Resources · 3D Data Map

Tutorial Videos

• 3D modeling the base map · Vimeo
• 3D modeling the support frame for the base map · Vimeo
• 3D modeling the positive and negative data layers · Vimeo
• 3D modeling the support grid for the data layers · Vimeo
• 3D modeling the legend · Vimeo
• Generating the GCode for the base map· Vimeo
• Generating the GCode for the support frame for the base map · Vimeo
• Generating the 16 squares from the negative data layer · Vimeo
• Generating the 16 squares from the positive data layer · Vimeo
• Generating the GCode for the negative and positive data layers · Vimeo
• Generating the GCode for the support grid for the data layers · Vimeo
• Generating the GCode for the legend engravings · Vimeo
• Generating the GCode for the 3D legend reference · Vimeo

Output Files

• Sample .SVG land-water boundaries · Github
• Sample buffered hex grid .SHP file with negative values · Github
• Sample buffered hex grid .SHP file with positive values · Github
• The Venice base map FreeCAD file (3d model) · Github
• The support frame for the base map FreeCAD file (3d model) · Github
• The positive and negative data layers Blender file (3d model) · Github
• The negative data layer FreeCAD file (3d model) · Github
• The positive data layer FreeCAD file (3d model) · Github
• The 16 squares of the negative data layer FreeCAD file (3d model) · Github
• The 16 squares of the positive data layer FreeCAD file (3d model) · Github
• The 16 squares of the negative data layer STL file (3d model) · Github
• The 16 squares of the positive data layer STL file (3d model) · Github
• The support grid for the data layers FreeCAD file (3d model) · Github
• The legend FreeCAD file (3d model) · Github