public static void CreateLocationLabel(GUI.GUIMapTile mapTile, WorldMapLocation wml)
{
//Debug.Log ("Creating location label for " + wml.Name);
bool createIcon = true;
bool createLabel = true;
switch (wml.LabelStyle)
{
case MapLabelStyle.AlwaysVisible:
default:
createLabel = true;
break;
case MapLabelStyle.None:
createLabel = false;
break;
case MapLabelStyle.Descriptive:
createIcon = false;
createLabel = true;
break;
}
if (createIcon)
{
//sort it into the right list based on icon
switch (wml.IconStyle)
{
case MapIconStyle.Small:
mapTile.SmallLocations.Add(wml);
break;
case MapIconStyle.Medium:
mapTile.MediumLocations.Add(wml);
break;
case MapIconStyle.Large:
mapTile.LargeLocations.Add(wml);
break;
case MapIconStyle.AlwaysVisible:
mapTile.ConstantLocations.Add(wml);
break;
case MapIconStyle.None:
default:
//Debug.Log("Icon style was none in " + wml.IconName);
//NONE
createIcon = false;
//does it have a label?
if (createLabel)
{
//if so, keep it in the constant list
mapTile.ConstantLocations.Add(wml);
}
else
{
//otherwise, just ignore it
//dont bother to create labels
//return;
}
break;
}
}
else
{
mapTile.ConstantLocations.Add(wml);
}
Vector3 mapTilePosition = new Vector3(wml.ChunkPosition.x, wml.ChunkPosition.z, 0f); //-(wml.ChunkPosition.y));
wml.LocationTransform = mapTile.TileBackground.gameObject.CreateChild(wml.Name).transform;
mapTilePosition.z = NGUIWorldMap.GetWorldMapAtChunkPosition(mapTilePosition, mapTile.ChunkToDisplay.MiniHeightmap, 0f);
wml.LocationTransform.localPosition = mapTilePosition;
if (createLabel)
{
float mapTileScale = 1f; //Mathf.Clamp (location.Radius * gLocationRadiusMult, 1f, 5f);
GameObject newWMLabelGo = NGUITools.AddChild(NGUIWorldMap.Get.LabelsPanel.gameObject, mapTile.WMLabelPrefab);
UILabel label = newWMLabelGo.GetComponent <UILabel> ();
label.name = wml.Name;
label.text = wml.Name;
if (wml.LabelStyle == MapLabelStyle.Descriptive)
{
label.font = Mats.Get.CleanHandwriting42Font;
}
else
{
label.font = Mats.Get.CleanHandwriting42Font; //PrintingPress40Font;
}
wml.Label = label;
if (!createIcon)
{
wml.LabelPosition = Vector3.zero;
}
wml.LabelTransform = label.cachedTransform;
wml.LabelTransform.localPosition = mapTilePosition + wml.LabelPosition + wml.IconOffset;
wml.LabelTransform.localScale = Vector3.one;
label.alpha = 0f;
label.enabled = true;
}
if (createIcon)
{
GameObject newWMIconGo = NGUITools.AddChild(NGUIWorldMap.Get.IconsPanel.gameObject, mapTile.WMIconPrefab);
UISprite icon = newWMIconGo.GetComponent <UISprite> ();
WMIcon wmIcon = newWMIconGo.GetComponent <WMIcon> ();
wmIcon.OnClick += wml.OnClick;
wmIcon.Reference = wml.Reference;
icon.name = wml.Name;
icon.spriteName = wml.IconName;
wml.Icon = icon;
wml.IconTransform = wml.Icon.cachedTransform;
wml.IconTransform.localPosition = mapTilePosition + wml.IconOffset;
wml.IconTransform.localScale = Vector3.one * wml.IconScale;
icon.alpha = 0f;
icon.enabled = true;
wml.Collider = newWMIconGo.AddComponent <SphereCollider> (); //for mouseovers
if (wml.IsMarked || wml.IsNew)
{
NGUIWorldMap.Get.CreateMarkedLocationSprite(wml);
}
}
else
{
//Debug.Log ("No create icon with icon name " + wml.IconName + " and icon style " + wml.IconStyle.ToString ());
}
}
public void BlendEdges(List <GUIMapTile> chunksDisplayed)
{
if (ChunkToDisplay.IsEmpty)
{
//Debug.Log("We're empty");
return;
}
//Debug.Log("Blending " + ChunkToDisplay.ChunkID.ToString () + " with " + ChunkToDisplay.BlendIDTop.ToString() + ", " + ChunkToDisplay.BlendIDBottom.ToString() + ", " + ChunkToDisplay.BlendIDLeft.ToString() + ", " + ChunkToDisplay.BlendIDRight.ToString());
for (int i = 0; i < chunksDisplayed.Count; i++)
{
GUIMapTile chunkDisplayed = chunksDisplayed[i];
if (chunkDisplayed == this)
{
//Debug.Log("Whoops, not blending with this");
continue;
}
if (BlendedWith.Contains(chunkDisplayed.ChunkToDisplay.ChunkID))
{
//Debug.Log("Already blended " + ChunkToDisplay.ChunkID.ToString() + " with " + chunkDisplayed.ChunkToDisplay.ChunkID.ToString());
continue;
}
if ((ChunkToDisplay.BlendIDTop > 0 && chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDTop) ||
(ChunkToDisplay.BlendIDBottom > 0 && chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDBottom) ||
(ChunkToDisplay.BlendIDLeft > 0 && chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDLeft) ||
(ChunkToDisplay.BlendIDRight > 0 && chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDRight))
{
//Debug.Log("Blending " + chunkDisplayed.ChunkToDisplay.ChunkID.ToString() + " with " + ChunkToDisplay.ChunkID.ToString());
chunkDisplayed.BlendedWith.Add(ChunkToDisplay.ChunkID);
Mesh mesh1 = HeightMeshFilter.sharedMesh;
Mesh mesh2 = chunkDisplayed.HeightMeshFilter.sharedMesh;
Vector3[] verts1 = mesh1.vertices;
Vector3[] verts2 = mesh2.vertices;
Vector3 vert1;
Vector3 vert2;
float blendedHeight;
List <int> indices1 = null;
List <int> indices2 = null;
int index1 = 0;
int index2 = 0;
if (chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDTop)
{
indices1 = TopVertices;
indices2 = BotVertices;
}
else if (chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDBottom)
{
indices1 = BotVertices;
indices2 = TopVertices;
}
else if (chunkDisplayed.ChunkToDisplay.ChunkID == ChunkToDisplay.BlendIDLeft)
{
indices1 = LeftVertices;
indices2 = RightVertices;
}
else
{
indices1 = RightVertices;
indices2 = LeftVertices;
}
for (int v = 0; v < indices1.Count; v++)
{
index1 = indices1[v];
index2 = indices2[v];
vert1 = verts1[index1];
vert2 = verts2[index2];
blendedHeight = (vert1.y + vert2.y) / 2;
vert1.y = blendedHeight;
vert2.y = blendedHeight;
verts1[index1] = vert1;
verts2[index2] = vert2;
}
mesh1.vertices = verts1;
mesh2.vertices = verts2;
mesh1.RecalculateBounds();
mesh2.RecalculateBounds();
System.Array.Clear(verts1, 0, verts1.Length);
System.Array.Clear(verts2, 0, verts2.Length);
verts1 = null;
verts2 = null;
}
}
}