#  An input file to PLOT_POINTS
#
#  All the input files have the X values in column 2, the Y values in column 3.
#
#  We want a box around the data cornered at (0,0) X (1,1)
#
#  We want the "shadow" of X and Y to be marked on the axes.
#
#  We want a "dot" plot of the points, and a "balloon" plot which
#  shows the maximal nonintersecting circle around each point.
#
x=2
y=3
box
0 0 1 1
shadow
#
read romero_01_cvt.txt
title 01: Romero CVT 9 point set, seed 1
output romero_01_cvt_dot.eps
dot
output romero_01_cvt_cir.eps
balloon
#
read romero_02_cvt.txt
title 02: Romero CVT 13 point set, seed 1
output romero_02_cvt_dot.eps
dot
output romero_02_cvt_cir.eps
balloon
#
read romero_03_cvt.txt
title 03: Romero CVT 25 point set, seed 1
output romero_03_cvt_dot.eps
dot
output romero_03_cvt_cir.eps
balloon
#
read romero_04_cvt.txt
title 04: Romero CVT 41 point set, seed 1
output romero_04_cvt_dot.eps
dot
output romero_04_cvt_cir.eps
balloon
#
read romero_05_cvt.txt
title 05: Romero CVT 9 point set, seed 2
output romero_05_cvt_dot.eps
dot
output romero_05_cvt_cir.eps
balloon
#
read romero_06_cvt.txt
title 06: Romero CVT 13 point set, seed 2
output romero_06_cvt_dot.eps
dot
output romero_06_cvt_cir.eps
balloon
#
read romero_07_cvt.txt
title 07: Romero CVT 25 point set, seed 2
output romero_07_cvt_dot.eps
dot
output romero_07_cvt_cir.eps
balloon
#
read romero_08_cvt.txt
title 08: Romero CVT 41 point set, seed 2
output romero_08_cvt_dot.eps
dot
output romero_08_cvt_cir.eps
balloon
#
read romero_09_cvt.txt
title 09: Romero CVT 9 point set, seed 3
output romero_09_cvt_dot.eps
dot
output romero_09_cvt_cir.eps
balloon
#
read romero_10_cvt.txt
title 10: Romero CVT 13 point set, seed 3
output romero_10_cvt_dot.eps
dot
output romero_10_cvt_cir.eps
balloon
#
read romero_11_cvt.txt
title 11: Romero CVT 25 point set, seed 3
output romero_11_cvt_dot.eps
dot
output romero_11_cvt_cir.eps
balloon
#
read romero_12_cvt.txt
title 12: Romero CVT 41 point set, seed 3
output romero_12_cvt_dot.eps
dot
output romero_12_cvt_cir.eps
balloon
#
quit