src/extension/dxf2svg/test_dxf.cpp

   1 /* test read_dxf  */
   2 #include"read_dxf.h"
   3 #include"entities.h"
   4 #include"blocks.h"
   5 #include"tables.h"
   6 #include<iostream>
   7 #include"entities2elements.h"
   8
   9 using namespace std;
  10
  11 int main(){
  12         std::vector< std::vector< dxfpair > >  output, entities_info, blocks_info, tables_info;
  13         //output =  dxf_get_sections("circ_sqr.dxf");
  14         //output =  dxf_get_sections("Labjack.dxf");
  15         //output =  dxf_get_sections("mini_post.dxf");
  16         //output =  dxf_get_sections("../8599-E0W.dxf");
  17         //output =  dxf_get_sections("../bulged_lwpoly.dxf");
  18         //output =  dxf_get_sections("../aspheric_lens.dxf");
  19         output =  dxf_get_sections("../layers_colors.dxf");
  20         /*std::vector< dxfpair > header;
  21         std::vector< dxfpair > classes;
  22         std::vector< dxfpair > tables;
  23         std::vector< dxfpair > blocks;
  24         std::vector< dxfpair > entities;
  25         std::vector< dxfpair > objects;
  26         std::vector< dxfpair > thumbnailimage;
  27         */
  28
  29
  30         //dxf_get_sections("circ_sqr.dxf",header,classes,tables,blocks,entities,objects,thumbnailimage);
  31         //dxf_get_sections("mini_post.dxf",header,classes,tables,blocks,entities,objects,thumbnailimage);
  32
  33         //cout << entities.size() << endl;
  34         for (int i=0;i<output.size();i++) cout << "output[i].size()" << i << " = " << output[i].size() << endl;
  35         //cout << endl;
  36         //for (int i=0;i<output[0].size();i++) cout << output[0][i].group_code << "\t"  << output[0][i].value << endl;
  37         //cout << endl;
  38         //for (int i=0;i<output[4].size();i++) cout << output[4][i].group_code << "\t" << output[4][i].value << endl;
  39
  40         // Now display the different parts of the entities section
  41         //cout << endl;
  42         for (int i=0;i < output[4].size();i++){
  43                 //cout << output[4][i].group_code << "  " << output[4][i].value[0] << output[4][i].value[1] << endl;
  44         }
  45         cout << endl;
  46         entities_info = separate_parts(output[4]);
  47         cout << "entities_info.size() = " << entities_info.size() << endl;
  48
  49         for (int i=0;i < entities_info.size();i++){
  50                 //for (int j=0;j < entities_info[i].size();j++) cout << entities_info[i][j].group_code << "  " << entities_info[i][j].value[0] << entities_info[i][j].value[1] << entities_info[i][j].value[2] << entities_info[i][j].value[3] << entities_info[i][j].value[4] << "\n";
  51                 //cout << endl << endl << endl;
  52         }
  53
  54         cout << "blocks separate parts" << endl;
  55         blocks_info = separate_parts(output[3]); // Tables is the 4th part of a dxf file.
  56         cout << "sort separated parts" << endl;
  57         blocks blks(blocks_info);  // Sort the information in the tables
  58         cout << "blocks_info.size() = " << blocks_info.size() << endl;
  59
  60         for (int i=0;i < blocks_info.size();i++){
  61                 //for (int j=0;j < blocks_info[i].size();j++) cout << blocks_info[i][j].group_code << "  " << blocks_info[i][j].value[0] << blocks_info[i][j].value[1] << blocks_info[i][j].value[2] << blocks_info[i][j].value[3] << blocks_info[i][j].value[4] << "\n";
  62                 //cout << endl << endl << endl;
  63         }
  64
  65
  66         tables_info = separate_parts(output[2]); // Tables is the 3rd part of a dxf file.
  67         cout << "tables_info.size() = " << tables_info.size() << endl;
  68         for (int i=0;i < tables_info.size();i++){
  69                 //for (int j=0;j < tables_info[i].size();j++) cout << tables_info[i][j].group_code << "  " << tables_info[i][j].value[0] << tables_info[i][j].value[1] << tables_info[i][j].value[2] << tables_info[i][j].value[3] << tables_info[i][j].value[4] << "\n";
  70                 //cout << "i = " << i << endl << endl;
  71         }
  72         tables tbls(tables_info);  // Sort the information in the tables
  73
  74
  75
  76         cout << "This should change \n";
  77
  78         cout << "\n\nNow display all parsed info \n";
  79         entities ents(entities_info);
  80         ents.display_all();
  81
  82         //char units[5] = "in";
  83         char units[5] = "";
  84
  85         cout << "\nNow for the begining of the SVG...\n\n";
  86
  87         cout << "Polyline conversion\n";
  88         //std::vector< polyline > pl_tmp= ents.ret_plines();
  89         //cout << "pline2pline\n" << pline2pline(pl_tmp[0], units ) << endl;
  90         //cout << "pline2pline\n" << pline2pline(ents.ret_plines()[0], units ) << endl;
  91         //cout << "pline2path\n" << pline2path(ents.ret_plines()[0], units );
  92
  93         char tmp_char[10000];
  94
  95         cout << "\nCircle conversion\n";
  96         //cout << "circle2circle\n" << circle2circle(ents.ret_circles()[0], 3, units, tmp_char) << endl;
  97
  98         return 0;
  99 }