings.sun.intensity,
v => RenderSettings.sun.intensity = (float)v,
PropertyGUIs.Slider(0, 3)),
new Property("sco", "Sun color",
() => RenderSettings.sun.color,
v => RenderSettings.sun.color = (Color)v,
PropertyGUIs.Color),
new Property("spi", "Sun pitch",
() => {
float value = RenderSettings.sun.transform.rotation.eulerAngles.x;
if (value > 270)
{
value -= 360;
}
return value;
},
v => {
Vector3 eulerAngles = RenderSettings.sun.transform.rotation.eulerAngles;
eulerAngles.x = (float)v;
RenderSettings.sun.transform.rotation = Quaternion.Euler(eulerAngles);
},
PropertyGUIs.Slider(-90, 90)),
new Property("sya", "Sun yaw",
() => RenderSettings.sun.transform.rotation.eulerAngles.y,
v => {
Vector3 eulerAngles = RenderSettings.sun.transform.rotation.eulerAngles;
eulerAngles.y = (float)v;
RenderSettings.sun.transform.rotation = Quaternion.Euler(eulerAngles);
UpdateSky();
},
PropertyGUIs.Slider(0, 360)),
new Property("fdn", "Fog density",
() => RenderSettings.fog ? Mathf.Sqrt(RenderSettings.fogDensity) : 0.0f,
v => {
float value = (float)v;
if (value == 0)
{
RenderSettings.fog = false;
}
else
{
RenderSettings.fog = true;
RenderSettings.fogDensity = value * value;
}
},
PropertyGUIs.Slider(0, 1)),
new Property("fco", "Fog color",
() => RenderSettings.fogColor,
v => RenderSettings.fogColor = (Color)v,
PropertyGUIs.Color)
});
}
public override IEnumerable <Property> Properties()
{
return(new Property[]
{
new Property("sky", "Sky",
() => RenderSettings.skybox,
v => {
SetSky((Material)v);
},
PropertyGUIs.Material("Skies", false)),
new Property("amb", "Ambient light intensity",
() => RenderSettings.ambientIntensity,
v => RenderSettings.ambientIntensity = (float)v,
PropertyGUIs.Slider(0, 3)),
new Property("sin", "Sun intensity",
() => RenderSettings.sun.intensity,
v => RenderSettings.sun.intensity = (float)v,
PropertyGUIs.Slider(0, 3)),
new Property("sco", "Sun color",
() => RenderSettings.sun.color,
v => RenderSettings.sun.color = (Color)v,
PropertyGUIs.Color),
new Property("spi", "Sun pitch",
() => {
float value = RenderSettings.sun.transform.rotation.eulerAngles.x;
if (value >= 270)
{
value -= 360;
}
return value;
},
v => {
Vector3 eulerAngles = RenderSettings.sun.transform.rotation.eulerAngles;
eulerAngles.x = (float)v;
RenderSettings.sun.transform.rotation = Quaternion.Euler(eulerAngles);
UpdateEnvironment();
},
PropertyGUIs.Slider(-90, 90)),
new Property("sya", "Sun yaw",
() => RenderSettings.sun.transform.rotation.eulerAngles.y,
v => {
Vector3 eulerAngles = RenderSettings.sun.transform.rotation.eulerAngles;
eulerAngles.y = (float)v;
RenderSettings.sun.transform.rotation = Quaternion.Euler(eulerAngles);
UpdateSky();
},
PropertyGUIs.Slider(0, 360)),
new Property("sha", "Shadows",
() => RenderSettings.sun.shadowStrength,
v => RenderSettings.sun.shadowStrength = (float)v,
PropertyGUIs.Slider(0, 1)),
new Property("ref", "Reflections",
() => GetReflectionProbe().intensity,
v => GetReflectionProbe().intensity = (float)v,
PropertyGUIs.Slider(0, 1)),
new Property("fdn", "Fog density",
() => RenderSettings.fog ? Mathf.Sqrt(RenderSettings.fogDensity) : 0.0f,
v => {
float value = (float)v;
if (value == 0)
{
RenderSettings.fog = false;
}
else
{
RenderSettings.fog = true;
RenderSettings.fogDensity = value * value;
}
},
PropertyGUIs.Slider(0, 1)),
new Property("fco", "Fog color",
() => RenderSettings.fogColor,
v => RenderSettings.fogColor = (Color)v,
PropertyGUIs.Color)
});
}
