| save_3dprint {rayshader} | R Documentation |
Writes a stereolithography (STL) file that can be used in 3D printing.
save_3dprint( filename, maxwidth = 125, unit = "mm", rotate = TRUE, remove_extras = TRUE, clear = FALSE )
filename |
String with the filename. If '.stl' is not at the end of the string, it will be appended automatically. |
maxwidth |
Default '125'. Desired maximum width of the 3D print in millimeters. Uses the units set in 'unit' argument. Can also pass in a string, "125mm" or "5in". |
unit |
Default 'mm'. Units of the 'maxwidth' argument. Can also be set to inches with 'in'. |
rotate |
Default 'TRUE'. If 'FALSE', the map will be printing on its side. This may improve resolution for some 3D printing types. |
remove_extras |
Default 'TRUE'. Removes non-topographic features from base: lines, water, labels, and the shadow. |
clear |
Default 'FALSE'. If 'TRUE', the current 'rgl' device will be cleared. |
Writes an STL file to 'filename'. Regardless of the unit displayed, the output STL is in millimeters.
filename_stl = tempfile() #Save the STL file into `filename_stl` volcano %>% sphere_shade() %>% plot_3d(volcano,zscale=3) render_snapshot() save_3dprint(filename_stl, clear=TRUE) #Save the STL file into `filename_stl`, setting maximum width to 100 mm volcano %>% sphere_shade() %>% plot_3d(volcano,zscale=3) render_snapshot() save_3dprint(filename_stl, maxwidth = 100, clear=TRUE) #'#Save the STL file into `filename_stl`, setting maximum width to 4 inches volcano %>% sphere_shade() %>% plot_3d(volcano,zscale=3) render_snapshot() save_3dprint(filename_stl, maxwidth = 4, unit = "in", clear=TRUE) #'#'#Save the STL file into `filename_stl`, setting maximum width (character) to 120mm volcano %>% sphere_shade() %>% plot_3d(volcano,zscale=3) render_snapshot() save_3dprint(filename_stl, maxwidth = "120mm", clear=TRUE)