OpenXM_contrib/gnuplot/demo/prob.dem - diff

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Diff for /OpenXM_contrib/gnuplot/demo/Attic/prob.dem between version 1.1.1.1 and 1.1.1.2

version 1.1.1.1, 2000/01/09 17:01:01

version 1.1.1.2, 2000/01/22 14:16:08

Line 51 pause -1 "Hit return to continue"

#xmax = 1.0

#Mode of beta PDF used

#ymax = (p < 1.0 || q < 1.0) ? 2.0 : 1.1 * beta((p - 1.0)/(p + q - 2.0))

set key

set key right box

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 68 plot [0:1] [0:5] p = 0.5, q = 0.7, beta(x) title "p =

p = 0.5, q = 2.5, beta(x) title "p = 0.5, q = 2.5"

pause -1 "Hit return to continue"

set title "incomplete beta CDF"

set key left box

plot [0:1] [0:1.1] p = 0.5, q = 0.7, cbeta(x) title "p = 0.5, q = 0.7", \

p = 5.0, q = 3.0, cbeta(x) title "p = 5.0, q = 3.0", \

p = 0.5, q = 2.5, cbeta(x) title "p = 0.5, q = 2.5"

Line 109 pause -1 "Hit return to continue"

Line 110 pause -1 "Hit return to continue"

#xmin = a - 4.0 * b

#xmax = a + 4.0 * b

#ymax = 1.1 * cauchy(a) #Mode of cauchy PDF used

set key

set key left box

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 137 pause -1 "Hit return to continue"

Line 138 pause -1 "Hit return to continue"

#xmin = xmin < 0 ? 0 : xmin

#xmax = mu + 4.0 * sigma

#ymax = 1.1 * (df1 > 2.0 ? chi(df1 - 2.0) : 1.0) #Mode of chi PDF used

set key

set key right box

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 149 set format x "%.1f"

Line 150 set format x "%.1f"

set format y "%.2f"

set sample 100

set title "chi-square PDF"

set key right box

plot [0:15] [0:0.2] df1 = 4, chi(x) title "df = 4", \

df1 = 6, chi(x) title "df = 6", \

df1 = 8, chi(x) title "df = 8"

pause -1 "Hit return to continue"

set key left box

set title "chi-square CDF"

plot [0:15] [0:1.1] df1 = 4, cchi(x) title "df = 4", \

df1 = 6, cchi(x) title "df = 6", \

Line 167 pause -1 "Hit return to continue"

Line 170 pause -1 "Hit return to continue"

#xmin = xmin < 0 ? 0 : xmin

#xmax = mu + 4.0 * sigma

#ymax = n < 2.0 ? 1.0 : 1.1 * erlang((n - 1.0) / lambda) #Mode of erlang PDF used

set key

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 179 set format x "%.1f"

Line 181 set format x "%.1f"

set format y "%.1f"

set sample 100

set title "erlang PDF"

set key right box

plot [0:10] [0:1] lambda = 1, n = 2, erlang(x) title "lambda = 1, n = 2", \

lambda = 2, n = 2, erlang(x) title "lambda = 2, n = 2"

pause -1 "Hit return to continue"

set title "erlang CDF"

set key left box

plot [0:10] [0:1.1] lambda = 1, n = 2, cerlang(x) title "lambda = 1, n = 2", \

lambda = 2, n = 2, cerlang(x) title "lambda = 2, n = 2"

pause -1 "Hit return to continue"

Line 195 pause -1 "Hit return to continue"

Line 199 pause -1 "Hit return to continue"

#xmin = mu - 4.0 * sigma

#xmax = mu + 4.0 * sigma

#ymax = 1.1 * extreme(u) #Mode of extreme PDF used

set key

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 207 set format x "%.1f"

Line 210 set format x "%.1f"

set format y "%.2f"

set sample 100

set title "extreme PDF"

set key left box

plot [-10:10] [0:0.4] alpha = 0.5, u = 1.0, extreme(x) title "alpha = 0.5, u = 1.0", \

alpha = 1.0, u = 0.0, extreme(x) title "alpha = 1.0, u = 0.0"

pause -1 "Hit return to continue"

set title "extreme CDF"

set key left box

plot [-10:10] [0:1.1] alpha = 0.5, u = 1.0, cextreme(x) title "alpha = 0.5, u = 1.0", \

alpha = 1.0, u = 0.0, cextreme(x) title "alpha = 1.0, u = 0.0"

pause -1 "Hit return to continue"

Line 224 pause -1 "Hit return to continue"

Line 229 pause -1 "Hit return to continue"

#xmax = mu + 4.0 * sigma

#Mode of F PDF used

#ymax = df1 < 3.0 ? 1.0 : 1.1 * f((df1 / 2.0 - 1.0) / (df1 / 2.0 + df1 / df2))

set key

set zeroaxis

#set xrange [xmin : xmax]

#set yrange [0 : ymax]

Line 236 set format x "%.1f"

Line 240 set format x "%.1f"

set format y "%.2f"

set sample 100

set title "F PDF"

set key right box

plot [0:4] [0:0.8] df1 = 5.0, df2 = 9.0, f(x) title "df1 = 5, df2 = 9", \

df1 = 7.0, df2 = 6.0, f(x) title "df1 = 7, df2 = 6"

pause -1 "Hit return to continue"

set title "F CDF"

set key left box

plot [0:4] [0:1.1] df1 = 5.0, df2 = 9.0, cf(x) title "df1 = 5, df2 = 9", \

df1 = 7.0, df2 = 6.0, cf(x) title "df1 = 7, df2 = 6"

pause -1 "Hit return to continue"

Line 252 pause -1 "Hit return to continue"

Line 258 pause -1 "Hit return to continue"

#xmin = xmin < 0 ? 0 : xmin

#xmax = mu + 4.0 * sigma

#ymax = rho < 1.0 ? 2.0 : 1.1 * g((rho - 1.0) / lambda) #Mode of gamma pdf used

set key

set zeroaxis

#set xrange [xmin: xmax]

#set yrange [0: ymax]

Line 264 set format x "%.1f"

Line 269 set format x "%.1f"

set format y "%.1f"

set sample 100

set title "gamma PDF"

set key right

plot [0:5] [0:1.5] rho = 0.5, lambda = 1.0, g(x) title "rho = 0.5, lambda = 1.0", \

rho = 1.0, lambda = 1.0, g(x) title "rho = 1.0, lambda = 1.0", \

rho = 2.0, lambda = 2.0, g(x) title "rho = 2.0, lambda = 2.0"

pause -1 "Hit return to continue"

set title "incomplete gamma CDF (lambda == 1.0)"

set key right bottom

plot [0:5] [0:1.1] rho = 0.5, cgamma(x) title "rho = 0.5", \

rho = 1.0, cgamma(x) title "rho = 1.0", \

rho = 2.0, cgamma(x) title "rho = 2.0"

Line 450 pause -1 "Hit return to continue"

Line 457 pause -1 "Hit return to continue"

#xmin = xmin < 0 ? 0 : xmin

#xmax = mu + 4.0 * sigma

#ymax = 1.1 * maxwell(1.0 / a) #Mode of maxwell PDF used

set key

set zeroaxis

#set xrange[xmin: xmax]

#set yrange[0: ymax]

Line 462 set format x "%.1f"

Line 468 set format x "%.1f"

set format y "%.1f"

set sample 100

set title "maxwell PDF"

set key right top box

plot [0:6] [0:1.4] a = 1.5, maxwell(x) title "a = 1.5", \

a = 1.0, maxwell(x) title "a = 1.0", \

a = 0.5, maxwell(x) title "a = 0.5"

pause -1 "Hit return to continue"

set title "maxwell CDF"

set key right bottom box

plot [0:6] [0:1.1] a = 1.5, cmaxwell(x) title "a = 1.5", \

a = 1.0, cmaxwell(x) title "a = 1.0", \

a = 0.5, cmaxwell(x) title "a = 0.5"

Line 532 pause -1 "Hit return to continue"

Line 540 pause -1 "Hit return to continue"

#xmin = mu - 4.0 * sigma

#xmax = mu + 4.0 * sigma

#ymax = 1.1 * normal(mu) #Mode of normal PDF used

set key

set zeroaxis

#set xrange [xmin: xmax]

#set yrange [0: ymax]

Line 544 set format x "%.1f"

Line 551 set format x "%.1f"

set format y "%.1f"

set sample 100

set title "normal (also called gauss or bell-curved) PDF"

set key left top box

plot [-4:4] [0:1] mu = 0, sigma = 1.0, normal(x) title "mu = 0, sigma = 1.0", \

mu = 2, sigma = 0.5, normal(x) title "mu = 2, sigma = 0.5", \

mu = 1, sigma = 2.0, normal(x) title "mu = 1, sigma = 2.0"

pause -1 "Hit return to continue"

set title "normal (also called gauss or bell-curved) CDF"

set key left top box

plot [-4:4] [0:1.1] mu = 0, sigma = 1.0, cnormal(x) title "mu = 0, sigma = 1.0", \

mu = 2, sigma = 0.5, cnormal(x) title "mu = 2, sigma = 0.5", \

mu = 1, sigma = 2.0, cnormal(x) title "mu = 1, sigma = 2.0"

Line 642 pause -1 "Hit return to continue"

Line 651 pause -1 "Hit return to continue"

#xmin = 0.0

#xmax = a

#ymax = 1.1 * 2.0 / a #Mode of sine PDF used

set key

set zeroaxis

#set xrange [xmin: xmax]

#set yrange [0: ymax]

Line 654 set format x "%.2f"

Line 662 set format x "%.2f"

set format y "%.1f"

set sample 100

set title "sine PDF"

set key bottom outside

plot [0:2] [0:1.1] a = 2.0, n = 1, sine(x) title "a = 2.0, n = 1", \

a = 2.0, n = 3, sine(x) title "a = 2.0, n = 3"

pause -1 "Hit return to continue"

set title "sine CDF"

set key top left

plot [0:2] [0:1.1] a = 2.0, n = 1, csine(x) title "a = 2.0, n = 1", \

a = 2.0, n = 3, csine(x) title "a = 2.0, n = 3"

pause -1 "Hit return to continue"

Line 773 plot [0:3] [0:1.2] lambda = 1, n = 0.5, cweibull(x) ti

Line 783 plot [0:3] [0:1.2] lambda = 1, n = 0.5, cweibull(x) ti

lambda = 1, n = 1.0, cweibull(x) title "lambda = 1, n = 1.0", \

lambda = 1, n = 2.0, cweibull(x) title "lambda = 1, n = 2.0", \

lambda = 3, n = 2.0, cweibull(x) title "lambda = 3, n = 2.0"

reset

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