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#include "stdafx.h" |
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#include "RailMap.h" |
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#include "CVertexDump.h" |
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#include "CConfigMode.h" |
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#include "CSceneryMode.h" |
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#include "CSurfacePlugin.h" |
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#include "CScene.h" |
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|
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// 内部グローバル |
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bool g_MapDrawNeeded; // 地図描画が必要かどうか |
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float g_RailMapScale = 0.5f; // 2D マップスケール |
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VEC3 g_RailMapCenter = V3ZERO; // 2D マップ 3D 基準位置 |
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VEC2 g_RailMapOffset; // 2D マップ描画中心位置 |
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VEC2 g_RailMapMove; // 2D マップ描画移動距離 |
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bool g_RotateMap = false; // 2D マップ回転 |
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VEC2 g_MapRotateRight; // 2D マップ回転 right |
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VEC2 g_MapRotateDir; // 2D マップ回転 dir |
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CLineDumpTL *g_LineDumpTL = NULL; // 2D マップダンパ |
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CLineDumpTL *g_LineDumpTL2 = NULL; // 2D マップダンパ (影用) |
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|
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struct RailMapTextData{ |
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string m_Text; |
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int m_PosX, m_PosY; |
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int m_Width; |
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D3DCOLOR m_Color; |
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RailMapTextData(char *text, VEC2 pos, D3DCOLOR color){ |
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m_Text = text; |
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m_PosX = Round(pos.x); |
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m_PosY = Round(pos.y); |
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m_Width = g_StrTex->DrawString(text, 0xff000000)->GetWidth(); |
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m_Color = color; |
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} |
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void Draw(){ |
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g_StrTex->RenderLeft(m_PosX, m_PosY, m_Color, 0xff000000, m_Text.c_str()); |
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} |
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int Right(){ return m_PosX+m_Width; } |
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int Bottom(){ return m_PosY+FONT_HEIGHT; } |
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bool HitTest(RailMapTextData *rhs){ |
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return m_PosX<rhs->Right() && rhs->m_PosX<Right() |
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&& m_PosY<rhs->Bottom() && rhs->m_PosY<Bottom(); |
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} |
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}; |
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typedef list<RailMapTextData> RailMapTextDataList; |
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RailMapTextDataList g_RailMapTextData; |
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|
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/* |
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* 2D マップ初期化 |
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*/ |
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void InitRailMap(){ |
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if(g_ConfigMode->GetShowMap() && CSceneryMode::GetPhotoMode()!=2){ |
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g_MapDrawNeeded = true; |
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DELETE_V(g_LineDumpTL); |
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DELETE_V(g_LineDumpTL2); |
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g_LineDumpTL = new CLineDumpTL(1024); |
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g_LineDumpTL2 = new CLineDumpTL(1024); |
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g_RailMapTextData.clear(); |
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if(g_RotateMap){ |
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g_RailMapCenter = CCamera::GetCurrentCamera()->GetFocus(); |
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VEC3 vdir = GetVDir(); |
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V2Norm(&g_MapRotateDir, &VEC2(vdir.x, -vdir.z)); |
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g_MapRotateRight = VEC2(-g_MapRotateDir.y, g_MapRotateDir.x); |
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}else{ |
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g_RailMapCenter = V3ZERO; |
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} |
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g_RailMapOffset = VEC2(g_DispWidth, g_DispHeight)*0.5f+g_RailMapMove; |
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CSurfacePlugin *surface = g_Scene->GetSurface(); |
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float size_x = surface->GetSizeX(), size_z = surface->GetSizeZ(); |
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VEC3 border1(0.5f*size_x, 0.0f, 0.5f*size_z), border2(0.5f*size_x, 0.0f, -0.5f*size_z); |
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RailMapLine(border1, 0x80ffffff, border2, 0x80ffffff); |
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RailMapLine(border2, 0x80ffffff, -border1, 0x80ffffff); |
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RailMapLine(-border1, 0x80ffffff, -border2, 0x80ffffff); |
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RailMapLine(-border2, 0x80ffffff, border1, 0x80ffffff); |
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}else{ |
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g_MapDrawNeeded = false; |
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} |
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} |
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|
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/* |
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* 2D マップ直線ダンプ |
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*/ |
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void DumpMapLine(VEC2 p1, D3DCOLOR c1, VEC2 p2, D3DCOLOR c2, bool shadow){ |
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if(!g_MapDrawNeeded) return; |
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g_LineDumpTL->Add(p1, c1, p2, c2); |
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if(shadow){ |
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// g_LineDumpTL2->Add(p1+VEC2(-1, -1), c1&0xff000000, p2+VEC2(-1, -1), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(0, -1), c1&0xff000000, p2+VEC2(0, -1), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(1, -1), c1&0xff000000, p2+VEC2(1, -1), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(-1, 0), c1&0xff000000, p2+VEC2(-1, 0), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(1, 0), c1&0xff000000, p2+VEC2(1, 0), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(-1, 1), c1&0xff000000, p2+VEC2(-1, 1), c2&0xff000000); |
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// g_LineDumpTL2->Add(p1+VEC2(0, 1), c1&0xff000000, p2+VEC2(0, 1), c2&0xff000000); |
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g_LineDumpTL2->Add(p1+VEC2(1, 1), c1&0xff000000, p2+VEC2(1, 1), c2&0xff000000); |
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} |
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} |
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|
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/* |
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* 2D マップ座標変換 |
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*/ |
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VEC2 TransformMapPos(VEC3 p){ |
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VEC3 t = (p-g_RailMapCenter)*g_RailMapScale; |
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VEC2 t2(t.x, -t.z); |
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if(g_RotateMap) t2 = VEC2(V2Dot(&t2, &g_MapRotateRight), -V2Dot(&t2, &g_MapRotateDir)); |
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return t2+g_RailMapOffset; |
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} |
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|
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/* |
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* 3D マップ直線ダンプ |
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*/ |
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void RailMapLine(VEC3 p1, D3DCOLOR c1, VEC3 p2, D3DCOLOR c2, bool shadow, bool bold){ |
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if(!g_MapDrawNeeded) return; |
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VEC2 sc1 = TransformMapPos(p1); |
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VEC2 sc2 = TransformMapPos(p2); |
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if(bold){ |
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VEC2 dir = sc2-sc1; |
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V2Norm(&dir, &dir); |
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VEC2 p = VEC2(-dir.y, dir.x)*0.5f; |
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DumpMapLine(sc1+p, c1, sc2+p, c2, shadow); |
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DumpMapLine(sc1, c1, sc2, c2, shadow); |
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DumpMapLine(sc1-p, c1, sc2-p, c2, shadow); |
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}else{ |
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DumpMapLine(sc1, c1, sc2, c2, shadow); |
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} |
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} |
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|
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void RailMapText(VEC3 pos, char *text, D3DCOLOR color){ |
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if(!g_MapDrawNeeded) return; |
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RailMapTextData data(text, TransformMapPos(pos), color); |
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int iy = data.m_PosY; |
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while(true){ |
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bool hit = false; |
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RailMapTextDataList::iterator mtl = g_RailMapTextData.begin(); |
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for(; mtl!=g_RailMapTextData.end(); ++mtl){ |
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if(mtl->HitTest(&data)){ |
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hit = true; |
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if(iy<data.m_PosY || iy==data.m_PosY && iy>mtl->m_PosY) |
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data.m_PosY = mtl->Bottom(); |
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else data.m_PosY = mtl->m_PosY-FONT_HEIGHT; |
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break; |
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} |
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} |
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if(!hit) break; |
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} |
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g_RailMapTextData.push_back(data); |
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if(iy<data.m_PosY) DumpMapLine(VEC2(data.m_PosX, iy), 0xffff0000, |
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VEC2(data.m_PosX, data.m_PosY), 0xffff0000, false); |
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else if(data.Bottom()<iy) DumpMapLine(VEC2(data.m_PosX, iy), 0xffff0000, |
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VEC2(data.m_PosX, data.Bottom()), 0xffff0000, false); |
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} |
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|
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/* |
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* 2D マップレンダリング |
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*/ |
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void RenderRailMap(){ |
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if(!g_MapDrawNeeded) return; |
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devSetLighting(FALSE); |
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CCamera *camera = CCamera::GetCurrentCamera(); |
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float fov = camera->GetFieldOfView(); |
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VEC3 vpos = GetVPos(); |
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VEC3 vdir = GetVDir(), vright = GetVRight(); |
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V3Norm(&vdir, &vdir); |
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V3Norm(&vright, &vright); |
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float sinfov = sinf(fov*0.5f), cosfov = cos(fov*0.5f); |
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const float VLLEN = 100.0f, VPCRS = 10.0f; |
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VEC2 fp = TransformMapPos(camera->GetFocus()); |
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DumpMapLine(fp, 0xff80c0ff, fp-VEC2(VPCRS, 0), 0x0080c0ff); |
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DumpMapLine(fp, 0xff80c0ff, fp-VEC2(0, VPCRS), 0x0080c0ff); |
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DumpMapLine(fp, 0xff80c0ff, fp+VEC2(VPCRS, 0), 0x0080c0ff); |
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DumpMapLine(fp, 0xff80c0ff, fp+VEC2(0, VPCRS), 0x0080c0ff); |
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RailMapLine(vpos, 0xff80c0ff, vpos+VLLEN*(cosfov*vdir+sinfov*vright), 0x0080c0ff); |
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RailMapLine(vpos, 0xff80c0ff, vpos+VLLEN*(cosfov*vdir-sinfov*vright), 0x0080c0ff); |
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g_LineDumpTL2->Render(true); |
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g_LineDumpTL->Render(true); |
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RailMapTextDataList::iterator mtl = g_RailMapTextData.begin(); |
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for(; mtl!=g_RailMapTextData.end(); ++mtl) mtl->Draw(); |
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devSetTexture(0, NULL); |
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} |
RailSim II
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