internal static BasicRenderInformation GetTextMesh(BoardTextDescriptorGeneralXml textDescriptor, ushort refID, int boardIdx, int secIdx, BoardInstanceXml instance, BoardDescriptorGeneralXml propLayout, out IEnumerable <BasicRenderInformation> multipleOutput, PrefabInfo refPrefab)
{
multipleOutput = null;
DynamicSpriteFont baseFont = FontServer.instance[WTSEtcData.Instance.FontSettings.GetTargetFont(textDescriptor.m_fontClass)] ?? FontServer.instance[propLayout?.FontName];
if (instance is BoardPreviewInstanceXml preview)
{
return(GetTextForPreview(textDescriptor, propLayout, ref multipleOutput, ref baseFont, preview, refPrefab));
}
else if (instance is LayoutDescriptorVehicleXml vehicleDescriptor)
{
return(GetTextForVehicle(textDescriptor, refID, ref baseFont, vehicleDescriptor));
}
else if (instance is BoardInstanceBuildingXml buildingDescritpor)
{
return(GetTextForBuilding(textDescriptor, refID, boardIdx, secIdx, ref multipleOutput, ref baseFont, buildingDescritpor));
}
else if (instance is BoardInstanceRoadNodeXml)
{
return(GetTextForRoadNode(textDescriptor, refID, boardIdx, secIdx, ref baseFont));
}
else if (instance is OnNetInstanceCacheContainerXml onNet)
{
return(GetTextForOnNet(textDescriptor, refID, boardIdx, secIdx, onNet, ref baseFont, out multipleOutput));
}
return(WTSCacheSingleton.GetTextData(textDescriptor.m_fixedText ?? "", textDescriptor.m_prefix, textDescriptor.m_suffix, null, textDescriptor.m_overrideFont));
}
public static Color EnsurePropCache <DESC>(ushort refId, int boardIdx, int secIdx, BoardDescriptorGeneralXml propLayout, DESC descriptor, out bool rendered) where DESC : BoardInstanceXml
{
Color propColor = WTSDynamicTextRenderingRules.GetPropColor(refId, boardIdx, secIdx, descriptor, propLayout, out bool colorFound);
if (!colorFound)
{
rendered = false;
return(propColor);
}
propColor.a = 1;
rendered = true;
return(propColor);
}
public static void RenderTextMesh(ushort refID, int boardIdx, int secIdx, BoardInstanceXml descriptor, Matrix4x4 propMatrix,
BoardDescriptorGeneralXml propLayout, ref BoardTextDescriptorGeneralXml textDescriptor, MaterialPropertyBlock materialPropertyBlock,
int instanceFlags, Color parentColor, PrefabInfo srcInfo, ref int defaultCallsCounter, Camera targetCamera = null)
{
BasicRenderInformation renderInfo = WTSTextMeshProcess.GetTextMesh(textDescriptor, refID, boardIdx, secIdx, descriptor, propLayout, out IEnumerable <BasicRenderInformation> multipleOutput, propLayout?.CachedProp);
if (renderInfo == null)
{
if (multipleOutput != null && multipleOutput.Count() > 0)
{
BasicRenderInformation[] resultArray = multipleOutput.ToArray();
if (resultArray.Length == 1)
{
renderInfo = multipleOutput.First();
}
else
{
BoardTextDescriptorGeneralXml.SubItemSettings settings = textDescriptor.MultiItemSettings;
int targetCount = Math.Min(settings.SubItemsPerRow * settings.SubItemsPerColumn, resultArray.Length);
int maxItemsInARow, maxItemsInAColumn, lastRowOrColumnItemCount;
if (textDescriptor.MultiItemSettings.VerticalFirst)
{
maxItemsInAColumn = Math.Min(targetCount, settings.SubItemsPerColumn);
maxItemsInARow = Mathf.CeilToInt((float)targetCount / settings.SubItemsPerColumn);
lastRowOrColumnItemCount = targetCount % settings.SubItemsPerColumn;
}
else
{
maxItemsInARow = Math.Min(targetCount, settings.SubItemsPerRow);
maxItemsInAColumn = Mathf.CeilToInt((float)targetCount / settings.SubItemsPerRow);
lastRowOrColumnItemCount = targetCount % settings.SubItemsPerRow;
}
float unscaledColumnWidth = resultArray.Max(x => x?.m_sizeMetersUnscaled.x ?? 0) * SCALING_FACTOR;
float rowHeight = resultArray.Max(x => x?.m_sizeMetersUnscaled.y ?? 0) * SCALING_FACTOR * textDescriptor.m_textScale + textDescriptor.MultiItemSettings.SubItemSpacing.Y;
float columnWidth = (unscaledColumnWidth * textDescriptor.m_textScale) + textDescriptor.MultiItemSettings.SubItemSpacing.X;
var maxWidth = textDescriptor.m_maxWidthMeters;
float regularOffsetX = CalculateOffsetXMultiItem(textDescriptor.m_textAlign, maxItemsInARow, columnWidth, maxWidth);
float cloneOffsetX = textDescriptor.PlacingConfig.m_invertYCloneHorizontalAlign ? CalculateOffsetXMultiItem(2 - textDescriptor.m_textAlign, maxItemsInARow, columnWidth, maxWidth) : regularOffsetX;
float regularOffsetY = CalculateOffsetYMultiItem(textDescriptor.MultiItemSettings.VerticalAlign, maxItemsInAColumn, rowHeight);
var startPoint = new Vector3(textDescriptor.PlacingConfig.Position.X + regularOffsetX, textDescriptor.PlacingConfig.Position.Y - regularOffsetY, textDescriptor.PlacingConfig.Position.Z);
var startPointClone = new Vector3(textDescriptor.PlacingConfig.Position.X + cloneOffsetX, textDescriptor.PlacingConfig.Position.Y - regularOffsetY, textDescriptor.PlacingConfig.Position.Z);
Vector3 lastRowOrColumnStartPoint = textDescriptor.MultiItemSettings.VerticalFirst
? new Vector3(startPoint.x, textDescriptor.PlacingConfig.Position.Y - CalculateOffsetYMultiItem(textDescriptor.MultiItemSettings.VerticalAlign, lastRowOrColumnItemCount, rowHeight), startPoint.z)
: new Vector3(textDescriptor.PlacingConfig.Position.X + CalculateOffsetXMultiItem(textDescriptor.m_textAlign, lastRowOrColumnItemCount, columnWidth, maxWidth), startPoint.y, startPoint.z);
Color colorToSet = GetTextColor(refID, boardIdx, secIdx, descriptor, propLayout, textDescriptor);
//LogUtils.DoWarnLog($"sz = {resultArray.Length};targetCount = {targetCount}; origPos = {textDescriptor.PlacingConfig.Position}; maxItemsInAColumn = {maxItemsInAColumn}; maxItemsInARow = {maxItemsInARow};columnWidth={columnWidth};rowHeight={rowHeight}");
int firstItemIdxLastRowOrColumn = targetCount - lastRowOrColumnItemCount;
for (int i = 0; i < targetCount; i++)
{
int x, y;
if (textDescriptor.MultiItemSettings.VerticalFirst)
{
y = i % settings.SubItemsPerColumn;
x = i / settings.SubItemsPerColumn;
}
else
{
x = i % settings.SubItemsPerRow;
y = i / settings.SubItemsPerRow;
}
BasicRenderInformation currentItem = resultArray[i];
Vector3 targetPosA = (i >= firstItemIdxLastRowOrColumn ? lastRowOrColumnStartPoint : startPoint) - new Vector3(columnWidth * x, rowHeight * y);
DrawTextBri(refID, boardIdx, secIdx, propMatrix, textDescriptor, materialPropertyBlock, currentItem, colorToSet, targetPosA, textDescriptor.PlacingConfig.Rotation, descriptor.PropScale, false, textDescriptor.m_textAlign, 0, instanceFlags, parentColor, srcInfo, ref defaultCallsCounter, targetCamera);
if (textDescriptor.PlacingConfig.m_create180degYClone)
{
targetPosA = startPointClone - new Vector3(columnWidth * (maxItemsInARow - x - 1), rowHeight * y);
targetPosA.z *= -1;
DrawTextBri(refID, boardIdx, secIdx, propMatrix, textDescriptor, materialPropertyBlock, currentItem, colorToSet, targetPosA, textDescriptor.PlacingConfig.Rotation + new Vector3(0, 180), descriptor.PropScale, false, textDescriptor.m_textAlign, 0, instanceFlags, parentColor, srcInfo, ref defaultCallsCounter, targetCamera);
}
}
}
}
else
{
return;
}
}
if (renderInfo?.m_mesh is null || renderInfo?.m_generatedMaterial is null)
{
return;
}
Vector3 targetPos = textDescriptor.PlacingConfig.Position;
DrawTextBri(refID, boardIdx, secIdx, propMatrix, textDescriptor, materialPropertyBlock, renderInfo, GetTextColor(refID, boardIdx, secIdx, descriptor, propLayout, textDescriptor), targetPos, textDescriptor.PlacingConfig.Rotation, descriptor.PropScale, textDescriptor.PlacingConfig.m_create180degYClone, textDescriptor.m_textAlign, textDescriptor.m_maxWidthMeters, instanceFlags, parentColor, srcInfo, ref defaultCallsCounter, targetCamera);
}
public static Color RenderPropMesh <DESC>(PropInfo propInfo, RenderManager.CameraInfo cameraInfo, ushort refId, int boardIdx, int secIdx,
int layerMask, float refAngleRad, Vector3 position, Vector4 dataVector, Vector3 propAngle, Vector3 propScale, BoardDescriptorGeneralXml propLayout,
DESC descriptor, out Matrix4x4 propMatrix,
out bool rendered, InstanceID propRenderID) where DESC : BoardInstanceXml
{
Color propColor = GetColorForRule(refId, boardIdx, secIdx, propLayout, descriptor, out rendered);
if (!rendered)
{
propMatrix = new Matrix4x4();
return(propColor);
}
propMatrix = RenderProp(refId, refAngleRad, cameraInfo, propInfo, propColor, position, dataVector, boardIdx, propAngle, propScale, layerMask, out rendered, propRenderID);
return(propColor);
}
