dgnhelp.cpp

来自「支持各种栅格图像和矢量图像读取的库」· C++ 代码 · 共 1,438 行 · 第 1/3 页

        {
            rad50 = rad50 * 40;
            continue;
        }

        if( str[i] == '$' )
            value = 27;
        else if( str[i] == '.' )
            value = 28;
        else if( str[i] == ' ' )
            value = 29;
        else if( str[i] >= '0' && str[i] <= '9' )
            value = str[i] - '0' + 30;
        else if( str[i] >= 'a' && str[i] <= 'z' )
            value = str[i] - 'a' + 1;
        else if( str[i] >= 'A' && str[i] <= 'Z' )
            value = str[i] - 'A' + 1;
        else
            value = 0;

        rad50 = rad50 * 40 + value;
    }

    *pRad50 = rad50;
}


/************************************************************************/
/*                        DGNGetLineStyleName()                         */
/*                                                                      */
/*      Read the line style name from symbol table.                     */
/*      The got name is stored in psLine.                               */
/************************************************************************/

int DGNGetLineStyleName(DGNInfo *psDGN, DGNElemMultiPoint *psLine,
                        char szLineStyle[65] )
{
    if (psLine->core.attr_bytes > 0 &&
        psLine->core.attr_data[1] == 0x10 &&
        psLine->core.attr_data[2] == 0xf9 &&
        psLine->core.attr_data[3] == 0x79)
    {
#ifdef notdef
        for (int i=0;i<SYMBOL_TABLE_SIZE;i++)
        {
            if (*((unsigned char*)psDGN->buffer + 0x21e5 + i) == psLine->core.attr_data[4] &&
                *((unsigned char*)psDGN->buffer + 0x21e6 + i) == psLine->core.attr_data[5] &&
                *((unsigned char*)psDGN->buffer + 0x21e7 + i) == psLine->core.attr_data[6] &&
                *((unsigned char*)psDGN->buffer + 0x21e8 + i) == psLine->core.attr_data[7])
            {
                memcpy( szLineStyle, 
                        (unsigned char*)psDGN->buffer + 0x21e9 + i, 64 );
                szLineStyle[64] = '\0';
                return TRUE;
            }
        }
#endif
        return FALSE;
    }
    else
    {
        szLineStyle[0] = '\0';
        return FALSE;
    }
}

/************************************************************************/
/*                           DGNDumpElement()                           */
/************************************************************************/

/**
 * Emit textual report of an element.
 *
 * This function exists primarily for debugging, and will produce a textual
 * report about any element type to the designated file. 
 *
 * @param hDGN the file from which the element originated.
 * @param psElement the element to report on.
 * @param fp the file (such as stdout) to report the element information to.
 */

void DGNDumpElement( DGNHandle hDGN, DGNElemCore *psElement, FILE *fp )

{
    DGNInfo *psInfo = (DGNInfo *) hDGN;

    fprintf( fp, "\n" );
    fprintf( fp, "Element:%-12s Level:%2d id:%-6d ",
             DGNTypeToName( psElement->type ),
             psElement->level, 
             psElement->element_id );

    if( psElement->complex )
        fprintf( fp, "(Complex) " );

    if( psElement->deleted )
        fprintf( fp, "(DELETED) " );

    fprintf( fp, "\n" );

    fprintf( fp, "  offset=%d  size=%d bytes\n", 
             psElement->offset, psElement->size );

    fprintf( fp, 
             "  graphic_group:%-3d color:%d weight:%d style:%d\n", 
             psElement->graphic_group,
             psElement->color,
             psElement->weight,
             psElement->style );

    if( psElement->properties != 0 )
    {
        int     nClass;

        fprintf( fp, "  properties=%d", psElement->properties );
        if( psElement->properties & DGNPF_HOLE )
            fprintf( fp, ",HOLE" );
        if( psElement->properties & DGNPF_SNAPPABLE )
            fprintf( fp, ",SNAPPABLE" );
        if( psElement->properties & DGNPF_PLANAR )
            fprintf( fp, ",PLANAR" );
        if( psElement->properties & DGNPF_ORIENTATION )
            fprintf( fp, ",ORIENTATION" );
        if( psElement->properties & DGNPF_ATTRIBUTES )
            fprintf( fp, ",ATTRIBUTES" );
        if( psElement->properties & DGNPF_MODIFIED )
            fprintf( fp, ",MODIFIED" );
        if( psElement->properties & DGNPF_NEW )
            fprintf( fp, ",NEW" );
        if( psElement->properties & DGNPF_LOCKED )
            fprintf( fp, ",LOCKED" );

        nClass = psElement->properties & DGNPF_CLASS;
        if( nClass == DGNC_PATTERN_COMPONENT )
            fprintf( fp, ",PATTERN_COMPONENT" );
        else if( nClass == DGNC_CONSTRUCTION_ELEMENT )
            fprintf( fp, ",CONSTRUCTION ELEMENT" );
        else if( nClass == DGNC_DIMENSION_ELEMENT )
            fprintf( fp, ",DIMENSION ELEMENT" );
        else if( nClass == DGNC_PRIMARY_RULE_ELEMENT )
            fprintf( fp, ",PRIMARY RULE ELEMENT" );
        else if( nClass == DGNC_LINEAR_PATTERNED_ELEMENT )
            fprintf( fp, ",LINEAR PATTERNED ELEMENT" );
        else if( nClass == DGNC_CONSTRUCTION_RULE_ELEMENT )
            fprintf( fp, ",CONSTRUCTION_RULE_ELEMENT" );
            
        fprintf( fp, "\n" );
    }

    switch( psElement->stype )
    {
      case DGNST_MULTIPOINT:
      {
          DGNElemMultiPoint     *psLine = (DGNElemMultiPoint *) psElement;
          int                   i;
          
          for( i=0; i < psLine->num_vertices; i++ )
              fprintf( fp, "  (%.6f,%.6f,%.6f)\n", 
                       psLine->vertices[i].x, 
                       psLine->vertices[i].y, 
                       psLine->vertices[i].z );
      }
      break;

      case DGNST_CELL_HEADER:
      {
          DGNElemCellHeader     *psCell = (DGNElemCellHeader*) psElement;

          fprintf( fp, "  totlength=%d, name=%s, class=%x, levels=%02x%02x%02x%02x\n",
                   psCell->totlength, psCell->name, psCell->cclass,
                   psCell->levels[0], psCell->levels[1], psCell->levels[2],
                   psCell->levels[3] );
          fprintf( fp, "  rnglow=(%.5f,%.5f,%.5f)\n"
                       "  rnghigh=(%.5f,%.5f,%.5f)\n",
                   psCell->rnglow.x, psCell->rnglow.y, psCell->rnglow.z,
                   psCell->rnghigh.x, psCell->rnghigh.y, psCell->rnghigh.z );
          fprintf( fp, "  origin=(%.5f,%.5f,%.5f)\n",
                   psCell->origin.x, psCell->origin.y, psCell->origin.z);
          
          if( psInfo->dimension == 2 )
              fprintf( fp, "  xscale=%g, yscale=%g, rotation=%g\n",
                       psCell->xscale, psCell->yscale, psCell->rotation );
          else
              fprintf( fp, "  trans=%g,%g,%g,%g,%g,%g,%g,%g,%g\n",
                       psCell->trans[0],
                       psCell->trans[1],
                       psCell->trans[2],
                       psCell->trans[3],
                       psCell->trans[4],
                       psCell->trans[5],
                       psCell->trans[6],
                       psCell->trans[7],
                       psCell->trans[8] );
      }
      break;

      case DGNST_CELL_LIBRARY:
      {
          DGNElemCellLibrary    *psCell = (DGNElemCellLibrary*) psElement;

          fprintf( fp, 
                   "  name=%s, class=%x, levels=%02x%02x%02x%02x, numwords=%d\n", 
                   psCell->name, psCell->cclass, 
                   psCell->levels[0], psCell->levels[1], psCell->levels[2], 
                   psCell->levels[3], psCell->numwords );
          fprintf( fp, "  dispsymb=%d, description=%s\n", 
                   psCell->dispsymb, psCell->description );
      }
      break;

      case DGNST_SHARED_CELL_DEFN:
      {
          DGNElemSharedCellDefn *psShared = (DGNElemSharedCellDefn *) psElement;

          fprintf( fp, "  totlength=%d\n", psShared->totlength);
      }
      break;

      case DGNST_ARC:
      {
          DGNElemArc    *psArc = (DGNElemArc *) psElement;

          if( psInfo->dimension == 2 )
              fprintf( fp, "  origin=(%.5f,%.5f), rotation=%f\n",
                       psArc->origin.x, 
                       psArc->origin.y, 
                       psArc->rotation );
          else
              fprintf( fp, "  origin=(%.5f,%.5f,%.5f), quat=%d,%d,%d,%d\n",
                       psArc->origin.x, 
                       psArc->origin.y, 
                       psArc->origin.z, 
                       psArc->quat[0], 
                       psArc->quat[1], 
                       psArc->quat[2], 
                       psArc->quat[3] );
          fprintf( fp, "  axes=(%.5f,%.5f), start angle=%f, sweep=%f\n", 
                   psArc->primary_axis,
                   psArc->secondary_axis,
                   psArc->startang,
                   psArc->sweepang );                   
      }
      break;

      case DGNST_TEXT:
      {
          DGNElemText   *psText = (DGNElemText *) psElement;

          fprintf( fp, 
                   "  origin=(%.5f,%.5f), rotation=%f\n"
                   "  font=%d, just=%d, length_mult=%g, height_mult=%g\n"
                   "  string = \"%s\"\n",
                   psText->origin.x, 
                   psText->origin.y, 
                   psText->rotation,
                   psText->font_id,
                   psText->justification,
                   psText->length_mult,
                   psText->height_mult,
                   psText->string );
      }
      break;

      case DGNST_TEXT_NODE:
      {
          DGNElemTextNode *psNode = (DGNElemTextNode *) psElement;

          fprintf( fp, 
                   "  totlength=%d, num_texts=%d\n",
                   psNode->totlength,
                   psNode->numelems );
          fprintf( fp, 
                   "  origin=(%.5f,%.5f), rotation=%f\n"
                   "  font=%d, just=%d, length_mult=%g, height_mult=%g\n",
                   psNode->origin.x, 
                   psNode->origin.y, 
                   psNode->rotation,
                   psNode->font_id,
                   psNode->justification,
                   psNode->length_mult,
                   psNode->height_mult );
          fprintf( fp, 
		   "  max_length=%d, used=%d,",
		   psNode->max_length, 
		   psNode->max_used );
          fprintf( fp, 
		   "  node_number=%d\n", 
		   psNode->node_number );
      }
      break;

      case DGNST_COMPLEX_HEADER:
      {
          DGNElemComplexHeader  *psHdr = (DGNElemComplexHeader *) psElement;

          fprintf( fp, 
                   "  totlength=%d, numelems=%d\n",
                   psHdr->totlength,
                   psHdr->numelems );
          if (psElement->type  == DGNT_3DSOLID_HEADER ||
              psElement->type  == DGNT_3DSURFACE_HEADER) {
            fprintf( fp, 
                     "  surftype=%d, boundelms=%d\n", 
                     psHdr->surftype, psHdr->boundelms );
          }
      }
      break;

      case DGNST_COLORTABLE:
      {
          DGNElemColorTable *psCT = (DGNElemColorTable *) psElement;
          int                   i;

          fprintf( fp, "  screen_flag: %d\n", psCT->screen_flag );
          for( i = 0; i < 256; i++ )
          {
              fprintf( fp, "  %3d: (%3d,%3d,%3d)\n",
                       i, 
                       psCT->color_info[i][0], 
                       psCT->color_info[i][1], 
                       psCT->color_info[i][2] );
          }
      }
      break;

      case DGNST_TCB:
      {
          DGNElemTCB *psTCB = (DGNElemTCB *) psElement;
          int iView;

          fprintf( fp, "  dimension = %d\n", psTCB->dimension );
          fprintf( fp, "  uor_per_subunit = %ld, subunits = `%s'\n",
                   psTCB->uor_per_subunit, psTCB->sub_units );
          fprintf( fp, "  subunits_per_master = %ld, master units = `%s'\n",
                   psTCB->subunits_per_master, psTCB->master_units );
          fprintf( fp, "  origin = (%.5f,%.5f,%.5f)\n", 
                   psTCB->origin_x,
                   psTCB->origin_y,
                   psTCB->origin_z );

          for( iView = 0; iView < 8; iView++ )
          {
              DGNViewInfo *psView = psTCB->views + iView;
              
              fprintf(fp, 
                      "  View%d: flags=%04X, levels=%02X%02X%02X%02X%02X%02X%02X%02X\n",
                      iView,
                      psView->flags, 
                      psView->levels[0],
                      psView->levels[1],
                      psView->levels[2],
                      psView->levels[3],
                      psView->levels[4],
                      psView->levels[5],
                      psView->levels[6],
                      psView->levels[7] );
              fprintf(fp, 
                      "        origin=(%g,%g,%g)\n        delta=(%g,%g,%g)\n", 
                      psView->origin.x, psView->origin.y, psView->origin.z,
                      psView->delta.x, psView->delta.y, psView->delta.z );
              fprintf(fp, 
                      "       trans=(%g,%g,%g,%g,%g,%g,%g,%g,%g)\n",
                      psView->transmatrx[0],
                      psView->transmatrx[1],
                      psView->transmatrx[2],
                      psView->transmatrx[3],
                      psView->transmatrx[4],
                      psView->transmatrx[5],
                      psView->transmatrx[6],
                      psView->transmatrx[7],
                      psView->transmatrx[8] );
          }
      }
      break;

      case DGNST_TAG_SET:
      {
          DGNElemTagSet *psTagSet = (DGNElemTagSet*) psElement;
          int            iTag;

          fprintf( fp, "  tagSetName=%s, tagSet=%d, tagCount=%d, flags=%d\n", 
                   psTagSet->tagSetName, psTagSet->tagSet, 
                   psTagSet->tagCount, psTagSet->flags );
          for( iTag = 0; iTag < psTagSet->tagCount; iTag++ )
          {
              DGNTagDef *psTagDef = psTagSet->tagList + iTag;

              fprintf( fp, "    %d: name=%s, type=%d, prompt=%s", 
                       psTagDef->id, psTagDef->name, psTagDef->type, 
                       psTagDef->prompt );
              if( psTagDef->type == 1 )
                  fprintf( fp, ", default=%s\n", 
                           psTagDef->defaultValue.string );
              else if( psTagDef->type == 3 || psTagDef->type == 5 )
                  fprintf( fp, ", default=%d\n", 
                           psTagDef->defaultValue.integer );
              else if( psTagDef->type == 4 )
                  fprintf( fp, ", default=%g\n", 
                           psTagDef->defaultValue.real );
              else
                  fprintf( fp, ", default=<unknown>\n" );
          }
      }
      break;

      case DGNST_TAG_VALUE:
      {
          DGNElemTagValue *psTag = (DGNElemTagValue*) psElement;

          fprintf( fp, "  tagType=%d, tagSet=%d, tagIndex=%d, tagLength=%d\n", 
                   psTag->tagType, psTag->tagSet, psTag->tagIndex, 
                   psTag->tagLength );
          if( psTag->tagType == 1 )
              fprintf( fp, "  value=%s\n", psTag->tagValue.string );
          else if( psTag->tagType == 3 )
              fprintf( fp, "  value=%d\n", psTag->tagValue.integer );
          else if( psTag->tagType == 4 )
              fprintf( fp, "  value=%g\n", psTag->tagValue.real );
      }
      break;

      case DGNST_CONE:
      {
          DGNElemCone *psCone = (DGNElemCone *) psElement;

          fprintf( fp, 
                   "  center_1=(%g,%g,%g) radius=%g\n"
                   "  center_2=(%g,%g,%g) radius=%g\n"
                   "  quat=%d,%d,%d,%d unknown=%d\n", 
                   psCone->center_1.x, psCone->center_1.y, psCone->center_1.z,
                   psCone->radius_1, 
                   psCone->center_2.x, psCone->center_2.y, psCone->center_2.z,
                   psCone->radius_2, 
                   psCone->quat[0], psCone->quat[1],
                   psCone->quat[2], psCone->quat[3],
                   psCone->unknown );
      }
      break;

      case DGNST_BSPLINE_SURFACE_HEADER:
      {
          DGNElemBSplineSurfaceHeader *psSpline =
            (DGNElemBSplineSurfaceHeader *) psElement;

          fprintf( fp, "  desc_words=%ld, curve type=%d\n",
                   psSpline->desc_words, psSpline->curve_type);

          fprintf( fp, "  U: properties=%02x",
                   psSpline->u_properties);
          if (psSpline->u_properties != 0) {
            if (psSpline->u_properties & DGNBSC_CURVE_DISPLAY) {
              fprintf(fp, ",CURVE_DISPLAY");
            }
            if (psSpline->u_properties & DGNBSC_POLY_DISPLAY) {
              fprintf(fp, ",POLY_DISPLAY");
            }
            if (psSpline->u_properties & DGNBSC_RATIONAL) {
              fprintf(fp, ",RATIONAL");
            }
            if (psSpline->u_properties & DGNBSC_CLOSED) {
              fprintf(fp, ",CLOSED");
            }
          }
          fprintf(fp, "\n");
          fprintf( fp, "     order=%d\n  %d poles, %d knots, %d rule lines\n",
                   psSpline->u_order, psSpline->num_poles_u, 
                   psSpline->num_knots_u, psSpline->rule_lines_u);

          fprintf( fp, "  V: properties=%02x",
                   psSpline->v_properties);
          if (psSpline->v_properties != 0) {
            if (psSpline->v_properties & DGNBSS_ARC_SPACING) {
              fprintf(fp, ",ARC_SPACING");
            }
            if (psSpline->v_properties & DGNBSS_CLOSED) {
              fprintf(fp, ",CLOSED");
            }
          }
          fprintf(fp, "\n");
          fprintf( fp, "     order=%d\n  %d poles, %d knots, %d rule lines\n",