- add using liburiparser library for parsing URIs
- daeIDResolverType::compare now compares with getID
- fix DAE::open for collada 1.4.1
- fix usage of COLLADA_DOM_DAEFLOAT_IS64 when serializing float values to string.
- fix libxml read filepath bug with %20
- Using boost filesystem v3 for better temp directory creation
- fix local cmake libpcre compilation
[New Features]
All dom classes are now in their own namespaces making it possible to use 1.4.1 and 1.5.0 simultaneously! namespaces are ColladaDOM141 and ColladaDOM150:
dae=DAE(NULL,NULL,"1.4.1"); dae2=DAE(NULL,NULL,"1.5.0");
New dom namespaces are not automatically put into the global scope, meaning that domCOLLADA should not be converted to ColladaDOM141::domCOLLADA or ColladaDOM150::domCOLLAdA
Users can define COLLADA_DOM_USING_141 or COLLADA_DOM_USING_150 before any collada-dom includes in order to get an automatic "using namespace ColladaDOMXX".
If COLLADA_DOM_NAMESPACE is not defined, will call using namespace ColladaDOMXXX on the highest version available. If not, it will not clutter the global namespace with dom definition.
The DAE constructor takes in a string for the collada version to support. Current supported are "1.4.1" and "1.5.0"
The following DAE methods need to be manually casted to the correct domCOLLADA version: DAE::add, DAE::open, DAE::openFromMemory, DAE::getRoot, DAE::setRoot, DAE::getDom, DAE::setDom. For backward compat, added DAE::add141, DAE::add150, etc. In otherwords:
domCOLLADA* dom = (domCOLLADA*)dae->open(); ColladaDOM150::domCOLLADA* dom = (ColladaDOM150::domCOLLADA*)dae->open(); ColladaDOM150::domCOLLADA* dom = daeSafeCast<ColladaDOM150::domCOLLADA>(dae->open()); ColladaDOM150::domCOLLADA* dom = dae->open150();
Included a double-precision flag COLLADA_DOM_DAEFLOAT_IS64 to compile collada-dom without any floating point. When using cmake, do -DOPT_DOUBLE_PRECISION=ON
DAE::writeX support writing to compressed ZAE files using zlib and minizip. Automatically enabled when extension is zae.
[New Features]
- added cmake configuration scripts to find the collada-dom installs through cmake easier
- added cpack generation and debian source package install preparation for cmake
- windows compiles with cmake, forcing to use boost DLL, etc, all libraries are suffixed with VC version
- added pcre-8.02 and zlib 3rdparty library sources to be used for static linking
- added latest libxml2 library along with vc80, vc90, and vc100 DLLs.
[New Features]
- Added cmake support. cmake now produces *.pc files direclty usable in Linux's package config: collada14dom, collada15dom. Use the cmake-modules/FindCOLLADA.cmake when searching for the collada installation.
- Added newer version of minizip v1.1.
[Bug Fix]
- Fixed two problems in SID resolution which was prevent collada 1.5 robot files from being loaded correctly.
[Known Bugs/Restrictions]
- Currently it is not possible to use both 1.4 and 1.5 in the same executable. This issue might addressed in the future with namespaces. This means collada-dom has to offer two different pkg-config files, one for 1.4 and one for 1.5.
- Added samples.doc to describe features of sample COLLADA documents
- Revised readme.txt for Linux, Mac support
[Bug Fix]
- Major memory leak fixes
- Numerous minor bug fixes