Model Format Test

# comments with #
# define model format of following data with FMT XZY (OpenGL style) or XYZ (Cartesian)
# define polygon with POLY{data}
# example:
# POLY{
#	t	TRIANGLE,
#	n	X Y Z # normal of face
#	c	R G B # optional, color of all following vertices (multi-color polygon possible)
#	v	x Y Z # first vertex
#	v	X Y Z # second vertex
#	v	X Y Z # last vertex, define all vertices counter-clockwise
# }
# add physical solid with POLY{data},
# which is defined by normals that face away from the center.
# example:
# PHYS{
#	t	CONVEX # type of solid, CONVEX or SPHERE possible (latter is faster in processing)
#	v	X Y Z # first normal, start point
#	v	X Y Z # first normal, end point
#	v	X Y Z # second normal, start point
#	v	X Y Z # second normal, end point
#	etc.
# }
# These normals are used for collision testing,
# if a point is beneath all of these normals, a collision is happening.
#
# all numbers after n, c, v can be seperated by characters of your choice

FMT XYZ
POLY{
	t	TRIANGLE,
	n	0	0	-1,
	c	1	1	0,
	v	-1	0	0,
	v	0	1	0,
	v	1	0	0,
}
POLY{
	t	TRIANGLE;
	n	1	1	1,
	c	0.5	0.4	0.1,
	v	1	0	0,
	v	0	0	1,
	v	0	1	0,
}
POLY{
	t	TRIANGLE,
	n	-1	1	1,
	v	-1	0	0,
	v	0	0	1,
	v	0	1	0,
}
POLY{
	t	TRIANGLE,
	n	0	-1	0,
	v	-1	0	0,
	v	1	0	0,
	v	0	0	1,
}