Gary's starred repositories
Microsoft-Activation-Scripts
A Windows and Office activator using HWID / Ohook / KMS38 / Online KMS activation methods, with a focus on open-source code and fewer antivirus detections.
CavalierContours
2D polyline library for offsetting, combining, etc.
curvislicer
CurviSlicer: Slightly curved slicing for 3-axis printers
MatterSlice
MatterSlice is a C# console application that generates GCode (hardware control) for 3D printing. It was originally ported from CuraEngine (another great open source 3D printing engine). It is the primary slicing engine for MatterSlice and under constant development.
S3_DeformFDM
S^3-Slicer: A General Slicing Framework for Multi-Axis 3D Printing
G-coordinator
A software to generate G-code for 3DPrinter
mandoline-py
A 3D printing STL-to-GCode slicer based on the Clipper library.
Gcode-Reader
A Python library that can read, analysis, plot G-code files used in Additive Manufacturing (AM).
ReinforcedFDM
Reinforced FDM (TOG / SIG Asia 2020)
arc-overhang
A 3D printer slicing algorithm that lets you print 90° overhangs without support material.
FDM_3D_Printing_Slice_Algorithm
A matlab project of "FDM_3D_Printing_Slice_Program"
Dragline-Draw
A multipurpose contoured 3D-printing slicer, developed for the creation of mesh lenses.
Non-planar-3D-printing-from-Kinect-RGBD-image
A 3D non-plannar printing software that create 3D non-plannar tool-path from *.STL file generated directly from Kinect sensor.
Matlab-STL-GUI-slice-program
Transform 3D STL file (StereoLithography) into 2D series BMP files.
ENME802_2021S1_Project2
MATLAB Application for Adaptive Layer and Curved Bezier Slicing for 3D FDM
Global-continuous-tool-path-with-controllable-local-direction
Algorithm for generating global continuous tool-path with controllable deposition direction
STL-Slicer
This is a basic MATLAB code that slices the STL file model given and outputs the co-ordinates of the Intersection of Slicing plane and Triangular meshes in the STL File.
3d-printing-optimisation
The repository contains code (MATLAB and some Python) and data for my final year project - Machine learning for optimising 3D printing processes.