Le Duc Anh
319 lines
13 KiB
C#
319 lines
13 KiB
C#
using System.Collections.Generic;
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using BrewMonster;
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using BrewMonster.Scripts;
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using BrewMonster.Scripts.Extensions;
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using CSNetwork.GPDataType;
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using TMPro;
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using UnityEngine;
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using UnityEngine.UI;
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namespace PerfectWorld.UI.MiniMap
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{
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public class MiniMapUI : MonoBehaviour
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{
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public struct MARK
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{
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public int nNPC;
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public string strName;
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public A3DVECTOR3 vecPos;
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int mapID;
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public MARK(int nNPC, string strName, A3DVECTOR3 vecPos, int mapID)
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{
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this.nNPC = nNPC;
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this.strName = strName;
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this.vecPos = vecPos;
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this.mapID = mapID;
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}
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}
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public struct MAPTLVERTEX
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{
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public float x, y, z, rhw;
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public uint diffuse;
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public uint specular;
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public float tu, tv, tu2, tv2;
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}
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// constants
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private const int MINIMAP_UL = 0;
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private const int MINIMAP_UR = 1;
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private const int MINIMAP_LL = 2;
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private const int MINIMAP_LR = 3;
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private const int MINIMAP_MAX = 4;
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[SerializeField] private Texture2D m_pA3DRadarBack;
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[SerializeField] private Texture2D m_TexRadarBack;
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[SerializeField] private byte nRow, nCol; // number of rows and cols in the current map instances.txt
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[SerializeField] private string strSubPath; // path to the minimap textures folder "surfaces/minimaps/"
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[SerializeField] private RectTransform pObjMiniMap;
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[SerializeField] private TMP_Text txtHostPos;
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private List<MARK> m_vecMark = new();
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private List<MARK> m_vecNPCMark = new();
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private Dictionary<string, Texture2D> m_TexMap = new();
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private List<string> _texToDelete = new(); // list of texture to delete from m_TexMap, use in update functions.
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private float m_fZoom = 1.0f;
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private bool m_bShowMark = true;
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private bool m_bShowTargetArrow = true;
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private MAPTLVERTEX[][] m_vertexMiniMap = new MAPTLVERTEX[MINIMAP_MAX][];
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// map state
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private bool isShowMiniMap = true;
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CECHostPlayer m_pHostPlayer;
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private void Awake()
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{
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// initialize m_vertexMiniMap
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for(int i = 0; i < MINIMAP_MAX; i++)
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{
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m_vertexMiniMap[i] = new MAPTLVERTEX[4];
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}
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}
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void Update()
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{
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UpdateMiniMap();
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}
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private void UpdateMiniMap()
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{
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m_pHostPlayer = GetHostPlayer();
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if (m_pHostPlayer == null) return;
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Vector3 vecPosHost = m_pHostPlayer.transform.position;
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txtHostPos.text = $"{Mathf.RoundToInt(vecPosHost.x) / 10 + 400}, {Mathf.RoundToInt(vecPosHost.z)}";
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float fRatio = 512.0f / 1024.0f / m_fZoom;
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float fNormal = fRatio;
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if( m_fZoom < 1.0f )
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fNormal = fRatio * m_fZoom;
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vecPosHost.x = Mathf.Floor(vecPosHost.x * fNormal) / fNormal;
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vecPosHost.z = Mathf.Floor(vecPosHost.z * fNormal) / fNormal;
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Rect rcMiniMap = pObjMiniMap.rect;
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//ASSERT(rcMiniMap.Width() == rcMiniMap.Height());
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int W = (int)rcMiniMap.width;
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int H = (int)rcMiniMap.height;
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Vector2 C = rcMiniMap.center;
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Vector2 ptHost = new Vector2();
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Vector2 idxHost = new Vector2();
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Vector2 ptThisCenter = new Vector2();
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Vector2[] idxCorner = new Vector2[MINIMAP_MAX];
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Rect rcHost = new Rect();
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Rect rcThis = new Rect();
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Rect[] rcCell = new Rect[MINIMAP_MAX];
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Rect[] rcInter = new Rect[MINIMAP_MAX];
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int nSide = 256;
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float fCell = 1024.0f;
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float fSide = nSide;
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float fOffsetX = nCol * fCell / 2.0f;
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float fOffsetY = nRow * fCell / 2.0f;
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ptHost.x = Mathf.FloorToInt((vecPosHost.x + fOffsetX) * 512.0f / 1024.0f);
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ptHost.y = Mathf.FloorToInt((fOffsetY - vecPosHost.z) * 512.0f / 1024.0f);
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idxHost.x = ptHost.x / nSide;
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idxHost.y = ptHost.y / nSide;
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rcThis.x = idxHost.x * nSide;
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rcThis.y = idxHost.y * nSide;
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rcThis.width = nSide;
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rcThis.height = nSide;
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ptThisCenter = rcThis.center;
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if( ptHost.y <= ptThisCenter.y )
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{
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if( ptHost.x <= ptThisCenter.x ) // Upper left.
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{
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idxCorner[MINIMAP_UL].x = idxHost.x - 1;
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idxCorner[MINIMAP_UL].y = idxHost.y - 1;
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idxCorner[MINIMAP_UR].x = idxHost.x;
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idxCorner[MINIMAP_UR].y = idxHost.y - 1;
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idxCorner[MINIMAP_LL].x = idxHost.x - 1;
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idxCorner[MINIMAP_LL].y = idxHost.y;
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idxCorner[MINIMAP_LR].x = idxHost.x;
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idxCorner[MINIMAP_LR].y = idxHost.y;
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}
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else // Upper right.
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{
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idxCorner[MINIMAP_UL].x = idxHost.x;
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idxCorner[MINIMAP_UL].y = idxHost.y - 1;
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idxCorner[MINIMAP_UR].x = idxHost.x + 1;
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idxCorner[MINIMAP_UR].y = idxHost.y - 1;
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idxCorner[MINIMAP_LL].x = idxHost.x;
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idxCorner[MINIMAP_LL].y = idxHost.y;
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idxCorner[MINIMAP_LR].x = idxHost.x + 1;
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idxCorner[MINIMAP_LR].y = idxHost.y;
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}
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}
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else
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{
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if( ptHost.x <= ptThisCenter.x ) // Lower left.
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{
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idxCorner[MINIMAP_UL].x = idxHost.x - 1;
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idxCorner[MINIMAP_UL].y = idxHost.y;
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idxCorner[MINIMAP_UR].x = idxHost.x;
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idxCorner[MINIMAP_UR].y = idxHost.y;
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idxCorner[MINIMAP_LL].x = idxHost.x - 1;
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idxCorner[MINIMAP_LL].y = idxHost.y + 1;
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idxCorner[MINIMAP_LR].x = idxHost.x;
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idxCorner[MINIMAP_LR].y = idxHost.y + 1;
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}
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else // Lower right.
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{
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idxCorner[MINIMAP_UL].x = idxHost.x;
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idxCorner[MINIMAP_UL].y = idxHost.y;
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idxCorner[MINIMAP_UR].x = idxHost.x + 1;
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idxCorner[MINIMAP_UR].y = idxHost.y;
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idxCorner[MINIMAP_LL].x = idxHost.x;
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idxCorner[MINIMAP_LL].y = idxHost.y + 1;
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idxCorner[MINIMAP_LR].x = idxHost.x + 1;
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idxCorner[MINIMAP_LR].y = idxHost.y + 1;
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}
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}
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rcHost.x = ptHost.x - Mathf.FloorToInt(W * m_fZoom) / 2;
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rcHost.y = ptHost.y - Mathf.FloorToInt(H * m_fZoom) / 2;
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rcHost.width = Mathf.FloorToInt(W * m_fZoom);
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rcHost.height = Mathf.FloorToInt(H * m_fZoom);
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int i, j;
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bool bval;
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//*/
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string strIndex = string.Empty;
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bool bLoadNewMap = false;
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Texture2D pA3DTex = m_TexRadarBack;
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for( i = MINIMAP_UL; i < MINIMAP_MAX; i++ )
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{
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rcCell[i].xMin = idxCorner[i].x * nSide;
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rcCell[i].yMin = idxCorner[i].y * nSide;
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rcCell[i].width = rcCell[i].x + nSide;
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rcCell[i].height = rcCell[i].y + nSide;
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rcInter[i] = rcCell[i].Intersect(rcHost);
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if( rcInter[i].width == 0 && rcInter[i].height == 0 )
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rcInter[i].Offset(rcCell[i].x, rcCell[i].y);
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strIndex = $"{idxCorner[i].y:D2}{idxCorner[i].x:D2}";
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if(!m_TexMap.ContainsKey(strIndex))
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{
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if( idxCorner[i].x >= 0 && idxCorner[i].x < nCol * 2 &&
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idxCorner[i].y >= 0 && idxCorner[i].y < nRow * 2 )
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{
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string strFile;
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// if(GetWorld()->IsRandomMap())
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// {
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// strFile = "temp\\Surfaces\\MiniMaps\\" + GetGameRun()->GetRandomMapProc()->GetMapName() + "\\" + strIndex + ".dds";
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// pA3DTex->SetNoDownSample(true);
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// unsigned char* pData = NULL;
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// int iLen = 0;
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// if(GetGameRun()->GetRandomMapProc()->EncodeMap(strFile,pData,iLen))
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// {
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// bool bval = pA3DTex->LoadFromMemory(m_pA3DDevice,pData,iLen,256,256,A3DFMT_UNKNOWN);
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// ASSERT(bval);
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// delete [] pData;
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// }
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// }
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// else
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// {
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strFile = string.Format(strSubPath, strIndex, ".dds"); //"Surfaces\\MiniMaps\\" + strSubPath + "\\" + strIndex + ".dds";
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pA3DTex = Resources.Load<Texture2D>(strFile);
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// }
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}
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m_TexMap[strIndex] = pA3DTex;
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bLoadNewMap = true;
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}
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}
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//*/
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if( bLoadNewMap )
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{
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bool bNoUse;
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foreach(var it in m_TexMap)
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{
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if(it.Value == m_pA3DRadarBack)
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{
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continue;
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}
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bNoUse = true;
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for( i = MINIMAP_UL; i < MINIMAP_MAX; i++ )
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{
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strIndex = $"{idxCorner[i].y:D2}{idxCorner[i].x:D2}";
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if( strIndex == it.Key )
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{
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bNoUse = false;
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break;
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}
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}
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if( bNoUse )
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{
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_texToDelete.Add(it.Key);
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}
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}
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}
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// delete textures from m_TexMap if needed
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foreach(var tex in _texToDelete)
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{
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m_TexMap.Remove(tex);
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}
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_texToDelete.Clear();
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m_vertexMiniMap[0][0].x = -W / 2.0f;
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m_vertexMiniMap[0][0].y = -H / 2.0f;
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m_vertexMiniMap[0][1].x = -W / 2.0f + rcInter[MINIMAP_UL].width / m_fZoom;
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m_vertexMiniMap[0][1].y = -H / 2.0f;
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m_vertexMiniMap[0][2].x = -W / 2.0f;
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m_vertexMiniMap[0][2].y = -H / 2.0f + rcInter[MINIMAP_UL].height / m_fZoom;
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m_vertexMiniMap[0][3].x = -W / 2.0f + rcInter[MINIMAP_UL].width / m_fZoom;
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m_vertexMiniMap[0][3].y = -H / 2.0f + rcInter[MINIMAP_UL].height / m_fZoom;
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m_vertexMiniMap[1][0].x = +W / 2.0f - rcInter[MINIMAP_UR].width / m_fZoom;
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m_vertexMiniMap[1][0].y = -H / 2.0f;
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m_vertexMiniMap[1][1].x = +W / 2.0f;
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m_vertexMiniMap[1][1].y = -H / 2.0f;
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m_vertexMiniMap[1][2].x = +W / 2.0f - rcInter[MINIMAP_UR].width / m_fZoom;
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m_vertexMiniMap[1][2].y = -H / 2.0f + rcInter[MINIMAP_UR].height / m_fZoom;
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m_vertexMiniMap[1][3].x = +W / 2.0f;
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m_vertexMiniMap[1][3].y = -H / 2.0f + rcInter[MINIMAP_UR].height / m_fZoom;
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m_vertexMiniMap[2][0].x = -W / 2.0f;
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m_vertexMiniMap[2][0].y = +H / 2.0f - rcInter[MINIMAP_LL].height / m_fZoom;
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m_vertexMiniMap[2][1].x = -W / 2.0f + rcInter[MINIMAP_LL].width / m_fZoom;
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m_vertexMiniMap[2][1].y = +H / 2.0f - rcInter[MINIMAP_LL].height / m_fZoom;
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m_vertexMiniMap[2][2].x = -W / 2.0f;
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m_vertexMiniMap[2][2].y = +H / 2.0f;
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m_vertexMiniMap[2][3].x = -W / 2.0f + rcInter[MINIMAP_LL].width / m_fZoom;
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m_vertexMiniMap[2][3].y = +H / 2.0f;
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m_vertexMiniMap[3][0].x = +W / 2.0f - rcInter[MINIMAP_LR].width / m_fZoom;
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m_vertexMiniMap[3][0].y = +H / 2.0f - rcInter[MINIMAP_LR].height / m_fZoom;
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m_vertexMiniMap[3][1].x = +W / 2.0f;
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m_vertexMiniMap[3][1].y = +H / 2.0f - rcInter[MINIMAP_LR].height / m_fZoom;
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m_vertexMiniMap[3][2].x = +W / 2.0f - rcInter[MINIMAP_LR].width / m_fZoom;
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m_vertexMiniMap[3][2].y = +H / 2.0f;
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m_vertexMiniMap[3][3].x = +W / 2.0f;
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m_vertexMiniMap[3][3].y = +H / 2.0f;
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pA3DTex = m_TexRadarBack;
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ushort[] a_wIndex = new ushort[6] { 0, 1, 2, 2, 1, 3 };
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A3DVECTOR3 vecPos = new A3DVECTOR3(0);
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for (i = 0; i < MINIMAP_MAX; i++)
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{
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strIndex = string.Format("{0:D2}{1:D2}", idxCorner[i].y, idxCorner[i].x);
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pA3DTex = m_TexMap[strIndex];
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}
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}
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private CECHostPlayer GetHostPlayer()
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{
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return CECGameRun.Instance.GetHostPlayer();
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}
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}
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} |