private void DeleteMember()
{
if (lbGroupMember != null && lbGroupDesignerItem != null)
{
int groupMemberPos = lbGroup.groupMemberList.FindIndex(gmbr => gmbr == lbGroupMember);
if (LBEditorHelper.PromptForDelete("Group Member", "", groupMemberPos, false))
{
lbGroup.groupMemberList.Remove(lbGroupMember);
lbGroupMember = null;
if (lbGroupDesignerItem.lbGroupDesigner)
{
lbGroupDesignerItem.lbGroupDesigner.RefreshWorkspace();
}
}
}
}
/// <summary>
/// Find a random offset (position) within an area with the given radius for a GroupMember.
/// USAGE: Vector2 offset = LBGroupMember.GetRandomOffset(lbGroupMember, basePlaneWidth / 2f, 100);
/// </summary>
/// <param name="lbGroupMember"></param>
/// <param name="radius"></param>
/// <param name="maxAttempts"></param>
/// <returns></returns>
public static Vector2 GetRandomOffset(LBGroupMember lbGroupMember, float radius, int maxAttempts)
{
Vector2 offset = Vector2.zero;
Vector2 noiseCoords = Vector2.zero;
// Declare and initialise variables
// To start with we have made zero attempts and not found a legal placement
// (by this we mean a placement within the circle, and following some extra rules like noise)
bool foundLegalPlacement = false;
int attempts = 0;
// Repeat until we find a legal placement or we try maxAttempts times
while (!foundLegalPlacement && attempts < maxAttempts)
{
// Generate a random position - the chance of this placement not being legal
// is (4 - PI) / 4 = 21.5% (so chance of it being legal is 78.5%)
// Thus it is 99% likely that within 3 attempts we will have found a correct placement
offset.x = UnityEngine.Random.Range(-radius, radius);
offset.y = UnityEngine.Random.Range(-radius, radius);
// Judge legality: First, based on whether placement is within radius...
foundLegalPlacement = offset.magnitude < radius;
if (foundLegalPlacement && lbGroupMember != null && lbGroupMember.useNoise)
{
// ... then by whether it follows noise rules
noiseCoords.x = offset.x + lbGroupMember.noiseOffset;
noiseCoords.y = offset.y + lbGroupMember.noiseOffset;
float noiseValue = Mathf.Abs(LBNoise.PerlinFractalNoise(noiseCoords.x / lbGroupMember.noiseTileSize, noiseCoords.y / lbGroupMember.noiseTileSize, 5) - 0.5f) * 4f;
// If the noise value is less than (1 - prefab cutoff value) placement is not legal
foundLegalPlacement = noiseValue >= 1f - lbGroupMember.noisePlacementCutoff;
}
attempts++;
}
// If we have tried maxAttempts times and still not found a correct placement, just set the position to the centre
if (!foundLegalPlacement)
{
offset = Vector2.zero;
}
return(offset);
}
public LBObjPathParameters()
{
landscape = null;
lbGroupOwner = null;
lbGroupMemberOwner = null;
prefabItemType = LBPrefabItem.PrefabItemType.ObjPathPrefab;
showErrors = false;
showProgress = false;
showProgressDelegate = null;
clearingRotationY = 0f;
lbGroupMember = null;
prefab = null;
pathPoint = Vector3.zero;
distanceAlongPath = 0f;
parentTfm = null;
terrainDataArray = new TerrainData[0];
terrainRectsArray = new Rect[0];
terrainHeight = 1000f;
}
// Clone constructor
public LBGroupMember(LBGroupMember lbGroupMember)
{
if (lbGroupMember == null)
{
SetClassDefaults();
}
else
{
isDisabled = lbGroupMember.isDisabled;
showInEditor = lbGroupMember.showInEditor;
showtabInEditor = lbGroupMember.showtabInEditor;
showObjPathDesigner = lbGroupMember.showObjPathDesigner;
GUID = lbGroupMember.GUID;
// Placement rule variables
isGroupOverride = lbGroupMember.isGroupOverride;
minScale = lbGroupMember.minScale;
maxScale = lbGroupMember.maxScale;
minHeight = lbGroupMember.minHeight;
maxHeight = lbGroupMember.maxHeight;
minInclination = lbGroupMember.minInclination;
maxInclination = lbGroupMember.maxInclination;
// Prefab varibles
prefab = lbGroupMember.prefab;
prefabName = lbGroupMember.prefabName;
showPrefabPreview = lbGroupMember.showPrefabPreview;
isKeepPrefabConnection = lbGroupMember.isKeepPrefabConnection;
isCombineMesh = lbGroupMember.isCombineMesh;
isRemoveEmptyGameObjects = lbGroupMember.isRemoveEmptyGameObjects;
isRemoveAnimator = lbGroupMember.isRemoveAnimator;
isCreateCollider = lbGroupMember.isCreateCollider;
maxPrefabSqrKm = lbGroupMember.maxPrefabSqrKm;
maxPrefabPerGroup = lbGroupMember.maxPrefabPerGroup;
isPlacedInCentre = lbGroupMember.isPlacedInCentre;
showXYZSettings = lbGroupMember.showXYZSettings;
// Prefab offset variables
modelOffsetX = lbGroupMember.modelOffsetX;
modelOffsetY = lbGroupMember.modelOffsetY;
modelOffsetZ = lbGroupMember.modelOffsetZ;
minOffsetX = lbGroupMember.minOffsetX;
minOffsetZ = lbGroupMember.minOffsetZ;
minOffsetY = lbGroupMember.minOffsetY;
maxOffsetY = lbGroupMember.maxOffsetY;
randomiseOffsetY = lbGroupMember.randomiseOffsetY;
// Prefab rotation variables
rotationType = lbGroupMember.rotationType;
// This was prior to LB 2.1.0 Beta 4w a workaround for a, now unknown, issue with templates.
// Not sure what the original problem was and why we needed to default randomiseRotationY to true.
// Now that we do a deep copy (ConvertAll) in LBGroup(LBGroup lbGroup) it no longer works.
//randomiseRotationY = true;
randomiseRotationY = lbGroupMember.randomiseRotationY;
startRotationY = lbGroupMember.startRotationY;
endRotationY = lbGroupMember.endRotationY;
randomiseRotationXZ = lbGroupMember.randomiseRotationXZ;
rotationX = lbGroupMember.rotationX;
rotationZ = lbGroupMember.rotationZ;
endRotationX = lbGroupMember.endRotationX;
endRotationZ = lbGroupMember.endRotationZ;
isLockTilt = lbGroupMember.isLockTilt;
// Noise variables
useNoise = lbGroupMember.useNoise;
noiseOffset = lbGroupMember.noiseOffset;
noiseTileSize = lbGroupMember.noiseTileSize;
noisePlacementCutoff = lbGroupMember.noisePlacementCutoff;
// Proximity variables
proximityExtent = lbGroupMember.proximityExtent;
isIgnoreProximityOfOthers = lbGroupMember.isIgnoreProximityOfOthers;
isProximityIgnoredByOthers = lbGroupMember.isProximityIgnoredByOthers;
removeGrassBlendDist = lbGroupMember.removeGrassBlendDist;
minGrassProximity = lbGroupMember.minGrassProximity;
isRemoveTree = lbGroupMember.isRemoveTree;
minTreeProximity = lbGroupMember.minTreeProximity;
// Terrain Alignment
isTerrainAligned = lbGroupMember.isTerrainAligned;
// Prefab flatten terrain variables
isTerrainFlattened = lbGroupMember.isTerrainFlattened;
flattenDistance = lbGroupMember.flattenDistance;
flattenHeightOffset = lbGroupMember.flattenHeightOffset;
flattenBlendRate = lbGroupMember.flattenBlendRate;
// Zones
if (lbGroupMember.zoneGUIDList == null)
{
zoneGUIDList = new List <string>();
}
else
{
zoneGUIDList = new List <string>(lbGroupMember.zoneGUIDList);
}
// Zone edge fill
isZoneEdgeFillTop = lbGroupMember.isZoneEdgeFillTop;
isZoneEdgeFillBottom = lbGroupMember.isZoneEdgeFillBottom;
isZoneEdgeFillLeft = lbGroupMember.isZoneEdgeFillLeft;
isZoneEdgeFillRight = lbGroupMember.isZoneEdgeFillRight;
zoneEdgeFillDistance = lbGroupMember.zoneEdgeFillDistance;
// Object Paths
lbMemberType = lbGroupMember.lbMemberType;
if (lbGroupMember.lbObjPath == null)
{
lbObjPath = null;
}
else
{
lbObjPath = new LBObjPath(lbGroupMember.lbObjPath);
}
isPathOnly = lbGroupMember.isPathOnly;
lbObjectOrientation = lbGroupMember.lbObjectOrientation;
usePathHeight = lbGroupMember.usePathHeight;
usePathSlope = lbGroupMember.usePathSlope;
useTerrainTrend = lbGroupMember.useTerrainTrend;
}
}
private void OnSceneGUI()
{
if (EditorApplication.isPlayingOrWillChangePlaymode)
{
return;
}
// Don't process scene requests for Group Designer items when the ObjPathDesigner is enabled
else if (lbGroupDesignerItem.lbGroupDesigner != null && lbGroupDesignerItem.lbGroupDesigner.isObjDesignerEnabled)
{
lbGroupDesignerItem.transform.position = prevPosition;
lbGroupDesignerItem.transform.rotation = lbGroupDesignerItem.rotation;
lbGroupDesignerItem.transform.localScale = lbGroupDesignerItem.scale;
Selection.activeGameObject = null;
return;
}
Event current = Event.current;
//Debug.Log("DesignerItemEditor " + lbGroupDesignerItem.name);
if (current != null)
{
// Get the group member. If we can't, and this isn't a SubGroup item, get out.
if (lbGroupMember == null)
{
lbGroupMember = lbGroupDesignerItem.lbGroupMember; if (lbGroupMember == null && !lbGroupDesignerItem.isSubGroup)
{
return;
}
}
bool isInSubGroup = !string.IsNullOrEmpty(lbGroupDesignerItem.SubGroupGUID);
if (lbGroupDesignerItem.isObjPathMember || isInSubGroup)
{
// If user attempts to move/rotate or scale an ObjPath member, SubGroup member, or a SubGroup, reset it
lbGroupDesignerItem.transform.position = prevPosition;
lbGroupDesignerItem.transform.rotation = lbGroupDesignerItem.rotation;
lbGroupDesignerItem.transform.localScale = lbGroupDesignerItem.scale;
}
else
{
#region Check if Scale is overridden
// If Override is off, scaling is at the group level, not the member level, so don't allow scaling.
if (!lbGroupMember.isGroupOverride && Tools.current == Tool.Scale)
{
Tools.current = Tool.None;
}
#if UNITY_2017_3_OR_NEWER
else if (Tools.current == Tool.Scale || Tools.current == Tool.Transform)
#else
else if (Tools.current == Tool.Scale)
#endif
{
// If using Transform tool in U2017.3+, may need to reset scaling back to pre-scaled value.
if (!lbGroupMember.isGroupOverride)
{
lbGroupDesignerItem.transform.localScale = lbGroupDesignerItem.scale;
}
else
{
// Equally scale all axis
float maxScale = 0f;
Vector3 localScale = lbGroupDesignerItem.transform.localScale;
// Get the max scale amount of any of the axis
if (Mathf.Abs(localScale.x) > maxScale)
{
maxScale = localScale.x;
}
if (Mathf.Abs(localScale.y) > maxScale)
{
maxScale = localScale.y;
}
if (Mathf.Abs(localScale.z) > maxScale)
{
maxScale = localScale.z;
}
// Make each axis the same
localScale = maxScale * Vector3.one;
// Clamp scaling to between 0.1 and 10
if (localScale.x < 0.1f)
{
localScale = Vector3.one * 0.1f;
}
if (localScale.x > 10f)
{
localScale = Vector3.one * 10f;
}
lbGroupDesignerItem.transform.localScale = localScale;
}
}
#endregion
#region Lock Y rotation if randomise is enabled
#if UNITY_2017_3_OR_NEWER
if ((Tools.current == Tool.Rotate || Tools.current == Tool.Transform) && lbGroupMember.randomiseRotationY)
#else
if (Tools.current == Tool.Rotate && lbGroupMember.randomiseRotationY)
#endif
{
// Pivotmode of center can cause issues with some prefabs that aren't centred correctly.
// Prevent x,z movement of prefab when only y rotation change is attempted
if (Tools.pivotMode == PivotMode.Center)
{
Tools.pivotMode = PivotMode.Pivot;
}
lbGroupDesignerItem.transform.eulerAngles = new Vector3(lbGroupDesignerItem.transform.eulerAngles.x, lbGroupDesignerItem.rotation.eulerAngles.y, lbGroupDesignerItem.transform.eulerAngles.z);
}
#endregion
#region Clamp MinOffsetX,Z
#if UNITY_2017_3_OR_NEWER
if (Tools.current == Tool.Move || Tools.current == Tool.Transform)
#else
if (Tools.current == Tool.Move)
#endif
{
if (lbGroupMember.isPlacedInCentre)
{
if (lbGroup != null && lbGroupDesignerItem.lbGroupDesigner != null)
{
// If the user attempts to move it outside the clearing radius, lock the position to the last known position
Vector3 newPos = lbGroupDesignerItem.transform.position;
float distanceToCentre = Vector2.Distance(lbGroupDesignerItem.lbGroupDesigner.grpBasePlaneCentre2D, new Vector2(newPos.x, newPos.z));
if (distanceToCentre > lbGroup.maxClearingRadius)
{
lbGroupDesignerItem.transform.position = prevPosition;
}
}
}
else if (!lbGroupMember.randomiseOffsetY)
{
// Don't allow movement on x,z axis for items that aren't offset from the Centre of the clearing AND don't use randomiseOffsetY.
lbGroupDesignerItem.transform.position = new Vector3(lbGroupDesignerItem.position.x, lbGroupDesignerItem.transform.position.y, lbGroupDesignerItem.position.z);
}
else
{
// Don't allow movement on any axis for items that aren't offset from the Centre of the clearing.
lbGroupDesignerItem.transform.position = lbGroupDesignerItem.position;
}
// Update last known position
prevPosition = lbGroupDesignerItem.transform.position;
}
#endregion
}
bool isLeftButton = (current.button == 0);
bool isRightButton = (current.button == 1);
// ISSUE (ignore if vertex snapping is not enabled [v key held down]) current.keyCode != KeyCode.V
// Record the starting positions
if (!lbGroupDesignerItem.isObjPathMember && current.type == EventType.MouseDown && isLeftButton)
{
Tools.hidden = false;
//Debug.Log("Left Btn Down");
lbGroupDesignerItem.position = lbGroupDesignerItem.transform.position;
lbGroupDesignerItem.rotation = lbGroupDesignerItem.transform.rotation;
lbGroupDesignerItem.scale = lbGroupDesignerItem.transform.localScale;
}
else if (!lbGroupDesignerItem.isObjPathMember && !isInSubGroup && current.type == EventType.MouseUp && lbGroupMember != null && isLeftButton)
{
#region Move
#if UNITY_2017_3_OR_NEWER
if (Tools.current == Tool.Move || Tools.current == Tool.Transform)
#else
if (Tools.current == Tool.Move)
#endif
{
if (lbGroupMember.isPlacedInCentre)
{
lbGroupMember.minOffsetX = lbGroupDesignerItem.transform.position.x;
lbGroupMember.minOffsetZ = lbGroupDesignerItem.transform.position.z;
if (!lbGroupMember.randomiseOffsetY)
{
lbGroupMember.minOffsetY = lbGroupDesignerItem.transform.position.y - lbGroupDesignerItem.lbGroupDesigner.BasePlaneOffsetY;
}
}
else if (!lbGroupMember.randomiseOffsetY)
{
lbGroupMember.minOffsetY = lbGroupDesignerItem.transform.position.y - lbGroupDesignerItem.lbGroupDesigner.BasePlaneOffsetY;
lbGroupMember.maxOffsetY = lbGroupMember.minOffsetY;
// Update all the instances of this member in the Designer
if (lbGroupDesignerItem.lbGroupDesigner != null)
{
lbGroupDesignerItem.lbGroupDesigner.UpdateGroupMember(lbGroupMember);
}
}
}
#endregion
#region Rotate
#if UNITY_2017_3_OR_NEWER
if (Tools.current == Tool.Rotate || Tools.current == Tool.Transform)
#else
if (Tools.current == Tool.Rotate)
#endif
{
Vector3 newRotation = lbGroupDesignerItem.transform.rotation.eulerAngles;
lbGroupMember.rotationX = newRotation.x;
lbGroupMember.rotationZ = newRotation.z;
if (!lbGroupMember.randomiseRotationY)
{
lbGroupMember.startRotationY = newRotation.y;
lbGroupMember.endRotationY = newRotation.y;
if (!lbGroupMember.isPlacedInCentre && lbGroupDesignerItem.lbGroupDesigner != null)
{
// Update all the instances of this member in the Designer
lbGroupDesignerItem.lbGroupDesigner.UpdateGroupMember(lbGroupMember);
}
}
}
#endregion
#region Scale
#if UNITY_2017_3_OR_NEWER
if ((Tools.current == Tool.Scale || Tools.current == Tool.Transform) && lbGroupMember.isGroupOverride)
#else
if (Tools.current == Tool.Scale && lbGroupMember.isGroupOverride)
#endif
{
//Debug.Log("Scale start:" + lbGroupDesignerItem.scale + " mouseup:" + lbGroupDesignerItem.transform.localScale);
lbGroupMember.minScale = lbGroupDesignerItem.transform.localScale.x;
lbGroupMember.maxScale = lbGroupMember.minScale;
if (!lbGroupMember.isPlacedInCentre && lbGroupDesignerItem.lbGroupDesigner != null)
{
// Update all the instances of this member in the Designer
lbGroupDesignerItem.lbGroupDesigner.UpdateGroupMember(lbGroupMember);
}
}
#endregion
// Update the LB Editor Windows
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
//Debug.Log("Prefab: " + this.name + " start pos:" + lbGroupDesignerItem.position + " end pos:" + lbGroupDesignerItem.transform.position);
}
//if (current.keyCode == KeyCode.V && current.type == EventType.KeyUp)
//if (current.keyCode != KeyCode.V)
//{
// //LBIntegration.ReflectionOutputFields(typeof(Tools), true, true);
// bool isVertexDragging = false;
// try
// {
// isVertexDragging = LBIntegration.ReflectionGetValue<bool>(typeof(Tools), "vertexDragging", null, true, true);
// }
// catch (System.Exception ex)
// {
// Debug.LogWarning("LBGroupDesignerItemEditor could not find VertexDragging - PLEASE REPORT " + ex.Message);
// }
// Debug.Log("Vertex Snapping enabled..." + Time.realtimeSinceStartup + " vertexDragging: " + isVertexDragging);
//}
#region Display the Context-sensitive menu
else if (current.type == EventType.MouseDown && isRightButton)
{
bool isCheckProximity = (lbGroupDesignerItem.lbGroupDesigner == null ? true : lbGroupDesignerItem.lbGroupDesigner.isCheckProximity);
GenericMenu menu = new GenericMenu();
menu.AddItem(new GUIContent("Close Designer"), false, CloseGroupDesigner);
menu.AddItem(new GUIContent("Refresh Designer"), false, () => RefreshDesigner(true));
menu.AddItem(new GUIContent("Check Proximity"), isCheckProximity, CheckProximity, !isCheckProximity);
menu.AddItem(new GUIContent("Auto Refresh"), lbGroupDesignerItem.lbGroupDesigner.GetAutoRefresh, () => { lbGroupDesignerItem.lbGroupDesigner.SetAutoRefresh(!lbGroupDesignerItem.lbGroupDesigner.GetAutoRefresh); });
// The following context menu items only apply to GroupMembers.
// Also exclude members in a subgroup within the Clearing Group
if (!lbGroupDesignerItem.isSubGroup && !isInSubGroup)
{
menu.AddSeparator("");
if (lbGroupDesignerItem.lbGroupDesigner.showZones)
{
menu.AddItem(new GUIContent("Add/"), false, () => { });
menu.AddItem(new GUIContent("Add/Zone under Object"), false, AddZoneToObject);
}
menu.AddItem(new GUIContent("Reset/"), false, () => { });
menu.AddItem(new GUIContent("Reset/Reset Rotation"), false, ResetRotation);
menu.AddItem(new GUIContent("Reset/Reset Position"), false, ResetPosition);
if (lbGroupMember.isGroupOverride)
{
menu.AddItem(new GUIContent("Reset/Reset Scale"), false, ResetScale);
}
menu.AddItem(new GUIContent("Snap/"), false, () => { });
menu.AddItem(new GUIContent("Snap/Pivot to Ground"), false, () => SnapToGround(false));
menu.AddItem(new GUIContent("Snap/Model to Ground"), false, () => SnapToGround(true));
if (!lbGroupDesignerItem.isObjPathMember)
{
menu.AddItem(new GUIContent("Place In Centre +offset"), lbGroupMember.isPlacedInCentre, TogglePlaceInCentre);
}
menu.AddItem(new GUIContent("Override Group"), lbGroupMember.isGroupOverride, ToggleOverrideGroupDefaults);
menu.AddItem(new GUIContent("Rotation/Face 2 Group Centre"), lbGroupMember.rotationType == LBGroupMember.LBRotationType.Face2GroupCentre, SetRotationType, LBGroupMember.LBRotationType.Face2GroupCentre);
menu.AddItem(new GUIContent("Rotation/Face 2 Zone Centre"), lbGroupMember.rotationType == LBGroupMember.LBRotationType.Face2ZoneCentre, SetRotationType, LBGroupMember.LBRotationType.Face2ZoneCentre);
menu.AddItem(new GUIContent("Rotation/Group Space"), lbGroupMember.rotationType == LBGroupMember.LBRotationType.GroupSpace, SetRotationType, "GroupSpace");
menu.AddItem(new GUIContent("Rotation/World Space"), lbGroupMember.rotationType == LBGroupMember.LBRotationType.WorldSpace, SetRotationType, "WorldSpace");
menu.AddItem(new GUIContent("Rotation/"), false, () => { });
menu.AddItem(new GUIContent("Rotation/Randomise Y"), lbGroupMember.randomiseRotationY, () =>
{
lbGroupMember.randomiseRotationY = !lbGroupMember.randomiseRotationY;
lbGroupMember.showtabInEditor = (int)LBGroupMember.LBMemberEditorTab.XYZ;
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
lbGroupDesignerItem.lbGroupDesigner.UpdateGroupMember(lbGroupMember);
});
}
menu.AddSeparator("");
if (lbGroupDesignerItem.isObjPathMember && !isInSubGroup)
{
menu.AddItem(new GUIContent("Show Object Path"), false, () =>
{
if (!string.IsNullOrEmpty(lbGroupDesignerItem.objPathGroupMemberGUID) && lbGroupDesignerItem.lbGroupDesigner.lbGroup != null)
{
LBGroupMember objPathGroupMember = lbGroupDesignerItem.lbGroupDesigner.lbGroup.GetMemberByGUID(lbGroupDesignerItem.objPathGroupMemberGUID, false);
if (objPathGroupMember != null)
{
lbGroupDesignerItem.lbGroupDesigner.lbGroup.GroupMemberListExpand(false);
lbGroupDesignerItem.lbGroupDesigner.lbGroup.showGroupMembersInEditor = true;
objPathGroupMember.showInEditor = true;
LBEditorHelper.RepaintLBW();
}
;
}
;
});
}
menu.AddItem(new GUIContent("Zoom Out"), false, () => { lbGroupDesignerItem.lbGroupDesigner.ZoomExtent(SceneView.lastActiveSceneView); });
menu.AddItem(new GUIContent("Zoom In"), false, () => { lbGroupDesignerItem.lbGroupDesigner.ZoomIn(SceneView.lastActiveSceneView); });
menu.AddItem(new GUIContent("Display/Group Extent"), lbGroupDesignerItem.lbGroupDesigner.showGroupExtent, () => { lbGroupDesignerItem.lbGroupDesigner.showGroupExtent = !lbGroupDesignerItem.lbGroupDesigner.showGroupExtent; });
menu.AddItem(new GUIContent("Display/SubGroup Extents"), lbGroupDesignerItem.lbGroupDesigner.showSubGroupExtent, () => { lbGroupDesignerItem.lbGroupDesigner.showSubGroupExtent = !lbGroupDesignerItem.lbGroupDesigner.showSubGroupExtent; });
menu.AddItem(new GUIContent("Display/Member Extent Proximity"), lbGroupDesignerItem.lbGroupDesigner.showProximity, () =>
{
lbGroupDesignerItem.lbGroupDesigner.showProximity = !lbGroupDesignerItem.lbGroupDesigner.showProximity;
if (lbGroupDesignerItem.lbGroupDesigner.showProximity)
{
lbGroupMember.showtabInEditor = (int)LBGroupMember.LBMemberEditorTab.Proximity;
}
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
});
menu.AddItem(new GUIContent("Display/Member Tree Proximity"), lbGroupDesignerItem.lbGroupDesigner.showTreeProximity, () =>
{
lbGroupDesignerItem.lbGroupDesigner.showTreeProximity = !lbGroupDesignerItem.lbGroupDesigner.showTreeProximity;
if (lbGroupDesignerItem.lbGroupDesigner.showTreeProximity)
{
lbGroupMember.showtabInEditor = (int)LBGroupMember.LBMemberEditorTab.Proximity;
}
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
});
menu.AddItem(new GUIContent("Display/Member Flatten Area"), lbGroupDesignerItem.lbGroupDesigner.showFlattenArea, () =>
{
lbGroupDesignerItem.lbGroupDesigner.showFlattenArea = !lbGroupDesignerItem.lbGroupDesigner.showFlattenArea;
if (lbGroupDesignerItem.lbGroupDesigner.showFlattenArea)
{
lbGroupMember.showtabInEditor = (int)LBGroupMember.LBMemberEditorTab.General;
}
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
});
menu.AddItem(new GUIContent("Display/Zones"), lbGroupDesignerItem.lbGroupDesigner.showZones, () =>
{
lbGroupDesignerItem.lbGroupDesigner.showZones = !lbGroupDesignerItem.lbGroupDesigner.showZones;
if (lbGroupDesignerItem.lbGroupDesigner.showZones)
{
lbGroupMember.showtabInEditor = (int)LBGroupMember.LBMemberEditorTab.Zone;
}
LBEditorHelper.RepaintEditorWindow(typeof(LandscapeBuilderWindow));
});
// Cannot directly delete items:
// 1. in an Object Path
// 2. in a subgroup within the current Group
// 3. a whole subgroup within the current Group
if (!lbGroupDesignerItem.isObjPathMember && !isInSubGroup && !lbGroupDesignerItem.isSubGroup)
{
menu.AddSeparator("");
menu.AddItem(new GUIContent("Delete"), false, DeleteMember);
}
menu.AddSeparator("");
menu.AddItem(new GUIContent("Unselect"), false, () => { Selection.activeObject = null; });
// The Cancel option is not really necessary as use can just click anywhere else. However, it may help some users.
menu.AddItem(new GUIContent("Cancel"), false, () => { });
menu.ShowAsContext();
current.Use();
}
#endregion
}
}
/// <summary>
/// Copy selected filtered roads to a Uniform Group.
///
/// </summary>
/// <param name="isUpdateExisting"></param>
private void CopyRoads(bool isUpdateExisting)
{
if (lbGroupTarget != null)
{
LBRoad lbRoadToCopy = null;
LBGroupMember lbGroupMember = null;
Vector2 leftSplinePt2D = Vector2.zero, rightSplinePt2D = Vector2.zero;
bool useWidth = false;
bool addNew = false;
if (filteredRoadList == null)
{
filteredRoadList = new List <LBRoad>(numAllRoads + 20);
}
for (int i = 0; i < numFilteredRoads; i++)
{
lbRoadToCopy = filteredRoadList[i];
//Debug.Log("[DEBUG] CopyRoads: " + lbRoadToCopy.roadName + " points: " + lbRoadToCopy.centreSpline.Length);
if (lbRoadToCopy.isSelected)
{
lbGroupMember = null;
addNew = false;
// Validate that road has a matching left and right spline, else turn off useWidth.
int numPathPoints = lbRoadToCopy.centreSpline == null ? 0 : lbRoadToCopy.centreSpline.Length;
useWidth = lbRoadToCopy.leftSpline != null && lbRoadToCopy.rightSpline != null && lbRoadToCopy.centreSpline != null && numPathPoints == lbRoadToCopy.leftSpline.Length;
if (isUpdateExisting)
{
// Find a matching group member
lbGroupMember = lbGroupTarget.groupMemberList.Find(gm => gm.lbMemberType == LBGroupMember.LBMemberType.ObjPath && gm.lbObjPath != null && gm.lbObjPath.pathName == lbRoadToCopy.roadName);
if (lbGroupMember != null)
{
//Debug.Log("[DEBUG] found " + lbGroupMember.lbObjPath.pathName);
// Clear out the old points data
lbGroupMember.lbObjPath.showPathInScene = false;
lbGroupMember.lbObjPath.selectedList.Clear();
lbGroupMember.lbObjPath.positionList.Clear();
lbGroupMember.lbObjPath.pathPointList.Clear();
if (lbGroupMember.lbObjPath.widthList != null)
{
lbGroupMember.lbObjPath.widthList.Clear();
}
else
{
lbGroupMember.lbObjPath.widthList = new List <float>(numPathPoints);
}
// If useWidth was enabled but now shouldn't be, turn it off
if (lbGroupMember.lbObjPath.useWidth && !useWidth)
{
// Disable use width
lbGroupMember.lbObjPath.EnablePathWidth(false, true);
}
}
//else { Debug.Log("[DEBUG] " + lbRoadToCopy.roadName + " not found"); }
}
// Create a new Group Member if required
if (lbGroupMember == null)
{
lbGroupMember = new LBGroupMember();
lbGroupMember.lbMemberType = LBGroupMember.LBMemberType.ObjPath;
lbGroupMember.lbObjPath = new LBObjPath();
if (lbGroupMember.lbObjPath != null)
{
lbGroupMember.lbObjPath.pathName = lbRoadToCopy.roadName;
lbGroupMember.lbObjPath.useWidth = useWidth;
lbGroupMember.lbObjPath.showDefaultSeriesInEditor = false;
addNew = true;
}
}
if (lbGroupMember != null)
{
if (lbGroupMember.lbObjPath != null)
{
lbGroupMember.showInEditor = false;
//Debug.Log("[DEBUG] CopyRoads: " + lbRoadToCopy.roadName + " points: " + numPathPoints);
lbGroupMember.lbObjPath.positionList.AddRange(lbRoadToCopy.centreSpline);
if (useWidth)
{
lbGroupMember.lbObjPath.positionListLeftEdge.AddRange(lbRoadToCopy.leftSpline);
lbGroupMember.lbObjPath.positionListRightEdge.AddRange(lbRoadToCopy.rightSpline);
}
for (int ptIdx = 0; ptIdx < numPathPoints; ptIdx++)
{
lbGroupMember.lbObjPath.pathPointList.Add(new LBPathPoint());
if (lbGroupMember.lbObjPath.useWidth)
{
// Calculate the 2D distance between the left and right splines. Currently Object Paths are flat
// although they will support this in the future. Currently the Object Path rotation is only for objects on the path.
leftSplinePt2D.x = lbRoadToCopy.leftSpline[ptIdx].x;
leftSplinePt2D.y = lbRoadToCopy.leftSpline[ptIdx].z;
rightSplinePt2D.x = lbRoadToCopy.rightSpline[ptIdx].x;
rightSplinePt2D.y = lbRoadToCopy.rightSpline[ptIdx].z;
lbGroupMember.lbObjPath.widthList.Add(Vector2.Distance(leftSplinePt2D, rightSplinePt2D));
}
}
lbGroupMember.lbObjPath.showPathInScene = true;
if (addNew)
{
lbGroupTarget.groupMemberList.Add(lbGroupMember);
}
//Debug.Log("[DEBUG] " + lbGroupTarget.groupName);
}
}
}
}
}
}
/// <summary>
/// Create a gameobject in the GroupDesigner that can be used to track location and size
/// of SubGroups. Currently it assumes they are spawned from a Object Path in the parent
/// Clearing Group. The LBPrefabItem component type may need to be changed for subgroups
/// not created from an Object Path.
/// </summary>
/// <param name="parentTfrm"></param>
/// <param name="parentGroup"></param>
/// <param name="parentGroupMember"></param>
/// <param name="subGroup"></param>
/// <param name="subGroupPosition"></param>
/// <param name="subGroupRotation"></param>
/// <param name="subGroupRadius"></param>
/// <param name="regionIdx"></param>
/// <returns></returns>
public static LBGroupDesignerItem CreateSubGroupItem(Transform parentTfrm, LBGroup parentGroup, LBGroupMember parentGroupMember, LBGroup subGroup, Vector3 subGroupPosition, Vector3 subGroupRotation, float subGroupRadius, int regionIdx)
{
LBGroupDesignerItem lbGroupDesignerItem = null;
if (parentGroup != null && parentTfrm != null && subGroup != null)
{
// [DESIGNER] (parentGroupName.subgroup:subGroupName.regionnumber)
GameObject subGroupGO = new GameObject("[DESIGNER] (" + (string.IsNullOrEmpty(parentGroup.groupName) ? "ParentGroup" : parentGroup.groupName) + ".subgroup:" + (string.IsNullOrEmpty(subGroup.groupName) ? "SubGroup" : subGroup.groupName) + "." + (regionIdx + 1) + ")");
if (subGroupGO != null)
{
Quaternion rotation = Quaternion.Euler(subGroupRotation);
subGroupGO.transform.SetPositionAndRotation(subGroupPosition, rotation);
subGroupGO.transform.SetParent(parentTfrm);
lbGroupDesignerItem = subGroupGO.AddComponent <LBGroupDesignerItem>();
if (lbGroupDesignerItem != null)
{
lbGroupDesignerItem.isSubGroup = true;
lbGroupDesignerItem.SubGroupGUID = subGroup == null ? string.Empty : subGroup.GUID;
lbGroupDesignerItem.position = subGroupPosition;
lbGroupDesignerItem.rotation = rotation;
lbGroupDesignerItem.subGroupRadius = subGroupRadius;
lbGroupDesignerItem.FindGroupDesigner();
if (parentGroupMember != null)
{
lbGroupDesignerItem.objPathGroupMemberGUID = parentGroupMember.GUID;
lbGroupDesignerItem.isObjPathMember = parentGroupMember.lbMemberType == LBGroupMember.LBMemberType.ObjPath;
}
else
{
lbGroupDesignerItem.objPathGroupMemberGUID = string.Empty;
lbGroupDesignerItem.isObjPathMember = false;
}
}
LBPrefabItem lbPrefabItem = subGroupGO.AddComponent <LBPrefabItem>();
if (lbPrefabItem != null)
{
lbPrefabItem.prefabItemType = LBPrefabItem.PrefabItemType.ObjPathDesignerPrefab;
// Add the GUID of the object path GroupMember so that we can track them in the scene
// It lets us enable/disable existing prefabs when using the Object Path Designer
// If this Group is being spawned from a parent group, assign the member GUID from that parent instead
// of using the current member GUID. This ensures that the Designers can disable and enable the correct gameobject
// for subgroups.
lbPrefabItem.groupMemberGUID = parentGroupMember != null ? parentGroupMember.GUID : subGroup.GUID;
}
}
}
return(lbGroupDesignerItem);
}
public static bool SaveTemplate
(
LBLandscape landscape,
string LBEditorVersion,
string landscapeTemplateName,
ref bool isSceneSaveRequired,
bool createTemplatePackage,
bool addMapTexturesToTemplatePackage,
bool addLayerHeightmapTexturesToTemplatePackage,
bool addLBLightingToTemplate,
bool addPathsToTemplate,
bool addStencilsToTemplate,
bool addPathMeshMaterialsToTemplate
)
{
bool isSuccessful = false;
string landscapeName = landscape.name;
// Create a new gameobject in the scene hierarchy that we can turn into a prefab
GameObject newTemplateObj = new GameObject(landscapeName + " template");
if (newTemplateObj == null)
{
Debug.LogWarning("Landscape Builder - could not create temporary gameobject for " + landscapeName + " template");
}
else
{
LBTemplate lbTemplate = newTemplateObj.AddComponent <LBTemplate>();
if (lbTemplate == null)
{
Debug.LogWarning("Landscape Builder - could not add LBTemplate component " + landscapeName + " template");
GameObject.DestroyImmediate(newTemplateObj);
}
else
{
// This is the installed version of LB when the template was created
lbTemplate.LBVersion = LBEditorVersion;
// This is the version of the landscape when the template was created
lbTemplate.LastUpdatedVersion = landscape.LastUpdatedVersion;
// The version of Unity that created this template
lbTemplate.templateUnityVersion = Application.unityVersion;
lbTemplate.useLegacyNoiseOffset = landscape.useLegacyNoiseOffset;
// Name of the landscape game object
lbTemplate.landscapeName = landscapeName;
lbTemplate.size = landscape.size;
lbTemplate.start = landscape.start;
// Landscape terrain settings
Vector3 terrainSize3D = landscape.GetLandscapeTerrainSize();
lbTemplate.heightmapResolution = landscape.GetLandscapeTerrainHeightmapResolution();
lbTemplate.terrainWidth = terrainSize3D.x;
lbTemplate.terrainHeight = terrainSize3D.y;
lbTemplate.pixelError = landscape.GetLandscapeTerrainPixelError();
lbTemplate.baseMapDistance = landscape.GetLandscapeTerrainBaseMapDist();
lbTemplate.alphaMapResolution = landscape.GetLandscapeTerrainAlphaMapResolution();
lbTemplate.baseTextureResolution = landscape.GetLandscapeTerrainBaseTextureResolution();
lbTemplate.treeDistance = landscape.GetLandscapeTerrainTreeDistance();
lbTemplate.treeBillboardDistance = landscape.GetLandscapeTerrainTreeBillboardStart();
lbTemplate.detailDistance = landscape.GetLandscapeTerrainDetailDistance();
lbTemplate.detailDensity = landscape.GetLandscapeTerrainDetailDensity();
lbTemplate.detailResolution = landscape.GetLandscapeTerrainDetailResolution();
lbTemplate.treeFadeDistance = landscape.GetLandscapeTerrainTreeFadeLength();
lbTemplate.grassWindSpeed = landscape.GetLandscapeTerrainGrassWindSpeed();
lbTemplate.grassWindRippleSize = landscape.GetLandscapeTerrainGrassWindRippleSize();
lbTemplate.grassWindBending = landscape.GetLandscapeTerrainGrassWindBending();
lbTemplate.grassWindTint = landscape.GetLandscapeTerrainGrassWindTint();
lbTemplate.terrainLegacySpecular = landscape.GetLandscapeTerrainLegacySpecular();
lbTemplate.terrainLegacyShininess = landscape.GetLandscapeTerrainLegacyShininess();
lbTemplate.useTerrainDrawInstanced = landscape.GetLandscapeTerrainDrawInstanced();
lbTemplate.useTerrainPerPixelNormals = GetTerrainPerPixelNormals(landscape);
lbTemplate.terrainGroupingID = landscape.GetLandscapeTerrainGroupingID();
lbTemplate.terrainAutoConnect = landscape.GetLandscapeTerrainAutoConnect();
// Synchronize with a duplicate enum in lbTemplate
lbTemplate.terrainMaterialType = (LBTemplate.TerrainMaterialType)landscape.GetTerrainMaterialType();
// Check if any lists are null
if (landscape.topographyLayersList == null)
{
landscape.topographyLayersList = new List <LBLayer>();
}
if (landscape.terrainTexturesList == null)
{
landscape.terrainTexturesList = new List <LBTerrainTexture>();
}
if (landscape.terrainTreesList == null)
{
landscape.terrainTreesList = new List <LBTerrainTree>();
}
if (landscape.terrainGrassList == null)
{
landscape.terrainGrassList = new List <LBTerrainGrass>();
}
if (landscape.lbGroupList == null)
{
landscape.lbGroupList = new List <LBGroup>();
}
if (landscape.landscapeMeshList == null)
{
landscape.landscapeMeshList = new List <LBLandscapeMesh>();
}
if (landscape.landscapeWaterList == null)
{
landscape.landscapeWaterList = new List <LBWater>();
}
// Update texture names to help detect missing textures when importing templates into another project
for (int txIdx = 0; txIdx < landscape.terrainTexturesList.Count; txIdx++)
{
// Only attempt to update the textureName if it is null or an empty string.
// This avoids loosing details about an already missing texture
if (string.IsNullOrEmpty(landscape.terrainTexturesList[txIdx].textureName))
{
if (landscape.terrainTexturesList[txIdx].texture != null)
{
landscape.terrainTexturesList[txIdx].textureName = landscape.terrainTexturesList[txIdx].texture.name;
isSceneSaveRequired = true;
}
}
// Only attempt to update the normalMapName if it is null or an empty string.
// This avoids loosing details about an already missing normalMap
if (string.IsNullOrEmpty(landscape.terrainTexturesList[txIdx].normalMapName))
{
if (landscape.terrainTexturesList[txIdx].normalMap != null)
{
landscape.terrainTexturesList[txIdx].normalMapName = landscape.terrainTexturesList[txIdx].normalMap.name;
isSceneSaveRequired = true;
}
}
}
// Update Grass texture names to help detect missing textures when importing templates into another project
for (int grIdx = 0; grIdx < landscape.terrainGrassList.Count; grIdx++)
{
// Only attempt to update the grass textureName if it is null or an empty string.
// This avoids loosing details about an already missing grass texture
if (string.IsNullOrEmpty(landscape.terrainGrassList[grIdx].textureName))
{
if (landscape.terrainGrassList[grIdx].texture != null)
{
landscape.terrainGrassList[grIdx].textureName = landscape.terrainGrassList[grIdx].texture.name;
isSceneSaveRequired = true;
}
}
// Only attempt to update the grass meshPrefName if it is null or an empty string.
// This avoids loosing details about an already missing grass mesh prefab
if (string.IsNullOrEmpty(landscape.terrainGrassList[grIdx].meshPrefabName))
{
if (landscape.terrainGrassList[grIdx].meshPrefab != null)
{
landscape.terrainGrassList[grIdx].meshPrefabName = landscape.terrainGrassList[grIdx].meshPrefab.name;
isSceneSaveRequired = true;
}
}
}
// Update Tree prefab names to help detect missing prefabs when importing templates into another project
for (int trIdx = 0; trIdx < landscape.terrainTreesList.Count; trIdx++)
{
// Only attempt to update the tree prefabName if it is null or an empty string.
// This avoids loosing details about an already missing tree prefab
if (string.IsNullOrEmpty(landscape.terrainTreesList[trIdx].prefabName))
{
if (landscape.terrainTreesList[trIdx].prefab != null)
{
landscape.terrainTreesList[trIdx].prefabName = landscape.terrainTreesList[trIdx].prefab.name;
isSceneSaveRequired = true;
}
}
}
// Update Mesh prefab names to help detect missing prefabs when importing templates into another project
for (int meshIdx = 0; meshIdx < landscape.landscapeMeshList.Count; meshIdx++)
{
// Only attempt to update the mesh prefabName if it is null or an empty string.
// This avoids loosing details about an already missing mesh prefab
if (string.IsNullOrEmpty(landscape.landscapeMeshList[meshIdx].prefabName))
{
if (landscape.landscapeMeshList[meshIdx].prefab != null)
{
landscape.landscapeMeshList[meshIdx].prefabName = landscape.landscapeMeshList[meshIdx].prefab.name;
isSceneSaveRequired = true;
}
}
}
int numGroups = landscape.lbGroupList == null ? 0 : landscape.lbGroupList.Count;
// Update Group Member prefab names to help detect missing prefabs when importing templates into another project
for (int grpIdx = 0; grpIdx < numGroups; grpIdx++)
{
if (landscape.lbGroupList[grpIdx].groupMemberList != null)
{
List <LBGroupMember> groupMemberList = landscape.lbGroupList[grpIdx].groupMemberList;
for (int grpMbrIdx = 0; grpMbrIdx < groupMemberList.Count; grpMbrIdx++)
{
// Only attempt to update the prefab prefabName if it is null or an empty string.
// This avoids loosing details about an already missing prefab
if (string.IsNullOrEmpty(groupMemberList[grpMbrIdx].prefabName))
{
if (groupMemberList[grpMbrIdx].prefab != null)
{
groupMemberList[grpMbrIdx].prefabName = groupMemberList[grpMbrIdx].prefab.name;
isSceneSaveRequired = true;
}
}
}
}
}
// Landscape class lists - perform deep copy (#SMS 2.0.6 Beta 6f)
// Attempts to avoid issue where a template prefab is created (and later deleted) which could delete data
// from the landscape meta-data in the scene.
lbTemplate.topographyLayersList = landscape.topographyLayersList.ConvertAll(lyr => new LBLayer(lyr));
lbTemplate.terrainTexturesList = landscape.terrainTexturesList.ConvertAll(tt => new LBTerrainTexture(tt));
lbTemplate.terrainTreesList = landscape.terrainTreesList.ConvertAll(tt => new LBTerrainTree(tt));
lbTemplate.terrainGrassList = landscape.terrainGrassList.ConvertAll(tg => new LBTerrainGrass(tg));
lbTemplate.lbGroupList = landscape.lbGroupList.ConvertAll(grp => new LBGroup(grp));
lbTemplate.landscapeMeshList = landscape.landscapeMeshList.ConvertAll(msh => new LBLandscapeMesh(msh));
lbTemplate.landscapeWaterList = landscape.landscapeWaterList.ConvertAll(wtr => new LBWater(wtr, false));
// Check for surface and/or base mesh materials in Group Object Paths
for (int grpIdx = 0; grpIdx < numGroups; grpIdx++)
{
int numGrpMembers = landscape.lbGroupList[grpIdx].groupMemberList == null ? 0 : landscape.lbGroupList[grpIdx].groupMemberList.Count;
for (int grpMbrIdx = 0; grpMbrIdx < numGrpMembers; grpMbrIdx++)
{
LBGroupMember _lbGroupMember = landscape.lbGroupList[grpIdx].groupMemberList[grpMbrIdx];
// A deep copy will attempt create a new instance of the material using our LBGroupMember clone constructor
// In this case we need to reference the actual material in the project folder.
// If the Object Path was a duplicate of an existing Object Path, then this may also fail.
if (_lbGroupMember != null && _lbGroupMember.lbMemberType == LBGroupMember.LBMemberType.ObjPath && _lbGroupMember.lbObjPath != null)
{
lbTemplate.lbGroupList[grpIdx].groupMemberList[grpMbrIdx].lbObjPath.surfaceMeshMaterial = _lbGroupMember.lbObjPath.surfaceMeshMaterial;
lbTemplate.lbGroupList[grpIdx].groupMemberList[grpMbrIdx].lbObjPath.baseMeshMaterial = _lbGroupMember.lbObjPath.baseMeshMaterial;
}
}
}
// Final Pass varibles
lbTemplate.useFinalPassSmoothing = landscape.useFinalPassSmoothing;
lbTemplate.finalPassSmoothingIterations = landscape.finalPassSmoothingIterations;
lbTemplate.finalPassPixelRange = landscape.finalPassPixelRange;
lbTemplate.fPassSmoothStencilGUID = landscape.fPassSmoothStencilGUID;
lbTemplate.fPassSmoothStencilLayerGUID = landscape.fPassSmoothStencilLayerGUID;
lbTemplate.fPassSmoothFilterMode = landscape.fPassSmoothFilterMode;
lbTemplate.thermalErosionPreset = landscape.thermalErosionPreset;
lbTemplate.useThermalErosion = landscape.useThermalErosion;
lbTemplate.thermalErosionIterations = landscape.thermalErosionIterations;
lbTemplate.thermalErosionTalusAngle = landscape.thermalErosionTalusAngle;
lbTemplate.thermalErosionStrength = landscape.thermalErosionStrength;
lbTemplate.fPassThErosionStencilGUID = landscape.fPassThErosionStencilGUID;
lbTemplate.fPassThErosionStencilLayerGUID = landscape.fPassThErosionStencilLayerGUID;
lbTemplate.fPassThErosionFilterMode = landscape.fPassThErosionFilterMode;
// Group Settings
lbTemplate.autoRefreshGroupDesigner = landscape.autoRefreshGroupDesigner;
// Vegetation Integration variables
lbTemplate.useVegetationSystem = landscape.useVegetationSystem;
lbTemplate.useVegetationSystemTextures = landscape.useVegetationSystemTextures;
// Landscape Extension
lbTemplate.useLandscapeExtension = landscape.useLandscapeExtension;
if (landscape.lbLandscapeExtension != null)
{
lbTemplate.lbLandscapeExtension = new LBLandscapeExtension(landscape.lbLandscapeExtension);
}
else
{
lbTemplate.lbLandscapeExtension = new LBLandscapeExtension();
}
// GPU acceleration
lbTemplate.useGPUTexturing = landscape.useGPUTexturing;
lbTemplate.useGPUTopography = landscape.useGPUTopography;
lbTemplate.useGPUGrass = landscape.useGPUGrass;
lbTemplate.useGPUPath = landscape.useGPUPath;
// Undo override
lbTemplate.isUndoTopographyDisabled = landscape.isUndoTopographyDisabled;
// Topography Mask - there is one per landscape
lbTemplate.topographyMaskMode = (LBTemplate.MaskMode)landscape.topographyMaskMode;
lbTemplate.distanceToCentreMask = landscape.distanceToCentreMask;
lbTemplate.maskWarpAmount = landscape.maskWarpAmount;
lbTemplate.maskNoiseTileSize = landscape.maskNoiseTileSize;
lbTemplate.maskNoiseOffsetX = landscape.maskNoiseOffsetX;
lbTemplate.maskNoiseOffsetY = landscape.maskNoiseOffsetY;
lbTemplate.maskNoiseCurveModifier = landscape.maskNoiseCurveModifier;
// Does user wish to include LBLighting?
if (addLBLightingToTemplate)
{
// Only include LBLighting if it is in the scene
LBLighting lbLighting = GameObject.FindObjectOfType <LBLighting>();
if (lbLighting == null)
{
lbTemplate.isLBLightingIncluded = false;
Debug.LogWarning("Landscape Builder - Export Template - No LBLighting found in the scene");
}
else
{
lbTemplate.isLBLightingIncluded = true;
lbTemplate.AddLBLightingSettings(lbLighting);
}
}
else
{
lbTemplate.isLBLightingIncluded = false;
}
// Create an empty list of Asset Paths for the mesh materials
List <string> lbMapPathMaterialAssetPathList = new List <string>();
if (addPathsToTemplate)
{
// Find any Camera Paths in this landscape (changed from all in scene in 1.3.2 Beta 9b)
List <LBCameraPath> lbCameraPathList = LBCameraPath.GetCameraPathsInLandscape(landscape);
if (lbCameraPathList != null)
{
// Get the LBPath from each LBCameraPath and add it to the LBTemplate instance
foreach (LBCameraPath lbCameraPath in lbCameraPathList)
{
if (lbCameraPath.lbPath != null)
{
// Update the path name before adding to the template
if (lbCameraPath.gameObject != null)
{
lbCameraPath.lbPath.pathName = lbCameraPath.gameObject.name;
isSceneSaveRequired = true;
}
lbTemplate.lbPathList.Add(lbCameraPath.lbPath);
}
}
}
// Find all MapPaths in the this landscape
List <LBMapPath> lbMapPathList = LBMapPath.GetMapPathsInLandscape(landscape);
if (lbMapPathList != null)
{
// Get the LBPath from each LBMapPath and add it to the LBTemplate instance
foreach (LBMapPath lbMapPath in lbMapPathList)
{
if (lbMapPath.lbPath != null)
{
// Update the path name before adding to the template
if (lbMapPath.gameObject != null)
{
lbMapPath.lbPath.pathName = lbMapPath.gameObject.name;
// Check for a mesh
if (lbMapPath.lbPath.lbMesh != null && addPathMeshMaterialsToTemplate)
{
lbMapPath.lbPath.meshTempMaterial = lbMapPath.meshMaterial;
// If also creating a package, remember the asset path for this mesh material
if (createTemplatePackage)
{
string mapPathMatAssetPath = UnityEditor.AssetDatabase.GetAssetPath(lbMapPath.meshMaterial);
if (!string.IsNullOrEmpty(mapPathMatAssetPath))
{
lbMapPathMaterialAssetPathList.Add(mapPathMatAssetPath);
}
}
}
else
{
lbMapPath.lbPath.meshTempMaterial = null;
}
isSceneSaveRequired = true;
}
lbTemplate.lbPathList.Add(lbMapPath.lbPath);
}
}
}
}
if (addStencilsToTemplate)
{
List <LBStencil> lbStencilList = LBStencil.GetStencilsInLandscape(landscape, true);
if (lbTemplate.lbTemplateStencilList == null)
{
lbTemplate.lbTemplateStencilList = new List <LBTemplateStencil>();
}
if (lbTemplate.lbTemplateStencilList != null && lbStencilList != null)
{
// Create a LBTemplateStencil for each Stencil in the landscape, and add it to the Template.
// NOTE Does not copy the USHORT layerArray or render textures in the Stencil Layers as we want to keep
// the Template as small as possible.
foreach (LBStencil lbStencil in lbStencilList)
{
if (lbStencil != null)
{
LBTemplateStencil lbTemplateStencil = new LBTemplateStencil(lbStencil);
if (lbTemplateStencil != null)
{
lbTemplate.lbTemplateStencilList.Add(lbTemplateStencil);
}
}
}
}
}
// Create template folders if they don't already exist
LBEditorHelper.CheckFolder("Assets/LandscapeBuilder/Templates");
if (!Directory.Exists("LandscapeBuilder/TemplatePackages"))
{
Directory.CreateDirectory("LandscapeBuilder/TemplatePackages");
}
// Create a prefab
bool continueToSave = false;
string templateFullPath = Application.dataPath + "/LandscapeBuilder/Templates/" + landscapeTemplateName + ".prefab";
string templateAssetPath = "Assets/LandscapeBuilder/Templates/" + landscapeTemplateName + ".prefab";
if (File.Exists(templateFullPath))
{
if (EditorUtility.DisplayDialog("Template Already Exists", "Are you sure you want to save the template? The currently existing" +
" template will be lost.", "Overwrite", "Cancel"))
{
if (!AssetDatabase.DeleteAsset(templateAssetPath))
{
Debug.LogWarning("Landscape Builder - could not overwrite Assets/LandscapeBuilder/Templates/" + landscapeTemplateName + " for " + landscapeName + " template");
}
else
{
continueToSave = true;
}
}
}
else
{
continueToSave = true;
}
if (continueToSave)
{
#if UNITY_2018_3_OR_NEWER
GameObject templatePrefabGO = PrefabUtility.SaveAsPrefabAsset(newTemplateObj, templateAssetPath);
#else
GameObject templatePrefabGO = PrefabUtility.CreatePrefab(templateAssetPath, newTemplateObj);
#endif
if (templatePrefabGO != null && createTemplatePackage)
{
// Always include the template prefab (this is meta-data only)
List <string> templateAssetPaths = new List <string>();
templateAssetPaths.Add(templateAssetPath);
// Although technically users could include 3rd party textures in a LBMap texture, they are MUCH more likely to use
// map textures generated from within Landscape Builder.
if (addMapTexturesToTemplatePackage)
{
List <string> uniqueMapTexPaths = LBLandscapeOperations.GetMapTextureAssetPathsFromLandscape(landscape, true);
if (uniqueMapTexPaths != null)
{
if (uniqueMapTexPaths.Count > 0)
{
templateAssetPaths.AddRange(uniqueMapTexPaths);
}
}
}
if (addLayerHeightmapTexturesToTemplatePackage)
{
// Get a list of the image-based topography layers with a heightmap texture
List <LBLayer> layerList = landscape.topographyLayersList.FindAll(lyr => lyr.heightmapImage != null && (lyr.type == LBLayer.LayerType.ImageBase || lyr.type == LBLayer.LayerType.ImageAdditive || lyr.type == LBLayer.LayerType.ImageSubtractive || lyr.type == LBLayer.LayerType.ImageDetail));
if (layerList != null)
{
//Debug.Log("Save Template found " + layerList.Count + " image layers with a heightmap");
for (int lyrIdx = 0; lyrIdx < layerList.Count; lyrIdx++)
{
// Get the path in the asset db to the image-based layer heightmap texture
string heightmapPath = UnityEditor.AssetDatabase.GetAssetPath(layerList[lyrIdx].heightmapImage);
if (!string.IsNullOrEmpty(heightmapPath))
{
templateAssetPaths.Add(heightmapPath);
}
}
}
}
// Add the list of map path mesh materials we add earlier.
if (addPathMeshMaterialsToTemplate && lbMapPathMaterialAssetPathList.Count > 0)
{
templateAssetPaths.AddRange(lbMapPathMaterialAssetPathList);
}
AssetDatabase.ExportPackage(templateAssetPaths.ToArray(), "LandscapeBuilder/TemplatePackages/" + landscapeTemplateName + ".unitypackage", ExportPackageOptions.Interactive);
}
LBEditorHelper.HighlightItemInProjectWindow(templateAssetPath);
}
// Cleanup scene hierarchy
GameObject.DestroyImmediate(newTemplateObj);
}
}
return(isSuccessful);
}
private static void CopyMeshToGroupMember(LBLandscapeMesh lMesh, LBGroup lbGroup, LBGroupMember lbGroupMember)
{
if (lMesh != null && lbGroup != null && lbGroupMember != null)
{
if (lMesh.meshPlacingMode != LBLandscapeMesh.MeshPlacingMode.ConstantInfluence || lMesh.minScale != 1f || lMesh.maxScale != 1f)
{
// This may not the first member of the group so need to check if we need to override group defaults
// The first member of a group sets the group-level default settings
if (lbGroup.groupMemberList.Count < 1)
{
lbGroupMember.isGroupOverride = false;
lbGroup.minScale = lMesh.minScale;
lbGroup.maxScale = lMesh.maxScale;
lbGroup.minHeight = lMesh.minHeight;
lbGroup.maxHeight = lMesh.maxHeight;
lbGroup.minInclination = lMesh.minInclination;
lbGroup.maxInclination = lMesh.maxInclination;
}
// Does this member have the same rules as the group it will be placed into?
else if (lMesh.minScale != lbGroup.minScale || lMesh.maxScale != lbGroup.maxScale ||
lMesh.minHeight != lbGroup.minHeight || lMesh.maxHeight != lbGroup.maxHeight ||
lMesh.minInclination != lbGroup.minInclination || lMesh.maxInclination != lbGroup.maxInclination)
{
lbGroupMember.isGroupOverride = true;
lbGroupMember.minScale = lMesh.minScale;
lbGroupMember.maxScale = lMesh.maxScale;
lbGroupMember.minHeight = lMesh.minHeight;
lbGroupMember.maxHeight = lMesh.maxHeight;
lbGroupMember.minInclination = lMesh.minInclination;
lbGroupMember.maxInclination = lMesh.maxInclination;
}
else
{
// Member rules are the same as the Group, so no need to override group-level defaults
lbGroupMember.isGroupOverride = false;
}
}
lbGroupMember.prefab = lMesh.prefab;
lbGroupMember.prefabName = lMesh.prefabName;
lbGroupMember.modelOffsetX = lMesh.offset.x;
lbGroupMember.modelOffsetY = 0f;
lbGroupMember.modelOffsetZ = lMesh.offset.z;
lbGroupMember.randomiseOffsetY = false;
lbGroupMember.minOffsetY = lMesh.offset.y;
lbGroupMember.maxOffsetY = lbGroupMember.minOffsetY;
lbGroupMember.randomiseRotationY = lMesh.randomiseYRotation;
if (lMesh.randomiseYRotation)
{
lbGroupMember.startRotationY = 0f;
lbGroupMember.endRotationY = 359.9f;
}
else
{
lbGroupMember.startRotationY = lMesh.fixedYRotation;
lbGroupMember.endRotationY = lMesh.fixedYRotation;
}
lbGroupMember.randomiseRotationXZ = false;
lbGroupMember.rotationX = lMesh.XRotation;
lbGroupMember.endRotationX = lMesh.XRotation;
lbGroupMember.rotationZ = lMesh.ZRotation;
lbGroupMember.endRotationZ = lMesh.ZRotation;
lbGroupMember.isCombineMesh = lMesh.isCombineMesh;
lbGroupMember.isKeepPrefabConnection = lMesh.isKeepPrefabConnection;
lbGroupMember.isCreateCollider = lMesh.isCreateCollider;
lbGroupMember.isRemoveEmptyGameObjects = lMesh.isRemoveEmptyGameObjects;
lbGroupMember.useNoise = lMesh.useNoise;
lbGroupMember.noiseTileSize = lMesh.noiseTileSize;
lbGroupMember.noisePlacementCutoff = lMesh.meshPlacementCutoff;
lbGroupMember.maxPrefabSqrKm = lMesh.maxMeshes;
lbGroupMember.maxPrefabPerGroup = 10000;
// Slightly incompatible as old mesh is centre to centre distance
// mesh.minProximity can be 0.0, while lbGroupMember.proximityExtent currently must be > 0.01.
lbGroupMember.proximityExtent = lMesh.minProximity;
lbGroupMember.isTerrainAligned = lMesh.isTerrainAligned;
lbGroupMember.isTerrainFlattened = lMesh.isTerrainFlattened;
lbGroupMember.flattenBlendRate = lMesh.flattenBlendRate;
lbGroupMember.flattenDistance = lMesh.flattenDistance;
lbGroupMember.flattenHeightOffset = lMesh.flattenHeightOffset;
lbGroupMember.minGrassProximity = lMesh.minGrassProximity;
lbGroupMember.isRemoveTree = true;
lbGroupMember.minTreeProximity = lMesh.minTreeProximity;
}
}
/// <summary>
/// Attempt to convert Mesh/Prefabs to Uniform Groups
/// </summary>
/// <param name="landscape"></param>
public static void ConvertMeshesToGroups(LBLandscape landscape)
{
string methodName = "LBUpdate.ConvertMeshesToGroups";
if (landscape == null)
{
Debug.LogWarning("ERROR: " + methodName + " - landscape is null. Please Report.");
}
else if (landscape.landscapeMeshList != null && landscape.lbGroupList != null)
{
List <LBGroup> convertedGroupList = new List <LBGroup>();
int numMeshes = landscape.landscapeMeshList.Count;
for (int mIdx = 0; mIdx < numMeshes; mIdx++)
{
LBLandscapeMesh lMesh = landscape.landscapeMeshList[mIdx];
if (lMesh.isDisabled)
{
Debug.Log("INFO: " + methodName + " skipping disabled Mesh " + (mIdx + 1));
}
else if (lMesh.meshPlacingMode == LBLandscapeMesh.MeshPlacingMode.Map || lMesh.meshPlacingMode == LBLandscapeMesh.MeshPlacingMode.HeightInclinationMap)
{
Debug.Log("INFO: " + methodName + " cannot convert Mesh " + (mIdx + 1) + " as it contains a Map texture. Recommendation: use a Stencil Layer instead");
}
else if (!lMesh.usePrefab)
{
Debug.Log("INFO: " + methodName + " cannot convert Mesh " + (mIdx + 1) + " as Groups only support prefabs.");
}
else if (lMesh.isClustered)
{
Debug.Log("INFO: " + methodName + " cannot convert Mesh " + (mIdx + 1) + " as source has Clusters enabled. Recommendation: Create a Procedural Clearing to replace this Mesh/Prefab.");
}
else
{
LBGroup lbGroup = null;
LBGroupMember lbGroupMember = null;
// If this is the first group always create a new one
if (convertedGroupList.Count == 0)
{
lbGroup = new LBGroup();
if (lbGroup != null)
{
lbGroup.showInEditor = false;
lbGroup.groupName = "converted group " + (convertedGroupList.Count + 1).ToString("000");
lbGroup.lbGroupType = LBGroup.LBGroupType.Uniform;
lbGroup.filterList = GetSupportedMeshFilters(lMesh.filterList);
convertedGroupList.Add(lbGroup);
}
}
else
{
// Find a compatible group, else create a new one
List <LBFilter> supportedMeshFilterList = GetSupportedMeshFilters(lMesh.filterList);
int numThisMeshFilters = (supportedMeshFilterList == null ? 0 : supportedMeshFilterList.Count);
// Find a group with the same filters
for (int grpIdx = 0; grpIdx < convertedGroupList.Count; grpIdx++)
{
LBGroup searchGroup = convertedGroupList[grpIdx];
List <LBFilter> groupFilterList = searchGroup.filterList;
int numThisGroupFilters = (groupFilterList == null ? 0 : groupFilterList.Count);
if (numThisMeshFilters == 0 && numThisGroupFilters == 0)
{
lbGroup = searchGroup; break;
}
else if (numThisMeshFilters == numThisGroupFilters)
{
// Assume they match
bool isMatch = true;
for (int fIdx = 0; fIdx < numThisGroupFilters; fIdx++)
{
if (groupFilterList[fIdx].filterType != supportedMeshFilterList[fIdx].filterType)
{
isMatch = false; break;
}
else if (groupFilterList[fIdx].lbStencilGUID != supportedMeshFilterList[fIdx].lbStencilGUID)
{
isMatch = false; break;
}
else if (groupFilterList[fIdx].lbStencilLayerGUID != supportedMeshFilterList[fIdx].lbStencilLayerGUID)
{
isMatch = false; break;
}
}
if (isMatch)
{
lbGroup = searchGroup; break;
}
}
}
// If no suitable group was found, add a new one
if (lbGroup == null)
{
lbGroup = new LBGroup();
lbGroup.showInEditor = false;
lbGroup.groupName = "converted group " + (convertedGroupList.Count + 1).ToString("000");
lbGroup.lbGroupType = LBGroup.LBGroupType.Uniform;
lbGroup.filterList = GetSupportedMeshFilters(lMesh.filterList);
convertedGroupList.Add(lbGroup);
}
}
if (lbGroup == null)
{
Debug.Log("INFO: " + methodName + " could not create a new LBGroup. Please Report");
}
else
{
lbGroupMember = new LBGroupMember();
if (lbGroupMember == null)
{
Debug.Log("INFO: " + methodName + " could not create a new LBGroupMember. Please Report");
}
else
{
lbGroupMember.showInEditor = false;
CopyMeshToGroupMember(lMesh, lbGroup, lbGroupMember);
lbGroup.groupMemberList.Add(lbGroupMember);
// Disable migrated mesh/prefab items
lMesh.isDisabled = true;
}
}
}
}
if (convertedGroupList.Count > 0)
{
landscape.lbGroupList.AddRange(convertedGroupList);
}
}
}
