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Processfile6.cpp
资源名称：FileSwitch.rar　[点击查看]
上传用户：hell82222
上传日期：2013-12-19
资源大小：1872k
文件大小：60k
源码类别：

CAD

开发平台：

Visual C++

Processfile6.cpp：源码内容
  1. //      KMCAD40-FileSwitch-Processfile6.cpp-1.0 
  2. // KmgReader.cpp: implementation of the CKmgReader class.
  3. //
  4. //////////////////////////////////////////////////////////////////////
  5. //KMCAD40-FileSwitch-Processfile6.cpp-1.0 -> 1.1
  7. #include "stdafx.h"
  8. #include "DSSubst.h"
  9. #include "FileSwitch.h"
  10. #include "KmgReader.h"
  11. #include "Database.h"
  12. #include "Reader.h"
  13. #include "KmLayer.h"
  15. #ifdef _DEBUG
  16. #undef THIS_FILE
  17. static char THIS_FILE[]=__FILE__;
  18. #define new DEBUG_NEW
  19. #endif
  21. #define MODE_SIMPLEEST (1)
  22. #define MODE_NORMAL (2)
  24. extern CStdioFile g_CensorialFile;
  25. extern int g_mode;
  26. BOOL CKmgReader::processfile(CKmDataManager* pData)
  27. {
  28. int convmode=::AfxGetApp()->GetProfileInt(_T("Kmg2Dwg"),_T("ConvMode"),MODE_NORMAL);
  29. switch(convmode)
  30. {
  31. case MODE_SIMPLEEST:
  32. break;
  33. case MODE_NORMAL:
  34. break;
  35. default:
  36. convmode=MODE_NORMAL;
  37. break;
  38. }
  39. ::AfxGetApp()->WriteProfileInt(_T("Kmg2Dwg"),_T("ConvMode"),convmode);
  40. m_pProgress->SetProgressInfoAbsolute(0.10,"分析颜色...");
  41. if(!processcolor(pData))
  42. {
  43. _WRITE(str="转换颜色失败");
  44. return FALSE;
  45. }
  46. m_pProgress->SetProgressInfoAbsolute(0.11,"分析线宽...");
  47. if(!processlwidth(pData))
  48. {
  49. _WRITE(str="转换线宽失败");
  50. return FALSE;
  51. }
  52. /* //设定型文件
  53. adSetDefaultShapefile(&m_pConverter->adtb->shptb);
  54. strcpy(m_pConverter->adtb->shptb.name,"CHINESE");
  55. m_pConverter->adtb->shptb.height=0.0;
  56. m_pConverter->adtb->shptb.width=0.8;
  57. m_pConverter->adtb->shptb.angle=0.0;
  58. m_pConverter->adtb->shptb.flag2=0;
  59. m_pConverter->adtb->shptb.lastshapeheight= 5 ;
  60. strcpy(m_pConverter->adtb->shptb.bigfontname,"hztxt");
  61. strcpy(m_pConverter->adtb->shptb.file,"txt");
  62. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->shptb.objhandle);
  63. if(!adAddShapefile(m_pConverter->m_dwghandle,&m_pConverter->adtb->shptb))
  64. {
  65. _ERROR;
  66. }
  67. //设定型文件
  68. adSetDefaultShapefile(&m_pConverter->adtb->shptb);
  69. strcpy(m_pConverter->adtb->shptb.name,"CHINESE3");
  70. m_pConverter->adtb->shptb.height=0.0;
  71. m_pConverter->adtb->shptb.width=0.8;
  72. m_pConverter->adtb->shptb.angle=0.0;
  73. m_pConverter->adtb->shptb.flag2=0;
  74. m_pConverter->adtb->shptb.lastshapeheight= 5 ;
  75. strcpy(m_pConverter->adtb->shptb.bigfontname,"hztxt");
  76. strcpy(m_pConverter->adtb->shptb.file,"txt");
  77. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->shptb.objhandle);
  78. if(!adAddShapefile(m_pConverter->m_dwghandle,&m_pConverter->adtb->shptb))
  79. {
  80. _ERROR;
  81. }
  82. //设定型文件
  83. adSetDefaultShapefile(&m_pConverter->adtb->shptb);
  84. strcpy(m_pConverter->adtb->shptb.name,"CHINESE2");
  85. m_pConverter->adtb->shptb.height=0.0;
  86. m_pConverter->adtb->shptb.width=0.8;
  87. m_pConverter->adtb->shptb.angle=0.0;
  88. m_pConverter->adtb->shptb.flag2=0;
  89. m_pConverter->adtb->shptb.lastshapeheight= 5 ;
  90. strcpy(m_pConverter->adtb->shptb.bigfontname,"hztxt");
  91. strcpy(m_pConverter->adtb->shptb.file,"txt");
  92. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->shptb.objhandle);
  93. if(!adAddShapefile(m_pConverter->m_dwghandle,&m_pConverter->adtb->shptb))
  94. {
  95. _ERROR;
  96. }*/
  97. m_pProgress->SetProgressInfoAbsolute(0.12,"分析线形...");
  98. if(!processltype(pData))
  99. {
  100. _WRITE(str="转换线形失败");
  101. return FALSE;
  102. }
  103. m_pProgress->SetProgressInfoAbsolute(0.13,"分析层...");
  104. if(!processlayer(pData))
  105. {
  106. _WRITE(str="转换层失败");
  107. return FALSE;
  108. }
  109. if(!processwordstyle(pData))
  110. {
  111. _WRITE(str="转换文字样式失败");
  112. return FALSE;
  113. }
  114. if(!processdimstyle(pData))
  115. {
  116. _WRITE(str="转换尺寸样式失败");
  117. return FALSE;
  118. }
  119. m_pProgress->SetProgressInfoAbsolute(0.14,"分析块定义...");
  120. if(!processblockdef(pData))
  121. {
  122. _WRITE(str="转换块定义失败");
  123. return FALSE;
  124. }
  125. if(!processblockdefentity(pData))
  126. {
  127. _WRITE(str="转换块定义中的实体失败");
  128. return FALSE;
  129. }
  130. m_pProgress->SetProgressInfoAbsolute(0.30,"分析实体...");
  131. if(!processentity(pData))
  132. {
  133. _WRITE(str="转换实体失败");
  134. return FALSE;
  135. }
  136. m_pProgress->SetProgressInfoAbsolute(0.95,"识别图框...");
  137. if(!processlegend(pData))
  138. {
  139. _WRITE(str="转换图框失败");
  140. return FALSE;
  141. }
  142. return TRUE;
  143. }
  145. BOOL CKmgReader::processltype(CKmDataManager* pData)
  146. {
  147. // adStartLinetypeGet(m_pConverter->m_dwghandle);
  148. // if(adFindLinetypeByName(m_pConverter->m_dwghandle,"Continuous",m_pConverter->adtb->ltype.objhandle))
  149. // {
  150. // adDeleteLinetype(m_pConverter->m_dwghandle,m_pConverter->adtb->ltype.objhandle);
  151. // }
  152. AD_LTYPE adtbdata[15];
  153. for(int i=0;i<15;i++)
  154. {
  155. int kmtype;
  156. adSetDefaultLinetype(&adtbdata[i]);
  157. switch(i)
  158. {
  159. case 0:
  160. strcpy(adtbdata[i].name,"KM_SOLID");
  161. strcpy(adtbdata[i].text,"东方实线");
  162. adtbdata[i].numlinetypesegs=0;
  163. adtbdata[i].patternlength=0.0;
  164. kmtype=SOLID_LINE;
  165. break;
  166. case 1:
  167. strcpy(adtbdata[i].name,"KM_DASH");
  168. strcpy(adtbdata[i].text,"东方虚线");
  169. adtbdata[i].numlinetypesegs=2;
  170. adtbdata[i].patternlength=7.0;
  171. adtbdata[i].segdata[0].val=5.0;
  172. adtbdata[i].segdata[1].val=-2.0;
  173. kmtype=DASHED_LINE;
  174. break;
  175. case 2:
  176. strcpy(adtbdata[i].name,"KM_DOT");
  177. strcpy(adtbdata[i].text,"东方点线");
  178. adtbdata[i].numlinetypesegs=2;
  179. adtbdata[i].patternlength=4.0;
  180. adtbdata[i].segdata[0].val=2.0;
  181. adtbdata[i].segdata[1].val=-2.0;
  182. kmtype=DOT_LINE;
  183. break;
  184. case 3:
  185. strcpy(adtbdata[i].name,"KM_SPACE");
  186. strcpy(adtbdata[i].text,"东方间隔线");
  187. adtbdata[i].numlinetypesegs=2;
  188. adtbdata[i].patternlength=10.0;
  189. adtbdata[i].segdata[0].val=5.0;
  190. adtbdata[i].segdata[1].val=-7.0;
  191. kmtype=DASH_SPACE_LINE;
  192. break;
  193. case 4:
  194. strcpy(adtbdata[i].name,"KM_LONGDASH_SHORTDASH");
  195. strcpy(adtbdata[i].text,"东方长画短画线");
  196. adtbdata[i].numlinetypesegs=4;
  197. adtbdata[i].patternlength=17.0;
  198. adtbdata[i].segdata[0].val=10.0;
  199. adtbdata[i].segdata[1].val=-2.0;
  200. adtbdata[i].segdata[2].val=3.0;
  201. adtbdata[i].segdata[3].val=-2.0;
  202. kmtype=LONGDASH_SHORTDASH_LINE;
  203. break;
  204. case 5:
  205. strcpy(adtbdata[i].name,"KM_LONGDASH_2SHORTDASH");
  206. strcpy(adtbdata[i].text,"东方长画双短画线");
  207. adtbdata[i].numlinetypesegs=6;
  208. adtbdata[i].patternlength=22.0;
  209. adtbdata[i].segdata[0].val=10.0;
  210. adtbdata[i].segdata[1].val=-2.0;
  211. adtbdata[i].segdata[2].val=3.0;
  212. adtbdata[i].segdata[3].val=-2.0;
  213. adtbdata[i].segdata[4].val=3.0;
  214. adtbdata[i].segdata[5].val=-2.0;
  215. kmtype=LONGDASH_DSHORTDASH_LINE;
  216. break;
  217. case 6:
  218. strcpy(adtbdata[i].name,"KM_SHORTDASH_DOT");
  219. strcpy(adtbdata[i].text,"东方短画点线");
  220. adtbdata[i].numlinetypesegs=4;
  221. adtbdata[i].patternlength=10.0;
  222. adtbdata[i].segdata[0].val=5.0;
  223. adtbdata[i].segdata[1].val=-2.0;
  224. adtbdata[i].segdata[2].val=1.0;
  225. adtbdata[i].segdata[3].val=-2.0;
  226. kmtype=SHORTDASH_DOT_LINE;
  227. break;
  228. case 7:
  229. strcpy(adtbdata[i].name,"KM_2SHORTDASH_DOT");
  230. strcpy(adtbdata[i].text,"东方双短画点线");
  231. adtbdata[i].numlinetypesegs=6;
  232. adtbdata[i].patternlength=17.0;
  233. adtbdata[i].segdata[0].val=5.0;
  234. adtbdata[i].segdata[1].val=-2.0;
  235. adtbdata[i].segdata[2].val=5.0;
  236. adtbdata[i].segdata[3].val=-2.0;
  237. adtbdata[i].segdata[4].val=1.0;
  238. adtbdata[i].segdata[5].val=-2.0;
  239. kmtype=DDASH_DOT_LINE;
  240. break;
  241. case 8:
  242. strcpy(adtbdata[i].name,"KM_POINT");
  243. strcpy(adtbdata[i].text,"东方点划线");
  244. adtbdata[i].numlinetypesegs=4;
  245. adtbdata[i].patternlength=15.0;
  246. adtbdata[i].segdata[0].val=10.0;
  247. adtbdata[i].segdata[1].val=-2.0;
  248. adtbdata[i].segdata[2].val=1.0;
  249. adtbdata[i].segdata[3].val=-2.0;
  250. kmtype=POINT_LINE;
  251. break;
  252. case 9:
  253. strcpy(adtbdata[i].name,"KM_SHORTDASH_2DOT");
  254. strcpy(adtbdata[i].text,"东方短画双点线");
  255. adtbdata[i].numlinetypesegs=6;
  256. adtbdata[i].patternlength=13.0;
  257. adtbdata[i].segdata[0].val=5.0;
  258. adtbdata[i].segdata[1].val=-2.0;
  259. adtbdata[i].segdata[2].val=1.0;
  260. adtbdata[i].segdata[3].val=-2.0;
  261. adtbdata[i].segdata[4].val=1.0;
  262. adtbdata[i].segdata[5].val=-2.0;
  263. kmtype=SDASH_DDOT_LINE;
  264. break;
  265. case 10:
  266. strcpy(adtbdata[i].name,"KM_2SHORTDASH_2DOT");
  267. strcpy(adtbdata[i].text,"东方双短画双点线");
  268. adtbdata[i].numlinetypesegs=8;
  269. adtbdata[i].patternlength=20.0;
  270. adtbdata[i].segdata[0].val=5.0;
  271. adtbdata[i].segdata[1].val=-2.0;
  272. adtbdata[i].segdata[2].val=5.0;
  273. adtbdata[i].segdata[3].val=-2.0;
  274. adtbdata[i].segdata[4].val=1.0;
  275. adtbdata[i].segdata[5].val=-2.0;
  276. adtbdata[i].segdata[6].val=1.0;
  277. adtbdata[i].segdata[7].val=-2.0;
  278. kmtype=DDASH_DDOT_LINE;
  279. break;
  280. case 11:
  281. strcpy(adtbdata[i].name,"KM_POINT_POINT");
  282. strcpy(adtbdata[i].text,"东方双点划线");
  283. adtbdata[i].numlinetypesegs=6;
  284. adtbdata[i].patternlength=18.0;
  285. adtbdata[i].segdata[0].val=10.0;
  286. adtbdata[i].segdata[1].val=-2.0;
  287. adtbdata[i].segdata[2].val=1.0;
  288. adtbdata[i].segdata[3].val=-2.0;
  289. adtbdata[i].segdata[4].val=1.0;
  290. adtbdata[i].segdata[5].val=-2.0;
  291. kmtype=DOUBLE_POINT_LINE;
  292. break;
  293. case 12:
  294. strcpy(adtbdata[i].name,"KM_SHORTDASH_3DOT");
  295. strcpy(adtbdata[i].text,"东方短画三点线");
  296. adtbdata[i].numlinetypesegs=8;
  297. adtbdata[i].patternlength=16.0;
  298. adtbdata[i].segdata[0].val=5.0;
  299. adtbdata[i].segdata[1].val=-2.0;
  300. adtbdata[i].segdata[2].val=1.0;
  301. adtbdata[i].segdata[3].val=-2.0;
  302. adtbdata[i].segdata[4].val=1.0;
  303. adtbdata[i].segdata[5].val=-2.0;
  304. adtbdata[i].segdata[6].val=1.0;
  305. adtbdata[i].segdata[7].val=-2.0;
  306. kmtype=SDASH_TRIDOT_LINE;
  307. break;
  308. case 13:
  309. strcpy(adtbdata[i].name,"KM_2SHORTDASH_3DOT");
  310. strcpy(adtbdata[i].text,"东方双点画三点线");
  311. adtbdata[i].numlinetypesegs=10;
  312. adtbdata[i].patternlength=23.0;
  313. adtbdata[i].segdata[0].val=5.0;
  314. adtbdata[i].segdata[1].val=-2.0;
  315. adtbdata[i].segdata[2].val=5.0;
  316. adtbdata[i].segdata[3].val=-2.0;
  317. adtbdata[i].segdata[4].val=1.0;
  318. adtbdata[i].segdata[5].val=-2.0;
  319. adtbdata[i].segdata[6].val=1.0;
  320. adtbdata[i].segdata[7].val=-2.0;
  321. adtbdata[i].segdata[8].val=1.0;
  322. adtbdata[i].segdata[9].val=-2.0;
  323. kmtype=DDASH_TRIDOT_LINE;
  324. break;
  325. case 14:
  326. strcpy(adtbdata[i].name,"KM_3DOT");
  327. strcpy(adtbdata[i].text,"东方三点线");
  328. adtbdata[i].numlinetypesegs=8;
  329. adtbdata[i].patternlength=21.0;
  330. adtbdata[i].segdata[0].val=10.0;
  331. adtbdata[i].segdata[1].val=-2.0;
  332. adtbdata[i].segdata[2].val=1.0;
  333. adtbdata[i].segdata[3].val=-2.0;
  334. adtbdata[i].segdata[4].val=1.0;
  335. adtbdata[i].segdata[5].val=-2.0;
  336. adtbdata[i].segdata[6].val=1.0;
  337. adtbdata[i].segdata[7].val=-2.0;
  338. kmtype=DASH_TRIDOT_LINE ;
  339. break;
  340. }
  341. for(int j=0;j<adtbdata[i].numlinetypesegs;j++)
  342. {
  343. adHanclear(adtbdata[i].segdata[j].shapeentryobjhandle);
  344. adtbdata[i].segdata[j].complexshapecode=0;
  345. adtbdata[i].segdata[j].xoffset=0.0;
  346. adtbdata[i].segdata[j].yoffset=0.0;
  347. adtbdata[i].segdata[j].rotang=0.0;
  348. adtbdata[i].segdata[j].scale=0.0;
  349. adtbdata[i].segdata[j].shapeflag=0;
  350. adtbdata[i].segdata[j].stroffset=0;
  351. }
  352. adGenerateObjhandle(m_pConverter->m_dwghandle,adtbdata[i].objhandle);
  353. try
  354. {
  355. if (!adAddLinetype(m_pConverter->m_dwghandle,&adtbdata[i]))
  356. {
  357. _ERROR;
  358. continue;
  359. }
  360. }
  361. catch(...)
  362. {
  363. }
  364. m_altype.Add(adtbdata[i].objhandle,kmtype,0.0,0);
  365. }
  366. AD_OBJHANDLE *ohptr=adShadowObjhandlePtr(m_pConverter->m_dwghandle);
  367. m_altype.Add(ohptr[BYBLOCKLTPSHADOW],LTYPE_BYBLOCK,0.0,0);
  368. m_altype.Add(ohptr[BYLAYERLTPSHADOW],LTYPE_BYLAYER,0.0,0);
  369. return TRUE;
  370. }
  372. BOOL CKmgReader::processcolor(CKmDataManager* pData)
  373. {
  374. short ACI[240]=
  375. { 255,255,206,206,156,156,123,123,74 ,74 , //顶峰
  376. 255,255,206,206,156,156,123,123,74 ,74 ,
  377. 255,255,206,206,156,156,123,123,74 ,74 ,
  378. 255,255,206,206,156,156,123,123,74 ,74 ,
  379. 255,255,206,206,156,156,123,123,74 ,74 ,
  380. 189,255,156,206,115,156,90 ,123,57 ,74 ,
  381. 123,222,99 ,181,74 ,132,57 ,107,33 ,66 ,
  382. 57 ,189,49 ,156,33 ,115,24 ,90 ,16 ,57 ,
  383. 0  ,156,0  ,123,0  ,90 ,0  ,74 ,0  ,41 ,
  384. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  385. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  386. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  387. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,//低谷
  388. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  389. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  390. 0  ,123,0  ,99 ,0  ,74 ,0  ,57 ,0  ,33 ,
  391. 0  ,156,0  ,123,0  ,90 ,0  ,74 ,0  ,41 ,
  392. 57 ,189,49 ,156,33 ,115,24 ,90 ,16 ,57 ,
  393. 123,222,99 ,181,74 ,132,57 ,107,33 ,66 ,
  394. 189,255,156,206,115,156,90 ,123,57 ,74 ,
  395. 255,255,206,206,156,156,123,123,74 ,74 ,
  396. 255,255,206,206,156,156,123,123,74 ,74 ,
  397. 255,255,206,206,156,156,123,123,74 ,74 ,
  398. 255,255,206,206,156,156,123,123,74 ,74 
  399. };
  400. try
  401. {
  402. m_aColor.SetSize(256);
  403. }
  404. catch(CMemoryException* e)
  405. {
  406. TCHAR szCause[255];
  407. e->GetErrorMessage(szCause, 255);
  408. _WRITE(str=szCause);
  409. return FALSE;
  410. }
  411. catch(...)
  412. {
  413. _WRITE(str="颜色转换时发生未知错误");
  414. return FALSE;
  415. }
  416. m_aColor[1]=(int)RGB(255,0,0);
  417. m_aColor[2]=(int)RGB(255,255,0);
  418. m_aColor[3]=(int)RGB(0,255,0);
  419. m_aColor[4]=(int)RGB(0,255,255);
  420. m_aColor[5]=(int)RGB(0,0,255);
  421. m_aColor[6]=(int)RGB(255,0,255);
  422. m_aColor[7]=0;//黑/白缺省颜色是 7，白色或黑色（由背景色决定）。所有其他颜色必须由 ACI 编号指定（8 到 255）。
  423. m_aColor[8]=(int)RGB(132,130,132);
  424. m_aColor[9]=(int)RGB(198,195,198);
  425. int i;
  426. for(i=10;i<90;i++)
  427. {
  428. m_aColor[i]=(int)RGB(ACI[i-10],ACI[/*i-10+160*/i+150],ACI[/*i-10+320-240*/i+70]);
  429. }
  430. for(i=90;i<170;i++)
  431. {
  432. m_aColor[i]=(int)RGB(ACI[i-10],ACI[/*i-10+160-240*/i-90],ACI[/*i-10+320-240*/i+70]);
  433. }
  434. for(i=170;i<250;i++)
  435. {
  436. m_aColor[i]=(int)RGB(ACI[i-10],ACI[/*i-10+160-240*/i-90],ACI[/*i-10+320-240-240*/i-170]);
  437. }
  438. m_aColor[250]=(int)RGB(49,48,49);
  439. m_aColor[251]=(int)RGB(90,89,90);
  440. m_aColor[252]=(int)RGB(132,134,132);
  441. m_aColor[253]=(int)RGB(173,174,173);
  442. m_aColor[254]=(int)RGB(214,215,214);
  443. m_aColor[255]=(int)RGB(255,255,255);
  444. return TRUE;
  445. }
  447. BOOL CKmgReader::processlwidth(CKmDataManager* pData)
  448. {
  450. return TRUE;
  451. }
  453. BOOL CKmgReader::processlayer(CKmDataManager* pData)
  454. {
  455. KmLayer* pLayer;
  456. for(UINT i=0;i<pData->LayerNum();i++)
  457. {
  458. pLayer=pData->GetALayer(i);
  459. //void adSetDefaultLayer (AD_DB_HANDLE handle, PAD_LAY lay);
  460. adSetDefaultLayer(m_pConverter->m_dwghandle,&m_pConverter->adtb->lay);
  461. CString strName=m_pConverter->ConverterTabEntName(pLayer->GetName());
  462. strcpy(m_pConverter->adtb->lay.name,(char*)(LPCTSTR)strName);
  463. short scolor=1;
  464. for(int j=1;j<m_aColor.GetSize();j++)
  465. {
  466. if( (fabs(GetRValue(pLayer->GetColor())-GetRValue(m_aColor[j]))+
  467.  fabs(GetGValue(pLayer->GetColor())-GetGValue(m_aColor[j]))+
  468.  fabs(GetBValue(pLayer->GetColor())-GetBValue(m_aColor[j])))<20)
  469. {
  470. scolor=j;
  471. break;
  472. }
  473. }
  474. m_pConverter->adtb->lay.color=scolor;
  475. m_altype.Get(m_pConverter->adtb->lay.linetypeobjhandle,pLayer->GetLineType());
  476. short swidth=(short)(::GetLineWidthAsDouble(pLayer->GetLineWidth())*100.0);
  477. if(swidth<=5)swidth=5;
  478. else if(swidth<=9)swidth=9;
  479. else if(swidth<=13)swidth=13;
  480. else if(swidth<=15)swidth=15;
  481. else if(swidth<=18)swidth=18;
  482. else if(swidth<=20)swidth=20;
  483. else if(swidth<=25)swidth=25;
  484. else if(swidth<=30)swidth=30;
  485. else if(swidth<=35)swidth=35;
  486. else if(swidth<=40)swidth=40;
  487. else if(swidth<=50)swidth=50;
  488. else if(swidth<=53)swidth=53;
  489. else if(swidth<=60)swidth=60;
  490. else if(swidth<=70)swidth=70;
  491. else if(swidth<=80)swidth=80;
  492. else if(swidth<=90)swidth=90;
  493. else if(swidth<=100)swidth=100;
  494. else if(swidth<=106)swidth=106;
  495. else if(swidth<=120)swidth=120;
  496. else if(swidth<=140)swidth=140;
  497. else if(swidth<=158)swidth=158;
  498. else if(swidth<=200)swidth=200;
  499. else swidth=211;
  500. m_pConverter->adtb->lay.lineweight=swidth;
  501. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->lay.objhandle);
  502. m_pConverter->adtb->lay.flag=0;
  503. if(pLayer->IsFrozen())
  504. {
  505. //在kmcad2002中冻结层内的实体可见,而autocad中冻结层内的实体不可见,
  506. //因此为里保证在kmcad2002中可见的实体在autocad中也可见,层的冻结属性
  507. //不转换, by hq 2003.4.22.
  508. //m_pConverter->adtb->lay.flag|=AD_LAYER_FROZEN;
  509. }
  510. if(pLayer->IsOff())
  511. {
  512. m_pConverter->adtb->lay.flag|=AD_LAYER_LOCKED;
  513. }
  514. if (!adAddLayer(m_pConverter->m_dwghandle,&m_pConverter->adtb->lay))
  515. {
  516. _ERROR;
  517. continue;
  518. }
  519. m_alayer.Add(m_pConverter->adtb->lay.objhandle,pLayer->GetID(),0.0,FALSE);
  520. }
  521. return TRUE;
  522. }
  524. BOOL CKmgReader::processentityhead(CKmDataManager* pData,KmObject* pObj)
  525. {
  526. //1
  527. short scolor;
  528. if(pObj->color==COLOR_BYBLOCK)
  529. {
  530. scolor=AD_COLOR_BYBLOCK;
  531. }
  532. else if(pObj->color==COLOR_BYLAYER)
  533. {
  534. scolor=AD_COLOR_BYLAYER;
  535. }
  536. else
  537. {
  538. scolor=AD_COLOR_BYLAYER;
  539. for(int i=1;i<m_aColor.GetSize();i++)
  540. {
  541. if( (fabs(GetRValue(pObj->color)-GetRValue(m_aColor[i]))+
  542.  fabs(GetGValue(pObj->color)-GetGValue(m_aColor[i]))+
  543.  fabs(GetBValue(pObj->color)-GetBValue(m_aColor[i])))<20)
  544. {
  545. scolor=i;
  546. break;
  547. }
  548. }
  549. }
  550. //2
  551. short swidth=1;
  552. double dscale=1.0;
  553. AD_OBJHANDLE hltype;
  554. if((pObj)->width==ABS_THIN_WIDTH)
  555. {
  556. swidth=0;
  557. }
  558. else if((pObj)->width==LWIDTH_BYLAYER)
  559. {
  560. swidth=(short)AD_WEIGHT_BYLAYER;
  561. }
  562. else if((pObj)->width==LWIDTH_BYBLOCK)
  563. {
  564. swidth=(short)AD_WEIGHT_BYBLOCK;
  565. }
  566. else
  567. {
  568. swidth=(short)(::GetLineWidthAsDouble((pObj)->width)*100.0);
  569. if(swidth<=5)swidth=5;
  570. else if(swidth<=9)swidth=9;
  571. else if(swidth<=13)swidth=13;
  572. else if(swidth<=15)swidth=15;
  573. else if(swidth<=18)swidth=18;
  574. else if(swidth<=20)swidth=20;
  575. else if(swidth<=25)swidth=25;
  576. else if(swidth<=30)swidth=30;
  577. else if(swidth<=35)swidth=35;
  578. else if(swidth<=40)swidth=40;
  579. else if(swidth<=50)swidth=50;
  580. else if(swidth<=53)swidth=53;
  581. else if(swidth<=60)swidth=60;
  582. else if(swidth<=70)swidth=70;
  583. else if(swidth<=80)swidth=80;
  584. else if(swidth<=90)swidth=90;
  585. else if(swidth<=100)swidth=100;
  586. else if(swidth<=106)swidth=106;
  587. else if(swidth<=120)swidth=120;
  588. else if(swidth<=140)swidth=140;
  589. else if(swidth<=158)swidth=158;
  590. else if(swidth<=200)swidth=200;
  591. else swidth=211;
  592. }
  593. if(pObj->GetRuntimeClass()->IsDerivedFrom(RUNTIME_CLASS(KmCurve)))
  594. {
  595. m_altype.Get(hltype,((KmCurve*)pObj)->style);
  596. dscale=((KmCurve*)pObj)->GetLineScale();
  597. }
  598. else
  599. {
  600. m_altype.Get(hltype,SOLID_LINE);
  601. }
  602. //3
  603. AD_OBJHANDLE hlayer;
  604. m_alayer.Get(hlayer,pObj->GetLayerID());
  605. m_pConverter->WriteEnthead(scolor,swidth,dscale,hltype,hlayer);
  606. return TRUE;
  607. }
  609. BOOL CKmgReader::processentity_dim_blob(CDSSubst* pDSSubst,AD_VMADDR blob)
  610. {
  611. ASSERT(pDSSubst);
  612. //样式替代格式
  613. //1002 {
  615. /*  1070 编码
  616. / ___________具体的样式替代*/
  618. /*  1070 编码
  619. / ___________具体的样式替代*/
  621. //1002 }
  622. try
  623. {
  624. //extern  PAD_BLOB_CTRL ADCDECL adStartBlobWrite _((AD_VMADDR blob));
  625. //short adWriteExtendeddata (PAD_BLOB_CTRL bcptr, PAD_XD adxd);
  626. PAD_BLOB_CTRL bcptr=adStartBlobWrite(blob);
  627. if(bcptr==NULL)return FALSE;
  628. AD_XD adxd;
  629. //1001
  630. //ACAD
  631. //1000
  632. //DSTYLE
  633. adxd.xddxfnumber=1001;
  634. AD_OBJHANDLE objhandle;
  635. m_pConverter->GetAppHandle(&objhandle);
  636. adHancpy(adxd.xddata.xdappobjhandle,objhandle);
  637. adWriteExtendeddata(bcptr,&adxd);
  638. adxd.xddxfnumber=1000;
  639. strcpy(adxd.xddata.xdstring,"DSTYLE");
  640. adWriteExtendeddata(bcptr,&adxd);
  641. adxd.xddxfnumber=AD_XD_CONTROL;
  642. adxd.xddata.xdcontrol='{';
  643. adWriteExtendeddata(bcptr,&adxd);
  644. DSSubstVar dsvar;
  645. for(int i=0;i<pDSSubst->GetSubstVarNum();i++)
  646. {
  647. dsvar = pDSSubst->GetNoNSubstVar(i);
  648. //short adWriteExtendeddata (PAD_BLOB_CTRL bcptr, PAD_XD adxd);
  649. switch(dsvar.nDSID)
  650. {
  651. /*模板
  652. case DIM://KMCAD编码
  653. adxd.xddxfnumber=AD_XD_INT;
  654. adxd.xddata.xdint=;//ACAD编码
  655. adWriteExtendeddata(bcptr,&adxd);
  656. adxd.xddxfnumber=;//ACAD类型
  657. adxd.xddata.=dsvar.varValue.Val;// ACAD类型 KMCAD类型
  658. adWriteExtendeddata(bcptr,&adxd);
  659. break;
  660. */
  661. case DIMADEC://KMCAD编码
  662. adxd.xddxfnumber=AD_XD_INT;
  663. adxd.xddata.xdint=179;//ACAD编码
  664. adWriteExtendeddata(bcptr,&adxd);
  665. adxd.xddxfnumber=1070;//ACAD类型
  666. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  667. adWriteExtendeddata(bcptr,&adxd);
  668. break;
  669. case DIMALT://KMCAD编码
  670. adxd.xddxfnumber=AD_XD_INT;
  671. adxd.xddata.xdint=170;//ACAD编码
  672. adWriteExtendeddata(bcptr,&adxd);
  673. adxd.xddxfnumber=1070;//ACAD类型
  674. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  675. adWriteExtendeddata(bcptr,&adxd);
  676. break;
  677. case DIMALTD://KMCAD编码
  678. adxd.xddxfnumber=AD_XD_INT;
  679. adxd.xddata.xdint=171;//ACAD编码
  680. adWriteExtendeddata(bcptr,&adxd);
  681. adxd.xddxfnumber=1040;//ACAD类型
  682. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  683. adWriteExtendeddata(bcptr,&adxd);
  684. break;
  685. case DIMALTF://KMCAD编码
  686. adxd.xddxfnumber=AD_XD_INT;
  687. adxd.xddata.xdint=143;//ACAD编码
  688. adWriteExtendeddata(bcptr,&adxd);
  689. adxd.xddxfnumber=1040;//ACAD类型
  690. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  691. adWriteExtendeddata(bcptr,&adxd);
  692. break;
  693. case DIMALTRND://KMCAD编码
  694. adxd.xddxfnumber=AD_XD_INT;
  695. adxd.xddata.xdint=148;//ACAD编码
  696. adWriteExtendeddata(bcptr,&adxd);
  697. adxd.xddxfnumber=1040;//ACAD类型
  698. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  699. adWriteExtendeddata(bcptr,&adxd);
  700. break;
  701. case DIMAPOST://KMCAD编码
  702. adxd.xddxfnumber=AD_XD_INT;
  703. adxd.xddata.xdint=4;//ACAD编码
  704. adWriteExtendeddata(bcptr,&adxd);
  705. adxd.xddxfnumber=1000;//ACAD类型
  706. {
  707. CString strTemp=dsvar.varValue.bstrVal;
  708. ::strcpy(adxd.xddata.xdstring,(char*)(LPCTSTR)strTemp);// ACAD类型 KMCAD类型
  709. adWriteExtendeddata(bcptr,&adxd);
  710. }
  711. break;
  712. case DIMASZ://KMCAD编码
  713. adxd.xddxfnumber=AD_XD_INT;
  714. adxd.xddata.xdint=41;//ACAD编码
  715. adWriteExtendeddata(bcptr,&adxd);
  716. adxd.xddxfnumber=1040;//ACAD类型
  717. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  718. adWriteExtendeddata(bcptr,&adxd);
  719. break;
  720. case DIMZIN://KMCAD编码
  721. adxd.xddxfnumber=AD_XD_INT;
  722. adxd.xddata.xdint=78;//ACAD编码
  723. adWriteExtendeddata(bcptr,&adxd);
  724. adxd.xddxfnumber=1070;//ACAD类型
  725. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  726. adWriteExtendeddata(bcptr,&adxd);
  727. break;
  728. case DIMCEN://KMCAD编码
  729. adxd.xddxfnumber=AD_XD_INT;
  730. adxd.xddata.xdint=141;//ACAD编码
  731. adWriteExtendeddata(bcptr,&adxd);
  732. adxd.xddxfnumber=1040;//ACAD类型
  733. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  734. adWriteExtendeddata(bcptr,&adxd);
  735. break;
  736. case DIMCLRD://KMCAD编码
  737. adxd.xddxfnumber=AD_XD_INT;
  738. adxd.xddata.xdint=176;//ACAD编码
  739. adWriteExtendeddata(bcptr,&adxd);
  740. adxd.xddxfnumber=1070;//ACAD类型
  741. {
  742. int icolor=dsvar.varValue.intVal;
  743. if(icolor==COLOR_BYBLOCK)
  744. {
  745. icolor=AD_COLOR_BYBLOCK;
  746. }
  747. else if(icolor==COLOR_BYLAYER)
  748. {
  749. icolor=AD_COLOR_BYLAYER;
  750. }
  751. else
  752. {
  753. try
  754. {
  755. int icolorcompare=icolor;//颜色比较基准
  756. icolor=AD_COLOR_BYLAYER;
  757. for(int i=1;i<m_aColor.GetSize();i++)
  758. {
  759. if( (fabs(GetRValue(icolorcompare)-GetRValue(m_aColor[i]))+
  760.  fabs(GetGValue(icolorcompare)-GetGValue(m_aColor[i]))+
  761.  fabs(GetBValue(icolorcompare)-GetBValue(m_aColor[i])))<20)
  762. {
  763. icolor=i;//i是ACI颜色码
  764. break;
  765. }
  766. }
  767. }
  768. catch(...)
  769. {
  770. icolor=AD_COLOR_BYLAYER;
  771. }
  772. }
  773. adxd.xddata.xdint=icolor;// ACAD类型 KMCAD类型
  774. }
  775. adWriteExtendeddata(bcptr,&adxd);
  776. break;
  777. case DIMCLRE://KMCAD编码
  778. adxd.xddxfnumber=AD_XD_INT;
  779. adxd.xddata.xdint=177;//ACAD编码
  780. adWriteExtendeddata(bcptr,&adxd);
  781. adxd.xddxfnumber=1070;//ACAD类型
  782. {
  783. int icolor=dsvar.varValue.intVal;
  784. if(icolor==COLOR_BYBLOCK)
  785. {
  786. icolor=AD_COLOR_BYBLOCK;
  787. }
  788. else if(icolor==COLOR_BYLAYER)
  789. {
  790. icolor=AD_COLOR_BYLAYER;
  791. }
  792. else
  793. {
  794. try
  795. {
  796. int icolorcompare=icolor;//颜色比较基准
  797. icolor=AD_COLOR_BYLAYER;
  798. for(int i=1;i<m_aColor.GetSize();i++)
  799. {
  800. if( (fabs(GetRValue(icolorcompare)-GetRValue(m_aColor[i]))+
  801.  fabs(GetGValue(icolorcompare)-GetGValue(m_aColor[i]))+
  802.  fabs(GetBValue(icolorcompare)-GetBValue(m_aColor[i])))<20)
  803. {
  804. icolor=i;//i是ACI颜色码
  805. break;
  806. }
  807. }
  808. }
  809. catch(...)
  810. {
  811. icolor=AD_COLOR_BYLAYER;
  812. }
  813. }
  814. adxd.xddata.xdint=icolor;// ACAD类型 KMCAD类型
  815. }
  816. adWriteExtendeddata(bcptr,&adxd);
  817. break;
  818. case DIMCLRT://KMCAD编码
  819. adxd.xddxfnumber=AD_XD_INT;
  820. adxd.xddata.xdint=178;//ACAD编码
  821. adWriteExtendeddata(bcptr,&adxd);
  822. adxd.xddxfnumber=1070;//ACAD类型
  823. {
  824. int icolor=dsvar.varValue.intVal;
  825. if(icolor==COLOR_BYBLOCK)
  826. {
  827. icolor=AD_COLOR_BYBLOCK;
  828. }
  829. else if(icolor==COLOR_BYLAYER)
  830. {
  831. icolor=AD_COLOR_BYLAYER;
  832. }
  833. else
  834. {
  835. try
  836. {
  837. int icolorcompare=icolor;//颜色比较基准
  838. icolor=AD_COLOR_BYLAYER;
  839. for(int i=1;i<m_aColor.GetSize();i++)
  840. {
  841. if( (fabs(GetRValue(icolorcompare)-GetRValue(m_aColor[i]))+
  842.  fabs(GetGValue(icolorcompare)-GetGValue(m_aColor[i]))+
  843.  fabs(GetBValue(icolorcompare)-GetBValue(m_aColor[i])))<20)
  844. {
  845. icolor=i;//i是ACI颜色码
  846. break;
  847. }
  848. }
  849. }
  850. catch(...)
  851. {
  852. icolor=AD_COLOR_BYLAYER;
  853. }
  854. }
  855. adxd.xddata.xdint=icolor;// ACAD类型 KMCAD类型
  856. }
  857. adWriteExtendeddata(bcptr,&adxd);
  858. break;
  859. case DIMDLE://KMCAD编码
  860. adxd.xddxfnumber=AD_XD_INT;
  861. adxd.xddata.xdint=46;//ACAD编码
  862. adWriteExtendeddata(bcptr,&adxd);
  863. adxd.xddxfnumber=1040;//ACAD类型
  864. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  865. adWriteExtendeddata(bcptr,&adxd);
  866. break;
  867. case DIMDLI://KMCAD编码
  868. adxd.xddxfnumber=AD_XD_INT;
  869. adxd.xddata.xdint=43;//ACAD编码
  870. adWriteExtendeddata(bcptr,&adxd);
  871. adxd.xddxfnumber=1040;//ACAD类型
  872. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  873. adWriteExtendeddata(bcptr,&adxd);
  874. break;
  875. case DIMEXE://KMCAD编码
  876. adxd.xddxfnumber=AD_XD_INT;
  877. adxd.xddata.xdint=44;//ACAD编码
  878. adWriteExtendeddata(bcptr,&adxd);
  879. adxd.xddxfnumber=1040;//ACAD类型
  880. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  881. adWriteExtendeddata(bcptr,&adxd);
  882. break;
  883. case DIMEXO://KMCAD编码
  884. adxd.xddxfnumber=AD_XD_INT;
  885. adxd.xddata.xdint=42;//ACAD编码
  886. adWriteExtendeddata(bcptr,&adxd);
  887. adxd.xddxfnumber=1040;//ACAD类型
  888. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  889. adWriteExtendeddata(bcptr,&adxd);
  890. break;
  891. case DIMGAP://KMCAD编码
  892. adxd.xddxfnumber=AD_XD_INT;
  893. adxd.xddata.xdint=147;//ACAD编码
  894. adWriteExtendeddata(bcptr,&adxd);
  895. adxd.xddxfnumber=1040;//ACAD类型
  896. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  897. adWriteExtendeddata(bcptr,&adxd);
  898. break;
  899. case DIMLFAC://KMCAD编码
  900. adxd.xddxfnumber=AD_XD_INT;
  901. adxd.xddata.xdint=144;//ACAD编码
  902. adWriteExtendeddata(bcptr,&adxd);
  903. adxd.xddxfnumber=1040;//ACAD类型
  904. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  905. adWriteExtendeddata(bcptr,&adxd);
  906. break;
  907. case DIMLIM://KMCAD编码
  908. adxd.xddxfnumber=AD_XD_INT;
  909. adxd.xddata.xdint=72;//ACAD编码
  910. adWriteExtendeddata(bcptr,&adxd);
  911. adxd.xddxfnumber=1070;//ACAD类型
  912. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  913. adWriteExtendeddata(bcptr,&adxd);
  914. break;
  915. case DIMPOST://KMCAD编码
  916. adxd.xddxfnumber=AD_XD_INT;
  917. adxd.xddata.xdint=3;//ACAD编码
  918. adWriteExtendeddata(bcptr,&adxd);
  919. {
  920. adxd.xddxfnumber=1000;//ACAD类型
  921. CString strTemp=dsvar.varValue.bstrVal;
  922. ::strcpy(adxd.xddata.xdstring,(char*)(LPCTSTR)strTemp);// ACAD类型 KMCAD类型
  923. }
  924. adWriteExtendeddata(bcptr,&adxd);
  925. break;
  926. case DIMRND://KMCAD编码
  927. adxd.xddxfnumber=AD_XD_INT;
  928. adxd.xddata.xdint=45;//ACAD编码
  929. adWriteExtendeddata(bcptr,&adxd);
  930. adxd.xddxfnumber=1040;//ACAD类型
  931. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  932. adWriteExtendeddata(bcptr,&adxd);
  933. break;
  934. case DIMSAH://KMCAD编码
  935. adxd.xddxfnumber=AD_XD_INT;
  936. adxd.xddata.xdint=173;//ACAD编码
  937. adWriteExtendeddata(bcptr,&adxd);
  938. adxd.xddxfnumber=1070;//ACAD类型
  939. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  940. adWriteExtendeddata(bcptr,&adxd);
  941. break;
  942. case DIMSCALE://KMCAD编码
  943. adxd.xddxfnumber=AD_XD_INT;
  944. adxd.xddata.xdint=40;//ACAD编码
  945. adWriteExtendeddata(bcptr,&adxd);
  946. adxd.xddxfnumber=1040;//ACAD类型
  947. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  948. adWriteExtendeddata(bcptr,&adxd);
  949. break;
  950. case DIMSE1://KMCAD编码
  951. adxd.xddxfnumber=AD_XD_INT;
  952. adxd.xddata.xdint=75;//ACAD编码
  953. adWriteExtendeddata(bcptr,&adxd);
  954. adxd.xddxfnumber=1070;//ACAD类型
  955. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  956. adWriteExtendeddata(bcptr,&adxd);
  957. break;
  958. case DIMSE2://KMCAD编码
  959. adxd.xddxfnumber=AD_XD_INT;
  960. adxd.xddata.xdint=76;//ACAD编码
  961. adWriteExtendeddata(bcptr,&adxd);
  962. adxd.xddxfnumber=1070;//ACAD类型
  963. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  964. adWriteExtendeddata(bcptr,&adxd);
  965. break;
  966. case DIMTFAC://KMCAD编码
  967. adxd.xddxfnumber=AD_XD_INT;
  968. adxd.xddata.xdint=146;//ACAD编码
  969. adWriteExtendeddata(bcptr,&adxd);
  970. adxd.xddxfnumber=1040;//ACAD类型
  971. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  972. adWriteExtendeddata(bcptr,&adxd);
  973. break;
  974. case DIMTIH://KMCAD编码
  975. adxd.xddxfnumber=AD_XD_INT;
  976. adxd.xddata.xdint=73;//ACAD编码
  977. adWriteExtendeddata(bcptr,&adxd);
  978. adxd.xddxfnumber=1070;//ACAD类型
  979. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  980. adWriteExtendeddata(bcptr,&adxd);
  981. break;
  982. case DIMTM://KMCAD编码
  983. adxd.xddxfnumber=AD_XD_INT;
  984. adxd.xddata.xdint=48;//ACAD编码
  985. adWriteExtendeddata(bcptr,&adxd);
  986. adxd.xddxfnumber=1040;//ACAD类型
  987. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  988. adWriteExtendeddata(bcptr,&adxd);
  989. break;
  990. case DIMTOH://KMCAD编码
  991. adxd.xddxfnumber=AD_XD_INT;
  992. adxd.xddata.xdint=74;//ACAD编码
  993. adWriteExtendeddata(bcptr,&adxd);
  994. adxd.xddxfnumber=1070;//ACAD类型
  995. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  996. adWriteExtendeddata(bcptr,&adxd);
  997. break;
  998. case DIMTOFL://KMCAD编码
  999. adxd.xddxfnumber=AD_XD_INT;
  1000. adxd.xddata.xdint=172;//ACAD编码
  1001. adWriteExtendeddata(bcptr,&adxd);
  1002. adxd.xddxfnumber=1070;//ACAD类型
  1003. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1004. adWriteExtendeddata(bcptr,&adxd);
  1005. break;
  1006. case DIMTOL://KMCAD编码
  1007. adxd.xddxfnumber=AD_XD_INT;
  1008. adxd.xddata.xdint=71;//ACAD编码
  1009. adWriteExtendeddata(bcptr,&adxd);
  1010. adxd.xddxfnumber=1070;//ACAD类型
  1011. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1012. adWriteExtendeddata(bcptr,&adxd);
  1013. break;
  1014. case DIMTP://KMCAD编码
  1015. adxd.xddxfnumber=AD_XD_INT;
  1016. adxd.xddata.xdint=47;//ACAD编码
  1017. adWriteExtendeddata(bcptr,&adxd);
  1018. adxd.xddxfnumber=1040;//ACAD类型
  1019. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  1020. adWriteExtendeddata(bcptr,&adxd);
  1021. break;
  1022. case DIMTSZ://KMCAD编码
  1023. adxd.xddxfnumber=AD_XD_INT;
  1024. adxd.xddata.xdint=142;//ACAD编码
  1025. adWriteExtendeddata(bcptr,&adxd);
  1026. adxd.xddxfnumber=1040;//ACAD类型
  1027. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  1028. adWriteExtendeddata(bcptr,&adxd);
  1029. break;
  1030. case DIMTXT://KMCAD编码
  1031. adxd.xddxfnumber=AD_XD_INT;
  1032. adxd.xddata.xdint=140;//ACAD编码
  1033. adWriteExtendeddata(bcptr,&adxd);
  1034. adxd.xddxfnumber=1040;//ACAD类型
  1035. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  1036. adWriteExtendeddata(bcptr,&adxd);
  1037. break;
  1038. case DIMTVP://KMCAD编码
  1039. adxd.xddxfnumber=AD_XD_INT;
  1040. adxd.xddata.xdint=145;//ACAD编码
  1041. adWriteExtendeddata(bcptr,&adxd);
  1042. adxd.xddxfnumber=1040;//ACAD类型
  1043. adxd.xddata.xdreal=dsvar.varValue.dblVal;// ACAD类型 KMCAD类型
  1044. adWriteExtendeddata(bcptr,&adxd);
  1045. break;
  1046. case DIMSOXD://KMCAD编码
  1047. adxd.xddxfnumber=AD_XD_INT;
  1048. adxd.xddata.xdint=175;//ACAD编码
  1049. adWriteExtendeddata(bcptr,&adxd);
  1050. adxd.xddxfnumber=1070;//ACAD类型
  1051. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1052. adWriteExtendeddata(bcptr,&adxd);
  1053. break;
  1054. case DIMTAD://KMCAD编码
  1055. adxd.xddxfnumber=AD_XD_INT;
  1056. adxd.xddata.xdint=77;//ACAD编码
  1057. adWriteExtendeddata(bcptr,&adxd);
  1058. adxd.xddxfnumber=1070;//ACAD类型
  1059. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1060. adWriteExtendeddata(bcptr,&adxd);
  1061. break;
  1062. case DIMTIX://KMCAD编码
  1063. adxd.xddxfnumber=AD_XD_INT;
  1064. adxd.xddata.xdint=174;//ACAD编码
  1065. adWriteExtendeddata(bcptr,&adxd);
  1066. adxd.xddxfnumber=1070;//ACAD类型
  1067. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1068. adWriteExtendeddata(bcptr,&adxd);
  1069. break;
  1070. case DIMAZIN://KMCAD编码
  1071. adxd.xddxfnumber=AD_XD_INT;
  1072. adxd.xddata.xdint=79;//ACAD编码
  1073. adWriteExtendeddata(bcptr,&adxd);
  1074. adxd.xddxfnumber=1070;//ACAD类型
  1075. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1076. adWriteExtendeddata(bcptr,&adxd);
  1077. break;
  1078. case DIMALTTD://KMCAD编码
  1079. adxd.xddxfnumber=AD_XD_INT;
  1080. adxd.xddata.xdint=274;//ACAD编码
  1081. adWriteExtendeddata(bcptr,&adxd);
  1082. adxd.xddxfnumber=1070;//ACAD类型
  1083. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1084. adWriteExtendeddata(bcptr,&adxd);
  1085. break;
  1086. case DIMALTTZ://KMCAD编码
  1087. adxd.xddxfnumber=AD_XD_INT;
  1088. adxd.xddata.xdint=286;//ACAD编码
  1089. adWriteExtendeddata(bcptr,&adxd);
  1090. adxd.xddxfnumber=1070;//ACAD类型
  1091. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1092. adWriteExtendeddata(bcptr,&adxd);
  1093. break;
  1094. case DIMALTU://KMCAD编码
  1095. adxd.xddxfnumber=AD_XD_INT;
  1096. adxd.xddata.xdint=273;//ACAD编码
  1097. adWriteExtendeddata(bcptr,&adxd);
  1098. adxd.xddxfnumber=1070;//ACAD类型
  1099. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1100. adWriteExtendeddata(bcptr,&adxd);
  1101. break;
  1102. case DIMALTZ://KMCAD编码
  1103. adxd.xddxfnumber=AD_XD_INT;
  1104. adxd.xddata.xdint=285;//ACAD编码
  1105. adWriteExtendeddata(bcptr,&adxd);
  1106. adxd.xddxfnumber=1070;//ACAD类型
  1107. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1108. adWriteExtendeddata(bcptr,&adxd);
  1109. break;
  1110. case DIMAUNIT://KMCAD编码
  1111. adxd.xddxfnumber=AD_XD_INT;
  1112. adxd.xddata.xdint=275;//ACAD编码
  1113. adWriteExtendeddata(bcptr,&adxd);
  1114. adxd.xddxfnumber=1070;//ACAD类型
  1115. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1116. adWriteExtendeddata(bcptr,&adxd);
  1117. break;
  1118. case DIMDEC://KMCAD编码
  1119. adxd.xddxfnumber=AD_XD_INT;
  1120. adxd.xddata.xdint=271;//ACAD编码
  1121. adWriteExtendeddata(bcptr,&adxd);
  1122. adxd.xddxfnumber=1070;//ACAD类型
  1123. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1124. adWriteExtendeddata(bcptr,&adxd);
  1125. break;
  1126. case DIMATFIT://KMCAD编码
  1127. adxd.xddxfnumber=AD_XD_INT;
  1128. adxd.xddata.xdint=289;//ACAD编码
  1129. adWriteExtendeddata(bcptr,&adxd);
  1130. adxd.xddxfnumber=1070;//ACAD类型
  1131. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1132. adWriteExtendeddata(bcptr,&adxd);
  1133. break;
  1134. case DIMJUST://KMCAD编码
  1135. adxd.xddxfnumber=AD_XD_INT;
  1136. adxd.xddata.xdint=280;//ACAD编码
  1137. adWriteExtendeddata(bcptr,&adxd);
  1138. adxd.xddxfnumber=1070;//ACAD类型
  1139. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1140. adWriteExtendeddata(bcptr,&adxd);
  1141. break;
  1142. case DIMSD1://KMCAD编码
  1143. adxd.xddxfnumber=AD_XD_INT;
  1144. adxd.xddata.xdint=281;//ACAD编码
  1145. adWriteExtendeddata(bcptr,&adxd);
  1146. adxd.xddxfnumber=1070;//ACAD类型
  1147. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1148. adWriteExtendeddata(bcptr,&adxd);
  1149. break;
  1150. case DIMSD2://KMCAD编码
  1151. adxd.xddxfnumber=AD_XD_INT;
  1152. adxd.xddata.xdint=282;//ACAD编码
  1153. adWriteExtendeddata(bcptr,&adxd);
  1154. adxd.xddxfnumber=1070;//ACAD类型
  1155. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1156. adWriteExtendeddata(bcptr,&adxd);
  1157. break;
  1158. case DIMTDEC://KMCAD编码
  1159. adxd.xddxfnumber=AD_XD_INT;
  1160. adxd.xddata.xdint=272;//ACAD编码
  1161. adWriteExtendeddata(bcptr,&adxd);
  1162. adxd.xddxfnumber=1070;//ACAD类型
  1163. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1164. adWriteExtendeddata(bcptr,&adxd);
  1165. break;
  1166. case DIMTOLJ://KMCAD编码
  1167. adxd.xddxfnumber=AD_XD_INT;
  1168. adxd.xddata.xdint=283;//ACAD编码
  1169. adWriteExtendeddata(bcptr,&adxd);
  1170. adxd.xddxfnumber=1070;//ACAD类型
  1171. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1172. adWriteExtendeddata(bcptr,&adxd);
  1173. break;
  1174. case DIMTZIN://KMCAD编码
  1175. adxd.xddxfnumber=AD_XD_INT;
  1176. adxd.xddata.xdint=284;//ACAD编码
  1177. adWriteExtendeddata(bcptr,&adxd);
  1178. adxd.xddxfnumber=1070;//ACAD类型
  1179. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1180. adWriteExtendeddata(bcptr,&adxd);
  1181. break;
  1182. case DIMLUNIT://KMCAD编码
  1183. adxd.xddxfnumber=AD_XD_INT;
  1184. adxd.xddata.xdint=277;//ACAD编码
  1185. adWriteExtendeddata(bcptr,&adxd);
  1186. adxd.xddxfnumber=1070;//ACAD类型
  1187. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1188. adWriteExtendeddata(bcptr,&adxd);
  1189. break;
  1190. case DIMUPT://KMCAD编码
  1191. adxd.xddxfnumber=AD_XD_INT;
  1192. adxd.xddata.xdint=288;//ACAD编码
  1193. adWriteExtendeddata(bcptr,&adxd);
  1194. adxd.xddxfnumber=1070;//ACAD类型
  1195. adxd.xddata.xdint=dsvar.varValue.boolVal;// ACAD类型 KMCAD类型
  1196. adWriteExtendeddata(bcptr,&adxd);
  1197. break;
  1198. case DIMFRAC://KMCAD编码
  1199. adxd.xddxfnumber=AD_XD_INT;
  1200. adxd.xddata.xdint=276;//ACAD编码
  1201. adWriteExtendeddata(bcptr,&adxd);
  1202. adxd.xddxfnumber=1070;//ACAD类型
  1203. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1204. adWriteExtendeddata(bcptr,&adxd);
  1205. break;
  1206. case DIMDSEP://KMCAD编码
  1207. adxd.xddxfnumber=AD_XD_INT;
  1208. adxd.xddata.xdint=278;//ACAD编码
  1209. adWriteExtendeddata(bcptr,&adxd);
  1210. adxd.xddxfnumber=1070;//ACAD类型
  1211. adxd.xddata.xdint=dsvar.varValue.cVal;// ACAD类型 KMCAD类型
  1212. adWriteExtendeddata(bcptr,&adxd);
  1213. break;
  1214. case DIMTMOVE://KMCAD编码
  1215. adxd.xddxfnumber=AD_XD_INT;
  1216. adxd.xddata.xdint=279;//ACAD编码
  1217. adWriteExtendeddata(bcptr,&adxd);
  1218. adxd.xddxfnumber=1070;//ACAD类型
  1219. adxd.xddata.xdint=dsvar.varValue.intVal;// ACAD类型 KMCAD类型
  1220. adWriteExtendeddata(bcptr,&adxd);
  1221. break;
  1222. case DIMLWD://KMCAD编码
  1223. adxd.xddxfnumber=AD_XD_INT;
  1224. adxd.xddata.xdint=371;//ACAD编码
  1225. adWriteExtendeddata(bcptr,&adxd);
  1226. {
  1227. adxd.xddxfnumber=1070;//ACAD类型
  1228. int width=dsvar.varValue.intVal;
  1229. if(width==ABS_THIN_WIDTH)
  1230. {
  1231. width=0;
  1232. }
  1233. else if(width==LWIDTH_BYLAYER)
  1234. {
  1235. width=AD_WEIGHT_BYLAYER;
  1236. }
  1237. else if(width==LWIDTH_BYBLOCK)
  1238. {
  1239. width=AD_WEIGHT_BYBLOCK;
  1240. }
  1241. else
  1242. {
  1243. width=(short)(::GetLineWidthAsDouble(width)*100.0);
  1244. if(width<=5)width=5;
  1245. else if(width<=9)width=9;
  1246. else if(width<=13)width=13;
  1247. else if(width<=15)width=15;
  1248. else if(width<=18)width=18;
  1249. else if(width<=20)width=20;
  1250. else if(width<=25)width=25;
  1251. else if(width<=30)width=30;
  1252. else if(width<=35)width=35;
  1253. else if(width<=40)width=40;
  1254. else if(width<=50)width=50;
  1255. else if(width<=53)width=53;
  1256. else if(width<=60)width=60;
  1257. else if(width<=70)width=70;
  1258. else if(width<=80)width=80;
  1259. else if(width<=90)width=90;
  1260. else if(width<=100)width=100;
  1261. else if(width<=106)width=106;
  1262. else if(width<=120)width=120;
  1263. else if(width<=140)width=140;
  1264. else if(width<=158)width=158;
  1265. else if(width<=200)width=200;
  1266. else width=211;
  1267. }
  1268. adxd.xddata.xdint=width;// ACAD类型 KMCAD类型
  1269. }
  1270. adWriteExtendeddata(bcptr,&adxd);
  1271. break;
  1272. case DIMLWE://KMCAD编码
  1273. adxd.xddxfnumber=AD_XD_INT;
  1274. adxd.xddata.xdint=372;//ACAD编码
  1275. adWriteExtendeddata(bcptr,&adxd);
  1276. {
  1277. adxd.xddxfnumber=1070;//ACAD类型
  1278. int width=dsvar.varValue.intVal;
  1279. if(width==ABS_THIN_WIDTH)
  1280. {
  1281. width=0;
  1282. }
  1283. else if(width==LWIDTH_BYLAYER)
  1284. {
  1285. width=AD_WEIGHT_BYLAYER;
  1286. }
  1287. else if(width==LWIDTH_BYBLOCK)
  1288. {
  1289. width=AD_WEIGHT_BYBLOCK;
  1290. }
  1291. else
  1292. {
  1293. width=(short)(::GetLineWidthAsDouble(width)*100.0);
  1294. if(width<=5)width=5;
  1295. else if(width<=9)width=9;
  1296. else if(width<=13)width=13;
  1297. else if(width<=15)width=15;
  1298. else if(width<=18)width=18;
  1299. else if(width<=20)width=20;
  1300. else if(width<=25)width=25;
  1301. else if(width<=30)width=30;
  1302. else if(width<=35)width=35;
  1303. else if(width<=40)width=40;
  1304. else if(width<=50)width=50;
  1305. else if(width<=53)width=53;
  1306. else if(width<=60)width=60;
  1307. else if(width<=70)width=70;
  1308. else if(width<=80)width=80;
  1309. else if(width<=90)width=90;
  1310. else if(width<=100)width=100;
  1311. else if(width<=106)width=106;
  1312. else if(width<=120)width=120;
  1313. else if(width<=140)width=140;
  1314. else if(width<=158)width=158;
  1315. else if(width<=200)width=200;
  1316. else width=211;
  1317. }
  1318. adxd.xddata.xdint=width;// ACAD类型 KMCAD类型
  1319. }
  1320. adWriteExtendeddata(bcptr,&adxd);
  1321. break;
  1322. case DIMTXSTY://KMCAD编码
  1323. {
  1324. UINT kmid=(UINT)dsvar.varValue.intVal;
  1325. AD_OBJHANDLE objhandle;
  1326. if(m_awordstyle.Get(objhandle,kmid))
  1327. {
  1328. adxd.xddxfnumber=AD_XD_INT;
  1329. adxd.xddata.xdint=340;//ACAD编码
  1330. adWriteExtendeddata(bcptr,&adxd);
  1331. adxd.xddxfnumber=1005;//ACAD类型
  1332. adHancpy(adxd.xddata.xdhandle,objhandle);
  1333. adWriteExtendeddata(bcptr,&adxd);
  1334. }
  1335. }
  1336. break;
  1337. default:
  1338. break;
  1339. }
  1340. }
  1341. adxd.xddxfnumber=AD_XD_CONTROL;
  1342. adxd.xddata.xdcontrol='}';
  1343. adWriteExtendeddata(bcptr,&adxd);
  1344. //extern  short  ADCDECL adEndBlobWrite _((PAD_BLOB_CTRL bcptr));
  1345. if(!adEndBlobWrite(bcptr))
  1346. {
  1347. return FALSE;
  1348. }
  1349. }
  1350. catch(...)
  1351. {
  1352. return FALSE;
  1353. }
  1354. return TRUE;
  1355. }
  1358. BOOL CKmgReader::processdimstyle(CKmDataManager* pData)
  1359. {
  1360. CString strTemp;
  1361. CDimStyle* dimstyle;
  1362. for(int index=0;index<pData->GetDimStyleNum();index++)
  1363. {
  1364. pData->GetNoNDimStyle(index,dimstyle);
  1365. if(!dimstyle)
  1366. {
  1367. continue;
  1368. }
  1369. adSetDefaultDimstyle(m_pConverter->m_dwghandle,&m_pConverter->adtb->dimst);
  1372. VARIANT var;
  1373. memset(&var,0,sizeof(VARIANT)); 
  1374. //  short  xrefindex;     /* index of xref from which this item came */
  1375. //  char   flag;                   /* flag for dimstyle */
  1376. //  char   purgedflag;             /* 1 if purged */
  1377. //  char   name[AD_MAX_STRLEN];               /* name of dimension style */
  1378. CString strName=m_pConverter->ConverterTabEntName(dimstyle->GetName());
  1379. strcpy(m_pConverter->adtb->dimst.name,(char*)(LPCTSTR)strName);
  1380. //  short  dimadec;
  1381. var=dimstyle->GetDimStlVar(DIMADEC);
  1382. m_pConverter->adtb->dimst.dimadec=var.intVal;
  1383. //  char   dimalt;                 /* these ds variables are the dim vars */
  1384. var=dimstyle->GetDimStlVar(DIMALT);
  1385. m_pConverter->adtb->dimst.dimalt=(char)var.boolVal;
  1386. //  char   dimaltd;                /* associated with the dimension style */
  1387. var=dimstyle->GetDimStlVar(DIMALTD);
  1388. m_pConverter->adtb->dimst.dimaltd=var.intVal;
  1389. //  double dimaltf;                /* currently being read from the */
  1390. var=dimstyle->GetDimStlVar(DIMALTF);
  1391. m_pConverter->adtb->dimst.dimaltf=var.dblVal;
  1392. //  double dimaltrnd;
  1393. var=dimstyle->GetDimStlVar(DIMALTRND);
  1394. m_pConverter->adtb->dimst.dimaltrnd=var.dblVal;
  1395. //  char   dimapost[AD_MAX_STRLEN];           /* dimstyle table (R11) */
  1396. var=dimstyle->GetDimStlVar(DIMAPOST);
  1397. strTemp.Empty();
  1398. strTemp=var.bstrVal;
  1399. strcpy((char*)m_pConverter->adtb->dimst.dimapost,(char*)(LPCTSTR)strTemp);
  1400. //  double dimasz;
  1401. var=dimstyle->GetDimStlVar(DIMASZ);
  1402. m_pConverter->adtb->dimst.dimasz=var.dblVal;
  1403. //  short  dimazin;
  1404. var=dimstyle->GetDimStlVar(DIMAZIN);
  1405. m_pConverter->adtb->dimst.dimazin=var.intVal;
  1406. //  double dimcen;
  1407. var=dimstyle->GetDimStlVar(DIMCEN);
  1408. m_pConverter->adtb->dimst.dimcen=var.dblVal;
  1409. //  short  dimclrd;
  1410. var=dimstyle->GetDimStlVar(DIMCLRD);
  1411. {
  1412. short scolor=1;
  1413. int iColor=var.intVal;
  1414. if(iColor==COLOR_BYLAYER)
  1415. {
  1416. scolor=AD_COLOR_BYLAYER;
  1417. }
  1418. else if(iColor==COLOR_BYBLOCK)
  1419. {
  1420. scolor=AD_COLOR_BYBLOCK;
  1421. }
  1422. else
  1423. {
  1424. for(int j=1;j<m_aColor.GetSize();j++)
  1425. {
  1426. if( (fabs(GetRValue(iColor)-GetRValue(m_aColor[j]))+
  1427.  fabs(GetGValue(iColor)-GetGValue(m_aColor[j]))+
  1428.  fabs(GetBValue(iColor)-GetBValue(m_aColor[j])))<20)
  1429. {
  1430. scolor=j;
  1431. break;
  1432. }
  1433. }
  1434. }
  1435. m_pConverter->adtb->dimst.dimclrd=scolor;
  1436. }
  1437. //  short  dimclre;
  1438. var=dimstyle->GetDimStlVar(DIMCLRE);
  1439. {
  1440. short scolor=1;
  1441. int iColor=var.intVal;
  1442. if(iColor==COLOR_BYLAYER)
  1443. {
  1444. scolor=AD_COLOR_BYLAYER;
  1445. }
  1446. else if(iColor==COLOR_BYBLOCK)
  1447. {
  1448. scolor=AD_COLOR_BYBLOCK;
  1449. }
  1450. else
  1451. {
  1452. for(int j=1;j<m_aColor.GetSize();j++)
  1453. {
  1454. if( (fabs(GetRValue(iColor)-GetRValue(m_aColor[j]))+
  1455.  fabs(GetGValue(iColor)-GetGValue(m_aColor[j]))+
  1456.  fabs(GetBValue(iColor)-GetBValue(m_aColor[j])))<20)
  1457. {
  1458. scolor=j;
  1459. break;
  1460. }
  1461. }
  1462. }
  1463. m_pConverter->adtb->dimst.dimclre=scolor;
  1464. }
  1465. //  short  dimclrt;
  1466. var=dimstyle->GetDimStlVar(DIMCLRT);
  1467. {
  1468. short scolor=1;
  1469. int iColor=var.intVal;
  1470. if(iColor==COLOR_BYLAYER)
  1471. {
  1472. scolor=AD_COLOR_BYLAYER;
  1473. }
  1474. else if(iColor==COLOR_BYBLOCK)
  1475. {
  1476. scolor=AD_COLOR_BYBLOCK;
  1477. }
  1478. else
  1479. {
  1480. for(int j=1;j<m_aColor.GetSize();j++)
  1481. {
  1482. if( (fabs(GetRValue(iColor)-GetRValue(m_aColor[j]))+
  1483.  fabs(GetGValue(iColor)-GetGValue(m_aColor[j]))+
  1484.  fabs(GetBValue(iColor)-GetBValue(m_aColor[j])))<20)
  1485. {
  1486. scolor=j;
  1487. break;
  1488. }
  1489. }
  1490. }
  1491. m_pConverter->adtb->dimst.dimclrt=scolor;
  1492. }
  1493. //  double dimdle;
  1494. var=dimstyle->GetDimStlVar(DIMDLE);
  1495. m_pConverter->adtb->dimst.dimdle=var.dblVal;
  1496. //  double dimdli;
  1497. var=dimstyle->GetDimStlVar(DIMDLI);
  1498. m_pConverter->adtb->dimst.dimdli=var.dblVal;
  1499. //  double dimexe;
  1500. var=dimstyle->GetDimStlVar(DIMEXE);
  1501. m_pConverter->adtb->dimst.dimexe=var.dblVal;
  1502. //  double dimexo;
  1503. var=dimstyle->GetDimStlVar(DIMEXO);
  1504. m_pConverter->adtb->dimst.dimexo=var.dblVal;
  1505. //  double dimgap;
  1506. var=dimstyle->GetDimStlVar(DIMGAP);
  1507. m_pConverter->adtb->dimst.dimgap=var.dblVal;
  1508. //  double dimlfac;
  1509. var=dimstyle->GetDimStlVar(DIMLFAC);
  1510. m_pConverter->adtb->dimst.dimlfac=var.dblVal;
  1511. //  char   dimlim;
  1512. var=dimstyle->GetDimStlVar(DIMLIM);
  1513. m_pConverter->adtb->dimst.dimlim=(char)var.boolVal;
  1514. //  char   dimpost[AD_MAX_STRLEN];
  1515. var=dimstyle->GetDimStlVar(DIMPOST);
  1516. strTemp.Empty();
  1517. strTemp=var.bstrVal;
  1518. strcpy((char*)m_pConverter->adtb->dimst.dimpost,(char*)(LPCTSTR)strTemp);
  1519. //  double dimrnd;
  1520. var=dimstyle->GetDimStlVar(DIMRND);
  1521. m_pConverter->adtb->dimst.dimrnd=var.dblVal;
  1522. //  char   dimsah;
  1523. var=dimstyle->GetDimStlVar(DIMSAH);
  1524. m_pConverter->adtb->dimst.dimsah=(char)var.boolVal;
  1525. //  double dimscale;
  1526. var=dimstyle->GetDimStlVar(DIMSCALE);
  1527. m_pConverter->adtb->dimst.dimscale=var.dblVal;
  1528. //  char   dimse1;
  1529. var=dimstyle->GetDimStlVar(DIMSE1);
  1530. m_pConverter->adtb->dimst.dimse1=(char)var.boolVal;
  1531. //  char   dimse2;
  1532. var=dimstyle->GetDimStlVar(DIMSE2);
  1533. m_pConverter->adtb->dimst.dimse2=(char)var.boolVal;
  1534. //  double dimtfac;
  1535. var=dimstyle->GetDimStlVar(DIMTFAC);
  1536. m_pConverter->adtb->dimst.dimtfac=var.dblVal;
  1537. //  char   dimtih;
  1538. var=dimstyle->GetDimStlVar(DIMTIH);
  1539. m_pConverter->adtb->dimst.dimtih=(char)var.boolVal;
  1540. //  double dimtm;
  1541. var=dimstyle->GetDimStlVar(DIMTM);
  1542. m_pConverter->adtb->dimst.dimtm=var.dblVal;
  1543. //  char   dimtoh;
  1544. var=dimstyle->GetDimStlVar(DIMTOH);
  1545. m_pConverter->adtb->dimst.dimtoh=(char)var.boolVal;
  1546. //  char   dimtofl;
  1547. var=dimstyle->GetDimStlVar(DIMTOFL);
  1548. m_pConverter->adtb->dimst.dimtofl=(char)var.boolVal;
  1549. //  char   dimtol;
  1550. var=dimstyle->GetDimStlVar(DIMTOL);
  1551. m_pConverter->adtb->dimst.dimtol=(char)var.boolVal;
  1552. //  double dimtp;
  1553. var=dimstyle->GetDimStlVar(DIMTP);
  1554. m_pConverter->adtb->dimst.dimtp=var.dblVal;
  1555. //  double dimtsz;
  1556. var=dimstyle->GetDimStlVar(DIMTSZ);
  1557. m_pConverter->adtb->dimst.dimtsz=var.dblVal;
  1558. //  double dimtxt;
  1559. var=dimstyle->GetDimStlVar(DIMTXT);
  1560. m_pConverter->adtb->dimst.dimtxt=var.dblVal;
  1561. //  double dimtvp;
  1562. var=dimstyle->GetDimStlVar(DIMTVP);
  1563. m_pConverter->adtb->dimst.dimtvp=var.dblVal;
  1564. //  char   dimsoxd;
  1565. var=dimstyle->GetDimStlVar(DIMSOXD);
  1566. m_pConverter->adtb->dimst.dimsoxd=(char)var.boolVal;
  1567. //  char   dimtad;
  1568. var=dimstyle->GetDimStlVar(DIMTAD);
  1569. m_pConverter->adtb->dimst.dimtad=var.intVal;
  1570. //  char   dimtix;
  1571. var=dimstyle->GetDimStlVar(DIMTIX);
  1572. m_pConverter->adtb->dimst.dimtix=var.intVal;
  1573. //  char   dimzin;
  1574. var=dimstyle->GetDimStlVar(DIMZIN);
  1575. m_pConverter->adtb->dimst.dimzin=var.intVal;
  1576. //  short  dimalttd;
  1577. var=dimstyle->GetDimStlVar(DIMALTTD);
  1578. m_pConverter->adtb->dimst.dimalttd=var.intVal;
  1579. //  char   dimalttz;
  1580. var=dimstyle->GetDimStlVar(DIMALTTZ);
  1581. m_pConverter->adtb->dimst.dimalttz=var.intVal;
  1582. //  short  dimaltu;
  1583. var=dimstyle->GetDimStlVar(DIMALTU);
  1584. m_pConverter->adtb->dimst.dimaltu=var.intVal;
  1585. //  char   dimaltz;
  1586. var=dimstyle->GetDimStlVar(DIMALTZ);
  1587. m_pConverter->adtb->dimst.dimaltz=var.intVal;
  1588. //  short  dimaunit;
  1589. var=dimstyle->GetDimStlVar(DIMAUNIT);
  1590. m_pConverter->adtb->dimst.dimaunit=var.intVal;
  1591. //  short  dimdec;
  1592. var=dimstyle->GetDimStlVar(DIMDEC);
  1593. m_pConverter->adtb->dimst.dimdec=var.intVal;
  1594. //  char   dimfit;
  1595. var=dimstyle->GetDimStlVar(DIMATFIT);
  1596. m_pConverter->adtb->dimst.dimfit=var.intVal;
  1597. //  char   dimjust;
  1598. var=dimstyle->GetDimStlVar(DIMJUST);
  1599. m_pConverter->adtb->dimst.dimjust=var.intVal;
  1600. //  char   dimsd1;
  1601. var=dimstyle->GetDimStlVar(DIMSD1);
  1602. m_pConverter->adtb->dimst.dimsd1=(char)var.boolVal;
  1603. //  char   dimsd2;
  1604. var=dimstyle->GetDimStlVar(DIMSD2);
  1605. m_pConverter->adtb->dimst.dimsd2=(char)var.boolVal;
  1606. //  short  dimtdec;
  1607. var=dimstyle->GetDimStlVar(DIMTDEC);
  1608. m_pConverter->adtb->dimst.dimtdec=var.intVal;
  1609. //  char   dimtolj;
  1610. var=dimstyle->GetDimStlVar(DIMTOLJ);
  1611. m_pConverter->adtb->dimst.dimtolj=var.intVal;
  1612. //  char   dimtzin;
  1613. var=dimstyle->GetDimStlVar(DIMTZIN);
  1614. m_pConverter->adtb->dimst.dimtzin=var.intVal;
  1615. //  short  dimunit;
  1616. var=dimstyle->GetDimStlVar(DIMLUNIT);
  1617. m_pConverter->adtb->dimst.dimunit=var.intVal;
  1618. //  char   dimupt;
  1619. var=dimstyle->GetDimStlVar(DIMUPT);
  1620. m_pConverter->adtb->dimst.dimupt=(char)var.boolVal;
  1621. //  short  dimfrac;
  1622. var=dimstyle->GetDimStlVar(DIMFRAC);
  1623. m_pConverter->adtb->dimst.dimfrac=var.intVal;
  1624. //  short  dimdsep;
  1625. var=dimstyle->GetDimStlVar(DIMDSEP);
  1626. m_pConverter->adtb->dimst.dimdsep=var.cVal;
  1627. //  short  dimtmove;
  1628. var=dimstyle->GetDimStlVar(DIMTMOVE);
  1629. m_pConverter->adtb->dimst.dimtmove=var.intVal;
  1630. //  short  dimlwd;
  1631. var=dimstyle->GetDimStlVar(DIMLWD);
  1632. {
  1633. int width=var.intVal;
  1634. int width2;
  1635. if(width==ABS_THIN_WIDTH)
  1636. {
  1637. width2=0;
  1638. }
  1639. else if(width==LWIDTH_BYLAYER)
  1640. {
  1641. width2=AD_WEIGHT_BYLAYER;
  1642. }
  1643. else if(width==LWIDTH_BYBLOCK)
  1644. {
  1645. width2=AD_WEIGHT_BYBLOCK;
  1646. }
  1647. else
  1648. {
  1649. width2=(short)(::GetLineWidthAsDouble(width)*100.0);
  1650. if(width2<=5)width2=5;
  1651. else if(width2<=9)width2=9;
  1652. else if(width2<=13)width2=13;
  1653. else if(width2<=15)width2=15;
  1654. else if(width2<=18)width2=18;
  1655. else if(width2<=20)width2=20;
  1656. else if(width2<=25)width2=25;
  1657. else if(width2<=30)width2=30;
  1658. else if(width2<=35)width2=35;
  1659. else if(width2<=40)width2=40;
  1660. else if(width2<=50)width2=50;
  1661. else if(width2<=53)width2=53;
  1662. else if(width2<=60)width2=60;
  1663. else if(width2<=70)width2=70;
  1664. else if(width2<=80)width2=80;
  1665. else if(width2<=90)width2=90;
  1666. else if(width2<=100)width2=100;
  1667. else if(width2<=106)width2=106;
  1668. else if(width2<=120)width2=120;
  1669. else if(width2<=140)width2=140;
  1670. else if(width2<=158)width2=158;
  1671. else if(width2<=200)width2=200;
  1672. else width2=211;
  1673. }
  1674. m_pConverter->adtb->dimst.dimlwd=width2;
  1675. }
  1676. //  short  dimlwe;
  1677. var=dimstyle->GetDimStlVar(DIMLWE);
  1678. {
  1679. int width=var.intVal;
  1680. int width2;
  1681. if(width==ABS_THIN_WIDTH)
  1682. {
  1683. width2=0;
  1684. }
  1685. else if(width==LWIDTH_BYLAYER)
  1686. {
  1687. width2=AD_WEIGHT_BYLAYER;
  1688. }
  1689. else if(width==LWIDTH_BYBLOCK)
  1690. {
  1691. width2=AD_WEIGHT_BYBLOCK;
  1692. }
  1693. else
  1694. {
  1695. width2=(short)(::GetLineWidthAsDouble(width)*100.0);
  1696. if(width2<=5)width2=5;
  1697. else if(width2<=9)width2=9;
  1698. else if(width2<=13)width2=13;
  1699. else if(width2<=15)width2=15;
  1700. else if(width2<=18)width2=18;
  1701. else if(width2<=20)width2=20;
  1702. else if(width2<=25)width2=25;
  1703. else if(width2<=30)width2=30;
  1704. else if(width2<=35)width2=35;
  1705. else if(width2<=40)width2=40;
  1706. else if(width2<=50)width2=50;
  1707. else if(width2<=53)width2=53;
  1708. else if(width2<=60)width2=60;
  1709. else if(width2<=70)width2=70;
  1710. else if(width2<=80)width2=80;
  1711. else if(width2<=90)width2=90;
  1712. else if(width2<=100)width2=100;
  1713. else if(width2<=106)width2=106;
  1714. else if(width2<=120)width2=120;
  1715. else if(width2<=140)width2=140;
  1716. else if(width2<=158)width2=158;
  1717. else if(width2<=200)width2=200;
  1718. else width2=211;
  1719. }
  1720. m_pConverter->adtb->dimst.dimlwe=width2;
  1721. }
  1722. //  shapefileobjhandle;
  1723. {
  1724. AD_OBJHANDLE handle;
  1725. var=dimstyle->GetDimStlVar(DIMTXSTY);
  1726. if(m_awordstyle.Get(handle,(UINT)var.intVal))
  1727. {
  1728. adHancpy(m_pConverter->adtb->dimst.shapefileobjhandle,handle);
  1729. }
  1730. }
  1731. //  AD_OBJHANDLE objhandle
  1732. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->dimst.objhandle);
  1734. //short  ADCDECL adAddDimstyle _((AD_DB_HANDLE handle,PAD_DIMSTYLE dimst));
  1735. if (!adAddDimstyle(m_pConverter->m_dwghandle,&m_pConverter->adtb->dimst))
  1736. {
  1737. _ERROR;
  1738. continue;
  1739. }
  1740. m_adimstyle.Add(m_pConverter->adtb->dimst.objhandle,dimstyle->GetID(),1.0,FALSE);
  1741. }
  1742. return TRUE;
  1743. }
  1745. BOOL CKmgReader::processwordstyle(CKmDataManager* pData)
  1746. {
  1747. CString strTemp;
  1748. CWordStyle ws;
  1749. for(int i=0;i<pData->GetWordStyleNum();i++)
  1750. {
  1751. ws=pData->GetWordStyle(i);
  1752. //void adSetDefaultShapefile (PAD_SHPTB shptb);
  1753. adSetDefaultShapefile(&m_pConverter->adtb->shptb);
  1754. // CString m_strFontName; //字体名称
  1755. // BOOL bTTF=TRUE;
  1756. {
  1757. strTemp.Empty();
  1758. strTemp=ws.GetFontName();
  1759. // CString strTemp2=strTemp;
  1760. // strTemp2.MakeLower();
  1761. // if(strTemp2.Find(".shx")!=-1)
  1762. // {
  1763. // bTTF=FALSE;
  1764. // }
  1765. int i=strTemp.Find(';');
  1766. if(i>=0&&i<strTemp.GetLength())
  1767. {
  1768. ::strcpy(m_pConverter->adtb->shptb.file,(char*)(LPCTSTR)strTemp.Left(i));
  1769. ::strcpy(m_pConverter->adtb->shptb.bigfontname,(char*)(LPCTSTR)strTemp.Right(strTemp.GetLength()-i-1));
  1770. }
  1771. else
  1772. {
  1773. ::strcpy(m_pConverter->adtb->shptb.file,(char*)(LPCTSTR)strTemp);
  1774. }
  1775. }
  1776. // double  m_dHeight; //字高
  1777. m_pConverter->adtb->shptb.height=ws.GetHeight();
  1778. // CString m_strName;
  1779. CString strName=m_pConverter->ConverterTabEntName(ws.GetName());
  1780. ::strcpy(m_pConverter->adtb->shptb.name,(char*)(LPCTSTR)strName);
  1781. // double  m_dWFactor; //字宽因子，为字宽和字高的比例
  1782. m_pConverter->adtb->shptb.width=/*ws.GetHeight()*/ws.GetWFactor();
  1783. // double  m_dPFactor; //字间距因子，为字间距与字宽的比例
  1784. // BYTE m_bDir; //方向，0，1，2，3分别表示0，90，180，270度。
  1785. if(ws.GetDirection()==1)
  1786. m_pConverter->adtb->shptb.angle=PI*0.5;
  1787. else if(ws.GetDirection()==2)
  1788. m_pConverter->adtb->shptb.angle=PI;
  1789. else if(ws.GetDirection()==3)
  1790. m_pConverter->adtb->shptb.angle=PI*1.5;
  1791. else 
  1792. m_pConverter->adtb->shptb.angle=0;
  1793. /* if(bTTF)
  1794. {
  1795. AD_VMADDR theblob;
  1796. PAD_BLOB_CTRL bcptr;
  1797. AD_XD badxd;
  1798. theblob=adCreateBlob();
  1799. bcptr=adStartBlobWrite(theblob);
  1800. {
  1801. badxd.xddxfnumber=1002;
  1802. badxd.xddata.xdcontrol='{';
  1803. adWriteExtendeddata(bcptr,&badxd);
  1804. }
  1805. if(!adStartRegappGet(m_pConverter->m_dwghandle))
  1806. {
  1807. _ERROR;
  1808. }
  1809. else if(!adGetRegapp(m_pConverter->m_dwghandle,&m_pConverter->adtb->app))
  1810. {
  1811. _ERROR;
  1812. }
  1813. else
  1814. {
  1815. adHancpy(badxd.xddata.xdappobjhandle,m_pConverter->adtb->app.objhandle);
  1816. badxd.xddxfnumber=1001;
  1817. adWriteExtendeddata(bcptr,&badxd);
  1818. }
  1819. {
  1820. badxd.xddxfnumber=1000;
  1821. try
  1822. {
  1823. ::memcpy(badxd.xddata.xdstring,(char*)(LPCTSTR)strTemp,strTemp.GetLength());
  1824. badxd.xddata.xdstring[strTemp.GetLength()]=0;
  1825. }
  1826. catch(...)
  1827. {
  1828. }
  1829. adWriteExtendeddata(bcptr,&badxd);
  1830. }
  1831. {
  1832. badxd.xddxfnumber=1002;
  1833. badxd.xddata.xdcontrol='}';
  1834. adWriteExtendeddata(bcptr,&badxd);
  1835. }
  1836. adEndBlobWrite(bcptr);
  1837. }*/
  1839. adGenerateObjhandle(m_pConverter->m_dwghandle,m_pConverter->adtb->shptb.objhandle);
  1840. //short adAddShapefile (AD_DB_HANDLE handle, PAD_SHPTB shptb);
  1841. if (!adAddShapefile(m_pConverter->m_dwghandle,&m_pConverter->adtb->shptb))
  1842. {
  1843. _ERROR;
  1844. continue;
  1845. }
  1846. m_awordstyle.Add(m_pConverter->adtb->shptb.objhandle,ws.GetID(),1.0,FALSE);
  1847. }
  1848. return TRUE;
  1849. }
  1853. BOOL CKmgReader::processlegend(CKmDataManager* pData)
  1854. {
  1855. KmLegend* pLegend=pData->GetLegend();
  1857. if(pLegend == NULL)
  1858. {
  1859. return FALSE;
  1860. }
  1862. CMatch2* match=new CMatch2;
  1863. //1.创建块定义
  1864. m_pConverter->ConverterEntity_KmBlockdef("KmLegend",match);
  1865. m_pConverter->SetBlockDataVassel(match->m_handle);
  1866. //2.增加AD_ENT_BLOCK
  1867. m_pConverter->AddBegBlkSign(0.0,0.0,0.0);
  1869. m_pConverter->ConverterKmLegend(pLegend->GetLocate().x,pLegend->GetLocate().y,pLegend->GetXLength(),pLegend->GetYLength());
  1871. KmBuffer buff;
  1872.     CShow* pShow = new CGDIShow((CWnd*)NULL);
  1873. pLegend->Draw(pShow,DRAWPRESENT,&buff);
  1874. int size=buff.GetLineBuffSize();
  1875. for(int j=0;j<size;j++)
  1876. {
  1877. if(!processentity_buf_line(pData,buff.GetLineEnt(j)))
  1878. {
  1879. _WRITE(str="转换buf直线失败");
  1880. }
  1881. }
  1882. size=buff.GetCircleBuffSize();
  1883. for(j=0;j<size;j++)
  1884. {
  1885. if(!processentity_buf_circle(pData,buff.GetCircleEnt(j)))
  1886. {
  1887. _WRITE(str="转换buf圆失败");
  1888. }
  1889. }
  1890. size=buff.GetRegionBuffSize();
  1891. for(j=0;j<size;j++)
  1892. {
  1893. if(!processentity_buf_region(pData,buff.GetRegionEnt(j)))
  1894. {
  1895. _WRITE(str="转换buf区域失败");
  1896. }
  1897. }
  1898. size=buff.GetTextBuffSize();
  1899. for(j=0;j<size;j++)
  1900. {
  1901. if(!processentity_buf_text(pData,buff.GetTextEnt(j)))
  1902. {
  1903. _WRITE(str="转换buf文字失败");
  1904. }
  1905. }
  1907. delete pShow;
  1908. buff.ClearKmBuffer();
  1909. //3.增加AD_ENT_ENDBLK
  1910. m_pConverter->AddEndBlkSign();
  1911. m_pConverter->ConverterEntity_AdInsert(0.0,0.0,0.0,1.0,1.0,1.0,0.0,match->m_handle);
  1912. delete match;
  1913. return TRUE;
  1914. }
  1916. BOOL CKmgReader::processblockdef(CKmDataManager* pData)
  1917. {
  1918. CMatch2* match=new CMatch2;
  1919. KmBlockDef* pDef=pData->GetFirstBlockDef();
  1920. while(pDef!=NULL)
  1921. {
  1922. match->m_id=pDef->GetID();
  1923. if(m_pConverter->ConverterEntity_KmBlockdef(pDef->GetName(),match))
  1924. {
  1925. m_ablock.Add(match->m_handle,match->m_id,1.0,FALSE);
  1926. }
  1927. pDef=pData->GetNextBlockDef();
  1928. }
  1929. delete match;
  1930. return TRUE;
  1931. }
  1932. //处理块嵌套因此与块定义分开处理
  1933. BOOL CKmgReader::processblockdefentity(CKmDataManager* pData)
  1934. {
  1935. KmBlockDef* pDef;
  1936. KmObject* pObj;
  1937. CMatch2* match;
  1938. POSITION pos=m_ablock.GetHeadPosition();
  1939. while(pos!=NULL)
  1940. {
  1941. match=m_ablock.GetNext(pos);
  1942. pDef=pData->GetBlockDef(match->m_id);
  1943. if(pDef!=NULL)
  1944. {
  1945. m_pConverter->SetBlockDataVassel(match->m_handle);
  1946. _ERROR;
  1947. m_pConverter->AddBegBlkSign(pDef->GetBasePt().x,pDef->GetBasePt().y,0);
  1948. for(UINT i=0;i<pDef->GetObjectNum();i++)
  1949. {
  1950. pDef->GetObjectAt(i,pObj);
  1951. if(!processentity(pData,pObj))
  1952. {
  1953. _ERROR;
  1954. _WRITE(str.Format("%s+%d+没有处理",pObj->Type(),pObj->GetObjectID().dwEntIndex));
  1955. }
  1956. }
  1957. m_pConverter->AddEndBlkSign();
  1958. _ERROR;
  1959. }
  1960. }
  1961. m_pConverter->SetModelDataVassel();
  1962. return TRUE;
  1963. }