Added labels for the folding of the hollow wing.
Added a class and REST service to return GCODE for a 3D printer based on a given aerofoil data set, chord and span.
Added a class and REST service to return GCODE for a 3D printer based on a given aerofoil data set, chord and span.
Centered and rotated the model on the build platform.
Centered and rotated the model on the build platform.
Added start and end gcode files for thingomatic.
Tweaked the extrusion rates.
Added start and end gcode files for thingomatic.
Tweaked the extrusion rates and orientation/placement on the platform.
Corrected the wait sequence in the start.gcode
Added an anchor by drawing a box around the print area.
Added an anchor by drawing a box around the print area.
Added struts to the aerofoil and added alternating layer types with different paths so the resulting print is strong.
Added wing segments so that the wing can be shaped with tapers ect.
Added unit tests to check aspects of the gcode.
Prevented unrequired deprime actions.
Removed some values and calculations that did not scale correctly.
Moved the gcode generation into an abstract class and added a fuselage gcode generator.
Added an gcode previewer in svg.
Added an gcode previewer in svg.
Added an gcode previewer in svg.
Added gcode wing and fuselage output to the rest interface.
Added an gcode previewer in svg.
Added gcode wing and fuselage output to the rest interface.
Added the tail fins to the gcode output.
Added the a fuselage with height and width to the gcode output.