22 | | - "PaperSpace" -> Absent or "0" means model space, "1" means paper space. |
23 | | - "Invisible" -> Indicates the object visibility: "0" = visible, "1" = invisible |
24 | | - "BlockReference" -> This is now used in combination with "BlockName" in case we do not inlined blocks. Before it was not possible to find the entities which belonged to a certain block reference (if one block was part of another block), because the block reference (to another block) was overwritten (in GetNextUnfilteredFeature) with the name of the block the reference was part of. Now the names of the blocks (defined in the BLOCKS Section of the DXF file) is stored in "BlockName" and the reference to a block (these references are part of an INSERT or a DIMENSION) are stored in "BlockReference". |
| 22 | - "PaperSpace" -> Absent or "0" means model space, "1" means paper space. **split out to #7121** |
| 23 | - "Invisible" -> Indicates the object visibility: "0" = visible, "1" = invisible **split out to #7121** |
| 24 | - "BlockReference" -> This is now used in combination with "BlockName" in case we do not inlined blocks. Before it was not possible to find the entities which belonged to a certain block reference (if one block was part of another block), because the block reference (to another block) was overwritten (in GetNextUnfilteredFeature) with the name of the block the reference was part of. Now the names of the blocks (defined in the BLOCKS Section of the DXF file) is stored in "BlockName" and the reference to a block (these references are part of an INSERT or a DIMENSION) are stored in "BlockReference".**dealt with in #7106 using different field names** |
27 | | - In this function some DXF escape sequences are translated and stored into a resulting string. At the moment not all possible sequences are translated. Some of the possible sequences have to do with the formating (of somtimes only parts) of the text, like color codes, italic, font descriptions, etc. I think that it is not always useful to remove these kind of informations. (For instance I am using most of the formating informations in a DXF viewer. Without the formating information I could not display the text in the correct way.) Therefore I have introduced the new config option "DXF_TRANSLATE_ESCAPE_SEQUENCES" |
28 | | . |
29 | | Setting this option to FALSE prevents the translation. In the future maybe it would make sense to translate only those escape sequences, which deal e.g. with UTF8. (I think I have found the meaning of all the escape sequences possible in DXF files. I could post them here or on gdal-dev mailing list if someone is interested.) |
| 27 | - In this function some DXF escape sequences are translated and stored into a resulting string. At the moment not all possible sequences are translated. Some of the possible sequences have to do with the formating (of somtimes only parts) of the text, like color codes, italic, font descriptions, etc. I think that it is not always useful to remove these kind of informations. (For instance I am using most of the formating informations in a DXF viewer. Without the formating information I could not display the text in the correct way.) Therefore I have introduced the new config option "DXF_TRANSLATE_ESCAPE_SEQUENCES". Setting this option to FALSE prevents the translation. In the future maybe it would make sense to translate only those escape sequences, which deal e.g. with UTF8. (I think I have found the meaning of all the escape sequences possible in DXF files. I could post them here or on gdal-dev mailing list if someone is interested.) **split out to #7122** |