![]() The AnkerMake Slicer engine is based on CuraEngine by Ultimaker. The AnkerMake Slicer engine is licensed under the GNU Affero General Public License, version 3. Qmake DEFINES+=FORCE_ARM "QMAKE_LFLAGS+=-L $ompPath/lib/ -lomp " "INCLUDEPATH+= $ompPath/include/ ". Qmake_path=/Users/anker/Qt/5.15.10/clang_64/bin #please change the value to the right path export PATH= $PATH: $qmake_path OmpPath= "/opt/homebrew/Cellar/libomp/14.0.6 " #please change the value to the right path Use Qt Creator to build the AnkerMake SlicerĢ Configure the Qt Creator, kits, QT version, compilers, debuggers, and CMake.Ĭhange omp path in file AnkerSlicer/src/general.priĬURRENT_DIR= $(dirname " $0 " ) cd " $CURRENT_DIR " echo "current dir: " $PWDĬp -R /Users/anker/AnkerSlicer. There are two ways to build the AnkerMake Slicer. Navigate to the location where you saved the codes, and then open /AnkerSlicer/src/AnkerSlicer.pro with Qt Creator. Visual Studio Community 2019 from /vs/Ĭonfig the Qt Creator, kits, QT version, compilers, debuggers, CMake Functions to match AI print monitoring.Micro feature merging and smoothing node jitter.Optimization of the hole wall printing effect.Outer wall single-layer printing quality optimization.Small detail printing effect optimization.G-code path simulation with speed, acceleration, and other parameters closer to the real operation of 3D printers Intelligent and easy exporting slicing parameters ![]() Hybrid/tree/normal support types, customized support We have adopted the plug-in management mechanism to abstract and segment the 3D main interface with the slicer parameter module and the slicer engine process, ensuring low coupling in the framework.īasic slicing features and G-Code viewer The main program is based on the MeshLab open-source project. ![]() The AnkerMake Slicer engine is based on version 4.11 of the CuraEngine open-source slicer project. The AnkerMake Slicer sends the produced G-code file to the 3D printer and can initiate the print. The AnkerMake Slicer is a toolpath generator for AnkerMake 3D printers: it reads 3D models (STL, OBJ, AMF, 3MF) and converts them into G-code instructions. ![]()
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