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Bobby Rafael
2025-04-29 19:52:06 +07:00
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using UnityEngine;
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public class MemoryProfilerSetup
{
[MenuItem("Tools/Pathfinding/Enable Memory Profiler")]
public static void EnableMemoryProfiler()
{
string definesString = PlayerSettings.GetScriptingDefineSymbolsForGroup(
EditorUserBuildSettings.selectedBuildTargetGroup);
if (!definesString.Contains("ENABLE_MEMORY_PROFILER"))
{
if (definesString.Length > 0)
definesString += ";";
definesString += "ENABLE_MEMORY_PROFILER";
PlayerSettings.SetScriptingDefineSymbolsForGroup(
EditorUserBuildSettings.selectedBuildTargetGroup, definesString);
Debug.Log("Memory Profiler enabled! (Added ENABLE_MEMORY_PROFILER symbol)");
Debug.Log("Please restart the editor for this to take effect.");
}
else
{
Debug.Log("Memory Profiler is already enabled.");
}
}
[MenuItem("Tools/Pathfinding/Disable Memory Profiler")]
public static void DisableMemoryProfiler()
{
string definesString = PlayerSettings.GetScriptingDefineSymbolsForGroup(
EditorUserBuildSettings.selectedBuildTargetGroup);
if (definesString.Contains("ENABLE_MEMORY_PROFILER"))
{
definesString = definesString.Replace("ENABLE_MEMORY_PROFILER", "");
definesString = definesString.Replace(";;", ";"); // Fix double semicolons
// Remove leading or trailing semicolons
if (definesString.StartsWith(";"))
definesString = definesString.Substring(1);
if (definesString.EndsWith(";"))
definesString = definesString.Substring(0, definesString.Length - 1);
PlayerSettings.SetScriptingDefineSymbolsForGroup(
EditorUserBuildSettings.selectedBuildTargetGroup, definesString);
Debug.Log("Memory Profiler disabled! (Removed ENABLE_MEMORY_PROFILER symbol)");
Debug.Log("Please restart the editor for this to take effect.");
}
else
{
Debug.Log("Memory Profiler is already disabled.");
}
}
}
#endif

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using UnityEngine;
public class FrameLimiter : MonoBehaviour
{
// Start is called before the first frame update
[SerializeField] private int frameRate = 60;
void Start()
{
// Set the target frame rate to 60
QualitySettings.vSyncCount = 0;
Application.targetFrameRate = frameRate;
}
}

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using System.Collections;
using System.Collections.Generic;
using UnityEngine;
/// <summary>
/// Kelas GridNode merepresentasikan sebuah node/sel di dalam grid untuk algoritma pathfinding.
/// Kelas ini mewarisi dari PathFinding.Node<Vector2Int> dan mengimplementasikan fungsionalitas spesifik
/// untuk pathfinding berbasis grid.
/// </summary>
public class GridNode : PathFinding.Node<Vector2Int>
{
/// <summary>
/// Menentukan apakah node ini dapat dilalui oleh karakter.
/// True jika node dapat dilalui, false jika node adalah penghalang.
/// </summary>
public bool IsWalkable { get; set; }
/// <summary>
/// Referensi ke GridMap yang mengelola seluruh grid.
/// Digunakan untuk mendapatkan tetangga dan operasi lain yang berhubungan dengan grid.
/// </summary>
public GridMap gridMap; // Change to internal or public
/// <summary>
/// Constructor untuk membuat GridNode baru.
/// </summary>
/// <param name="value">Koordinat Vector2Int yang merepresentasikan posisi node di dalam grid</param>
/// <param name="gridMap">Referensi ke GridMap yang mengelola grid ini</param>
public GridNode(Vector2Int value, GridMap gridMap)
: base(value)
{
IsWalkable = true; // Secara default node dapat dilalui
this.gridMap = gridMap; // Simpan referensi ke GridMap
}
/// <summary>
/// Mengimplementasikan metode abstrak dari kelas dasar untuk mendapatkan daftar node tetangga.
/// Metode ini akan memanggil GridMap.GetNeighbours() untuk mendapatkan semua node tetangga yang dapat dilalui.
/// </summary>
/// <returns>Daftar node tetangga yang dapat dicapai dari node ini</returns>
public override
List<PathFinding.Node<Vector2Int>> GetNeighbours()
{
// Return an empty list for now.
// Later we will call gridMap's GetNeighbours
// function.
//return new List<PathFinding.Node<Vector2Int>>();
return gridMap.GetNeighbours(this);
}
}

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using UnityEngine;
/// <summary>
/// Kelas GridNodeView bertanggung jawab untuk visualisasi node grid dalam sistem pathfinding.
/// Kelas ini menghubungkan data GridNode dengan representasi visualnya di Unity.
/// </summary>
public class GridNodeView : MonoBehaviour
{
/// <summary>
/// Referensi ke SpriteRenderer untuk bagian dalam node.
/// </summary>
[SerializeField]
SpriteRenderer innerSprite;
/// <summary>
/// Referensi ke SpriteRenderer untuk bagian luar node.
/// </summary>
[SerializeField]
SpriteRenderer outerSprite;
/// <summary>
/// Properti yang menyimpan referensi ke objek GridNode yang terkait dengan view ini.
/// </summary>
public GridNode Node { get; set; }
/// <summary>
/// Mengatur warna sprite bagian dalam dari node.
/// </summary>
/// <param name="col">Warna yang akan diaplikasikan pada sprite bagian dalam.</param>
public void SetInnerColor(Color col)
{
innerSprite.color = col;
}
/// <summary>
/// Mengatur warna sprite bagian luar dari node.
/// </summary>
/// <param name="col">Warna yang akan diaplikasikan pada sprite bagian luar.</param>
public void SetOuterColor(Color col)
{
outerSprite.color = col;
}
}

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using PathFinding;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Diagnostics;
using UnityEngine;
public struct PathfindingMetrics
{
public float timeTaken; // in milliseconds
public int pathLength; // number of nodes in path
public long memoryUsed; // memory used by pathfinding in bytes
public int maxOpenListSize; // maximum size of open list during pathfinding
public int maxClosedListSize; // maximum size of closed list during pathfinding
// Tambahan untuk cost metrics
public float totalGCost; // Total biaya G untuk jalur (jarak sebenarnya)
public float totalHCost; // Total biaya H untuk jalur (heuristik)
public float totalFCost; // Total biaya F untuk jalur (G + H)
// Tambahan metrik untuk analisis akademis
public int totalExpandedNodes; // Node yang dikeluarkan dari open list dan diproses (ClosedList)
public int totalGeneratedNodes; // Node yang ditambahkan ke open list
public int totalTouchedNodes; // Node yang dievaluasi/diupdate (termasuk yang di-skip)
}
public class NPC : MonoBehaviour
{
public float speed = 2.0f;
public Queue<Vector2> wayPoints = new Queue<Vector2>();
// Event that fires when pathfinding is complete with performance metrics
public event Action<PathfindingMetrics> OnPathfindingComplete;
public enum PathFinderType
{
ASTAR,
DIJKSTRA,
GREEDY,
BACKTRACKING,
BFS,
}
// Mode pengukuran memori
public enum MemoryMeasurementMode
{
UNITY_PROFILER // Pengukuran dari Unity Profiler
}
[SerializeField]
public PathFinderType pathFinderType = PathFinderType.ASTAR;
// Mode pengukuran memori
[SerializeField]
public MemoryMeasurementMode memoryMeasurementMode = MemoryMeasurementMode.UNITY_PROFILER;
PathFinder<Vector2Int> pathFinder = null;
public GridMap Map { get; set; }
// List to store all steps for visualization playback
private List<PathfindingVisualizationStep> visualizationSteps = new List<PathfindingVisualizationStep>();
private bool isVisualizingPath = false;
// Properties to control visualization
[SerializeField]
// Visualization speed is time between visualization steps
public float visualizationSpeed = 0.0f; // Default 0; set higher for slower visualization
// Visualization batch is the number of steps to visualize at once
public int visualizationBatch = 1; // Default 1; set higher value for faster visualization
[SerializeField]
public bool showVisualization = true; // Whether to show visualization at all
// Struct to store each step of the pathfinding process for visualization
private struct PathfindingVisualizationStep
{
public enum StepType { CurrentNode, OpenList, ClosedList, FinalPath }
public StepType type;
public Vector2Int position;
public PathfindingVisualizationStep(StepType type, Vector2Int position)
{
this.type = type;
this.position = position;
}
}
// Tambahkan counter untuk metrik baru
private int expandedNodesCount = 0;
private int generatedNodesCount = 0;
private int touchedNodesCount = 0;
private IEnumerator Coroutine_MoveOverSeconds(
GameObject objectToMove,
Vector3 end,
float seconds)
{
float elaspedTime = 0.0f;
Vector3 startingPos = objectToMove.transform.position;
while (elaspedTime < seconds)
{
objectToMove.transform.position =
Vector3.Lerp(startingPos, end, elaspedTime / seconds);
elaspedTime += Time.deltaTime;
yield return new WaitForEndOfFrame();
}
objectToMove.transform.position = end;
}
IEnumerator Coroutine_MoveToPoint(Vector2 p, float speed)
{
Vector3 endP = new Vector3(p.x, p.y, transform.position.z);
float duration = (transform.position - endP).magnitude / speed;
yield return StartCoroutine(
Coroutine_MoveOverSeconds(
transform.gameObject, endP, duration));
}
public IEnumerator Coroutine_MoveTo()
{
while (true)
{
while (wayPoints.Count > 0)
{
yield return StartCoroutine(
Coroutine_MoveToPoint(
wayPoints.Dequeue(),
speed));
}
yield return null;
}
}
private void AddWayPoint(GridNode node)
{
wayPoints.Enqueue(new Vector2(
node.Value.x * Map.GridNodeWidth,
node.Value.y * Map.GridNodeHeight));
// We set a color to show the path.
GridNodeView gnv = Map.GetGridNodeView(node.Value.x, node.Value.y);
gnv.SetInnerColor(Map.COLOR_PATH);
}
public void SetStartNode(GridNode node)
{
wayPoints.Clear();
transform.position = new Vector3(
node.Value.x * Map.GridNodeWidth,
node.Value.y * Map.GridNodeHeight,
transform.position.z);
}
private void InitializePathFinder()
{
// Hitung perkiraan jumlah node dalam grid
int estimatedNodeCount = 0;
if (Map != null)
{
estimatedNodeCount = Map.NumX * Map.NumY;
}
// Log informasi ukuran grid dan strategi optimisasi
bool isLargeGrid = estimatedNodeCount > 2500;
UnityEngine.Debug.Log($"Grid Size: {Map?.NumX ?? 0}x{Map?.NumY ?? 0} ({estimatedNodeCount} nodes) - " +
$"Using {(isLargeGrid ? "optimized" : "simplified")} pathfinding strategy");
// Create new pathfinder instance
switch (pathFinderType)
{
case PathFinderType.ASTAR:
pathFinder = new AStarPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.DIJKSTRA:
pathFinder = new DijkstraPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.GREEDY:
pathFinder = new GreedyPathFinder<Vector2Int>();
break;
case PathFinderType.BACKTRACKING:
pathFinder = new BacktrackingPathFinder<Vector2Int>();
break;
case PathFinderType.BFS:
pathFinder = new BFSPathFinder<Vector2Int>();
break;
}
// Set up callbacks
pathFinder.onSuccess = OnSuccessPathFinding;
pathFinder.onFailure = OnFailurePathFinding;
// Gunakan setting asli
pathFinder.HeuristicCost = GridMap.GetManhattanCost;
pathFinder.NodeTraversalCost = GridMap.GetEuclideanCost;
UnityEngine.Debug.Log($"Initialized pathfinder with algorithm: {pathFinderType}");
}
public void MoveTo(GridNode destination, bool silentMode = false)
{
if (pathFinder == null)
{
UnityEngine.Debug.LogError("Pathfinder is not initialized!");
InitializePathFinder();
}
if (pathFinder.Status == PathFinderStatus.RUNNING)
{
UnityEngine.Debug.Log("PathFinder is running. Cannot start a new pathfinding now");
return;
}
GridNode start = Map.GetGridNode(
(int)(transform.position.x / Map.GridNodeWidth),
(int)(transform.position.y / Map.GridNodeHeight));
if (start == null || destination == null)
{
UnityEngine.Debug.LogError($"Invalid start or destination node. Start: {start}, Destination: {destination}");
return;
}
if (!silentMode)
{
UnityEngine.Debug.Log($"Starting pathfinding from ({start.Value.x}, {start.Value.y}) to ({destination.Value.x}, {destination.Value.y})");
}
SetStartNode(start);
// Reset grid colors
if (!silentMode)
{
Map.ResetGridNodeColours();
}
visualizationSteps.Clear();
isVisualizingPath = false;
// Initialize pathfinding
if (!pathFinder.Initialise(start, destination))
{
UnityEngine.Debug.LogError("Failed to initialize pathfinder!");
return;
}
StartCoroutine(Coroutine_FindPathStep(silentMode));
}
IEnumerator Coroutine_FindPathStep(bool silentMode = false)
{
yield return StartCoroutine(MeasurePerformance(silentMode));
// Start visualization after calculation is complete
if (pathFinder.Status == PathFinderStatus.SUCCESS && showVisualization && !silentMode)
{
yield return StartCoroutine(VisualizePathfinding());
}
}
IEnumerator MeasurePerformance(bool silentMode = false)
{
// Memory tracking for pathfinding structures - tetap untuk visualisasi
int maxOpenListSize = 0;
int currentOpenListSize = 0;
int maxClosedListSize = 0;
int currentClosedListSize = 0;
// Pre-allocate visualizationSteps with estimated capacity to avoid reallocations
visualizationSteps = new List<PathfindingVisualizationStep>(1000);
// ===== MEMORY MEASUREMENT START: Ukur memory sebelum algoritma =====
System.GC.Collect(); // Force garbage collection untuk pengukuran yang akurat
System.GC.WaitForPendingFinalizers();
long memoryBefore = System.GC.GetTotalMemory(false);
// Setup callbacks before running algorithm
SetupCallbacks(silentMode, ref maxOpenListSize, ref currentOpenListSize,
ref maxClosedListSize, ref currentClosedListSize);
// ===== STOPWATCH START: Pengukuran waktu algoritma =====
float startTime = Time.realtimeSinceStartup;
// Counter untuk jumlah step yang dilakukan algoritma
int stepCount = 0;
// Execute the pathfinding algorithm synchronously in a single frame without visualization
while (pathFinder.Status == PathFinderStatus.RUNNING)
{
stepCount++;
pathFinder.Step();
}
// ===== STOPWATCH STOP: Akhir pengukuran waktu algoritma =====
float endTime = Time.realtimeSinceStartup;
float duration = (endTime - startTime) * 1000f; // Convert to milliseconds
// ===== MEMORY MEASUREMENT END: Ukur memory setelah algoritma =====
long memoryAfter = System.GC.GetTotalMemory(false);
long memoryUsed = memoryAfter - memoryBefore;
UnityEngine.Debug.Log($"Memory used: {memoryUsed} bytes");
UnityEngine.Debug.Log($"Algorithm execution time: {duration:F2} ms");
// Calculate path length once and reuse
int pathLength = 0;
float totalGCost = 0;
float totalHCost = 0;
float totalFCost = 0;
// Add memory for path reconstruction (final path)
if (pathFinder.Status == PathFinderStatus.SUCCESS)
{
pathLength = CalculatePathLength();
// Hitung total G, H, dan F cost
CalculatePathCosts(out totalGCost, out totalHCost, out totalFCost);
}
// Koreksi estimasi touched nodes berdasarkan jumlah langkah dan expanded nodes
// Pendekatan heuristik: touched nodes = expanded nodes * rata-rata branching factor
float estimatedBranchingFactor = 4.0f; // Untuk grid 4-connected
if (pathFinderType == PathFinderType.ASTAR || pathFinderType == PathFinderType.GREEDY)
{
// A* dan Greedy biasanya memeriksa lebih sedikit node karena heuristik
estimatedBranchingFactor = 3.5f;
}
// Koreksi touchedNodesCount jika terlalu rendah, karena estimasi minimal
int estimatedTouchedNodes = Mathf.RoundToInt(expandedNodesCount * estimatedBranchingFactor);
touchedNodesCount = Mathf.Max(touchedNodesCount, estimatedTouchedNodes);
// Create and send metrics - waktu pengukuran algoritma yang tepat
PathfindingMetrics metrics = new PathfindingMetrics
{
timeTaken = duration, // Waktu algoritma yang diukur dengan Time.realtimeSinceStartup
pathLength = pathLength,
memoryUsed = memoryUsed,
maxOpenListSize = maxOpenListSize,
maxClosedListSize = maxClosedListSize,
totalGCost = totalGCost,
totalHCost = totalHCost,
totalFCost = totalFCost,
// Tambahkan metrik baru
totalExpandedNodes = expandedNodesCount,
totalGeneratedNodes = generatedNodesCount,
totalTouchedNodes = touchedNodesCount
};
// Report metrics before visualization
if (!silentMode)
{
OnPathfindingComplete?.Invoke(metrics);
}
// Path visualization and handling
HandlePathFindingResult(silentMode, pathLength);
// Pastikan untuk mengembalikan nilai di akhir coroutine
yield return null;
}
/// <summary>
/// Setup callbacks for tracking nodes in open/closed lists and visualization
/// </summary>
private void SetupCallbacks(bool silentMode, ref int maxOpenListSize, ref int currentOpenListSize,
ref int maxClosedListSize, ref int currentClosedListSize)
{
// Reset counters setiap kali pathfinding dimulai
expandedNodesCount = 0;
generatedNodesCount = 0;
touchedNodesCount = 0;
// Buat variabel lokal untuk menghindari masalah dengan ref parameter dalam lambda
int localCurrentOpenListSize = currentOpenListSize;
int localMaxOpenListSize = maxOpenListSize;
int localCurrentClosedListSize = currentClosedListSize;
int localMaxClosedListSize = maxClosedListSize;
if (silentMode)
{
// In silent mode, just set minimal callbacks for metrics
pathFinder.onAddToOpenList = (node) =>
{
// Menghitung node yang ditambahkan ke open list (generated)
generatedNodesCount++;
localCurrentOpenListSize++;
if (localCurrentOpenListSize > localMaxOpenListSize)
localMaxOpenListSize = localCurrentOpenListSize;
};
pathFinder.onAddToClosedList = (node) =>
{
// Menghitung node yang dipindahkan ke closed list (expanded)
expandedNodesCount++;
localCurrentClosedListSize++;
if (localCurrentClosedListSize > localMaxClosedListSize)
localMaxClosedListSize = localCurrentClosedListSize;
localCurrentOpenListSize--; // When a node is moved from open to closed list
};
// For touched nodes, kita menghitung semua node yang dievaluasi
// Karena kita tidak bisa memodifikasi PathFinder class, kita estimasi ini
// berdasarkan jumlah Step yang dilakukan algoritma
pathFinder.onChangeCurrentNode = (node) =>
{
// Setiap kali node diproses, node tetangga dievaluasi (touched)
// Kita akan mengestimasi jumlah node tetangga (umumnya 4-8 untuk grid)
touchedNodesCount += 4; // Estimasi minimal, akan dikoreksi nanti
};
}
else
{
// In regular mode, track and prepare for visualization
pathFinder.onAddToOpenList = (node) =>
{
// Menghitung node yang ditambahkan ke open list (generated)
generatedNodesCount++;
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.OpenList,
node.Location.Value));
localCurrentOpenListSize++;
if (localCurrentOpenListSize > localMaxOpenListSize)
localMaxOpenListSize = localCurrentOpenListSize;
};
pathFinder.onAddToClosedList = (node) =>
{
// Menghitung node yang dipindahkan ke closed list (expanded)
expandedNodesCount++;
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.ClosedList,
node.Location.Value));
localCurrentClosedListSize++;
if (localCurrentClosedListSize > localMaxClosedListSize)
localMaxClosedListSize = localCurrentClosedListSize;
localCurrentOpenListSize--; // When a node is moved from open to closed list
};
pathFinder.onChangeCurrentNode = (node) =>
{
// Setiap kali node diproses, node tetangga dievaluasi (touched)
touchedNodesCount += 4; // Estimasi minimal
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.CurrentNode,
node.Location.Value));
};
}
// Setelah lambda selesai dijalankan, perbarui variabel ref
maxOpenListSize = localMaxOpenListSize;
currentOpenListSize = localCurrentOpenListSize;
maxClosedListSize = localMaxClosedListSize;
currentClosedListSize = localCurrentClosedListSize;
}
/// <summary>
/// Handle path finding result (success or failure)
/// </summary>
private void HandlePathFindingResult(bool silentMode, int pathLength)
{
if (pathFinder.Status == PathFinderStatus.SUCCESS)
{
OnSuccessPathFinding();
// In non-silent mode, prepare visualization data for the path
if (!silentMode && showVisualization)
{
// Add the path nodes for visualization in efficient batched way
PathFinder<Vector2Int>.PathFinderNode node = pathFinder.CurrentNode;
List<Vector2Int> pathPositions = new List<Vector2Int>(pathLength); // Pre-allocate with known size
// Build path in reverse order
while (node != null)
{
pathPositions.Add(node.Location.Value);
node = node.Parent;
}
// Process path in correct order
for (int i = pathPositions.Count - 1; i >= 0; i--)
{
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.FinalPath,
pathPositions[i]));
}
}
}
else if (pathFinder.Status == PathFinderStatus.FAILURE)
{
OnFailurePathFinding();
}
}
/// <summary>
/// Memformat ukuran byte menjadi string yang lebih mudah dibaca
/// </summary>
void OnSuccessPathFinding()
{
float totalGCost = 0;
float totalHCost = 0;
float totalFCost = 0;
// Hitung biaya-biaya path menggunakan metode yang sudah ada
CalculatePathCosts(out totalGCost, out totalHCost, out totalFCost);
// Informasi dasar
int pathLength = CalculatePathLength();
// Log informasi lengkap hanya jika dibutuhkan
if (UnityEngine.Debug.isDebugBuild)
{
UnityEngine.Debug.Log($"Pathfinding Success - Algorithm: {pathFinderType}");
UnityEngine.Debug.Log($"Final Path length: {pathLength} nodes");
UnityEngine.Debug.Log($"Nodes explored: {expandedNodesCount}");
// Log node metrics untuk analisis akademis
UnityEngine.Debug.Log($"Generated nodes: {generatedNodesCount}");
UnityEngine.Debug.Log($"Touched nodes: {touchedNodesCount}");
// Log cost metrics dengan format yang lebih jelas
bool usesHeuristic = pathFinderType == PathFinderType.ASTAR || pathFinderType == PathFinderType.GREEDY;
UnityEngine.Debug.Log($"Total G-Cost: {totalGCost:F2} (Jarak sebenarnya)");
if (usesHeuristic)
{
UnityEngine.Debug.Log($"Total H-Cost: {totalHCost:F2} (Estimasi heuristik)");
UnityEngine.Debug.Log($"Total F-Cost: {totalFCost:F2} (G+H, Biaya total)");
}
// Log detail tambahan jika perlu
UnityEngine.Debug.Log($"Average cost per step: {(pathLength > 0 ? totalGCost / pathLength : 0):F2}");
}
}
void OnFailurePathFinding()
{
if (UnityEngine.Debug.isDebugBuild)
{
UnityEngine.Debug.Log("Cannot find path. No valid path exists!");
UnityEngine.Debug.Log($"Nodes explored: {expandedNodesCount}");
}
}
/// <summary>
/// Changes the pathfinding algorithm at runtime
/// </summary>
public void ChangeAlgorithm(PathFinderType newType)
{
// Don't change if pathfinding is in progress
if (pathFinder != null && pathFinder.Status == PathFinderStatus.RUNNING)
{
UnityEngine.Debug.Log("Cannot change algorithm while pathfinding is running");
return;
}
pathFinderType = newType;
// Hitung perkiraan jumlah node dalam grid
int estimatedNodeCount = 0;
if (Map != null)
{
estimatedNodeCount = Map.NumX * Map.NumY;
}
// Create new pathfinder instance
switch (pathFinderType)
{
case PathFinderType.ASTAR:
pathFinder = new AStarPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.DIJKSTRA:
pathFinder = new DijkstraPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.GREEDY:
pathFinder = new GreedyPathFinder<Vector2Int>();
break;
case PathFinderType.BACKTRACKING:
pathFinder = new BacktrackingPathFinder<Vector2Int>();
break;
case PathFinderType.BFS:
pathFinder = new BFSPathFinder<Vector2Int>();
break;
}
// Set up callbacks
pathFinder.onSuccess = OnSuccessPathFinding;
pathFinder.onFailure = OnFailurePathFinding;
// Gunakan setting asli
pathFinder.HeuristicCost = GridMap.GetManhattanCost;
pathFinder.NodeTraversalCost = GridMap.GetEuclideanCost;
UnityEngine.Debug.Log($"Changed pathfinding algorithm to {pathFinderType}");
}
private int CalculatePathLength()
{
int pathLength = 0;
PathFinder<Vector2Int>.PathFinderNode node = pathFinder.CurrentNode;
while (node != null)
{
pathLength++;
node = node.Parent;
}
return pathLength;
}
IEnumerator VisualizePathfinding()
{
if (!showVisualization)
yield break;
isVisualizingPath = true;
// First, ensure grid is reset
Map.ResetGridNodeColours();
// Visualize each step with a delay - use batch processing for efficiency
int stepCount = visualizationSteps.Count;
int batchSize = Mathf.Min(visualizationBatch, stepCount); // set higher value for faster visualization
for (int i = 0; i < stepCount; i += batchSize)
{
int end = Mathf.Min(i + batchSize, stepCount);
// Process a batch of steps
for (int j = i; j < end; j++)
{
var step = visualizationSteps[j];
GridNodeView gnv = Map.GetGridNodeView(step.position.x, step.position.y);
if (gnv != null)
{
switch (step.type)
{
case PathfindingVisualizationStep.StepType.CurrentNode:
gnv.SetInnerColor(Map.COLOR_CURRENT_NODE);
break;
case PathfindingVisualizationStep.StepType.OpenList:
gnv.SetInnerColor(Map.COLOR_ADD_TO_OPENLIST);
break;
case PathfindingVisualizationStep.StepType.ClosedList:
gnv.SetInnerColor(Map.COLOR_ADD_TO_CLOSEDLIST);
break;
case PathfindingVisualizationStep.StepType.FinalPath:
gnv.SetInnerColor(Map.COLOR_PATH);
// Also add the waypoint when we process the path
if (step.type == PathfindingVisualizationStep.StepType.FinalPath)
{
GridNode pathNode = Map.GetGridNode(step.position.x, step.position.y);
AddWayPoint(pathNode);
}
break;
}
}
}
// Yield after each batch to prevent frame drops
yield return new WaitForSeconds(visualizationSpeed);
}
isVisualizingPath = false;
}
/// <summary>
/// Menghitung biaya G, H, dan F untuk jalur
/// </summary>
private void CalculatePathCosts(out float totalGCost, out float totalHCost, out float totalFCost)
{
// Inisialisasi nilai awal
totalGCost = 0;
totalHCost = 0;
totalFCost = 0;
// Jika tidak ada path yang ditemukan, return nilai 0
if (pathFinder.CurrentNode == null)
return;
// Untuk algoritma yang menggunakan heuristik
bool usesHeuristic = pathFinderType == PathFinderType.ASTAR ||
pathFinderType == PathFinderType.GREEDY;
// Node final berisi total cost jalur
PathFinder<Vector2Int>.PathFinderNode finalNode = pathFinder.CurrentNode;
// G cost adalah biaya sebenarnya dari start ke goal, sudah terakumulasi di node akhir
totalGCost = finalNode.GCost;
// H cost di node final idealnya 0 (sudah di tujuan),
// tapi untuk info lengkap, kita dapat path's H cost dari node awal
if (usesHeuristic)
{
// H cost dari node awal ke tujuan (untuk referensi)
totalHCost = finalNode.HCost;
// F cost adalah G + H di node akhir
totalFCost = finalNode.FCost;
// Log additional debug info
UnityEngine.Debug.Log($"Final node - G:{finalNode.GCost:F2}, H:{finalNode.HCost:F2}, F:{finalNode.FCost:F2}");
}
else
{
// Algoritma tanpa heuristik (seperti Dijkstra)
totalFCost = totalGCost;
}
// Hitung rata-rata biaya per langkah untuk analisis
int pathLength = CalculatePathLength();
float avgCostPerStep = pathLength > 0 ? totalGCost / pathLength : 0;
UnityEngine.Debug.Log($"[COST] Path: {pathLength} steps, Avg cost/step: {avgCostPerStep:F2}");
}
}

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using PathFinding;
using System;
using System.Collections;
using System.Collections.Generic;
using System.Diagnostics;
using UnityEngine;
public struct PathfindingMetrics
{
// Untuk Pengukuran Kinerja
public float timeTaken; // in milliseconds
public int pathLength;
public int nodesExplored; // number of nodes in path
public long memoryUsed; // memory used by pathfinding in bytes
// Untuk Visualisasi
public int maxOpenListSize; // maximum size of open list during pathfinding
public int maxClosedListSize; // maximum size of closed list during pathfinding
// Tambahan untuk cost metrics
public float totalGCost; // Total biaya G untuk jalur (jarak sebenarnya)
public float totalHCost; // Total biaya H untuk jalur (heuristik)
public float totalFCost; // Total biaya F untuk jalur (G + H)
}
public class NPC : MonoBehaviour
{
public float speed = 2.0f;
public Queue<Vector2> wayPoints = new Queue<Vector2>();
// Event that fires when pathfinding is complete with performance metrics
public event Action<PathfindingMetrics> OnPathfindingComplete;
public enum PathFinderType
{
ASTAR,
DIJKSTRA,
GREEDY,
BACKTRACKING,
BFS,
}
[SerializeField]
public PathFinderType pathFinderType = PathFinderType.ASTAR;
PathFinder<Vector2Int> pathFinder = null;
public GridMap Map { get; set; }
// List to store all steps for visualization playback
private List<PathfindingVisualizationStep> visualizationSteps = new List<PathfindingVisualizationStep>();
private bool isVisualizingPath = false;
// Properties to control visualization
[SerializeField]
// Visualization speed is time between visualization steps
public float visualizationSpeed = 0.0f; // Default 0; set higher for slower visualization
// Visualization batch is the number of steps to visualize at once
public int visualizationBatch = 1; // Default 1; set higher value for faster visualization
[SerializeField]
public bool showVisualization = true; // Whether to show visualization at all
// Struct to store each step of the pathfinding process for visualization
private struct PathfindingVisualizationStep
{
public enum StepType { CurrentNode, OpenList, ClosedList, FinalPath }
public StepType type;
public Vector2Int position;
public PathfindingVisualizationStep(StepType type, Vector2Int position)
{
this.type = type;
this.position = position;
}
}
private IEnumerator Coroutine_MoveOverSeconds(GameObject objectToMove, Vector3 end, float seconds)
{
float elaspedTime = 0.0f;
Vector3 startingPos = objectToMove.transform.position;
while (elaspedTime < seconds)
{
objectToMove.transform.position =
Vector3.Lerp(startingPos, end, elaspedTime / seconds);
elaspedTime += Time.deltaTime;
yield return new WaitForEndOfFrame();
}
objectToMove.transform.position = end;
}
IEnumerator Coroutine_MoveToPoint(Vector2 p, float speed)
{
Vector3 endP = new Vector3(p.x, p.y, transform.position.z);
float duration = (transform.position - endP).magnitude / speed;
yield return StartCoroutine(
Coroutine_MoveOverSeconds(
transform.gameObject, endP, duration));
}
public IEnumerator Coroutine_MoveTo()
{
while (true)
{
while (wayPoints.Count > 0)
{
yield return StartCoroutine(
Coroutine_MoveToPoint(
wayPoints.Dequeue(),
speed));
}
yield return null;
}
}
private void AddWayPoint(GridNode node)
{
wayPoints.Enqueue(new Vector2(
node.Value.x * Map.GridNodeWidth,
node.Value.y * Map.GridNodeHeight));
// We set a color to show the path.
GridNodeView gnv = Map.GetGridNodeView(node.Value.x, node.Value.y);
gnv.SetInnerColor(Map.COLOR_PATH);
}
public void SetStartNode(GridNode node)
{
wayPoints.Clear();
transform.position = new Vector3(
node.Value.x * Map.GridNodeWidth,
node.Value.y * Map.GridNodeHeight,
transform.position.z);
}
private void Start()
{
// Initialize pathfinder based on type
InitializePathFinder();
// Start the movement coroutine
StartCoroutine(Coroutine_MoveTo());
}
private void InitializePathFinder()
{
// Hitung perkiraan jumlah node dalam grid
int estimatedNodeCount = 0;
if (Map != null)
{
estimatedNodeCount = Map.NumX * Map.NumY;
}
// Log informasi ukuran grid dan strategi optimisasi
bool isLargeGrid = estimatedNodeCount > 2500;
// Create new pathfinder instance
switch (pathFinderType)
{
case PathFinderType.ASTAR:
pathFinder = new AStarPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.DIJKSTRA:
pathFinder = new DijkstraPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.GREEDY:
pathFinder = new GreedyPathFinder<Vector2Int>();
break;
case PathFinderType.BACKTRACKING:
pathFinder = new BacktrackingPathFinder<Vector2Int>();
break;
case PathFinderType.BFS:
pathFinder = new BFSPathFinder<Vector2Int>();
break;
}
// Set up callbacks
pathFinder.onSuccess = OnSuccessPathFinding;
pathFinder.onFailure = OnFailurePathFinding;
// Gunakan setting asli
pathFinder.HeuristicCost = GridMap.GetManhattanCost;
pathFinder.NodeTraversalCost = GridMap.GetEuclideanCost;
}
public void MoveTo(GridNode destination, bool silentMode = false)
{
// inialisaasi pathfinder jika belum ada
if (pathFinder == null)
{
InitializePathFinder();
}
if (pathFinder.Status == PathFinderStatus.RUNNING)
{
return;
}
GridNode start = Map.GetGridNode(
(int)(transform.position.x / Map.GridNodeWidth),
(int)(transform.position.y / Map.GridNodeHeight));
if (start == null || destination == null)
{
return;
}
SetStartNode(start);
// Reset grid colors
if (!silentMode)
{
Map.ResetGridNodeColours();
}
visualizationSteps.Clear();
isVisualizingPath = false;
// jika gagal menginisialisasi pathfinder, tidak perlu melanjutkan
if (!pathFinder.Initialise(start, destination))
{
return;
}
StartCoroutine(Coroutine_FindPathStep(silentMode));
}
IEnumerator Coroutine_FindPathStep(bool silentMode = false)
{
yield return StartCoroutine(MeasurePerformance(silentMode));
// Start visualization after calculation is complete
if (pathFinder.Status == PathFinderStatus.SUCCESS && showVisualization && !silentMode)
{
yield return StartCoroutine(VisualizePathfinding());
}
}
IEnumerator MeasurePerformance(bool silentMode = false)
{
// Memory tracking for pathfinding structures - tetap untuk visualisasi
int maxOpenListSize = 0;
int currentOpenListSize = 0;
int maxClosedListSize = 0;
int currentClosedListSize = 0;
// Pre-allocate visualizationSteps with estimated capacity to avoid reallocations
visualizationSteps = new List<PathfindingVisualizationStep>(4);
// ===== MEMORY MEASUREMENT START: Ukur memory sebelum algoritma =====
long memoryBefore = System.GC.GetTotalMemory(false);
// Setup callbacks before running algorithm
SetupCallbacks(silentMode, ref maxOpenListSize, ref currentOpenListSize,
ref maxClosedListSize, ref currentClosedListSize);
// ===== STOPWATCH START: Pengukuran waktu algoritma =====
Stopwatch algorithmTimer = Stopwatch.StartNew();
// Counter untuk jumlah step yang dilakukan algoritma
int stepCount = 0;
// Execute the pathfinding algorithm synchronously in a single frame without visualization
while (pathFinder.Status == PathFinderStatus.RUNNING)
{
stepCount++;
pathFinder.Step();
}
// ===== STOPWATCH STOP: Akhir pengukuran waktu algoritma =====
algorithmTimer.Stop();
// ===== MEMORY MEASUREMENT END: Ukur memory setelah algoritma =====
long memoryAfter = System.GC.GetTotalMemory(false);
long memoryUsed = memoryAfter - memoryBefore;
float milliseconds = (algorithmTimer.ElapsedTicks * 1000.0f) / Stopwatch.Frequency;
// Calculate path length once and reuse
int pathLength = 0;
int nodesExplored = 0;
float totalGCost = 0;
float totalHCost = 0;
float totalFCost = 0;
// Add memory for path reconstruction (final path)
if (pathFinder.Status == PathFinderStatus.SUCCESS)
{
pathLength = CalculatePathLength();
nodesExplored = pathFinder.ClosedListCount;
// Hitung total G, H, dan F cost
CalculatePathCosts(out totalGCost, out totalHCost, out totalFCost);
}
// Create and send metrics - waktu pengukuran algoritma yang tepat
PathfindingMetrics metrics = new PathfindingMetrics
{
timeTaken = milliseconds, // Waktu algoritma yang diukur dengan stopwatch
pathLength = pathLength,
nodesExplored = nodesExplored,
memoryUsed = memoryUsed,
maxOpenListSize = maxOpenListSize,
maxClosedListSize = maxClosedListSize,
totalGCost = totalGCost,
totalHCost = totalHCost,
totalFCost = totalFCost,
};
// Report metrics before visualization
if (!silentMode)
{
OnPathfindingComplete?.Invoke(metrics);
}
// Path visualization and handling
HandlePathFindingResult(silentMode, pathLength);
// Pastikan untuk mengembalikan nilai di akhir coroutine
yield return null;
}
/// <summary>
/// Setup callbacks for tracking nodes in open/closed lists and visualization
/// </summary>
private void SetupCallbacks(bool silentMode, ref int maxOpenListSize, ref int currentOpenListSize,
ref int maxClosedListSize, ref int currentClosedListSize)
{
// Buat variabel lokal untuk menghindari masalah dengan ref parameter dalam lambda
int localCurrentOpenListSize = currentOpenListSize;
int localMaxOpenListSize = maxOpenListSize;
int localCurrentClosedListSize = currentClosedListSize;
int localMaxClosedListSize = maxClosedListSize;
if (silentMode)
{
// In silent mode, just set minimal callbacks for metrics
pathFinder.onAddToOpenList = (node) =>
{
localCurrentOpenListSize++;
if (localCurrentOpenListSize > localMaxOpenListSize)
localMaxOpenListSize = localCurrentOpenListSize;
};
pathFinder.onAddToClosedList = (node) =>
{
localCurrentClosedListSize++;
if (localCurrentClosedListSize > localMaxClosedListSize)
localMaxClosedListSize = localCurrentClosedListSize;
localCurrentOpenListSize--; // When a node is moved from open to closed list
};
}
else
{
// In regular mode, track and prepare for visualization
pathFinder.onAddToOpenList = (node) =>
{
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.OpenList,
node.Location.Value));
localCurrentOpenListSize++;
if (localCurrentOpenListSize > localMaxOpenListSize)
localMaxOpenListSize = localCurrentOpenListSize;
};
pathFinder.onAddToClosedList = (node) =>
{
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.ClosedList,
node.Location.Value));
localCurrentClosedListSize++;
if (localCurrentClosedListSize > localMaxClosedListSize)
localMaxClosedListSize = localCurrentClosedListSize;
localCurrentOpenListSize--; // When a node is moved from open to closed list
};
pathFinder.onChangeCurrentNode = (node) =>
{
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.CurrentNode,
node.Location.Value));
};
}
// Setelah lambda selesai dijalankan, perbarui variabel ref
maxOpenListSize = localMaxOpenListSize;
currentOpenListSize = localCurrentOpenListSize;
maxClosedListSize = localMaxClosedListSize;
currentClosedListSize = localCurrentClosedListSize;
}
/// <summary>
/// Handle path finding result (success or failure)
/// </summary>
private void HandlePathFindingResult(bool silentMode, int pathLength)
{
if (pathFinder.Status == PathFinderStatus.SUCCESS)
{
OnSuccessPathFinding();
// In non-silent mode, prepare visualization data for the path
if (!silentMode && showVisualization)
{
// Add the path nodes for visualization in efficient batched way
PathFinder<Vector2Int>.PathFinderNode node = pathFinder.CurrentNode;
List<Vector2Int> pathPositions = new List<Vector2Int>(pathLength); // Pre-allocate with known size
// Build path in reverse order
while (node != null)
{
pathPositions.Add(node.Location.Value);
node = node.Parent;
}
// Process path in correct order
for (int i = pathPositions.Count - 1; i >= 0; i--)
{
visualizationSteps.Add(new PathfindingVisualizationStep(
PathfindingVisualizationStep.StepType.FinalPath,
pathPositions[i]));
}
}
}
else if (pathFinder.Status == PathFinderStatus.FAILURE)
{
OnFailurePathFinding();
}
}
/// <summary>
/// Memformat ukuran byte menjadi string yang lebih mudah dibaca
/// </summary>
private string FormatBytes(long bytes)
{
string[] sizes = { "B", "KB", "MB", "GB" };
int order = 0;
double size = bytes;
while (size >= 1024 && order < sizes.Length - 1)
{
order++;
size = size / 1024;
}
return $"{size:0.##} {sizes[order]}";
}
void OnSuccessPathFinding()
{
float totalGCost = 0;
float totalHCost = 0;
float totalFCost = 0;
// Hitung biaya-biaya path menggunakan metode yang sudah ada
CalculatePathCosts(out totalGCost, out totalHCost, out totalFCost);
// Informasi dasar
int pathLength = CalculatePathLength();
}
void OnFailurePathFinding()
{
UnityEngine.Debug.Log("Pathfinding failed");
}
/// <summary>
/// Changes the pathfinding algorithm at runtime
/// </summary>
public void ChangeAlgorithm(PathFinderType newType)
{
// Don't change if pathfinding is in progress
if (pathFinder != null && pathFinder.Status == PathFinderStatus.RUNNING)
{
UnityEngine.Debug.Log("Cannot change algorithm while pathfinding is running");
return;
}
pathFinderType = newType;
// Hitung perkiraan jumlah node dalam grid
int estimatedNodeCount = 0;
if (Map != null)
{
estimatedNodeCount = Map.NumX * Map.NumY;
}
// Create new pathfinder instance
switch (pathFinderType)
{
case PathFinderType.ASTAR:
pathFinder = new AStarPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.DIJKSTRA:
pathFinder = new DijkstraPathFinder<Vector2Int>(estimatedNodeCount);
break;
case PathFinderType.GREEDY:
pathFinder = new GreedyPathFinder<Vector2Int>();
break;
case PathFinderType.BACKTRACKING:
pathFinder = new BacktrackingPathFinder<Vector2Int>();
break;
case PathFinderType.BFS:
pathFinder = new BFSPathFinder<Vector2Int>();
break;
}
// Set up callbacks
pathFinder.onSuccess = OnSuccessPathFinding;
pathFinder.onFailure = OnFailurePathFinding;
// Gunakan setting asli
pathFinder.HeuristicCost = GridMap.GetManhattanCost;
pathFinder.NodeTraversalCost = GridMap.GetEuclideanCost;
}
private int CalculatePathLength()
{
int pathLength = 0;
PathFinder<Vector2Int>.PathFinderNode node = pathFinder.CurrentNode;
while (node != null)
{
pathLength++;
node = node.Parent;
}
return pathLength;
}
IEnumerator VisualizePathfinding()
{
if (!showVisualization)
yield break;
isVisualizingPath = true;
// First, ensure grid is reset
Map.ResetGridNodeColours();
// Visualize each step with a delay - use batch processing for efficiency
int stepCount = visualizationSteps.Count;
int batchSize = Mathf.Min(visualizationBatch, stepCount); // set higher value for faster visualization
for (int i = 0; i < stepCount; i += batchSize)
{
int end = Mathf.Min(i + batchSize, stepCount);
// Process a batch of steps
for (int j = i; j < end; j++)
{
var step = visualizationSteps[j];
GridNodeView gnv = Map.GetGridNodeView(step.position.x, step.position.y);
if (gnv != null)
{
switch (step.type)
{
case PathfindingVisualizationStep.StepType.CurrentNode:
gnv.SetInnerColor(Map.COLOR_CURRENT_NODE);
break;
case PathfindingVisualizationStep.StepType.OpenList:
gnv.SetInnerColor(Map.COLOR_ADD_TO_OPENLIST);
break;
case PathfindingVisualizationStep.StepType.ClosedList:
gnv.SetInnerColor(Map.COLOR_ADD_TO_CLOSEDLIST);
break;
case PathfindingVisualizationStep.StepType.FinalPath:
gnv.SetInnerColor(Map.COLOR_PATH);
// Also add the waypoint when we process the path
if (step.type == PathfindingVisualizationStep.StepType.FinalPath)
{
GridNode pathNode = Map.GetGridNode(step.position.x, step.position.y);
AddWayPoint(pathNode);
}
break;
}
}
}
// Yield after each batch to prevent frame drops
yield return new WaitForSeconds(visualizationSpeed);
}
isVisualizingPath = false;
}
/// <summary>
/// Menghitung biaya G, H, dan F untuk jalur
/// </summary>
private void CalculatePathCosts(out float totalGCost, out float totalHCost, out float totalFCost)
{
// Inisialisasi nilai awal
totalGCost = 0;
totalHCost = 0;
totalFCost = 0;
// Jika tidak ada path yang ditemukan, return nilai 0
if (pathFinder.CurrentNode == null)
return;
// Untuk algoritma yang menggunakan heuristik
bool usesHeuristic = pathFinderType == PathFinderType.ASTAR ||
pathFinderType == PathFinderType.GREEDY;
// Node final berisi total cost jalur
PathFinder<Vector2Int>.PathFinderNode finalNode = pathFinder.CurrentNode;
// G cost adalah biaya sebenarnya dari start ke goal, sudah terakumulasi di node akhir
totalGCost = finalNode.GCost;
// H cost di node final idealnya 0 (sudah di tujuan),
// tapi untuk info lengkap, kita dapat path's H cost dari node awal
if (usesHeuristic)
{
// H cost dari node awal ke tujuan (untuk referensi)
totalHCost = finalNode.HCost;
// F cost adalah G + H di node akhir
totalFCost = finalNode.FCost;
}
else
{
// Algoritma tanpa heuristik (seperti Dijkstra)
totalFCost = totalGCost;
}
//// Hitung rata-rata biaya per langkah untuk analisis
//int pathLength = CalculatePathLength();
//float avgCostPerStep = pathLength > 0 ? totalGCost / pathLength : 0;
}
}

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using UnityEngine;
using UnityEngine.UI;
using TMPro;
using System.Collections;
using System.IO;
public class PathfindingUIManager : MonoBehaviour
{
[Header("References")]
public GridMap gridMap;
public NPC npc;
[Header("Grid Controls")]
public TMP_InputField gridSizeXInput;
public TMP_InputField gridSizeYInput;
public Button applyGridSizeButton;
public Button generateMazeButton;
[Header("Algorithm Controls")]
public TMP_Dropdown algorithmDropdown;
public Button runPathfindingButton;
public Button resetButton;
[Header("Performance Metrics")]
public TMP_Text timeEstimateText;
public TMP_Text pathLengthText;
public TMP_Text nodesExploredText;
public TMP_Text memoryUsageText;
public TMP_Text cpuUsageText; // Text untuk menampilkan penggunaan CPU
[Header("Map Save/Load")]
public TMP_InputField mapNameInput;
public Button saveButton;
public Button loadButton;
[Header("Application Controls")]
public Button exitButton; // Tombol untuk keluar aplikasi
[Header("Optimization")]
[SerializeField] private bool performWarmup = true;
[SerializeField] private bool showWarmupMessage = false;
[Header("Maze Generator")]
public TMP_Dropdown mazeSizeDropdown;
public TMP_Dropdown mazeDensityDropdown;
// Konstanta untuk perhitungan CPU usage
private const float TARGET_FRAME_TIME_MS = 16.67f; // 60 FPS = 16.67ms per frame
private void Start()
{
// Initialize UI elements
InitializeUI();
// Add listeners
applyGridSizeButton.onClick.AddListener(OnApplyGridSize);
runPathfindingButton.onClick.AddListener(OnRunPathfinding);
resetButton.onClick.AddListener(OnResetPathfinding);
algorithmDropdown.onValueChanged.AddListener(OnAlgorithmChanged);
saveButton.onClick.AddListener(OnSaveMap);
loadButton.onClick.AddListener(OnLoadMap);
// Add exit button listener if the button exists
if (exitButton != null)
exitButton.onClick.AddListener(OnExitApplication);
// Add listener for maze generator
if (generateMazeButton != null)
generateMazeButton.onClick.AddListener(OnGenerateMaze);
// Subscribe to NPC's pathfinding events
npc.OnPathfindingComplete += UpdatePerformanceMetrics;
// Initialize performance metrics
ClearPerformanceMetrics();
// Perform algorithm warmup
if (performWarmup)
{
StartCoroutine(WarmupPathfindingSystem());
}
// Tampilkan lokasi penyimpanan
ShowSaveLocation();
}
private IEnumerator WarmupPathfindingSystem()
{
// Wait one frame to ensure everything is initialized
yield return null;
if (showWarmupMessage)
{
//Debug.Log("Performing pathfinding warmup...");
}
// Get current NPC position
Vector3 npcPos = npc.transform.position;
int startX = (int)(npcPos.x / gridMap.GridNodeWidth);
int startY = (int)(npcPos.y / gridMap.GridNodeHeight);
// Find destination node for warmup (try to use opposite corner)
int destX = gridMap.NumX - 1;
int destY = gridMap.NumY - 1;
// Ensure destination is walkable
GridNode destNode = gridMap.GetGridNode(destX, destY);
if (destNode == null || !destNode.IsWalkable)
{
// Find any walkable node for warmup
for (int x = 0; x < gridMap.NumX; x++)
{
for (int y = 0; y < gridMap.NumY; y++)
{
GridNode testNode = gridMap.GetGridNode(x, y);
if (testNode != null && testNode.IsWalkable && (x != startX || y != startY))
{
destX = x;
destY = y;
destNode = testNode;
break;
}
}
if (destNode != null && destNode.IsWalkable)
break;
}
}
// Save current destination position
Vector3 originalDestPos = gridMap.Destination.position;
// Set temporary destination for warmup
gridMap.SetDestination(destX, destY);
// Run pathfinding quietly (without visualization)
GridNode startNode = gridMap.GetGridNode(startX, startY);
if (startNode != null && destNode != null && destNode.IsWalkable)
{
// Temporarily disable visualization for warmup
float originalVisualizationSpeed = npc.visualizationSpeed;
npc.visualizationSpeed = 0f;
bool originalShowVisualization = npc.showVisualization;
npc.showVisualization = false;
// Do warmup for each algorithm type to JIT compile all code paths
foreach (NPC.PathFinderType algoType in System.Enum.GetValues(typeof(NPC.PathFinderType)))
{
// Save current algorithm
NPC.PathFinderType originalAlgorithm = npc.pathFinderType;
// Change to this algorithm
npc.ChangeAlgorithm(algoType);
// Run silent pathfinding
npc.MoveTo(destNode, true);
// Wait a bit to ensure completion
yield return new WaitForSeconds(0.05f);
// Reset back to original algorithm
npc.ChangeAlgorithm(originalAlgorithm);
}
// Restore visualization settings
npc.visualizationSpeed = originalVisualizationSpeed;
npc.showVisualization = originalShowVisualization;
}
// Restore original destination
gridMap.Destination.position = originalDestPos;
// Clear metrics from warmup
ClearPerformanceMetrics();
if (showWarmupMessage)
{
//Debug.Log("Pathfinding warmup complete");
}
// Reset grid colors
gridMap.ResetGridNodeColours();
}
private void OnDestroy()
{
// Unsubscribe from events
if (npc != null)
{
npc.OnPathfindingComplete -= UpdatePerformanceMetrics;
}
}
private void InitializeUI()
{
// Set initial values
gridSizeXInput.text = gridMap.NumX.ToString();
gridSizeYInput.text = gridMap.NumY.ToString();
// Setup algorithm dropdown
algorithmDropdown.ClearOptions();
algorithmDropdown.AddOptions(new System.Collections.Generic.List<string> {
"A*",
"Dijkstra",
"Greedy Best-First",
"Backtracking",
"BFS"
});
// Setup maze size dropdown
if (mazeSizeDropdown != null)
{
mazeSizeDropdown.ClearOptions();
mazeSizeDropdown.AddOptions(new System.Collections.Generic.List<string> {
"Small",
"Medium",
"Big"
});
}
// Setup maze density dropdown
if (mazeDensityDropdown != null)
{
mazeDensityDropdown.ClearOptions();
mazeDensityDropdown.AddOptions(new System.Collections.Generic.List<string> {
"Low",
"Medium",
"High"
});
}
ClearPerformanceMetrics();
}
private void ClearPerformanceMetrics()
{
timeEstimateText.text = "0";
pathLengthText.text = "0";
memoryUsageText.text = "0";
nodesExploredText.text = "0";
cpuUsageText.text = "0%";
}
private void UpdatePerformanceMetrics(PathfindingMetrics metrics)
{
timeEstimateText.text = $"{metrics.timeTaken:F2} ms";
pathLengthText.text = $"{metrics.pathLength} nodes";
nodesExploredText.text = $"{metrics.nodesExplored} nodes";
memoryUsageText.text = FormatBytes(metrics.memoryUsed);
// Hitung dan tampilkan CPU usage
if (cpuUsageText != null)
{
float cpuUsagePercentage = (metrics.timeTaken / TARGET_FRAME_TIME_MS) * 100f;
cpuUsageText.text = $"{cpuUsagePercentage:F2}%";
}
}
private string FormatBytes(long bytes)
{
string[] sizes = { "B", "KB", "MB", "GB" };
int order = 0;
double size = bytes;
while (size >= 1024 && order < sizes.Length - 1)
{
order++;
size = size / 1024;
}
return $"{size:0.##} {sizes[order]}";
}
private void OnApplyGridSize()
{
if (int.TryParse(gridSizeXInput.text, out int newSizeX) &&
int.TryParse(gridSizeYInput.text, out int newSizeY))
{
gridMap.ResizeGrid(newSizeX, newSizeY);
ClearPerformanceMetrics();
}
}
private void OnRunPathfinding()
{
// Get current NPC position
Vector3 npcPos = npc.transform.position;
int startX = (int)(npcPos.x / gridMap.GridNodeWidth);
int startY = (int)(npcPos.y / gridMap.GridNodeHeight);
// Get destination position
Vector3 destPos = gridMap.Destination.position;
int destX = (int)(destPos.x / gridMap.GridNodeWidth);
int destY = (int)(destPos.y / gridMap.GridNodeHeight);
// Run pathfinding
GridNode startNode = gridMap.GetGridNode(startX, startY);
GridNode endNode = gridMap.GetGridNode(destX, destY);
if (startNode != null && endNode != null)
{
ClearPerformanceMetrics();
npc.MoveTo(endNode);
}
}
private void OnResetPathfinding()
{
// Reload the current scene
UnityEngine.SceneManagement.SceneManager.LoadScene(
UnityEngine.SceneManagement.SceneManager.GetActiveScene().name);
//Debug.Log("Reloading scene...");
}
private void OnAlgorithmChanged(int index)
{
NPC.PathFinderType newType = (NPC.PathFinderType)index;
npc.ChangeAlgorithm(newType);
ClearPerformanceMetrics();
}
private void OnSaveMap()
{
if (string.IsNullOrEmpty(mapNameInput.text))
{
//Debug.LogWarning("Please enter a map name before saving");
return;
}
// Buat direktori jika belum ada
string saveDirectory = Path.Combine(Application.persistentDataPath, "GridSaves");
if (!Directory.Exists(saveDirectory))
{
Directory.CreateDirectory(saveDirectory);
}
string filePath = Path.Combine(saveDirectory, $"{mapNameInput.text}.json");
gridMap.SaveGridState(filePath);
Debug.Log($"Map saved to: {filePath}");
}
/// <summary>
/// Membuka folder penyimpanan di File Explorer
/// </summary>
public void OpenSaveFolder()
{
string saveDirectory = Path.Combine(Application.persistentDataPath, "GridSaves");
// Buat direktori jika belum ada
if (!Directory.Exists(saveDirectory))
{
Directory.CreateDirectory(saveDirectory);
}
// Buka folder di file explorer
System.Diagnostics.Process.Start("explorer.exe", saveDirectory);
}
private void OnLoadMap()
{
if (string.IsNullOrEmpty(mapNameInput.text))
{
return;
}
string saveDirectory = Path.Combine(Application.persistentDataPath, "GridSaves");
string filePath = Path.Combine(saveDirectory, $"{mapNameInput.text}.json");
if (!File.Exists(filePath))
{
//Debug.LogWarning($"Map file not found: {filePath}");
return;
}
gridMap.LoadGridState(filePath);
ClearPerformanceMetrics();
//Debug.Log($"Map loaded from: {filePath}");
}
/// <summary>
/// Generates a random maze with the selected size and density
/// </summary>
private void OnGenerateMaze()
{
// Get selected maze size
int sizeX = 20;
int sizeY = 20;
bool isLargeGrid = false;
switch (mazeSizeDropdown.value)
{
case 0: // Kecil
sizeX = sizeY = 20;
break;
case 1: // Sedang
sizeX = sizeY = 50;
break;
case 2: // Besar
sizeX = sizeY = 100;
isLargeGrid = true;
break;
}
// Resize grid if needed
if (gridMap.NumX != sizeX || gridMap.NumY != sizeY)
{
gridMap.ResizeGrid(sizeX, sizeY);
// Update grid size inputs
gridSizeXInput.text = sizeX.ToString();
gridSizeYInput.text = sizeY.ToString();
}
// Get selected density
float density = 30f; // Default medium
switch (mazeDensityDropdown.value)
{
case 0: // Low
density = 10f;
break;
case 1: // Medium
density = 30f;
break;
case 2: // High
density = 50f;
break;
}
// Untuk grid besar, nonaktifkan visualisasi sementara untuk performa lebih baik
bool originalShowVisualization = false;
float originalVisualizationSpeed = 0f;
if (isLargeGrid && npc != null)
{
// Simpan nilai asli
originalShowVisualization = npc.showVisualization;
originalVisualizationSpeed = npc.visualizationSpeed;
// Nonaktifkan visualisasi untuk grid besar
npc.showVisualization = false;
}
// Generate the maze with selected density
gridMap.GenerateRandomMaze(density);
// Kembalikan nilai visualisasi jika diubah
if (isLargeGrid && npc != null)
{
npc.showVisualization = originalShowVisualization;
npc.visualizationSpeed = originalVisualizationSpeed;
}
// Clear performance metrics
ClearPerformanceMetrics();
// Tampilkan pesan khusus untuk grid besar
if (isLargeGrid)
{
//Debug.Log("Large maze generated. For best performance, consider disabling visualization during pathfinding.");
}
//Debug.Log($"Generated maze with size {sizeX}x{sizeY} and density {density}%");
}
/// <summary>
/// Menampilkan lokasi penyimpanan file di konsol
/// </summary>
private void ShowSaveLocation()
{
string saveDirectory = Path.Combine(Application.persistentDataPath, "GridSaves");
}
/// <summary>
/// Menutup aplikasi saat tombol exit ditekan
/// </summary>
public void OnExitApplication()
{
#if UNITY_EDITOR
// Jika di Unity Editor
UnityEditor.EditorApplication.isPlaying = false;
#else
// Jika di build
Application.Quit();
#endif
Debug.Log("Application exit requested");
}
}

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using System;
using System.Collections.Generic;
/// <summary>
/// Implementasi generic Priority Queue (Antrean Prioritas) menggunakan min-heap.
/// Memungkinkan operasi enqueue, dequeue, dan update priority dengan efisien.
/// </summary>
/// <typeparam name="TElement">Tipe elemen yang disimpan dalam antrean</typeparam>
/// <typeparam name="TPriority">Tipe prioritas yang digunakan, harus implementasi IComparable</typeparam>
public class PriorityQueue<TElement, TPriority> where TPriority : IComparable<TPriority>
{
// Menyimpan pasangan elemen dan prioritasnya dalam struktur heap
private List<Tuple<TElement, TPriority>> elements = new List<Tuple<TElement, TPriority>>();
// Menyimpan indeks setiap elemen dalam heap untuk akses cepat
private Dictionary<TElement, int> elementIndexMap = new Dictionary<TElement, int>();
/// <summary>
/// Mendapatkan jumlah elemen dalam antrean prioritas
/// </summary>
public int Count => elements.Count;
/// <summary>
/// Menambahkan elemen baru ke dalam antrean prioritas dengan prioritas tertentu
/// </summary>
/// <param name="element">Elemen yang akan ditambahkan</param>
/// <param name="priority">Prioritas dari elemen</param>
public void Enqueue(TElement element, TPriority priority)
{
elements.Add(Tuple.Create(element, priority));
elementIndexMap[element] = elements.Count - 1;
HeapifyUp(elements.Count - 1);
}
/// <summary>
/// Mengambil dan menghapus elemen dengan prioritas tertinggi (nilai terkecil)
/// dari antrean prioritas
/// </summary>
/// <returns>Elemen dengan prioritas tertinggi</returns>
/// <exception cref="InvalidOperationException">Dilempar jika antrean kosong</exception>
public TElement Dequeue()
{
if (elements.Count == 0)
throw new InvalidOperationException("The priority queue is empty.");
var element = elements[0].Item1;
var last = elements[elements.Count - 1];
elements.RemoveAt(elements.Count - 1);
if (elements.Count > 0)
{
// Pindahkan elemen terakhir ke root, lalu atur ulang heap
elements[0] = last;
elementIndexMap[last.Item1] = 0;
HeapifyDown(0);
}
elementIndexMap.Remove(element);
return element;
}
/// <summary>
/// Memperbarui prioritas elemen yang sudah ada dalam antrean
/// </summary>
/// <param name="element">Elemen yang akan diperbarui prioritasnya</param>
/// <param name="newPriority">Nilai prioritas baru</param>
/// <exception cref="InvalidOperationException">Dilempar jika elemen tidak ditemukan</exception>
public void UpdatePriority(TElement element, TPriority newPriority)
{
if (!elementIndexMap.ContainsKey(element))
throw new InvalidOperationException("Element not found in priority queue.");
var index = elementIndexMap[element];
var oldPriority = elements[index].Item2;
elements[index] = Tuple.Create(element, newPriority);
// Jika prioritas baru lebih tinggi (nilai lebih kecil), heapify up
if (newPriority.CompareTo(oldPriority) < 0)
{
HeapifyUp(index);
}
// Jika prioritas baru lebih rendah (nilai lebih besar), heapify down
else
{
HeapifyDown(index);
}
}
/// <summary>
/// Mempertahankan properti heap dengan memindahkan elemen ke atas jika
/// prioritasnya lebih tinggi dari parent
/// </summary>
/// <param name="index">Indeks elemen yang akan dipindahkan ke atas</param>
private void HeapifyUp(int index)
{
var parentIndex = (index - 1) / 2;
if (index > 0 && elements[index].Item2.CompareTo(elements[parentIndex].Item2) < 0)
{
Swap(index, parentIndex);
HeapifyUp(parentIndex);
}
}
/// <summary>
/// Mempertahankan properti heap dengan memindahkan elemen ke bawah jika
/// prioritasnya lebih rendah dari child
/// </summary>
/// <param name="index">Indeks elemen yang akan dipindahkan ke bawah</param>
private void HeapifyDown(int index)
{
var leftChildIndex = 2 * index + 1;
var rightChildIndex = 2 * index + 2;
var smallest = index;
// Cari child dengan prioritas tertinggi (nilai terkecil)
if (leftChildIndex < elements.Count && elements[leftChildIndex].Item2.CompareTo(elements[smallest].Item2) < 0)
{
smallest = leftChildIndex;
}
if (rightChildIndex < elements.Count && elements[rightChildIndex].Item2.CompareTo(elements[smallest].Item2) < 0)
{
smallest = rightChildIndex;
}
// Jika child memiliki prioritas lebih tinggi, tukar dan lanjutkan heapify down
if (smallest != index)
{
Swap(index, smallest);
HeapifyDown(smallest);
}
}
/// <summary>
/// Menukar posisi dua elemen dalam heap dan memperbarui elementIndexMap
/// </summary>
/// <param name="i">Indeks elemen pertama</param>
/// <param name="j">Indeks elemen kedua</param>
private void Swap(int i, int j)
{
var temp = elements[i];
elements[i] = elements[j];
elements[j] = temp;
// Perbarui elementIndexMap untuk mencerminkan posisi baru
elementIndexMap[elements[i].Item1] = i;
elementIndexMap[elements[j].Item1] = j;
}
}

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Digitized data copyright (c) 2010 Google Corporation
with Reserved Font Arimo, Tinos and Cousine.
Copyright (c) 2012 Red Hat, Inc.
with Reserved Font Name Liberation.
This Font Software is licensed under the SIL Open Font License, Version 1.1.
This license is copied below, and is also available with a FAQ at: http://scripts.sil.org/OFL
-----------------------------------------------------------
SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007
-----------------------------------------------------------
PREAMBLE
The goals of the Open Font License (OFL) are to stimulate worldwide development of collaborative font projects, to support the font creation efforts of academic and linguistic communities, and to provide a free and open framework in which fonts may be shared and improved in partnership with others.
The OFL allows the licensed fonts to be used, studied, modified and redistributed freely as long as they are not sold by themselves. The fonts, including any derivative works, can be bundled, embedded, redistributed and/or sold with any software provided that any reserved names are not used by derivative works. The fonts and derivatives, however, cannot be released under any other type of license. The requirement for fonts to remain under this license does not apply to any document created using the fonts or their derivatives.
DEFINITIONS
"Font Software" refers to the set of files released by the Copyright Holder(s) under this license and clearly marked as such. This may include source files, build scripts and documentation.
"Reserved Font Name" refers to any names specified as such after the copyright statement(s).
"Original Version" refers to the collection of Font Software components as distributed by the Copyright Holder(s).
"Modified Version" refers to any derivative made by adding to, deleting, or substituting -- in part or in whole -- any of the components of the Original Version, by changing formats or by porting the Font Software to a new environment.
"Author" refers to any designer, engineer, programmer, technical writer or other person who contributed to the Font Software.
PERMISSION & CONDITIONS
Permission is hereby granted, free of charge, to any person obtaining a copy of the Font Software, to use, study, copy, merge, embed, modify, redistribute, and sell modified and unmodified copies of the Font Software, subject to the following conditions:
1) Neither the Font Software nor any of its individual components, in Original or Modified Versions, may be sold by itself.
2) Original or Modified Versions of the Font Software may be bundled, redistributed and/or sold with any software, provided that each copy contains the above copyright notice and this license. These can be included either as stand-alone text files, human-readable headers or in the appropriate machine-readable metadata fields within text or binary files as long as those fields can be easily viewed by the user.
3) No Modified Version of the Font Software may use the Reserved Font Name(s) unless explicit written permission is granted by the corresponding Copyright Holder. This restriction only applies to the primary font name as presented to the users.
4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font Software shall not be used to promote, endorse or advertise any Modified Version, except to acknowledge the contribution(s) of the Copyright Holder(s) and the Author(s) or with their explicit written permission.
5) The Font Software, modified or unmodified, in part or in whole, must be distributed entirely under this license, and must not be distributed under any other license. The requirement for fonts to remain under this license does not apply to any document created using the Font Software.
TERMINATION
This license becomes null and void if any of the above conditions are not met.
DISCLAIMER
THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM OTHER DEALINGS IN THE FONT SOFTWARE.

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Stencil
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ReadMask[_StencilReadMask]
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CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
struct appdata_t {
float4 vertex : POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
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float4 vertex : SV_POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
float4 mask : TEXCOORD2;
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uniform sampler2D _FaceTex;
uniform float4 _FaceTex_ST;
uniform fixed4 _FaceColor;
uniform float _VertexOffsetX;
uniform float _VertexOffsetY;
uniform float4 _ClipRect;
uniform float _MaskSoftnessX;
uniform float _MaskSoftnessY;
float2 UnpackUV(float uv)
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float2 output;
output.x = floor(uv / 4096);
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{
float4 vert = v.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
vert.xy += (vert.w * 0.5) / _ScreenParams.xy;
float4 vPosition = UnityPixelSnap(UnityObjectToClipPos(vert));
fixed4 faceColor = v.color;
faceColor *= _FaceColor;
v2f OUT;
OUT.vertex = vPosition;
OUT.color = faceColor;
OUT.texcoord0 = v.texcoord0;
OUT.texcoord1 = TRANSFORM_TEX(UnpackUV(v.texcoord1), _FaceTex);
float2 pixelSize = vPosition.w;
pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1]));
// Clamp _ClipRect to 16bit.
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
return OUT;
}
fixed4 frag (v2f IN) : SV_Target
{
fixed4 color = tex2D(_MainTex, IN.texcoord0) * tex2D(_FaceTex, IN.texcoord1) * IN.color;
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw);
color *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(color.a - 0.001);
#endif
return color;
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_Bitmap-Custom-Atlas.shader.meta Normal file
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fileFormatVersion: 2
guid: 48bb5f55d8670e349b6e614913f9d910
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145
Assets/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader Normal file
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Shader "TextMeshPro/Mobile/Bitmap" {
Properties {
_MainTex ("Font Atlas", 2D) = "white" {}
[HDR]_Color ("Text Color", Color) = (1,1,1,1)
_DiffusePower ("Diffuse Power", Range(1.0,4.0)) = 1.0
_VertexOffsetX("Vertex OffsetX", float) = 0
_VertexOffsetY("Vertex OffsetY", float) = 0
_MaskSoftnessX("Mask SoftnessX", float) = 0
_MaskSoftnessY("Mask SoftnessY", float) = 0
_ClipRect("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_StencilComp("Stencil Comparison", Float) = 8
_Stencil("Stencil ID", Float) = 0
_StencilOp("Stencil Operation", Float) = 0
_StencilWriteMask("Stencil Write Mask", Float) = 255
_StencilReadMask("Stencil Read Mask", Float) = 255
_CullMode("Cull Mode", Float) = 0
_ColorMask("Color Mask", Float) = 15
}
SubShader {
Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" }
Stencil
{
Ref[_Stencil]
Comp[_StencilComp]
Pass[_StencilOp]
ReadMask[_StencilReadMask]
WriteMask[_StencilWriteMask]
}
Lighting Off
Cull [_CullMode]
ZTest [unity_GUIZTestMode]
ZWrite Off
Fog { Mode Off }
Blend SrcAlpha OneMinusSrcAlpha
ColorMask[_ColorMask]
Pass {
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma fragmentoption ARB_precision_hint_fastest
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
struct appdata_t {
float4 vertex : POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct v2f {
float4 vertex : POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float4 mask : TEXCOORD2;
};
sampler2D _MainTex;
fixed4 _Color;
float _DiffusePower;
uniform float _VertexOffsetX;
uniform float _VertexOffsetY;
uniform float4 _ClipRect;
uniform float _MaskSoftnessX;
uniform float _MaskSoftnessY;
v2f vert (appdata_t v)
{
v2f OUT;
float4 vert = v.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
vert.xy += (vert.w * 0.5) / _ScreenParams.xy;
OUT.vertex = UnityPixelSnap(UnityObjectToClipPos(vert));
OUT.color = v.color;
OUT.color *= _Color;
OUT.color.rgb *= _DiffusePower;
OUT.texcoord0 = v.texcoord0;
float2 pixelSize = OUT.vertex.w;
//pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1]));
// Clamp _ClipRect to 16bit.
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
return OUT;
}
fixed4 frag (v2f IN) : COLOR
{
fixed4 color = fixed4(IN.color.rgb, IN.color.a * tex2D(_MainTex, IN.texcoord0).a);
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw);
color *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(color.a - 0.001);
#endif
return color;
}
ENDCG
}
}
SubShader {
Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" }
Lighting Off Cull Off ZTest Always ZWrite Off Fog { Mode Off }
Blend SrcAlpha OneMinusSrcAlpha
BindChannels {
Bind "Color", color
Bind "Vertex", vertex
Bind "TexCoord", texcoord0
}
Pass {
SetTexture [_MainTex] {
constantColor [_Color] combine constant * primary, constant * texture
}
}
}
CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_Bitmap-Mobile.shader.meta Normal file
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userData:
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143
Assets/TextMesh Pro/Shaders/TMP_Bitmap.shader Normal file
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Shader "TextMeshPro/Bitmap" {
Properties {
_MainTex ("Font Atlas", 2D) = "white" {}
_FaceTex ("Font Texture", 2D) = "white" {}
[HDR]_FaceColor ("Text Color", Color) = (1,1,1,1)
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_ClipRect("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_StencilComp("Stencil Comparison", Float) = 8
_Stencil("Stencil ID", Float) = 0
_StencilOp("Stencil Operation", Float) = 0
_StencilWriteMask("Stencil Write Mask", Float) = 255
_StencilReadMask("Stencil Read Mask", Float) = 255
_CullMode("Cull Mode", Float) = 0
_ColorMask("Color Mask", Float) = 15
}
SubShader{
Tags { "Queue" = "Transparent" "IgnoreProjector" = "True" "RenderType" = "Transparent" }
Stencil
{
Ref[_Stencil]
Comp[_StencilComp]
Pass[_StencilOp]
ReadMask[_StencilReadMask]
WriteMask[_StencilWriteMask]
}
Lighting Off
Cull [_CullMode]
ZTest [unity_GUIZTestMode]
ZWrite Off
Fog { Mode Off }
Blend SrcAlpha OneMinusSrcAlpha
ColorMask[_ColorMask]
Pass {
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
struct appdata_t {
float4 vertex : POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct v2f {
float4 vertex : SV_POSITION;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
float4 mask : TEXCOORD2;
};
uniform sampler2D _MainTex;
uniform sampler2D _FaceTex;
uniform float4 _FaceTex_ST;
uniform fixed4 _FaceColor;
uniform float _VertexOffsetX;
uniform float _VertexOffsetY;
uniform float4 _ClipRect;
uniform float _MaskSoftnessX;
uniform float _MaskSoftnessY;
float2 UnpackUV(float uv)
{
float2 output;
output.x = floor(uv / 4096);
output.y = uv - 4096 * output.x;
return output * 0.001953125;
}
v2f vert (appdata_t v)
{
float4 vert = v.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
vert.xy += (vert.w * 0.5) / _ScreenParams.xy;
float4 vPosition = UnityPixelSnap(UnityObjectToClipPos(vert));
fixed4 faceColor = v.color;
faceColor *= _FaceColor;
v2f OUT;
OUT.vertex = vPosition;
OUT.color = faceColor;
OUT.texcoord0 = v.texcoord0;
OUT.texcoord1 = TRANSFORM_TEX(UnpackUV(v.texcoord1), _FaceTex);
float2 pixelSize = vPosition.w;
pixelSize /= abs(float2(_ScreenParams.x * UNITY_MATRIX_P[0][0], _ScreenParams.y * UNITY_MATRIX_P[1][1]));
// Clamp _ClipRect to 16bit.
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
OUT.mask = float4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
return OUT;
}
fixed4 frag (v2f IN) : SV_Target
{
fixed4 color = tex2D(_MainTex, IN.texcoord0);
color = fixed4 (tex2D(_FaceTex, IN.texcoord1).rgb * IN.color.rgb, IN.color.a * color.a);
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(IN.mask.xy)) * IN.mask.zw);
color *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(color.a - 0.001);
#endif
return color;
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_BitmapShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_Bitmap.shader.meta Normal file
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assetBundleName:
assetBundleVariant:

317
Assets/TextMesh Pro/Shaders/TMP_SDF Overlay.shader Normal file
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Shader "TextMeshPro/Distance Field Overlay" {
Properties {
_FaceTex ("Face Texture", 2D) = "white" {}
_FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0
_FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineTex ("Outline Texture", 2D) = "white" {}
_OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0
_OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0
_OutlineWidth ("Outline Thickness", Range(0, 1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
_Bevel ("Bevel", Range(0,1)) = 0.5
_BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0
_BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0
_BevelClamp ("Bevel Clamp", Range(0,1)) = 0
_BevelRoundness ("Bevel Roundness", Range(0,1)) = 0
_LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416
[HDR]_SpecularColor ("Specular", Color) = (1,1,1,1)
_SpecularPower ("Specular", Range(0,4)) = 2.0
_Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10
_Diffuse ("Diffuse", Range(0,1)) = 0.5
_Ambient ("Ambient", Range(1,0)) = 0.5
_BumpMap ("Normal map", 2D) = "bump" {}
_BumpOutline ("Bump Outline", Range(0,1)) = 0
_BumpFace ("Bump Face", Range(0,1)) = 0
_ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1)
_ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1)
_Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ }
_EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0)
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
[HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5)
_GlowOffset ("Offset", Range(-1,1)) = 0
_GlowInner ("Inner", Range(0,1)) = 0.05
_GlowOuter ("Outer", Range(0,1)) = 0.05
_GlowPower ("Falloff", Range(1, 0)) = 0.75
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = 0.5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5.0
_ScaleX ("Scale X", float) = 1.0
_ScaleY ("Scale Y", float) = 1.0
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767)
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue"="Overlay"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest Always
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma target 3.0
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ BEVEL_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma shader_feature __ GLOW_ON
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
#include "TMPro.cginc"
struct vertex_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
float4 position : POSITION;
float3 normal : NORMAL;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
float4 position : SV_POSITION;
fixed4 color : COLOR;
float2 atlas : TEXCOORD0; // Atlas
float4 param : TEXCOORD1; // alphaClip, scale, bias, weight
float4 mask : TEXCOORD2; // Position in object space(xy), pixel Size(zw)
float3 viewDir : TEXCOORD3;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float4 texcoord2 : TEXCOORD4; // u,v, scale, bias
fixed4 underlayColor : COLOR1;
#endif
float4 textures : TEXCOORD5;
};
// Used by Unity internally to handle Texture Tiling and Offset.
float4 _FaceTex_ST;
float4 _OutlineTex_ST;
pixel_t VertShader(vertex_t input)
{
pixel_t output;
UNITY_INITIALIZE_OUTPUT(pixel_t, output);
UNITY_SETUP_INSTANCE_ID(input);
UNITY_TRANSFER_INSTANCE_ID(input,output);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output);
float bold = step(input.texcoord1.y, 0);
float4 vert = input.position;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float2 pixelSize = vPosition.w;
pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy));
float scale = rsqrt(dot(pixelSize, pixelSize));
scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1);
if (UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert)))));
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
float bias =(.5 - weight) + (.5 / scale);
float alphaClip = (1.0 - _OutlineWidth*_ScaleRatioA - _OutlineSoftness*_ScaleRatioA);
#if GLOW_ON
alphaClip = min(alphaClip, 1.0 - _GlowOffset * _ScaleRatioB - _GlowOuter * _ScaleRatioB);
#endif
alphaClip = alphaClip / 2.0 - ( .5 / scale) - weight;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float4 underlayColor = _UnderlayColor;
underlayColor.rgb *= underlayColor.a;
float bScale = scale;
bScale /= 1 + ((_UnderlaySoftness*_ScaleRatioC) * bScale);
float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale);
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 bOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy);
// Support for texture tiling and offset
float2 textureUV = UnpackUV(input.texcoord1.x);
float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex);
float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex);
output.position = vPosition;
output.color = input.color;
output.atlas = input.texcoord0;
output.param = float4(alphaClip, scale, bias, weight);
output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz);
#if (UNDERLAY_ON || UNDERLAY_INNER)
output.texcoord2 = float4(input.texcoord0 + bOffset, bScale, bBias);
output.underlayColor = underlayColor;
#endif
output.textures = float4(faceUV, outlineUV);
return output;
}
fixed4 PixShader(pixel_t input) : SV_Target
{
UNITY_SETUP_INSTANCE_ID(input);
float c = tex2D(_MainTex, input.atlas).a;
#ifndef UNDERLAY_ON
clip(c - input.param.x);
#endif
float scale = input.param.y;
float bias = input.param.z;
float weight = input.param.w;
float sd = (bias - c) * scale;
float outline = (_OutlineWidth * _ScaleRatioA) * scale;
float softness = (_OutlineSoftness * _ScaleRatioA) * scale;
half4 faceColor = _FaceColor;
half4 outlineColor = _OutlineColor;
faceColor.rgb *= input.color.rgb;
faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y);
outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y);
faceColor = GetColor(sd, faceColor, outlineColor, outline, softness);
#if BEVEL_ON
float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0);
float3 n = GetSurfaceNormal(input.atlas, weight, dxy);
float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz;
bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5));
n = normalize(n- bump);
float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0));
float3 col = GetSpecular(n, light);
faceColor.rgb += col*faceColor.a;
faceColor.rgb *= 1-(dot(n, light)*_Diffuse);
faceColor.rgb *= lerp(_Ambient, 1, n.z*n.z);
fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n));
faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a;
#endif
#if UNDERLAY_ON
float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z;
faceColor += input.underlayColor * saturate(d - input.texcoord2.w) * (1 - faceColor.a);
#endif
#if UNDERLAY_INNER
float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z;
faceColor += input.underlayColor * (1 - saturate(d - input.texcoord2.w)) * saturate(1 - sd) * (1 - faceColor.a);
#endif
#if GLOW_ON
float4 glowColor = GetGlowColor(sd, scale);
faceColor.rgb += glowColor.rgb * glowColor.a;
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw);
faceColor *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(faceColor.a - 0.001);
#endif
return faceColor * input.color.a;
}
ENDCG
}
}
Fallback "TextMeshPro/Mobile/Distance Field"
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF Overlay.shader.meta Normal file
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310
Assets/TextMesh Pro/Shaders/TMP_SDF SSD.shader Normal file
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Shader "TextMeshPro/Distance Field SSD" {
Properties {
_FaceTex ("Face Texture", 2D) = "white" {}
_FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0
_FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineTex ("Outline Texture", 2D) = "white" {}
_OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0
_OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0
_OutlineWidth ("Outline Thickness", Range(0, 1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
_Bevel ("Bevel", Range(0,1)) = 0.5
_BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0
_BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0
_BevelClamp ("Bevel Clamp", Range(0,1)) = 0
_BevelRoundness ("Bevel Roundness", Range(0,1)) = 0
_LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416
[HDR]_SpecularColor ("Specular", Color) = (1,1,1,1)
_SpecularPower ("Specular", Range(0,4)) = 2.0
_Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10
_Diffuse ("Diffuse", Range(0,1)) = 0.5
_Ambient ("Ambient", Range(1,0)) = 0.5
_BumpMap ("Normal map", 2D) = "bump" {}
_BumpOutline ("Bump Outline", Range(0,1)) = 0
_BumpFace ("Bump Face", Range(0,1)) = 0
_ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1)
_ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1)
_Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ }
_EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0)
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
[HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5)
_GlowOffset ("Offset", Range(-1,1)) = 0
_GlowInner ("Inner", Range(0,1)) = 0.05
_GlowOuter ("Outer", Range(0,1)) = 0.05
_GlowPower ("Falloff", Range(1, 0)) = 0.75
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = 0.5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5.0
_ScaleX ("Scale X", float) = 1.0
_ScaleY ("Scale Y", float) = 1.0
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767)
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue" = "Transparent"
"IgnoreProjector" = "True"
"RenderType" = "Transparent"
}
Stencil
{
Ref[_Stencil]
Comp[_StencilComp]
Pass[_StencilOp]
ReadMask[_StencilReadMask]
WriteMask[_StencilWriteMask]
}
Cull[_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest[unity_GUIZTestMode]
Blend One OneMinusSrcAlpha
ColorMask[_ColorMask]
Pass {
CGPROGRAM
#pragma target 3.0
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ BEVEL_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma shader_feature __ GLOW_ON
#pragma shader_feature __ FORCE_LINEAR
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
#include "TMPro.cginc"
struct vertex_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
float4 position : POSITION;
float3 normal : NORMAL;
float4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
float4 position : SV_POSITION;
float4 color : COLOR;
float2 atlas : TEXCOORD0;
float weight : TEXCOORD1;
float2 mask : TEXCOORD2; // Position in object space(xy)
float3 viewDir : TEXCOORD3;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float2 texcoord2 : TEXCOORD4;
float4 underlayColor : COLOR1;
#endif
float4 textures : TEXCOORD5;
};
// Used by Unity internally to handle Texture Tiling and Offset.
float4 _FaceTex_ST;
float4 _OutlineTex_ST;
float4 SRGBToLinear(float4 rgba) {
return float4(lerp(rgba.rgb / 12.92f, pow((rgba.rgb + 0.055f) / 1.055f, 2.4f), step(0.04045f, rgba.rgb)), rgba.a);
}
pixel_t VertShader(vertex_t input)
{
pixel_t output;
UNITY_INITIALIZE_OUTPUT(pixel_t, output);
UNITY_SETUP_INSTANCE_ID(input);
UNITY_TRANSFER_INSTANCE_ID(input,output);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output);
float bold = step(input.texcoord1.y, 0);
float4 vert = input.position;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float4 underlayColor = _UnderlayColor;
underlayColor.rgb *= underlayColor.a;
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 bOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
// Support for texture tiling and offset
float2 textureUV = UnpackUV(input.texcoord1.x);
float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex);
float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex);
float4 color = input.color;
#if (FORCE_LINEAR && !UNITY_COLORSPACE_GAMMA)
color = SRGBToLinear(input.color);
#endif
output.position = vPosition;
output.color = color;
output.atlas = input.texcoord0;
output.weight = weight;
output.mask = half2(vert.xy * 2 - clampedRect.xy - clampedRect.zw);
output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz);
#if (UNDERLAY_ON || UNDERLAY_INNER)
output.texcoord2 = input.texcoord0 + bOffset;
output.underlayColor = underlayColor;
#endif
output.textures = float4(faceUV, outlineUV);
return output;
}
fixed4 PixShader(pixel_t input) : SV_Target
{
UNITY_SETUP_INSTANCE_ID(input);
float c = tex2D(_MainTex, input.atlas).a;
float2 pixelSize = float2(ddx(input.atlas.y), ddy(input.atlas.y));
pixelSize *= _TextureWidth * .75;
float scale = rsqrt(dot(pixelSize, pixelSize)) * _GradientScale * (_Sharpness + 1);
float weight = input.weight;
float bias = (.5 - weight) + (.5 / scale);
float sd = (bias - c) * scale;
float outline = (_OutlineWidth * _ScaleRatioA) * scale;
float softness = (_OutlineSoftness * _ScaleRatioA) * scale;
half4 faceColor = _FaceColor;
half4 outlineColor = _OutlineColor;
faceColor.rgb *= input.color.rgb;
faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y);
outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y);
faceColor = GetColor(sd, faceColor, outlineColor, outline, softness);
#if BEVEL_ON
float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0);
float3 n = GetSurfaceNormal(input.atlas, weight, dxy);
float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz;
bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5));
n = normalize(n - bump);
float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0));
float3 col = GetSpecular(n, light);
faceColor.rgb += col * faceColor.a;
faceColor.rgb *= 1 - (dot(n, light) * _Diffuse);
faceColor.rgb *= lerp(_Ambient, 1, n.z * n.z);
fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n));
faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a;
#endif
#if (UNDERLAY_ON || UNDERLAY_INNER)
float bScale = scale;
bScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * bScale);
float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale);
#endif
#if UNDERLAY_ON
float d = tex2D(_MainTex, input.texcoord2.xy).a * bScale;
faceColor += input.underlayColor * saturate(d - bBias) * (1 - faceColor.a);
#endif
#if UNDERLAY_INNER
float d = tex2D(_MainTex, input.texcoord2.xy).a * bScale;
faceColor += input.underlayColor * (1 - saturate(d - bBias)) * saturate(1 - sd) * (1 - faceColor.a);
#endif
#if GLOW_ON
float4 glowColor = GetGlowColor(sd, scale);
faceColor.rgb += glowColor.rgb * glowColor.a;
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
float2 maskZW = 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + (1 / scale));
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * maskZW);
faceColor *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(faceColor.a - 0.001);
#endif
return faceColor * input.color.a;
}
ENDCG
}
}
Fallback "TextMeshPro/Mobile/Distance Field"
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF SSD.shader.meta Normal file
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fileFormatVersion: 2
guid: 14eb328de4b8eb245bb7cea29e4ac00b
ShaderImporter:
externalObjects: {}
defaultTextures: []
nonModifiableTextures: []
userData:
assetBundleName:
assetBundleVariant:

247
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader Normal file
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// Simplified SDF shader:
// - No Shading Option (bevel / bump / env map)
// - No Glow Option
// - Softness is applied on both side of the outline
Shader "TextMeshPro/Mobile/Distance Field - Masking" {
Properties {
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineWidth ("Outline Thickness", Range(0,1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = .5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5
_ScaleX ("Scale X", float) = 1
_ScaleY ("Scale Y", float) = 1
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_MaskTex ("Mask Texture", 2D) = "white" {}
_MaskInverse ("Inverse", float) = 0
_MaskEdgeColor ("Edge Color", Color) = (1,1,1,1)
_MaskEdgeSoftness ("Edge Softness", Range(0, 1)) = 0.01
_MaskWipeControl ("Wipe Position", Range(0, 1)) = 0.5
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest [unity_GUIZTestMode]
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ OUTLINE_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
struct vertex_t {
float4 vertex : POSITION;
float3 normal : NORMAL;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
float4 vertex : SV_POSITION;
fixed4 faceColor : COLOR;
fixed4 outlineColor : COLOR1;
float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV
half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w)
half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw)
#if (UNDERLAY_ON | UNDERLAY_INNER)
float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved
half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y)
#endif
};
float _MaskWipeControl;
float _MaskEdgeSoftness;
fixed4 _MaskEdgeColor;
bool _MaskInverse;
pixel_t VertShader(vertex_t input)
{
float bold = step(input.texcoord1.y, 0);
float4 vert = input.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float2 pixelSize = vPosition.w;
pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy));
float scale = rsqrt(dot(pixelSize, pixelSize));
scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1);
if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert)))));
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
float layerScale = scale;
scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale);
float bias = (0.5 - weight) * scale - 0.5;
float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale;
float opacity = input.color.a;
#if (UNDERLAY_ON | UNDERLAY_INNER)
opacity = 1.0;
#endif
fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor;
faceColor.rgb *= faceColor.a;
fixed4 outlineColor = _OutlineColor;
outlineColor.a *= opacity;
outlineColor.rgb *= outlineColor.a;
outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2))));
#if (UNDERLAY_ON | UNDERLAY_INNER)
layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale);
float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale);
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 layerOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy);
// Structure for pixel shader
pixel_t output = {
vPosition,
faceColor,
outlineColor,
float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y),
half4(scale, bias - outline, bias + outline, bias),
half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy)),
#if (UNDERLAY_ON | UNDERLAY_INNER)
float4(input.texcoord0 + layerOffset, input.color.a, 0),
half2(layerScale, layerBias),
#endif
};
return output;
}
// PIXEL SHADER
fixed4 PixShader(pixel_t input) : SV_Target
{
half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x;
half4 c = input.faceColor * saturate(d - input.param.w);
#ifdef OUTLINE_ON
c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z));
c *= saturate(d - input.param.y);
#endif
#if UNDERLAY_ON
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a);
#endif
#if UNDERLAY_INNER
half sd = saturate(d - input.param.z);
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a);
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
//#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw);
c *= m.x * m.y;
//#endif
float a = abs(_MaskInverse - tex2D(_MaskTex, input.texcoord0.zw).a);
float t = a + (1 - _MaskWipeControl) * _MaskEdgeSoftness - _MaskWipeControl;
a = saturate(t / _MaskEdgeSoftness);
c.rgb = lerp(_MaskEdgeColor.rgb*c.a, c.rgb, a);
c *= a;
#if (UNDERLAY_ON | UNDERLAY_INNER)
c *= input.texcoord1.z;
#endif
#if UNITY_UI_ALPHACLIP
clip(c.a - 0.001);
#endif
return c;
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile Masking.shader.meta Normal file
View File

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fileFormatVersion: 2
guid: bc1ede39bf3643ee8e493720e4259791
ShaderImporter:
externalObjects: {}
defaultTextures: []
nonModifiableTextures: []
userData:
assetBundleName:
assetBundleVariant:

240
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader Normal file
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// Simplified SDF shader:
// - No Shading Option (bevel / bump / env map)
// - No Glow Option
// - Softness is applied on both side of the outline
Shader "TextMeshPro/Mobile/Distance Field Overlay" {
Properties {
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineWidth ("Outline Thickness", Range(0,1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = .5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5
_ScaleX ("Scale X", float) = 1
_ScaleY ("Scale Y", float) = 1
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue"="Overlay"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest Always
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ OUTLINE_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
struct vertex_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
float4 vertex : POSITION;
float3 normal : NORMAL;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
float4 vertex : SV_POSITION;
fixed4 faceColor : COLOR;
fixed4 outlineColor : COLOR1;
float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV
half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w)
half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw)
#if (UNDERLAY_ON | UNDERLAY_INNER)
float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved
half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y)
#endif
};
pixel_t VertShader(vertex_t input)
{
pixel_t output;
UNITY_INITIALIZE_OUTPUT(pixel_t, output);
UNITY_SETUP_INSTANCE_ID(input);
UNITY_TRANSFER_INSTANCE_ID(input, output);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output);
float bold = step(input.texcoord1.y, 0);
float4 vert = input.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float2 pixelSize = vPosition.w;
pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy));
float scale = rsqrt(dot(pixelSize, pixelSize));
scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1);
if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert)))));
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
float layerScale = scale;
scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale);
float bias = (0.5 - weight) * scale - 0.5;
float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale;
float opacity = input.color.a;
#if (UNDERLAY_ON | UNDERLAY_INNER)
opacity = 1.0;
#endif
fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor;
faceColor.rgb *= faceColor.a;
fixed4 outlineColor = _OutlineColor;
outlineColor.a *= opacity;
outlineColor.rgb *= outlineColor.a;
outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2))));
#if (UNDERLAY_ON | UNDERLAY_INNER)
layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale);
float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale);
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 layerOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy);
// Populate structure for pixel shader
output.vertex = vPosition;
output.faceColor = faceColor;
output.outlineColor = outlineColor;
output.texcoord0 = float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y);
output.param = half4(scale, bias - outline, bias + outline, bias);
output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
#if (UNDERLAY_ON || UNDERLAY_INNER)
output.texcoord1 = float4(input.texcoord0 + layerOffset, input.color.a, 0);
output.underlayParam = half2(layerScale, layerBias);
#endif
return output;
}
// PIXEL SHADER
fixed4 PixShader(pixel_t input) : SV_Target
{
UNITY_SETUP_INSTANCE_ID(input);
half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x;
half4 c = input.faceColor * saturate(d - input.param.w);
#ifdef OUTLINE_ON
c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z));
c *= saturate(d - input.param.y);
#endif
#if UNDERLAY_ON
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a);
#endif
#if UNDERLAY_INNER
half sd = saturate(d - input.param.z);
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a);
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw);
c *= m.x * m.y;
#endif
#if (UNDERLAY_ON | UNDERLAY_INNER)
c *= input.texcoord1.z;
#endif
#if UNITY_UI_ALPHACLIP
clip(c.a - 0.001);
#endif
return c;
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile Overlay.shader.meta Normal file
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fileFormatVersion: 2
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userData:
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106
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader Normal file
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// Simplified SDF shader:
// - No Shading Option (bevel / bump / env map)
// - No Glow Option
// - Softness is applied on both side of the outline
Shader "TextMeshPro/Mobile/Distance Field SSD" {
Properties {
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineWidth ("Outline Thickness", Range(0,1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = .5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5
_ScaleX ("Scale X", float) = 1
_ScaleY ("Scale Y", float) = 1
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_MaskTex ("Mask Texture", 2D) = "white" {}
_MaskInverse ("Inverse", float) = 0
_MaskEdgeColor ("Edge Color", Color) = (1,1,1,1)
_MaskEdgeSoftness ("Edge Softness", Range(0, 1)) = 0.01
_MaskWipeControl ("Wipe Position", Range(0, 1)) = 0.5
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags {
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest [unity_GUIZTestMode]
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ OUTLINE_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
#include "TMPro_Mobile.cginc"
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile SSD.shader.meta Normal file
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fileFormatVersion: 2
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240
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader Normal file
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// Simplified SDF shader:
// - No Shading Option (bevel / bump / env map)
// - No Glow Option
// - Softness is applied on both side of the outline
Shader "TextMeshPro/Mobile/Distance Field" {
Properties {
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineWidth ("Outline Thickness", Range(0,1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0,.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = .5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5
_ScaleX ("Scale X", float) = 1
_ScaleY ("Scale Y", float) = 1
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest [unity_GUIZTestMode]
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ OUTLINE_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
struct vertex_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
float4 vertex : POSITION;
float3 normal : NORMAL;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
float4 vertex : SV_POSITION;
fixed4 faceColor : COLOR;
fixed4 outlineColor : COLOR1;
float4 texcoord0 : TEXCOORD0; // Texture UV, Mask UV
half4 param : TEXCOORD1; // Scale(x), BiasIn(y), BiasOut(z), Bias(w)
half4 mask : TEXCOORD2; // Position in clip space(xy), Softness(zw)
#if (UNDERLAY_ON | UNDERLAY_INNER)
float4 texcoord1 : TEXCOORD3; // Texture UV, alpha, reserved
half2 underlayParam : TEXCOORD4; // Scale(x), Bias(y)
#endif
};
pixel_t VertShader(vertex_t input)
{
pixel_t output;
UNITY_INITIALIZE_OUTPUT(pixel_t, output);
UNITY_SETUP_INSTANCE_ID(input);
UNITY_TRANSFER_INSTANCE_ID(input, output);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output);
float bold = step(input.texcoord1.y, 0);
float4 vert = input.vertex;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float2 pixelSize = vPosition.w;
pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy));
float scale = rsqrt(dot(pixelSize, pixelSize));
scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1);
if(UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert)))));
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
float layerScale = scale;
scale /= 1 + (_OutlineSoftness * _ScaleRatioA * scale);
float bias = (0.5 - weight) * scale - 0.5;
float outline = _OutlineWidth * _ScaleRatioA * 0.5 * scale;
float opacity = input.color.a;
#if (UNDERLAY_ON | UNDERLAY_INNER)
opacity = 1.0;
#endif
fixed4 faceColor = fixed4(input.color.rgb, opacity) * _FaceColor;
faceColor.rgb *= faceColor.a;
fixed4 outlineColor = _OutlineColor;
outlineColor.a *= opacity;
outlineColor.rgb *= outlineColor.a;
outlineColor = lerp(faceColor, outlineColor, sqrt(min(1.0, (outline * 2))));
#if (UNDERLAY_ON | UNDERLAY_INNER)
layerScale /= 1 + ((_UnderlaySoftness * _ScaleRatioC) * layerScale);
float layerBias = (.5 - weight) * layerScale - .5 - ((_UnderlayDilate * _ScaleRatioC) * .5 * layerScale);
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 layerOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy);
// Populate structure for pixel shader
output.vertex = vPosition;
output.faceColor = faceColor;
output.outlineColor = outlineColor;
output.texcoord0 = float4(input.texcoord0.x, input.texcoord0.y, maskUV.x, maskUV.y);
output.param = half4(scale, bias - outline, bias + outline, bias);
output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
#if (UNDERLAY_ON || UNDERLAY_INNER)
output.texcoord1 = float4(input.texcoord0 + layerOffset, input.color.a, 0);
output.underlayParam = half2(layerScale, layerBias);
#endif
return output;
}
// PIXEL SHADER
fixed4 PixShader(pixel_t input) : SV_Target
{
UNITY_SETUP_INSTANCE_ID(input);
half d = tex2D(_MainTex, input.texcoord0.xy).a * input.param.x;
half4 c = input.faceColor * saturate(d - input.param.w);
#ifdef OUTLINE_ON
c = lerp(input.outlineColor, input.faceColor, saturate(d - input.param.z));
c *= saturate(d - input.param.y);
#endif
#if UNDERLAY_ON
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * saturate(d - input.underlayParam.y) * (1 - c.a);
#endif
#if UNDERLAY_INNER
half sd = saturate(d - input.param.z);
d = tex2D(_MainTex, input.texcoord1.xy).a * input.underlayParam.x;
c += float4(_UnderlayColor.rgb * _UnderlayColor.a, _UnderlayColor.a) * (1 - saturate(d - input.underlayParam.y)) * sd * (1 - c.a);
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw);
c *= m.x * m.y;
#endif
#if (UNDERLAY_ON | UNDERLAY_INNER)
c *= input.texcoord1.z;
#endif
#if UNITY_UI_ALPHACLIP
clip(c.a - 0.001);
#endif
return c;
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Mobile.shader.meta Normal file
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138
Assets/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader Normal file
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// Simplified version of the SDF Surface shader :
// - No support for Bevel, Bump or envmap
// - Diffuse only lighting
// - Fully supports only 1 directional light. Other lights can affect it, but it will be per-vertex/SH.
Shader "TextMeshPro/Mobile/Distance Field (Surface)" {
Properties {
_FaceTex ("Fill Texture", 2D) = "white" {}
[HDR]_FaceColor ("Fill Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineTex ("Outline Texture", 2D) = "white" {}
_OutlineWidth ("Outline Thickness", Range(0, 1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
[HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5)
_GlowOffset ("Offset", Range(-1,1)) = 0
_GlowInner ("Inner", Range(0,1)) = 0.05
_GlowOuter ("Outer", Range(0,1)) = 0.05
_GlowPower ("Falloff", Range(1, 0)) = 0.75
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = 0.5
// Should not be directly exposed to the user
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5.0
_ScaleX ("Scale X", float) = 1.0
_ScaleY ("Scale Y", float) = 1.0
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_CullMode ("Cull Mode", Float) = 0
//_MaskCoord ("Mask Coords", vector) = (0,0,0,0)
//_MaskSoftness ("Mask Softness", float) = 0
}
SubShader {
Tags {
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
LOD 300
Cull [_CullMode]
CGPROGRAM
#pragma surface PixShader Lambert alpha:blend vertex:VertShader noforwardadd nolightmap nodirlightmap
#pragma target 3.0
#pragma shader_feature __ GLOW_ON
#include "TMPro_Properties.cginc"
#include "TMPro.cginc"
half _FaceShininess;
half _OutlineShininess;
struct Input
{
fixed4 color : COLOR;
float2 uv_MainTex;
float2 uv2_FaceTex;
float2 uv2_OutlineTex;
float2 param; // Weight, Scale
float3 viewDirEnv;
};
#include "TMPro_Surface.cginc"
ENDCG
// Pass to render object as a shadow caster
Pass
{
Name "Caster"
Tags { "LightMode" = "ShadowCaster" }
Offset 1, 1
Fog {Mode Off}
ZWrite On ZTest LEqual Cull Off
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile_shadowcaster
#include "UnityCG.cginc"
struct v2f {
V2F_SHADOW_CASTER;
float2 uv : TEXCOORD1;
float2 uv2 : TEXCOORD3;
float alphaClip : TEXCOORD2;
};
uniform float4 _MainTex_ST;
uniform float4 _OutlineTex_ST;
float _OutlineWidth;
float _FaceDilate;
float _ScaleRatioA;
v2f vert( appdata_base v )
{
v2f o;
TRANSFER_SHADOW_CASTER(o)
o.uv = TRANSFORM_TEX(v.texcoord, _MainTex);
o.uv2 = TRANSFORM_TEX(v.texcoord, _OutlineTex);
o.alphaClip = o.alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _FaceDilate * _ScaleRatioA) / 2;
return o;
}
uniform sampler2D _MainTex;
float4 frag(v2f i) : COLOR
{
fixed4 texcol = tex2D(_MainTex, i.uv).a;
clip(texcol.a - i.alphaClip);
SHADOW_CASTER_FRAGMENT(i)
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Surface-Mobile.shader.meta Normal file
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Assets/TextMesh Pro/Shaders/TMP_SDF-Surface.shader Normal file
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Shader "TextMeshPro/Distance Field (Surface)" {
Properties {
_FaceTex ("Fill Texture", 2D) = "white" {}
_FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0
_FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0
[HDR]_FaceColor ("Fill Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineTex ("Outline Texture", 2D) = "white" {}
_OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0
_OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0
_OutlineWidth ("Outline Thickness", Range(0, 1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
_Bevel ("Bevel", Range(0,1)) = 0.5
_BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0
_BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0
_BevelClamp ("Bevel Clamp", Range(0,1)) = 0
_BevelRoundness ("Bevel Roundness", Range(0,1)) = 0
_BumpMap ("Normalmap", 2D) = "bump" {}
_BumpOutline ("Bump Outline", Range(0,1)) = 0.5
_BumpFace ("Bump Face", Range(0,1)) = 0.5
_ReflectFaceColor ("Face Color", Color) = (0,0,0,1)
_ReflectOutlineColor ("Outline Color", Color) = (0,0,0,1)
_Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ }
_EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0)
[HDR]_SpecColor ("Specular Color", Color) = (0,0,0,1)
_FaceShininess ("Face Shininess", Range(0,1)) = 0
_OutlineShininess ("Outline Shininess", Range(0,1)) = 0
[HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5)
_GlowOffset ("Offset", Range(-1,1)) = 0
_GlowInner ("Inner", Range(0,1)) = 0.05
_GlowOuter ("Outer", Range(0,1)) = 0.05
_GlowPower ("Falloff", Range(1, 0)) = 0.75
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = 0.5
// Should not be directly exposed to the user
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5.0
_ScaleX ("Scale X", float) = 1.0
_ScaleY ("Scale Y", float) = 1.0
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_CullMode ("Cull Mode", Float) = 0
//_MaskCoord ("Mask Coords", vector) = (0,0,0,0)
//_MaskSoftness ("Mask Softness", float) = 0
}
SubShader {
Tags { "Queue"="Transparent" "IgnoreProjector"="True" "RenderType"="Transparent" }
LOD 300
Cull [_CullMode]
CGPROGRAM
#pragma surface PixShader BlinnPhong alpha:blend vertex:VertShader nolightmap nodirlightmap
#pragma target 3.0
#pragma shader_feature __ GLOW_ON
#pragma glsl
#include "TMPro_Properties.cginc"
#include "TMPro.cginc"
half _FaceShininess;
half _OutlineShininess;
struct Input
{
fixed4 color : COLOR;
float2 uv_MainTex;
float2 uv2_FaceTex;
float2 uv2_OutlineTex;
float2 param; // Weight, Scale
float3 viewDirEnv;
};
#define BEVEL_ON 1
#include "TMPro_Surface.cginc"
ENDCG
// Pass to render object as a shadow caster
Pass
{
Name "Caster"
Tags { "LightMode" = "ShadowCaster" }
Offset 1, 1
Fog {Mode Off}
ZWrite On
ZTest LEqual
Cull Off
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma multi_compile_shadowcaster
#include "UnityCG.cginc"
struct v2f {
V2F_SHADOW_CASTER;
float2 uv : TEXCOORD1;
float2 uv2 : TEXCOORD3;
float alphaClip : TEXCOORD2;
};
uniform float4 _MainTex_ST;
uniform float4 _OutlineTex_ST;
float _OutlineWidth;
float _FaceDilate;
float _ScaleRatioA;
v2f vert( appdata_base v )
{
v2f o;
TRANSFER_SHADOW_CASTER(o)
o.uv = TRANSFORM_TEX(v.texcoord, _MainTex);
o.uv2 = TRANSFORM_TEX(v.texcoord, _OutlineTex);
o.alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _FaceDilate * _ScaleRatioA) / 2;
return o;
}
uniform sampler2D _MainTex;
float4 frag(v2f i) : COLOR
{
fixed4 texcol = tex2D(_MainTex, i.uv).a;
clip(texcol.a - i.alphaClip);
SHADOW_CASTER_FRAGMENT(i)
}
ENDCG
}
}
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF-Surface.shader.meta Normal file
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fileFormatVersion: 2
guid: f7ada0af4f174f0694ca6a487b8f543d
ShaderImporter:
externalObjects: {}
defaultTextures: []
nonModifiableTextures: []
userData:
assetBundleName:
assetBundleVariant:

317
Assets/TextMesh Pro/Shaders/TMP_SDF.shader Normal file
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Shader "TextMeshPro/Distance Field" {
Properties {
_FaceTex ("Face Texture", 2D) = "white" {}
_FaceUVSpeedX ("Face UV Speed X", Range(-5, 5)) = 0.0
_FaceUVSpeedY ("Face UV Speed Y", Range(-5, 5)) = 0.0
[HDR]_FaceColor ("Face Color", Color) = (1,1,1,1)
_FaceDilate ("Face Dilate", Range(-1,1)) = 0
[HDR]_OutlineColor ("Outline Color", Color) = (0,0,0,1)
_OutlineTex ("Outline Texture", 2D) = "white" {}
_OutlineUVSpeedX ("Outline UV Speed X", Range(-5, 5)) = 0.0
_OutlineUVSpeedY ("Outline UV Speed Y", Range(-5, 5)) = 0.0
_OutlineWidth ("Outline Thickness", Range(0, 1)) = 0
_OutlineSoftness ("Outline Softness", Range(0,1)) = 0
_Bevel ("Bevel", Range(0,1)) = 0.5
_BevelOffset ("Bevel Offset", Range(-0.5,0.5)) = 0
_BevelWidth ("Bevel Width", Range(-.5,0.5)) = 0
_BevelClamp ("Bevel Clamp", Range(0,1)) = 0
_BevelRoundness ("Bevel Roundness", Range(0,1)) = 0
_LightAngle ("Light Angle", Range(0.0, 6.2831853)) = 3.1416
[HDR]_SpecularColor ("Specular", Color) = (1,1,1,1)
_SpecularPower ("Specular", Range(0,4)) = 2.0
_Reflectivity ("Reflectivity", Range(5.0,15.0)) = 10
_Diffuse ("Diffuse", Range(0,1)) = 0.5
_Ambient ("Ambient", Range(1,0)) = 0.5
_BumpMap ("Normal map", 2D) = "bump" {}
_BumpOutline ("Bump Outline", Range(0,1)) = 0
_BumpFace ("Bump Face", Range(0,1)) = 0
_ReflectFaceColor ("Reflection Color", Color) = (0,0,0,1)
_ReflectOutlineColor("Reflection Color", Color) = (0,0,0,1)
_Cube ("Reflection Cubemap", Cube) = "black" { /* TexGen CubeReflect */ }
_EnvMatrixRotation ("Texture Rotation", vector) = (0, 0, 0, 0)
[HDR]_UnderlayColor ("Border Color", Color) = (0,0,0, 0.5)
_UnderlayOffsetX ("Border OffsetX", Range(-1,1)) = 0
_UnderlayOffsetY ("Border OffsetY", Range(-1,1)) = 0
_UnderlayDilate ("Border Dilate", Range(-1,1)) = 0
_UnderlaySoftness ("Border Softness", Range(0,1)) = 0
[HDR]_GlowColor ("Color", Color) = (0, 1, 0, 0.5)
_GlowOffset ("Offset", Range(-1,1)) = 0
_GlowInner ("Inner", Range(0,1)) = 0.05
_GlowOuter ("Outer", Range(0,1)) = 0.05
_GlowPower ("Falloff", Range(1, 0)) = 0.75
_WeightNormal ("Weight Normal", float) = 0
_WeightBold ("Weight Bold", float) = 0.5
_ShaderFlags ("Flags", float) = 0
_ScaleRatioA ("Scale RatioA", float) = 1
_ScaleRatioB ("Scale RatioB", float) = 1
_ScaleRatioC ("Scale RatioC", float) = 1
_MainTex ("Font Atlas", 2D) = "white" {}
_TextureWidth ("Texture Width", float) = 512
_TextureHeight ("Texture Height", float) = 512
_GradientScale ("Gradient Scale", float) = 5.0
_ScaleX ("Scale X", float) = 1.0
_ScaleY ("Scale Y", float) = 1.0
_PerspectiveFilter ("Perspective Correction", Range(0, 1)) = 0.875
_Sharpness ("Sharpness", Range(-1,1)) = 0
_VertexOffsetX ("Vertex OffsetX", float) = 0
_VertexOffsetY ("Vertex OffsetY", float) = 0
_MaskCoord ("Mask Coordinates", vector) = (0, 0, 32767, 32767)
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
_MaskSoftnessX ("Mask SoftnessX", float) = 0
_MaskSoftnessY ("Mask SoftnessY", float) = 0
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
}
SubShader {
Tags
{
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
ZWrite Off
Lighting Off
Fog { Mode Off }
ZTest [unity_GUIZTestMode]
Blend One OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass {
CGPROGRAM
#pragma target 3.0
#pragma vertex VertShader
#pragma fragment PixShader
#pragma shader_feature __ BEVEL_ON
#pragma shader_feature __ UNDERLAY_ON UNDERLAY_INNER
#pragma shader_feature __ GLOW_ON
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#include "TMPro_Properties.cginc"
#include "TMPro.cginc"
struct vertex_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
float4 position : POSITION;
float3 normal : NORMAL;
fixed4 color : COLOR;
float2 texcoord0 : TEXCOORD0;
float2 texcoord1 : TEXCOORD1;
};
struct pixel_t {
UNITY_VERTEX_INPUT_INSTANCE_ID
UNITY_VERTEX_OUTPUT_STEREO
float4 position : SV_POSITION;
fixed4 color : COLOR;
float2 atlas : TEXCOORD0; // Atlas
float4 param : TEXCOORD1; // alphaClip, scale, bias, weight
float4 mask : TEXCOORD2; // Position in object space(xy), pixel Size(zw)
float3 viewDir : TEXCOORD3;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float4 texcoord2 : TEXCOORD4; // u,v, scale, bias
fixed4 underlayColor : COLOR1;
#endif
float4 textures : TEXCOORD5;
};
// Used by Unity internally to handle Texture Tiling and Offset.
float4 _FaceTex_ST;
float4 _OutlineTex_ST;
pixel_t VertShader(vertex_t input)
{
pixel_t output;
UNITY_INITIALIZE_OUTPUT(pixel_t, output);
UNITY_SETUP_INSTANCE_ID(input);
UNITY_TRANSFER_INSTANCE_ID(input,output);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(output);
float bold = step(input.texcoord1.y, 0);
float4 vert = input.position;
vert.x += _VertexOffsetX;
vert.y += _VertexOffsetY;
float4 vPosition = UnityObjectToClipPos(vert);
float2 pixelSize = vPosition.w;
pixelSize /= float2(_ScaleX, _ScaleY) * abs(mul((float2x2)UNITY_MATRIX_P, _ScreenParams.xy));
float scale = rsqrt(dot(pixelSize, pixelSize));
scale *= abs(input.texcoord1.y) * _GradientScale * (_Sharpness + 1);
if (UNITY_MATRIX_P[3][3] == 0) scale = lerp(abs(scale) * (1 - _PerspectiveFilter), scale, abs(dot(UnityObjectToWorldNormal(input.normal.xyz), normalize(WorldSpaceViewDir(vert)))));
float weight = lerp(_WeightNormal, _WeightBold, bold) / 4.0;
weight = (weight + _FaceDilate) * _ScaleRatioA * 0.5;
float bias =(.5 - weight) + (.5 / scale);
float alphaClip = (1.0 - _OutlineWidth * _ScaleRatioA - _OutlineSoftness * _ScaleRatioA);
#if GLOW_ON
alphaClip = min(alphaClip, 1.0 - _GlowOffset * _ScaleRatioB - _GlowOuter * _ScaleRatioB);
#endif
alphaClip = alphaClip / 2.0 - ( .5 / scale) - weight;
#if (UNDERLAY_ON || UNDERLAY_INNER)
float4 underlayColor = _UnderlayColor;
underlayColor.rgb *= underlayColor.a;
float bScale = scale;
bScale /= 1 + ((_UnderlaySoftness*_ScaleRatioC) * bScale);
float bBias = (0.5 - weight) * bScale - 0.5 - ((_UnderlayDilate * _ScaleRatioC) * 0.5 * bScale);
float x = -(_UnderlayOffsetX * _ScaleRatioC) * _GradientScale / _TextureWidth;
float y = -(_UnderlayOffsetY * _ScaleRatioC) * _GradientScale / _TextureHeight;
float2 bOffset = float2(x, y);
#endif
// Generate UV for the Masking Texture
float4 clampedRect = clamp(_ClipRect, -2e10, 2e10);
float2 maskUV = (vert.xy - clampedRect.xy) / (clampedRect.zw - clampedRect.xy);
// Support for texture tiling and offset
float2 textureUV = UnpackUV(input.texcoord1.x);
float2 faceUV = TRANSFORM_TEX(textureUV, _FaceTex);
float2 outlineUV = TRANSFORM_TEX(textureUV, _OutlineTex);
output.position = vPosition;
output.color = input.color;
output.atlas = input.texcoord0;
output.param = float4(alphaClip, scale, bias, weight);
output.mask = half4(vert.xy * 2 - clampedRect.xy - clampedRect.zw, 0.25 / (0.25 * half2(_MaskSoftnessX, _MaskSoftnessY) + pixelSize.xy));
output.viewDir = mul((float3x3)_EnvMatrix, _WorldSpaceCameraPos.xyz - mul(unity_ObjectToWorld, vert).xyz);
#if (UNDERLAY_ON || UNDERLAY_INNER)
output.texcoord2 = float4(input.texcoord0 + bOffset, bScale, bBias);
output.underlayColor = underlayColor;
#endif
output.textures = float4(faceUV, outlineUV);
return output;
}
fixed4 PixShader(pixel_t input) : SV_Target
{
UNITY_SETUP_INSTANCE_ID(input);
float c = tex2D(_MainTex, input.atlas).a;
#ifndef UNDERLAY_ON
clip(c - input.param.x);
#endif
float scale = input.param.y;
float bias = input.param.z;
float weight = input.param.w;
float sd = (bias - c) * scale;
float outline = (_OutlineWidth * _ScaleRatioA) * scale;
float softness = (_OutlineSoftness * _ScaleRatioA) * scale;
half4 faceColor = _FaceColor;
half4 outlineColor = _OutlineColor;
faceColor.rgb *= input.color.rgb;
faceColor *= tex2D(_FaceTex, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y);
outlineColor *= tex2D(_OutlineTex, input.textures.zw + float2(_OutlineUVSpeedX, _OutlineUVSpeedY) * _Time.y);
faceColor = GetColor(sd, faceColor, outlineColor, outline, softness);
#if BEVEL_ON
float3 dxy = float3(0.5 / _TextureWidth, 0.5 / _TextureHeight, 0);
float3 n = GetSurfaceNormal(input.atlas, weight, dxy);
float3 bump = UnpackNormal(tex2D(_BumpMap, input.textures.xy + float2(_FaceUVSpeedX, _FaceUVSpeedY) * _Time.y)).xyz;
bump *= lerp(_BumpFace, _BumpOutline, saturate(sd + outline * 0.5));
n = normalize(n- bump);
float3 light = normalize(float3(sin(_LightAngle), cos(_LightAngle), -1.0));
float3 col = GetSpecular(n, light);
faceColor.rgb += col*faceColor.a;
faceColor.rgb *= 1-(dot(n, light)*_Diffuse);
faceColor.rgb *= lerp(_Ambient, 1, n.z*n.z);
fixed4 reflcol = texCUBE(_Cube, reflect(input.viewDir, -n));
faceColor.rgb += reflcol.rgb * lerp(_ReflectFaceColor.rgb, _ReflectOutlineColor.rgb, saturate(sd + outline * 0.5)) * faceColor.a;
#endif
#if UNDERLAY_ON
float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z;
faceColor += input.underlayColor * saturate(d - input.texcoord2.w) * (1 - faceColor.a);
#endif
#if UNDERLAY_INNER
float d = tex2D(_MainTex, input.texcoord2.xy).a * input.texcoord2.z;
faceColor += input.underlayColor * (1 - saturate(d - input.texcoord2.w)) * saturate(1 - sd) * (1 - faceColor.a);
#endif
#if GLOW_ON
float4 glowColor = GetGlowColor(sd, scale);
faceColor.rgb += glowColor.rgb * glowColor.a;
#endif
// Alternative implementation to UnityGet2DClipping with support for softness.
#if UNITY_UI_CLIP_RECT
half2 m = saturate((_ClipRect.zw - _ClipRect.xy - abs(input.mask.xy)) * input.mask.zw);
faceColor *= m.x * m.y;
#endif
#if UNITY_UI_ALPHACLIP
clip(faceColor.a - 0.001);
#endif
return faceColor * input.color.a;
}
ENDCG
}
}
Fallback "TextMeshPro/Mobile/Distance Field"
CustomEditor "TMPro.EditorUtilities.TMP_SDFShaderGUI"
}

9
Assets/TextMesh Pro/Shaders/TMP_SDF.shader.meta Normal file
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fileFormatVersion: 2
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116
Assets/TextMesh Pro/Shaders/TMP_Sprite.shader Normal file
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Shader "TextMeshPro/Sprite"
{
Properties
{
[PerRendererData] _MainTex ("Sprite Texture", 2D) = "white" {}
_Color ("Tint", Color) = (1,1,1,1)
_StencilComp ("Stencil Comparison", Float) = 8
_Stencil ("Stencil ID", Float) = 0
_StencilOp ("Stencil Operation", Float) = 0
_StencilWriteMask ("Stencil Write Mask", Float) = 255
_StencilReadMask ("Stencil Read Mask", Float) = 255
_CullMode ("Cull Mode", Float) = 0
_ColorMask ("Color Mask", Float) = 15
_ClipRect ("Clip Rect", vector) = (-32767, -32767, 32767, 32767)
[Toggle(UNITY_UI_ALPHACLIP)] _UseUIAlphaClip ("Use Alpha Clip", Float) = 0
}
SubShader
{
Tags
{
"Queue"="Transparent"
"IgnoreProjector"="True"
"RenderType"="Transparent"
"PreviewType"="Plane"
"CanUseSpriteAtlas"="True"
}
Stencil
{
Ref [_Stencil]
Comp [_StencilComp]
Pass [_StencilOp]
ReadMask [_StencilReadMask]
WriteMask [_StencilWriteMask]
}
Cull [_CullMode]
Lighting Off
ZWrite Off
ZTest [unity_GUIZTestMode]
Blend SrcAlpha OneMinusSrcAlpha
ColorMask [_ColorMask]
Pass
{
Name "Default"
CGPROGRAM
#pragma vertex vert
#pragma fragment frag
#pragma target 2.0
#include "UnityCG.cginc"
#include "UnityUI.cginc"
#pragma multi_compile __ UNITY_UI_CLIP_RECT
#pragma multi_compile __ UNITY_UI_ALPHACLIP
struct appdata_t
{
float4 vertex : POSITION;
float4 color : COLOR;
float2 texcoord : TEXCOORD0;
UNITY_VERTEX_INPUT_INSTANCE_ID
};
struct v2f
{
float4 vertex : SV_POSITION;
fixed4 color : COLOR;
float2 texcoord : TEXCOORD0;
float4 worldPosition : TEXCOORD1;
UNITY_VERTEX_OUTPUT_STEREO
};
sampler2D _MainTex;
fixed4 _Color;
fixed4 _TextureSampleAdd;
float4 _ClipRect;
float4 _MainTex_ST;
v2f vert(appdata_t v)
{
v2f OUT;
UNITY_SETUP_INSTANCE_ID(v);
UNITY_INITIALIZE_VERTEX_OUTPUT_STEREO(OUT);
OUT.worldPosition = v.vertex;
OUT.vertex = UnityObjectToClipPos(OUT.worldPosition);
OUT.texcoord = TRANSFORM_TEX(v.texcoord, _MainTex);
OUT.color = v.color * _Color;
return OUT;
}
fixed4 frag(v2f IN) : SV_Target
{
half4 color = (tex2D(_MainTex, IN.texcoord) + _TextureSampleAdd) * IN.color;
#ifdef UNITY_UI_CLIP_RECT
color.a *= UnityGet2DClipping(IN.worldPosition.xy, _ClipRect);
#endif
#ifdef UNITY_UI_ALPHACLIP
clip (color.a - 0.001);
#endif
return color;
}
ENDCG
}
}
}

9
Assets/TextMesh Pro/Shaders/TMP_Sprite.shader.meta Normal file
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nonModifiableTextures: []
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assetBundleVariant:

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