#  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.
#
x=2
y=3
box
0 0 1 1
shadow
#
read set_01.txt
title 01: CVT set #1 (MDG)
output set_01_dot.eps
dot
output set_01_balloon.eps
balloon
#
read set_02.txt
title 02: CVT set #2 (MDG)
output set_02_dot.eps
dot
output set_02_balloon.eps
balloon
#
read set_03.txt
title 03: CVT set #3 (MDG)
output set_03_dot.eps
dot
output set_03_balloon.eps
balloon
#
read set_04.txt
title 04: CVT set #4 (MDG)
output set_04_dot.eps
dot
output set_04_balloon.eps
balloon
#
read set_05.txt
title 05: CVT set #5 (MDG)
output set_05_dot.eps
dot
output set_05_balloon.eps
balloon
#
read set_06.txt
title 06: CVT set #6 (MDG)
output set_06_dot.eps
dot
output set_06_balloon.eps
balloon
#
read set_07.txt
title 07: CVT set #7 (MDG)
output set_07_dot.eps
dot
output set_07_balloon.eps
balloon
#
read set_08.txt
title 08: CVT set #8 (MDG)
output set_08_dot.eps
dot
output set_08_balloon.eps
balloon
#
read set_09.txt
title 09: Hammersley (JVB)
output set_09_dot.eps
dot
output set_09_balloon.eps
balloon
#
read set_10.txt
title 10: Faure (TOMS647)
output set_10_dot.eps
dot
output set_10_balloon.eps
balloon
#
read set_11.txt
title 11: Halton (TOMS647)
output set_11_dot.eps
dot
output set_11_balloon.eps
balloon
#
read set_12.txt
title 12: Sobol (TOMS647)
output set_12_dot.eps
dot
output set_12_balloon.eps
balloon
#
read set_13.txt
title 13: Random (TOMS647)
output set_13_dot.eps
dot
output set_13_balloon.eps
balloon
#
read set_14.txt
title 14: Niederreiter (TOMS738)
output set_14_dot.eps
dot
output set_14_balloon.eps
balloon
#
read set_15.txt
title 15: random set #1 (MDG)
output set_15_dot.eps
dot
output set_15_balloon.eps
balloon
#
read set_16.txt
title 16: random set #2 (MDG)
output set_16_dot.eps
dot
output set_16_balloon.eps
balloon
#
read set_17.txt
title 17: random set #3 (MDG)
output set_17_dot.eps
dot
output set_17_balloon.eps
balloon
#
read set_18.txt
title 18: Halton (MDG)
output set_18_dot.eps
dot
output set_18_balloon.eps
balloon
#
read set_19.txt
title 19: Hammersley (MDG)
output set_19_dot.eps
dot
output set_19_balloon.eps
balloon
#
read set_20.txt
title 20: Latin Square set #1 (MDG)
output set_20_dot.eps
dot
output set_20_balloon.eps
balloon
#
read set_21.txt
title 21: Latin Square set #2 (MDG)
output set_21_dot.eps
dot
output set_21_balloon.eps
balloon
#
read set_22.txt
title 22: Latin Square set #3 (MDG)
output set_22_dot.eps
dot
output set_22_balloon.eps
balloon
#
read set_23.txt
title 23: Hanson set #1 (MDG)
output set_23_dot.eps
dot
output set_23_balloon.eps
balloon
#
read set_24.txt
title 24: Hanson set #2 (MDG)
output set_24_dot.eps
dot
output set_24_balloon.eps
balloon
#
read set_25.txt
title 25: Halton (JVB)
output set_25_dot.eps
dot
output set_25_balloon.eps
balloon
#
read set_26.txt
title 26: Sobol (NR)
output set_26_dot.eps
dot
output set_26_balloon.eps
balloon
#
read set_27.txt
title 27: IHS set #1 (Beachkofski)
output set_27_dot.eps
dot
output set_27_balloon.eps
balloon
#
read set_28.txt
title 28: IHS set #2 (Beachkofski)
output set_28_dot.eps
dot
output set_28_balloon.eps
balloon
#
read set_29.txt
title 29: IHS set #3 (Beachkofski)
output set_29_dot.eps
dot
output set_29_balloon.eps
balloon
#
read set_30.txt
title 30: 10 x 10 evenly-spaced product grid
output set_30_dot.eps
dot
output set_30_balloon.eps
balloon
#
read set_31.txt
title 31: 10 x 10 evenly-spaced offset product grid
output set_31_dot.eps
dot
output set_31_balloon.eps
balloon
#
read set_32.txt
title 32: 9 x 11 hexagonal grid
output set_32_dot.eps
dot
output set_32_balloon.eps
balloon
#
read set_33.txt
title 33: 9 x 11 hexagonal grid
output set_33_dot.eps
dot
output set_33_balloon.eps
balloon
#
quit