//--------------------------------------------------------------------------- #pragma hdrstop #include "DXF.h" #include "math.h" //--------------------------------------------------------------------------- #pragma package(smart_init) //--------------------------------------------------------------------------- CDXF *DXF; //--------------------------------------------------------------------------- #define DXF_ERR -1 #define SET_RECT \ \ data->First.x = MaxInt; data->First.y = MaxInt; \ data->Second.x = 0; data->Second.y = 0; \ for (int i = 0; i < data->nCount*3+1; i++) { \ if (data->First.x > data->pList[i].x) data->First.x = data->pList[i].x; \ if (data->First.y > data->pList[i].y) data->First.y = data->pList[i].y; \ if (data->Second.x < data->pList[i].x) data->Second.x = data->pList[i].x; \ if (data->Second.y < data->pList[i].y) data->Second.y = data->pList[i].y; \ } \ // Line과 Curve에서 First, Second는 각각의 최대, 최소 점이 들어간다 //--------------------------------------------------------------------------- //--------------------------------------------------------------------------- //======== DXF Format Load : CDXF Class 함수 //============================== //--------------------------------------------------------------------------- // Creation Date : 2003.11.26 // Programming by monkman //--------------------------------------------------------------------------- ////////////////////////////////////////////////////////////////////// // DXF에서 사용하는 256 색상값 셋팅 ////////////////////////////////////////////////////////////////////// COLORREF DXF_COLOR[256] = { RGB( 0, 0, 0), /* black */ RGB(255, 0, 0), /* red */ RGB(255, 255, 0), /* yellow */ RGB( 0, 255, 0), /* green */ RGB( 0, 255, 255), /* cyan */ RGB( 0, 0, 255), /* blue */ RGB(255, 0, 255), /* magenta */ RGB(255, 255, 255), /* white */ RGB(152, 152, 152), /* grey -- an educated guess */ RGB(192, 192, 192), /* light grey -- an educated guess */ RGB(255, 0, 0),RGB(255, 128, 128),RGB(166, 0, 0), RGB(166, 83, 83),RGB(128, 0, 0),RGB(128, 64, 64),RGB( 76, 0, 0), RGB( 76, 38, 38),RGB( 38, 0, 0),RGB( 38, 19, 19),RGB(255, 64, 0), RGB(255, 159, 128),RGB(166, 41, 0),RGB(166, 104, 83),RGB(128, 32, 0), RGB(128, 80, 64),RGB( 76, 19, 0),RGB( 76, 48, 38),RGB( 38, 10, 0), RGB( 38, 24, 19),RGB(255, 128, 0),RGB(255, 191, 128),RGB(166, 83, 0), RGB(166, 124, 83),RGB(128, 64, 0),RGB(128, 96, 64),RGB( 76, 38, 0), RGB( 76, 57, 38),RGB( 38, 19, 0),RGB( 38, 29, 19),RGB(255, 191, 0), RGB(255, 223, 128),RGB(166, 124, 0),RGB(166, 145, 83),RGB(128, 96, 0), RGB(128, 112, 64),RGB( 76, 57, 0),RGB( 76, 67, 38),RGB( 38, 29, 0), RGB( 38, 33, 19),RGB(255, 255, 0),RGB(255, 255, 128),RGB(166, 166, 0), RGB(166, 166, 83),RGB(128, 128, 0),RGB(128, 128, 64),RGB( 76, 76, 0), RGB( 76, 76, 38),RGB( 38, 38, 0),RGB( 38, 38, 19),RGB(191, 255, 0), RGB(223, 255, 128),RGB(124, 166, 0),RGB(145, 166, 83),RGB( 96, 128, 0), RGB(112, 128, 64),RGB( 57, 76, 0),RGB( 67, 76, 38),RGB( 29, 38, 0), RGB( 33, 38, 19),RGB(128, 255, 0),RGB(191, 255, 128),RGB( 83, 166, 0), RGB(124, 166, 83),RGB( 64, 128, 0),RGB( 96, 128, 64),RGB( 38, 76, 0), RGB( 57, 76, 38),RGB( 19, 38, 0),RGB( 29, 38, 19),RGB( 64, 255, 0), RGB(159, 255, 128),RGB( 41, 166, 0),RGB(104, 166, 83),RGB( 32, 128, 0), RGB( 80, 128, 64),RGB( 19, 76, 0),RGB( 48, 76, 38),RGB( 10, 38, 0), RGB( 24, 38, 19),RGB( 0, 255, 0),RGB(128, 255, 128),RGB( 0, 166, 0), RGB( 83, 166, 83),RGB( 0, 128, 0),RGB( 64, 128, 64),RGB( 0, 76, 0), RGB( 38, 76, 38),RGB( 0, 38, 0),RGB( 19, 38, 19),RGB( 0, 255, 64), RGB(128, 255, 159),RGB( 0, 166, 41),RGB( 83, 166, 104),RGB( 0, 128, 32), RGB( 64, 128, 80),RGB( 0, 76, 19),RGB( 38, 76, 48),RGB( 0, 38, 10), RGB( 19, 38, 24),RGB( 0, 255, 128),RGB(128, 255, 191),RGB( 0, 166, 83), RGB( 83, 166, 124),RGB( 0, 128, 64),RGB( 64, 128, 96),RGB( 0, 76, 38), RGB( 38, 76, 57),RGB( 0, 38, 19),RGB( 19, 38, 29),RGB( 0, 255, 191), RGB(128, 255, 223),RGB( 0, 166, 124),RGB( 83, 166, 145),RGB( 0, 128, 96), RGB( 64, 128, 112),RGB( 0, 76, 57),RGB( 38, 76, 67),RGB( 0, 38, 29), RGB( 19, 38, 33),RGB( 0, 255, 255),RGB(128, 255, 255),RGB( 0, 166, 166), RGB( 83, 166, 166),RGB( 0, 128, 128),RGB( 64, 128, 128),RGB( 0, 76, 76), RGB( 38, 76, 76),RGB( 0, 38, 38),RGB( 19, 38, 38),RGB( 0, 191, 255), RGB(128, 223, 255),RGB( 0, 124, 166),RGB( 83, 145, 166),RGB( 0, 96, 128), RGB( 64, 112, 128),RGB( 0, 57, 76),RGB( 38, 67, 76),RGB( 0, 29, 38), RGB( 19, 33, 38),RGB( 0, 128, 255),RGB(128, 191, 255),RGB( 0, 83, 166), RGB( 83, 124, 166),RGB( 0, 64, 128),RGB( 64, 96, 128),RGB( 0, 38, 76), RGB( 38, 57, 76),RGB( 0, 19, 38),RGB( 19, 29, 38),RGB( 0, 64, 255), RGB(128, 159, 255),RGB( 0, 41, 166),RGB( 83, 104, 166),RGB( 0, 32, 128), RGB( 64, 80, 128),RGB( 0, 19, 76),RGB( 38, 48, 76),RGB( 0, 10, 38), RGB( 19, 24, 38),RGB( 0, 0, 255),RGB(128, 128, 255),RGB( 0, 0, 166), RGB( 83, 83, 166),RGB( 0, 0, 128),RGB( 64, 64, 128),RGB( 0, 0, 76), RGB( 38, 38, 76),RGB( 0, 0, 38),RGB( 19, 19, 38),RGB( 64, 0, 255), RGB(159, 128, 255),RGB( 41, 0, 166),RGB(104, 83, 166),RGB( 32, 0, 128), RGB( 80, 64, 128),RGB( 19, 0, 76),RGB( 48, 38, 76),RGB( 10, 0, 38), RGB( 24, 19, 38),RGB(128, 0, 255),RGB(191, 128, 255),RGB( 83, 0, 166), RGB(124, 83, 166),RGB( 64, 0, 128),RGB( 96, 64, 128),RGB( 38, 0, 76), RGB( 57, 38, 76),RGB( 19, 0, 38),RGB( 29, 19, 38),RGB(191, 0, 255), RGB(223, 128, 255),RGB(124, 0, 166),RGB(145, 83, 166),RGB( 96, 0, 128), RGB(112, 64, 128),RGB( 57, 0, 76),RGB( 67, 38, 76),RGB( 29, 0, 38), RGB( 33, 19, 38),RGB(255, 0, 255),RGB(255, 128, 255),RGB(166, 0, 166), RGB(166, 83, 166),RGB(128, 0, 128),RGB(128, 64, 128),RGB( 76, 0, 76), RGB( 76, 38, 76),RGB( 38, 0, 38),RGB( 38, 19, 38),RGB(255, 0, 191), RGB(255, 128, 223),RGB(166, 0, 124),RGB(166, 83, 145),RGB(128, 0, 96), RGB(128, 64, 112),RGB( 76, 0, 57),RGB( 76, 38, 67),RGB( 38, 0, 29), RGB( 38, 19, 33),RGB(255, 0, 128),RGB(255, 128, 191),RGB(166, 0, 83), RGB(166, 83, 124),RGB(128, 0, 64),RGB(128, 64, 96),RGB( 76, 0, 38), RGB( 76, 38, 57),RGB( 38, 0, 19),RGB( 38, 19, 29),RGB(255, 0, 64), RGB(255, 128, 159),RGB(166, 0, 41),RGB(166, 83, 104),RGB(128, 0, 32), RGB(128, 64, 80),RGB( 76, 0, 19),RGB( 76, 38, 48),RGB( 38, 0, 10), RGB( 38, 19, 24),RGB( 84, 84, 84),RGB(118, 118, 118),RGB(152, 152, 152), RGB(187, 187, 187),RGB(221, 221, 221),RGB(255, 255, 255) }; //--------------------------------------------------------------------------- CDXF::CDXF() { SetSizeXY(0.0, 0.0); LTYPE = NULL; STYLE = NULL; BLOCK = NULL; LAYER = NULL; lcount=lycount=scount=bcount=0; // 파일을 읽고 있는 위치를 0으로 초기화한다. SetCount(0); } //--------------------------------------------------------------------------- CDXF::~CDXF() { DeleteContents(); } //--------------------------------------------------------------------------- /* 테이블(=구조체 배열)을 초기화하고, 메모리에 테이블 만큼의 영역을 확보한다 cout 변수들을 0으로 초기화한다 */ void __fastcall CDXF::AllocTable() { LTYPE = new tagLTYPE[10000]; STYLE = new tagSTYLE[10000]; BLOCK = new tagBLOCK[10000]; LAYER = new tagLAYER[20000]; /* memset(LPVOID(LTYPE), 0, sizeof(tagLTYPE)*50); memset(LPVOID(STYLE), 0, sizeof(tagSTYLE)*50); memset(LPVOID(BLOCK), 0, sizeof(tagBLOCK)*50); memset(LPVOID(LAYER), 0, sizeof(tagLAYER)*50); */ lcount=lycount=scount=bcount=0; } //--------------------------------------------------------------------------- void __fastcall CDXF::DeleteTable() // 테이블 초기화 { if (LTYPE != NULL) { delete[] LTYPE; LTYPE = NULL; } if (STYLE != NULL) { delete[] STYLE; STYLE = NULL; } if (BLOCK != NULL) { delete[] BLOCK; BLOCK = NULL; } if (LAYER != NULL) { delete[] LAYER; LAYER = NULL; } lcount=lycount=scount=bcount=0; } //--------------------------------------------------------------------------- void __fastcall CDXF::DeleteContents() { // SetSizeXY는 tagVSIZE 구조체안에 있는 cx, cy 변수를 0으로 초기화한다 SetSizeXY(0.0, 0.0); DeleteTable(); } //--------------------------------------------------------------------------- /* 두 라인을 읽는다 첫 번째 라인을 읽어 정수형으로 변환 후 group_code에 대입한다 두 번째 라인을 읽어 Trim 시킨 후 buf에 대입한다 group_code를 리턴한다 첫 번째 라인(buf)은 그룹코드(group code)에 해당되고, 두 번째 라인은 그룹값(group value)에 해당된다 */ int __fastcall CDXF::GetLine(TStringList *sf, String &buf) { int group_code; // while (sf->Strings[count] == NULL || sf->Strings[count] == "") // count++; if (sf->Strings[count] == NULL && sf->Strings[count] != "0") return DXF_ERR; buf = sf->Strings[count]; group_code = StrToInt(buf); count++; if (sf->Strings[count] == NULL && sf->Strings[count] != "0") return DXF_ERR; buf = sf->Strings[count]; buf.TrimLeft(); buf.TrimRight(); count++; return (group_code); } //--------------------------------------------------------------------------- /* 원하는 그룹코드 위치를 찾을때 사용된다. 함수에 파라미터로 넘긴 grp와 파일에서 읽어온 g_code(그룹코드) 같고, 함수에 파라미터로 넘긴 f_str과 파일에서 읽어온 buf(그룹값)가 같으면 참을 리턴한다 */ bool __fastcall CDXF::Find_Entry(TStringList *sf, int grp, Char * str) { String UniStr; UniStr = UniStr + str; int g_code; do { g_code = GetLine(sf, UniStr); if (grp == g_code && !_tcscmp(UniStr.c_str(), str)) return TRUE; } while(g_code != DXF_ERR); return FALSE; } //--------------------------------------------------------------------------- /* - HEADER Section : 1. 이 section은 도면과 관련된 변수들의 setting을 포함한다. 이러한 변수들은 다양한 명령어들에 의해 설정되며, status command에 의해 display되는 정보 형태를 가진다. 2. 각 변수들은 변수명 지정자인 9 group 다음에 위치하며, 그 뒤에 변수 값을 갖는 group들이 온다. -- 관련 자료 : 토지정보시스템 구축을 위한 GIS자료에 대한 이해 박민호 (목포대학교 지적학과) - 결과적으로 "0", "SECTION" 두 문자열이 연속되어 있는 라인을 찾고, "2", "HEADER" 두 문자열이 연속되어 있는 라인을 찾는다. (헤더부분을 찾기 위한 과정) 그리고, 파일이 끝이 아닌지.. 섹션의 끝이 아닌지를 계속 검사하며 "0", "$EXTMIN" 두 문자열의 연속되어 있는 라인을 찾고, 다음 라인이 "10" 이면 그 다음 라인의 값을 min_x 대입하고, 다음 라인이 "20" 이면 min_y에 대입한다. 마찬가지로, 파일의 끝이 안니지.. 섹션의 긑이 아닌지를 계속 검사하며 "0", "$EXTMAX" 두 문자열의 연속되어 있는 라인을 찾고, 다음 라인이 "10" 이면 그 다음 라인의 값을 max_x 대입하고, 다음 라인이 "20" 이면 max_y에 대입한다. 파일 안에서 "EOF"를 만나면 FALSE를 반납하고 ENDSEC을 만나면 TRUE를 반환하되, 루프를 벗어난다 */ bool __fastcall CDXF::Find_Header(TStringList *sf, double &min_x, double &min_y, double &max_x, double &max_y) { String buf; int g_code; bool continue_flag; // HEADER SECTION if (Find_Entry(sf, 0, L"SECTION") == FALSE) return FALSE; if (Find_Entry(sf, 2, L"HEADER") == FALSE) return FALSE; continue_flag = TRUE; while (continue_flag) { g_code = GetLine(sf, buf); switch (g_code) { case DXF_ERR : return FALSE; case 0 : // file section mark if (buf == L"EOF") return FALSE; if (buf == L"ENDSEC") { continue_flag = FALSE; break; } break; case 9 : if (buf == L"$EXTMIN") { if (GetLine(sf, buf) != 10) return FALSE; min_x = StrToFloat(buf); if (GetLine(sf, buf) != 20) return FALSE; min_y = StrToFloat(buf); } else if (buf == L"$EXTMAX") { if (GetLine(sf, buf) != 10) return FALSE; max_x = StrToFloat(buf); if (GetLine(sf, buf) != 20) return FALSE; max_y = StrToFloat(buf); } break; } } return TRUE; } //--------------------------------------------------------------------------- /* - Table Section 1. 이 section은 몇 개의 table을 포함하고 있는데, 각 table은 entry의 변수 개수를 포함한다. 2. table의 순서는 변할 수 있지만 LTYPE table은 반드시 LAYER table 앞에 와야 한다. 3. 각 table은 0 group 다음에 "TABLE"로 소개되는데, 그 뒤에 table의 이름(LTYPE, LAYER, STYLE, VIEW, ...)을 부여하는 2 group과 table entry의 최대 수를 저장하는 70 group이 따른다. 4. table에는 삭제된 항목이 70 group에 포함될 수도 있지만, 이들은 DXF 파일에 저장 되지 않는다. 따라서 table 헤더에 뒤따르는 항목의 실제 수는 70 group에서 지정된 수보다 작을 수도 있으므로, 70 group의 count는 table을 읽기 위한 지표로 사용되면 안된다. 70 group의 count는 사용자 프로그램이 DXF를 읽을 때, 그 뒤를 따르는 모든 항목을 유지하기에 충분한 배열을 미리 할당할 수 있도록 해주기 위해 마련된다. 5. 각 table 헤더 뒤에는 table entry가 따른다. 각 table item은 item type(table name과 같음)을 식별하는 0 group, table entry의 이름을 부여하는 2 group, table entry에 관계되는 flag를 지정하는 70 group 및 table entry의 값을 주는 추가적인 group으로 구성된다. 6. 각 table의 끝은 0 group의 값 "ENDTAB"에 의해 표시된다. -- 관련 자료 : 토지정보시스템 구축을 위한 GIS자료에 대한 이해 박민호 (목포대학교 지적학과) */ bool __fastcall CDXF::Find_Table(TStringList *sf) { bool continue_flag, t_flag; int g_code, t_code, table; String buf; // TABLES SECTION lcount=0; lycount=0; scount=0; table = 0; t_flag = FALSE; continue_flag = TRUE; if (Find_Entry(sf, 0, L"SECTION") == FALSE) return FALSE; if (Find_Entry(sf, 2, L"TABLES") == FALSE) return FALSE; while (continue_flag) { g_code = GetLine(sf, buf); switch (g_code) { case DXF_ERR : return FALSE; case 0 : // file section mark if (buf == L"EOF") return FALSE; else if (buf == L"ENDSEC") { continue_flag = FALSE; break; } else if (buf == L"ENDTAB") { t_flag = FALSE; continue; } else if (buf == L"TABLE") { t_flag = TRUE; } else if (buf == L"LTYPE" && t_flag == TRUE && table == 1) { LTYPE[lcount].ID[0] = L'\0'; LTYPE[lcount].Kind = -1; do { t_code = GetLine(sf, buf); if (t_code == 2) { _tcscpy(LTYPE[lcount].ID, buf.c_str()); if (LTYPE[lcount].Kind != -1) { lcount++; break; } } else if (t_code == 73) { switch (StrToInt(buf)) { case 0 : LTYPE[lcount].Kind = PS_SOLID; break; case 1 : LTYPE[lcount].Kind = PS_DASH; break; case 2 : LTYPE[lcount].Kind = PS_DASHDOT; break; case 3 : LTYPE[lcount].Kind = PS_DOT; break; default: LTYPE[lcount].Kind = PS_SOLID; break; } if (LTYPE[lcount].ID[0]) { lcount++; break; } } else if (t_code == 0) break; } while (t_code != DXF_ERR); } else if (buf == L"LAYER" && t_flag == TRUE && table == 2) { LAYER[lycount].ID[0] = L'\0'; LAYER[lycount].color = 0; LAYER[lycount].line_type = -1; LAYER[lycount].onoff = -1; do { t_code = GetLine(sf, buf); if (t_code == 2) { _tcscpy(LAYER[lycount].ID, buf.c_str()); if ( LAYER[lycount].color && LAYER[lycount].line_type != -1 && LAYER[lycount].onoff != -1) { lycount++; break; } } else if (t_code == 6) { for (int i=0; iKind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); pFst.x = (x-1); pFst.y = (y-1); pScd.x = (x+1); pScd.y = (y+1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawLine(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 4; double th = 1.0f; float sx, sy, ex, ey; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawCircle(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 3; double th = 1.0f; float x, y, r; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->nCount = 4; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); double M = 0.55228474983; double dx = fabs(pFst.x-pScd.x)/2.0, dy = fabs(pFst.y-pScd.y)/2.0; double ddx = dx * M, ddy = dy * M; data->pList[0].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->pList[1].DPoint((pFst.x+pScd.x)/2.0-ddx, pFst.y); data->pList[2].DPoint(pFst.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[3].DPoint(pFst.x, (pFst.y+pScd.y)/2.0); data->pList[4].DPoint(pFst.x, (pFst.y+pScd.y)/2+ddy); data->pList[5].DPoint((pFst.x+pScd.x)/2.0-ddx, pScd.y); data->pList[6].DPoint((pFst.x+pScd.x)/2.0, pScd.y); data->pList[7].DPoint((pFst.x+pScd.x)/2.0+ddx, pScd.y); data->pList[8].DPoint(pScd.x, (pFst.y+pScd.y)/2.0+ddy); data->pList[9].DPoint(pScd.x, (pFst.y+pScd.y)/2.0); data->pList[10].DPoint(pScd.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[11].DPoint((pFst.x+pScd.x)/2.0+ddx, pFst.y); data->pList[12].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->bClosed = true; if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- // todo : DrawArc - 차후 업그레이드 진행 bool __fastcall CDXF::DrawArc(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 5; double th = 1.0f; float x, y, r, x1, y1, x2, y2; double sd, ed; // int count; // double maxd, mind; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iArc(x-r, y-r, x+r, y+r, x1, y1, x2, y2); x1 = (x+r*cos(sd*(atan(1)*4.0/180.0))); y1 = (y+r*sin(sd*(atan(1)*4.0/180.0))); x2 = (x+r*cos(ed*(atan(1)*4.0/180.0))); y2 = (y+r*sin(ed*(atan(1)*4.0/180.0))); pFst.x = x; pFst.y = y; pScd.x = x1; pScd.y = y1; data->Kind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; // maxd = max(sd, ed); // mind = min(sd, ed); // count = (int(maxd)/90) - (int(mind)/90) + 1; // if (maxd%90 == 0) count--; // if (mind%90 == 0) count data->nCount = count; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); // data->pList[0].DPoint(pFst.x, pFst.y); // data->pList[1].DPoint(pFst.x, pFst.y); // data->pList[2].DPoint(pScd.x, pScd.y); // data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawPolyline(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, t_code, sum = 0; double th = 1.0f; float ox, oy, x, y; BOOL close_flag=false; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; //data->Brush = PenManagerForm->PenShape->Pen->Color; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; } else if (t_code == 20 && sum == 4) { pScd.x = x; pScd.y = y; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); } else if (t_code == 20 && sum > 4 && sum % 2 == 0) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = x; pScd.y = y; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); } } while(buf != "SEQEND"); } } while(buf != "SEQEND"); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); if (close_flag) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = ox; pScd.y = oy; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); data->bClosed = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawText(TStringList *sf, TVecData *data) { String buf, text; POINT pFst; unsigned long sf_pos; unsigned int al; String FontType = MainImageForm->iMainImage->Canvas->Font->Name; HDC hdc = MainImageForm->iMainImage->Canvas->Handle; TPItemImage *Image = MainImageForm->iMainImage; HFONT font = NULL, oldfont = NULL; RECT rc; int widthsum = 0, height; double angle; SIZE sz; Char *tempstr = L""; int i, type, color, g_code, h_align=-1, v_align=-1, sum = 4, o_flag=0, s_ort=0, c_ort=0; float x, y, x2, y2; double h=0.0, xf=0.0, t_h=0.0, xx=0.0, xx2=0.0, th = 1.0f; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_TEXT; data->First = pFst; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->nCount = text.Length(); // 폰트의 크기를 음수값으로 주면 문제가 발생한다 data->Font.lfHeight = h; // 장평을 따로 주지 않고 높이에 따라 일정하게 준다 // data->Font.lfWidth = (h*xf); data->Font.lfWidth = 0; data->Font.lfEscapement = s_ort; data->Font.lfOrientation = c_ort; data->Font.lfWeight = th; data->Font.lfItalic = FALSE; data->Font.lfUnderline = FALSE; data->Font.lfStrikeOut = FALSE; data->Font.lfCharSet = DEFAULT_CHARSET; data->Font.lfOutPrecision = OUT_CHARACTER_PRECIS; data->Font.lfClipPrecision = CLIP_CHARACTER_PRECIS; data->Font.lfQuality = DEFAULT_QUALITY; data->Font.lfPitchAndFamily = FIXED_PITCH|FF_DONTCARE; // 굴림체를 지정해줄 경우 영문 윈도우에서 문제가 발생할 소지가 있다 // _tcscpy(data->Font.lfFaceName, "굴림체"); data->TextString = text; for (int k = 0; k < data->nCount; k++) { tempstr[k] = Char(data->TextString[k+1]); } font = CreateFontIndirect(&data->Font); oldfont = (HFONT)SelectObject(hdc, font); SelectObject(hdc, font); GetTextExtentPoint32(hdc, tempstr, text.Length(), &sz); widthsum = sz.cx; SelectObject(hdc, oldfont); DeleteObject(font); font = NULL; height = data->Font.lfHeight; angle = 2*M_PI*data->Font.lfEscapement/10/360; data->Second.x = data->First.x + widthsum*cos(angle) - height*sin(angle); data->Second.y = data->First.y - widthsum*sin(angle) - height*cos(angle); // if (data->pList) // { // return TRUE; // } // else // { // return FALSE; // } return TRUE; } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawSolid(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd, pTrd, pFth; int i, color, g_code, sum = 8, type=1; double th = 1.0f; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bSelected = false; data->nCount = 4; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); data->pList[4].DPoint(pScd.x, pScd.y); data->pList[5].DPoint(pTrd.x, pTrd.y); data->pList[6].DPoint(pTrd.x, pTrd.y); data->pList[7].DPoint(pTrd.x, pTrd.y); data->pList[8].DPoint(pFth.x, pFth.y); data->pList[9].DPoint(pFth.x, pFth.y); data->pList[10].DPoint(pFth.x, pFth.y); data->pList[11].DPoint(pFst.x, pFst.y); data->pList[12].DPoint(pFst.x, pFst.y); data->bClosed = true; if (data->Color != 0) { data->Brush = (TColor)DXF_COLOR[color]; data->bFill = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawSpline(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst; bool isFirst = true; bool isCorelDraw = true; int i, type=1, color, g_code, sum = 1000, cnt = 1, arrCnt = 0; double th = 1.0f; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; ibClosed = false; break; case 1 : data->bClosed = true; break; // Illustrator (planar(평면)로 인식) case 8 : isCorelDraw = false; data->bClosed = false; break; default : data->bClosed = false; break; } } // Number of Control points else if (g_code == 73) { sum = StrToInt(buf); // CorelDraw에서는 g_code == 73이 0인 경우도 있으므로 처리.. if (sum == 0) { // 에러메시지 처리.. (정확하게 불러왔는지 알 수는 없다..) //Application->MessageBox("The File has not been loaded properly", "TextStylist", MB_OK); return TRUE; } else { if (isCorelDraw) { // CorelDraw 변환시.. Illustrator 변환일때 보다 중복되는 수를 더 빼줘야한다.. // 중복되는 값은 4n+1 때마다 한번씩 나타난다.. data->nCount = ((sum - ((sum / 4 - 1) - 1)) / 3); } else { // Illustrator 변환시.. 3n+1 이므로 점의 수 셋팅 data->nCount = (sum - 1) / 3; } //data->nCount = sum; sum = sum * 2; } } // Control Points X else if (g_code == 10) { pFst.x = (StrToFloat(buf)-min_x)*f; sum--; } // Control Points y else if (g_code == 20) { pFst.y = (max_y-StrToFloat(buf))*f; if (isCorelDraw) { if ((cnt % 4) != 1 || cnt == 1) { if (isFirst) { data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); isFirst = false; } data->pList[arrCnt++].DPoint(pFst.x, pFst.y); } } else { if (isFirst) { data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); isFirst = false; } data->pList[arrCnt++].DPoint(pFst.x, pFst.y); } cnt++; sum--; } } while(sum); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->bFill = false; data->Bitmap = NULL; data->bSelected = false; // 첫점과 마지막점의 위치가 같다면 닫힌 도형이라고 판단하는 부분 // if (!isCorelDraw && data->pList[0].x == data->pList[arrCnt-1].x && // data->pList[0].y == data->pList[arrCnt-1].y) // { // data->bClosed = true; // } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- // CorelDraw 용.. bool __fastcall CDXF::DrawEllipse(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 5; double th = 1.0f; float cx, cy, a, b, ratio; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; i= b) { pFst.x = (cx-a); pFst.y = (cy-(a*ratio)); pScd.x = (cx+a); pScd.y = (cy+(a*ratio)); } // 세로가 장축일 경우 (b) else if (a < b) { pFst.x = (cx-(b*ratio)); pFst.y = (cy-b); pScd.x = (cx+(b*ratio)); pScd.y = (cy+b); } data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->nCount = 4; data->bFill = false; data->Bitmap = NULL; data->bSelected = false; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); double M = 0.55228474983; double dx = fabs(pFst.x-pScd.x)/2.0, dy = fabs(pFst.y-pScd.y)/2.0; double ddx = dx * M, ddy = dy * M; data->pList[0].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->pList[1].DPoint((pFst.x+pScd.x)/2.0-ddx, pFst.y); data->pList[2].DPoint(pFst.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[3].DPoint(pFst.x, (pFst.y+pScd.y)/2.0); data->pList[4].DPoint(pFst.x, (pFst.y+pScd.y)/2+ddy); data->pList[5].DPoint((pFst.x+pScd.x)/2.0-ddx, pScd.y); data->pList[6].DPoint((pFst.x+pScd.x)/2.0, pScd.y); data->pList[7].DPoint((pFst.x+pScd.x)/2.0+ddx, pScd.y); data->pList[8].DPoint(pScd.x, (pFst.y+pScd.y)/2.0+ddy); data->pList[9].DPoint(pScd.x, (pFst.y+pScd.y)/2.0); data->pList[10].DPoint(pScd.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[11].DPoint((pFst.x+pScd.x)/2.0+ddx, pFst.y); data->pList[12].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->bClosed = true; if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawLWPolyline(TStringList *sf, TVecData *data) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, t_code, sum = -1, cnt = 0; double th = 1.0f; float ox, oy, x, y; BOOL close_flag=false; unsigned long sf_pos; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; i= 0) { if (cnt == 2) { pFst.x = x; pFst.y = y; data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; } else if (cnt == 4) { pScd.x = x; pScd.y = y; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); // metaDC.LineTo(x, y); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); } else if (cnt > 4 && cnt % 2 == 0) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = x; pScd.y = y; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); } } } while(sum); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); if (close_flag) { data->bClosed = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawMText(TStringList *sf, TVecData *data) { String buf, text; POINT pFst; unsigned long sf_pos; unsigned int al; String FontType = MainImageForm->iMainImage->Canvas->Font->Name; HDC hdc = MainImageForm->iMainImage->Canvas->Handle; TPItemImage *Image = MainImageForm->iMainImage; HFONT font = NULL, oldfont = NULL; RECT rc; int widthsum = 0, height; double angle; SIZE sz; Char *tempstr = L""; int i, type, color, g_code, align=1, sum = 4, o_flag=0, s_ort=0, c_ort=0; float x, y, x2, y2; double h=0.0, xf=0.0, t_h=0.0, xx=0.0, xx2=0.0, th = 1.0f; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; i 1) { Mode = 5; continue; } if (Mode == 1) { Font += text[j]; } if ((Mode == 2) && (text.Length() > j+2)) { if (text.SubString(j, 2) == "b0") { Bold = false; i+=1; } else if (text.SubString(j, 2) == "b1") { Bold = true; i+=1; } } if ((Mode == 3) && (text.Length() > j+2)) { if (text.SubString(j, 2) == "i0") { Italic = false; j+=1; } else if (text.SubString(j, 2) == "i1") { Italic = true; j+=1; } } if (Mode == 4) { Code += text[j]; } if (Mode == 5) { Temp = text.SubString(j, text.Length()-j+1); break; } } */ for (int j = text.Length(); j >= 0; j--) { if (text.SubString(j, 1).Compare(";") == 0) { text = text.SubString(j+1, text.Length()-j+1); break; } } al = 0; pFst.x = x; pFst.y = y-h; data->Kind = V_TEXT; data->First = pFst; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->nCount = text.Length(); // 폰트의 크기를 음수값으로 주면 문제가 발생한다 data->Font.lfHeight = t_h; // 장평을 따로 주지 않고 높이에 따라 일정하게 준다 // data->Font.lfWidth = (h*xf); data->Font.lfWidth = 0; data->Font.lfEscapement = s_ort; data->Font.lfOrientation = c_ort; data->Font.lfWeight = th; data->Font.lfItalic = FALSE; data->Font.lfUnderline = FALSE; data->Font.lfStrikeOut = FALSE; data->Font.lfCharSet = DEFAULT_CHARSET; data->Font.lfOutPrecision = OUT_CHARACTER_PRECIS; data->Font.lfClipPrecision = CLIP_CHARACTER_PRECIS; data->Font.lfQuality = DEFAULT_QUALITY; data->Font.lfPitchAndFamily = FIXED_PITCH|FF_DONTCARE; // 굴림체를 직접 지정해줄 경우 영문 윈도우에서 문제가 발생할 소지가 있다 // _tcscpy(data->Font.lfFaceName, "굴림체"); data->TextString = text; for (int k = 0; k < data->nCount; k++) { tempstr[k] = Char(data->TextString[k+1]); } font = CreateFontIndirect(&data->Font); oldfont = (HFONT)SelectObject(hdc, font); SelectObject(hdc, font); GetTextExtentPoint32(hdc, tempstr, text.Length(), &sz); widthsum = sz.cx; SelectObject(hdc, oldfont); DeleteObject(font); font = NULL; height = data->Font.lfHeight; angle = 2*M_PI*data->Font.lfEscapement/10/360; data->Second.x = data->First.x + widthsum*cos(angle) - height*sin(angle); data->Second.y = data->First.y - widthsum*sin(angle) - height*cos(angle); switch (align) { case 0 : al |= TA_LEFT; break; case 1 : al |= TA_CENTER; break; /* case 2 : al |= TA_RIGHT; x = x2; y = y2; break; case 3 : al |= TA_LEFT; x = x2; y = y2; break; case 4 : al |= TA_CENTER|TA_TOP; x = x2; y = y2; // h = ((xx2-xx)*2*f/text.Length()); // y += h/2.0; break; case 5 : al |= TA_LEFT; x = x2; y = y2; break; case 6 : al |= TA_CENTER; x = x2; y = y2; break; case 7 : al |= TA_RIGHT; x = x2; y = y2; break; case 8 : al |= TA_LEFT; x = x2; y = y2; break; case 9 : al |= TA_CENTER|TA_TOP; x = x2; y = y2; */ default : al |= TA_LEFT; break; } // if (data->pList) // { // return TRUE; // } // else // { // return FALSE; // } return TRUE; } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawInsert(TStringList *sf, TVecData *data) { String buf; tagPBLOCK block; unsigned long sf_pos, bk_pos; int i, g_code; block.color = -1; block.bx = 0; block.by = 0; block.mx = 0; block.my = 0; block.fx = 1; block.fy = 1; block.cx = 1; block.cy = 1; block.sx = 0; block.sy = 0; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; ipList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockPoint(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 2; double th = 1.0f; float x, y; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); pFst.x = (x-1); pFst.y = (y-1); pScd.x = (x+1); pScd.y = (y+1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockLine(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 4; double th = 1.0f; float sx, sy, ex, ey; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockCircle(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 3; double th = 1.0f; float x, y, r; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->nCount = 4; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); double M = 0.55228474983; double dx = fabs(pFst.x-pScd.x)/2.0, dy = fabs(pFst.y-pScd.y)/2.0; double ddx = dx * M, ddy = dy * M; data->pList[0].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->pList[1].DPoint((pFst.x+pScd.x)/2.0-ddx, pFst.y); data->pList[2].DPoint(pFst.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[3].DPoint(pFst.x, (pFst.y+pScd.y)/2.0); data->pList[4].DPoint(pFst.x, (pFst.y+pScd.y)/2+ddy); data->pList[5].DPoint((pFst.x+pScd.x)/2.0-ddx, pScd.y); data->pList[6].DPoint((pFst.x+pScd.x)/2.0, pScd.y); data->pList[7].DPoint((pFst.x+pScd.x)/2.0+ddx, pScd.y); data->pList[8].DPoint(pScd.x, (pFst.y+pScd.y)/2.0+ddy); data->pList[9].DPoint(pScd.x, (pFst.y+pScd.y)/2.0); data->pList[10].DPoint(pScd.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[11].DPoint((pFst.x+pScd.x)/2.0+ddx, pFst.y); data->pList[12].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->bClosed = true; if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- // todo : DrawBlockArc 차후 업그레이드 진행 bool __fastcall CDXF::DrawBlockArc(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 5; double th = 1.0f; float x, y, r, x1, y1, x2, y2; double sd, ed; // int count; // double maxd, mind; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iArc(x-r, y-r, x+r, y+r, x1, y1, x2, y2); x1 = (x+r*cos(sd*(atan(1)*4.0/180.0))); y1 = (y+r*sin(sd*(atan(1)*4.0/180.0))); x2 = (x+r*cos(ed*(atan(1)*4.0/180.0))); y2 = (y+r*sin(ed*(atan(1)*4.0/180.0))); pFst.x = x; pFst.y = y; pScd.x = x1; pScd.y = y1; data->Kind = V_CURVE; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; // maxd = max(sd, ed); // mind = min(sd, ed); // count = (int(maxd)/90) - (int(mind)/90) + 1; // if (maxd%90 == 0) count--; // if (mind%90 == 0) count data->nCount = count; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); // data->pList[0].DPoint(pFst.x, pFst.y); // data->pList[1].DPoint(pFst.x, pFst.y); // data->pList[2].DPoint(pScd.x, pScd.y); // data->pList[3].DPoint(pScd.x, pScd.y); if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockPolyline(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, t_code, sum = 0; double th = 1.0f; float ox, oy, x, y; BOOL close_flag=false; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; } else if (t_code == 20 && sum == 4) { pScd.x = x; pScd.y = y; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); } else if (t_code == 20 && sum > 4 && sum % 2 == 0) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = x; pScd.y = y; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); } } while(buf != "SEQEND"); } } while(buf != "SEQEND"); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); if (close_flag) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = ox; pScd.y = oy; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); data->bClosed = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockText(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf, text; POINT pFst; unsigned long sf_pos; unsigned int al; String FontType = MainImageForm->iMainImage->Canvas->Font->Name; HDC hdc = MainImageForm->iMainImage->Canvas->Handle; TPItemImage *Image = MainImageForm->iMainImage; HFONT font = NULL, oldfont = NULL; RECT rc; int widthsum = 0, height; double angle; SIZE sz; Char *tempstr = L""; int i, type, color, g_code, h_align=-1, v_align=-1, sum = 4, o_flag=0, s_ort=0, c_ort=0; double th = 1.0f; float x, y, x2, y2; double h=0.0, xf=0.0, t_h=0.0, xx=0.0, xx2=0.0; color = block.color; do { // 현재 읽고 있는 파일의 위치를 기록한다 sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_TEXT; data->First = pFst; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->nCount = text.Length(); // 폰트의 크기를 음수값으로 주면 문제가 발생한다 data->Font.lfHeight = h; // 장평을 따로 주지 않고 높이에 따라 일정하게 준다 // data->Font.lfWidth = (h*xf); data->Font.lfWidth = 0; data->Font.lfEscapement = s_ort; data->Font.lfOrientation = c_ort; data->Font.lfWeight = th; data->Font.lfItalic = FALSE; data->Font.lfUnderline = FALSE; data->Font.lfStrikeOut = FALSE; data->Font.lfCharSet = DEFAULT_CHARSET; data->Font.lfOutPrecision = OUT_CHARACTER_PRECIS; data->Font.lfClipPrecision = CLIP_CHARACTER_PRECIS; data->Font.lfQuality = DEFAULT_QUALITY; data->Font.lfPitchAndFamily = FIXED_PITCH|FF_DONTCARE; // 굴림체를 직접 지정해줄 경우 영문 윈도우에서 문제가 발생할 소지가 있다 // _tcscpy(data->Font.lfFaceName, "굴림체"); data->TextString = text; for (int k = 0; k < data->nCount; k++) { tempstr[k] = Char(data->TextString[k+1]); } font = CreateFontIndirect(&data->Font); oldfont = (HFONT)SelectObject(hdc, font); SelectObject(hdc, font); GetTextExtentPoint32(hdc, tempstr, text.Length(), &sz); widthsum = sz.cx; SelectObject(hdc, oldfont); DeleteObject(font); font = NULL; height = data->Font.lfHeight; angle = 2*M_PI*data->Font.lfEscapement/10/360; data->Second.x = data->First.x + widthsum*cos(angle) - height*sin(angle); data->Second.y = data->First.y - widthsum*sin(angle) - height*cos(angle); // if (data->pList) // { // return TRUE; // } // else // { // return FALSE; // } return TRUE; } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockSolid(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd, pTrd, pFth; int i, color, g_code, sum = 8, type=1; double th = 1.0f; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iKind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bSelected = false; data->nCount = 4; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); data->pList[4].DPoint(pScd.x, pScd.y); data->pList[5].DPoint(pTrd.x, pTrd.y); data->pList[6].DPoint(pTrd.x, pTrd.y); data->pList[7].DPoint(pTrd.x, pTrd.y); data->pList[8].DPoint(pFth.x, pFth.y); data->pList[9].DPoint(pFth.x, pFth.y); data->pList[10].DPoint(pFth.x, pFth.y); data->pList[11].DPoint(pFst.x, pFst.y); data->pList[12].DPoint(pFst.x, pFst.y); data->bClosed = true; if (data->Color != 0) { data->Brush = (TColor)DXF_COLOR[color]; data->bFill = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockSpline(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst; bool isFirst = true; bool isCorelDraw = true; int i, type=1, color, g_code, sum = 1000, cnt = 1, arrCnt = 0; double th = 1.0f; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; ibClosed = false; break; case 1 : data->bClosed = true; break; // Illustrator (planar(평면)로 인식) case 8 : isCorelDraw = false; data->bClosed = false; break; default : data->bClosed = false; break; } } // Number of Control points else if (g_code == 73) { sum = StrToInt(buf); // CorelDraw에서는 g_code == 73이 0인 경우도 있으므로 처리.. if (sum == 0) { // 에러메시지 처리.. (정확하게 불러왔는지 알 수는 없다..) //Application->MessageBox("The File has not been loaded properly", "TextStylist", MB_OK); return TRUE; } else { if (isCorelDraw) { // CorelDraw 변환시.. Illustrator 변환일때 보다 중복되는 수를 더 빼줘야한다.. // 중복되는 값은 4n+1 때마다 한번씩 나타난다.. data->nCount = ((sum - ((sum / 4 - 1) - 1)) / 3); } else { // Illustrator 변환시.. 3n+1 이므로 점의 수 셋팅 data->nCount = (sum - 1) / 3; } //data->nCount = sum; sum = sum * 2; } } // Control Points X else if (g_code == 10) { pFst.x = (block.bx+block.mx+StrToFloat(buf)-min_x)*f*block.fx; sum--; } // Control Points y else if (g_code == 20) { pFst.y = (max_y-block.my-StrToFloat(buf)-block.by)*f*block.fy; if (isCorelDraw) { if ((cnt % 4) != 1 || cnt == 1) { if (isFirst) { data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); isFirst = false; } data->pList[arrCnt++].DPoint(pFst.x, pFst.y); } } else { if (isFirst) { data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); isFirst = false; } data->pList[arrCnt++].DPoint(pFst.x, pFst.y); } cnt++; sum--; } } while(sum); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; // 첫점과 마지막점의 위치가 같다면 닫힌 도형이라고 판단하는 부분 // if (!isCorelDraw && data->pList[0].x == data->pList[arrCnt-1].x && // data->pList[0].y == data->pList[arrCnt-1].y) // { // data->bClosed = true; // } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- // CorelDraw 용.. bool __fastcall CDXF::DrawBlockEllipse(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, sum = 5; double th = 1.0f; float cx, cy, a, b, ratio; //float startParam, endParam; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; i= b) { pFst.x = (cy-a); pFst.y = (cx-(a*ratio)); pScd.x = (cy+a); pScd.y = (cx+(a*ratio)); } // 세로가 장축일 경우 (b) else if (a < b) { pFst.x = (cx-(b*ratio)); pFst.y = (cy-b); pScd.x = (cx+(b*ratio)); pScd.y = (cy+b); } data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->nCount = 4; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); double M = 0.55228474983; double dx = fabs(pFst.x-pScd.x)/2.0, dy = fabs(pFst.y-pScd.y)/2.0; double ddx = dx * M, ddy = dy * M; data->pList[0].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->pList[1].DPoint((pFst.x+pScd.x)/2.0-ddx, pFst.y); data->pList[2].DPoint(pFst.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[3].DPoint(pFst.x, (pFst.y+pScd.y)/2.0); data->pList[4].DPoint(pFst.x, (pFst.y+pScd.y)/2+ddy); data->pList[5].DPoint((pFst.x+pScd.x)/2.0-ddx, pScd.y); data->pList[6].DPoint((pFst.x+pScd.x)/2.0, pScd.y); data->pList[7].DPoint((pFst.x+pScd.x)/2.0+ddx, pScd.y); data->pList[8].DPoint(pScd.x, (pFst.y+pScd.y)/2.0+ddy); data->pList[9].DPoint(pScd.x, (pFst.y+pScd.y)/2.0); data->pList[10].DPoint(pScd.x, (pFst.y+pScd.y)/2.0-ddy); data->pList[11].DPoint((pFst.x+pScd.x)/2.0+ddx, pFst.y); data->pList[12].DPoint((pFst.x+pScd.x)/2.0, pFst.y); data->bClosed = true; if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- bool __fastcall CDXF::DrawBlockLWPolyline(TStringList *sf, TVecData *data, tagPBLOCK &block) { String buf; tagDPOINT pFst, pScd; int i, type=1, color, g_code, t_code, sum = -1, cnt = 0; double th = 1.0f; float ox, oy, x, y; BOOL close_flag=false; unsigned long sf_pos; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; i= 0) { if (cnt == 2) { pFst.x = x; pFst.y = y; data->Kind = V_CURVE; //data->First = pFst; //data->Second = pScd; data->PenThick = th; data->bRound = true; // 하얀색이면 검은색으로 바꿔준다 if (color == 7) color = 0; data->Color = (TColor)DXF_COLOR[color]; data->PenStyle = (EPenStyle)type; data->Bitmap = NULL; data->bFill = false; data->bSelected = false; } else if (cnt == 4) { pScd.x = x; pScd.y = y; data->nCount = 1; data->pList = (DPOINT *)HeapAlloc(GetProcessHeap(), 0, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapAlloc(GetProcessHeap(), 0, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); data->pList[0].DPoint(pFst.x, pFst.y); data->pList[1].DPoint(pFst.x, pFst.y); data->pList[2].DPoint(pScd.x, pScd.y); data->pList[3].DPoint(pScd.x, pScd.y); } else if (cnt > 4 && cnt % 2 == 0) { pFst.x = pScd.x; pFst.y = pScd.y; pScd.x = x; pScd.y = y; data->nCount++; data->pList = (DPOINT *)HeapReAlloc(GetProcessHeap(), 0, data->pList, sizeof(DPOINT)*(data->nCount*3+1)); data->pMask = (BYTE*)HeapReAlloc(GetProcessHeap(), 0, data->pMask, (data->nCount * 3 + 1) % 8 == 0 ? (data->nCount * 3 + 1) / 8 : (data->nCount * 3 + 1) / 8 + 1); HeapCompact(GetProcessHeap(), 0); data->pList[data->nCount*3 - 2].DPoint(pFst.x, pFst.y); data->pList[data->nCount*3 - 1].DPoint(pScd.x, pScd.y); data->pList[data->nCount*3].DPoint(pScd.x, pScd.y); } } } while(sum); // 파일을 읽고 있는 위치를 앞으로 돌려준다 SetCount(sf_pos-2); if (close_flag) { data->bClosed = true; } if (data->pList) { SET_RECT; return TRUE; } else { return FALSE; } } //--------------------------------------------------------------------------- /* // todo : DrawBlockMText차후 업그레이드 진행 bool __fastcall CDXF::DrawBlockMText(TStringList *sf, TVecData *data, tagPBLOCK &block) { unsigned int al; unsigned long sf_pos; TLogFont logfont; GetObject(Image.Canvas->Font->Handle, sizeof(TLogFont), &logfont); COLORREF OldColor; String buf, text; //TFont font, *pOldFont; int i, x, y, x2, y2, h=0, type, color, g_code, h_align=-1, v_align=-1, sum = 4, o_flag=0, s_ort=0, c_ort=0; double xf=0, t_h=0, xx, xx2, th = 1.0f; color = block.color; do { sf_pos = GetCount(); g_code = GetLine(sf, buf); if (g_code == 8) { for (i=0; iFont->Handle = CreateFontIndirect(&logfont); Image.Canvas->Font->Handle = &(LOGFONT)logfont; Image.Canvas->Font->Color = DXF_COLOR[color]; Image.Canvas->TextOutA(x, y, text); //metaDC.Font->Handle = &(LOGFONT)logfont; //font.CreateFontIndirect(&logfont); //OldColor = metaDC.SetTextColor(DXF_COLOR[color]); //pOldFont = (CFont *)metaDC.SelectObject(&font); //metaDC.SetTextAlign(al); //metaDC.TextOut(x, y, text); //metaDC.SelectObject(pOldFont); //font.DeleteObject(); //metaDC.SetTextColor(OldColor); if (data->pList) { return TRUE; } else { return FALSE; } } */ //---------------------------------------------------------------------------