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1. #MASTERCAM 2019 SLICE CURVE HOW TO#
2. #MASTERCAM 2019 SLICE CURVE INSTALL#
3. #MASTERCAM 2019 SLICE CURVE SOFTWARE#
4. #MASTERCAM 2019 SLICE CURVE CODE#
5. #MASTERCAM 2019 SLICE CURVE DOWNLOAD#

#MASTERCAM 2019 SLICE CURVE SOFTWARE#

Caution, this software generates complex curved trajectories that may result in collisions between the printer carriage and the print. On other types of printers some adaptation of flow is required our tool uncurve has some command line parameters for this purpose, but these are mostly experimental. In our experience the GCode prints best on delta-style printers, as the Z axis is comparably efficient to the X,Y axes. Also please make sur the produced GCode properly fits your bed as we use an 'average' print bed configuration. These you will have to add manually to fit your printer. Note that it has no header and no footer. The produced GCode is standard Marlin style for 1.75 mm filament and 0.4 mm nozzle. You can follow the Windows procedure, but will have to manually compile dependencies (TetWild) and create shell scripts from the Windows batch files. There is not reason this would not work under Linux, but we did not have time yet to make the scripts and the build system for all dependencies.

#MASTERCAM 2019 SLICE CURVE HOW TO#

The gcode is then found in models/wing.gcode How to use (Linux)

It will automagically generate your gcode files.įor example, a great starting point is to simply run If you want to use Gurobi instead, you'll have to enable the CMake flag "BUILD_WITH_GRB" and choose the "GRB_VERSION" (and quite obviously you need to have Gurobi installed with a license).

#MASTERCAM 2019 SLICE CURVE INSTALL#

Then, you need to build the INSTALL project, it will generate the executables and put them in the bin folder.īy default, the OSQP solver version will be built. SolverWrapper (wrapper API around Gurobi and OSQP),

#MASTERCAM 2019 SLICE CURVE DOWNLOAD#

This will automatically download other repositories: Once installed, copy the folder "curvi" (in the /resources folder) into IceSL printer profiles folder on Windows this is %appdata%/IceSL/icesl-printers/fff/ Download Install the latest version of IceSL (adds a small feature to work with curvislice). You need to have Visual Studio C++ and CMake latest installed. We will also provide a binary release package, so check the available files there. Sources are meant to be compiled with Visual Studio C++ 2019. This repository is meant to be built from source, and includes Windows binaries of some required external tools. We'll keep improving it! How to use (Windows) The master branch is modified to use OSQP and while it works great, there are differences and limitations compared to the Gurobi version. Please use it for reproducibility of the paper results (speed and quality). This initial implementation is in the SIGGRAPH 2019 branch. The original implementation in the paper uses the Gurobi commercial solver.

#MASTERCAM 2019 SLICE CURVE CODE#

The code depends on many other great projects such as TetWild and OSQP. Please don't expect high quality, production ready code, this is a research prototype. Adrien Bedel helped greatly to modify the code to support OSQP. The implementation was done by Jimmy Etienne and Sylvain Lefebvre, with guidance from colleagues. The work finds its origin in a brainstorm session during the 2018 Computational Geometry workshop at the Bellairs Research Institute, co-organized by Sue Whitesides and Sylvain Lazard. Wang, Jonàs Martínez, Sara Mcmains, Marc Alexa, Brian Wyvill and Sylvain Lefebvre you can find the academic paper here. The method was developed by an international team of researchers: Jimmy Etienne, Nicolas Ray, Daniele Panozzo, Samuel Hornus, Charlie C.L. Instead, CurviSlicer outputs curved slices that nicely follow the car outlines. The adaptive slicer concentrates the thin slices around the car hood (as it should) but then it has to use thick slices everywhere else. The image below compares adaptive slicing with flat layers (top) to the same number of layers using CurviSlicer (bottom). This reduces internal porosity and fragilities, and allows to accurately position the top curved surfaces. Our goal is to improve surface quality and accuracy by curving the layers not only at the top, but also throughout the part. CurviSlicer is research project about achieving curved printing on standard, off-the-shelf, 3-axis FDM printers.