# sample input file for dla-nd

# place up to N particles
particles	107000

# write output every M particles
output_step	100

# the first part's mass, location, and velocity (velocity ignored)
# 2D
add_part	1 0 0 0 0
# 3D
#add_part	1 0 0 0 0 0 0

bulk_vel	0 -10000	# particles have a bulk velocity

# output file options
write_dot	no	# image file has white pixels at particle centers
write_dens	yes	# create density field, write it
write_pgm	no	# write an ASCII PGM file
write_png	yes	# write a PNG file
write_part	no	# write raw ASCII file of particle locations
write_obj	no	# compute connectivity, write tubular-style OBJ
image_size	512	# resolution for all output images
image_depth	8	# bits per pixel for images, 8 or 16