Requires only gcc.
Compile and process examples with command:
make all
The program reads data from standard input and prints models to standard output (wavefront) and standard error (stl).
Usage:
# Print only one format
./bin/wf obj < examples/def.in > models/def.obj
./bin/wf stl < examples/def.in 2> models/def.stl
# Print wavefront and stl but save only one
./bin/wf < examples/def.in > models/def.obj 2> /dev/null
./bin/wf < examples/def.in 2> models/def.stl > /dev/null
# Print wavefront and stl and save them all
./bin/wf < examples/def.in > models/def.obj 2> models/def.stl
./bin/wf < examples/def.in obj stl > models/def.obj 2> models/def.stl
See the examples for the input format.
Below is the order of the input data:
Calculated roll count and Calculated roll ray are generated automatically.
Count - verticles per round
Roll (vertex per round) count - verticles per round (in rolls)
Epsilon in x-axis and y-axis - additional space between faces in x-axis and y-axis
Epsilon in z-axis - additional space between faces in z-axis
View in z-axis direction
The intersection
View in y-axis direction
Example bearing
Bearing skeleton
Large bearing
Bearing with roll liner = 1
Bearing with roll cover = 0
View on rail of roll
Skeletal side view
Adjust the epsilon depending on the accuracy of your printer. Too small causes the rollers to stick to the rings. Remember to add support. Adding support causes additional bearing sticking and problems on first start. If the rails are set too large, the rollers may be cut.
