def dislinPlot(xvals, yvals, ylimit):
# Set the plot output file format
dislin.metafl(plot_filetype)
# Dislin routine initialization
dislin.disini()
# Set the font type on graph
dislin.complx()
# Set the Graph color
dislin.color(plot_color)
# Fix the position of axes on graph area
dislin.axspos(axes_pos_x, axes_pos_y)
# Fix the length of axes on graph area
dislin.axslen(axes_len_l, axes_len_h)
# Set name of axes
dislin.name(x_axis_name, 'X')
dislin.name(y_axis_name, 'Y')
# Num of digits after decimal point ; "-2" refers automatic selection
dislin.labdig(-2, 'X')
# Num of ticks on axes b/w values
dislin.ticks(x_axis_ticks, 'X')
dislin.ticks(y_axis_ticks, 'Y')
# Plot title text
dislin.titlin('y_axis_name vs x_axis_name', 1)
# Plot details; xlower., xupper., x1stlabel., xstep., ylower., yupper., y1stlabel., ystep
dislin.graf(0., float(data_samples), 0., float(x_step), 0., float(ylimit),
0., float(y_step))
# Write title on plot
dislin.title()
# Curve changes if called multiple times
dislin.chncrv('NONE')
# Plot the Curve
dislin.curve(xvals, yvals, data_samples)
# Dislin routine conclusion
dislin.disfin()
n = 101
f = 3.1415926 / 180.
x = range(n)
y1 = range(n)
y2 = range(n)
for i in range(0, n):
x[i] = i * 3.6
v = i * 3.6 * f
y1[i] = math.sin(v)
y2[i] = math.cos(v)
dislin.metafl('xwin')
dislin.disini()
dislin.complx()
dislin.axspos(450, 1800)
dislin.axslen(2200, 1200)
dislin.name('X-axis', 'X')
dislin.name('Y-axis', 'Y')
dislin.labdig(-1, 'X')
dislin.ticks(10, 'XY')
dislin.titlin('Demonstration of CURVE', 1)
dislin.titlin('Legend', 3)
dislin.graf(0., 360., 0., 90., -1., 1., -1., 0.5)
dislin.title()
dislin.chncrv('LINE')
dislin.pagera ()
dislin.complx ()
dislin.axslen (1400, 500)
dislin.name ('X-axis', 'X')
dislin.name ('Y-axis', 'Y')
dislin.axsscl ('LOG', 'XY')
dislin.titlin (ctit, 2)
for i in range (0, 3):
nya = 2650 - i * 800
dislin.labdig (-1, 'XY')
if i == 1:
dislin.labdig (1, 'Y')
dislin.name (' ', 'X')
dislin.axspos (500, nya)
dislin.messag ('Labels: ' + clab[i], 600, nya - 400)
dislin.labels (clab[i], 'XY')
dislin.graf (0., 3., 0., 1., -1., 2., -1., 1.)
if i == 2:
dislin.height (50)
dislin.title ()
dislin.endgrf ()
dislin.disfin ()
for i in range(0, n):
x = i * stepx
for j in range(0, m):
y = j * stepy
zmat[i * m + j] = 2 * math.sin(x * fpi) * math.sin(y * fpi)
dislin.metafl('cons')
dislin.setpag('da4p')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.titlin(ctit1, 2)
dislin.titlin(ctit2, 4)
dislin.axspos(200, 2600)
dislin.axslen(1800, 1800)
dislin.name('X-axis', 'X')
dislin.name('Y-axis', 'Y')
dislin.name('Z-axis', 'Z')
dislin.view3d(-5., -5., 4., 'ABS')
dislin.graf3d(0., 360., 0., 90., 0., 360., 0., 90., -3., 3., -3., 1.)
dislin.height(50)
dislin.title()
dislin.color('green')
dislin.surmat(zmat, n, m, 1, 1)
dislin.disfin()
dislin.axslen(1600, 1000)
dislin.titlin(ctit, 2)
cbuf = ' '
dislin.legini(cbuf, 5, 8)
dislin.leglin(cbuf, 'FIRST', 1)
dislin.leglin(cbuf, 'SECOND', 2)
dislin.leglin(cbuf, 'THIRD', 3)
dislin.leglin(cbuf, 'FOURTH', 4)
dislin.leglin(cbuf, 'FIFTH', 5)
# Selecting shading patterns
dislin.patcyc(1, 7)
dislin.patcyc(2, 4)
dislin.patcyc(3, 13)
dislin.patcyc(4, 3)
dislin.patcyc(5, 5)
dislin.axspos(250, 2800)
dislin.piegrf(cbuf, 1, xray, 5)
dislin.endgrf()
dislin.axspos(250, 1600)
dislin.labels('DATA', 'PIE')
dislin.labpos('EXTERNAL', 'PIE')
dislin.piegrf(cbuf, 1, xray, 5)
dislin.height(50)
dislin.title()
dislin.disfin()
dislin.metafl ('cons')
dislin.setpag ('da4p')
dislin.disini ()
dislin.pagera ()
dislin.complx ()
dislin.mixalf ()
dislin.titlin (ctit1, 1)
dislin.titlin (ctit2, 3)
dislin.name ('X-axis', 'X')
dislin.name ('Y-axis', 'Y')
dislin.axspos (450, 2670)
dislin.shdmod ('poly', 'contur')
dislin.graf (0., 1.6, 0., 0.2, 0., 1.6, 0., 0.2)
for i in range (0, 12):
zlev[11-i] = 0.1 + i * 0.1
dislin.conshd (xray, n, yray, m, zmat, zlev, 12)
dislin.height (50)
dislin.title ()
dislin.disfin ()
#! /usr/bin/env python
import dislin
dislin.metafl('xwin')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.axspos(400, 1850)
dislin.axslen(2400, 1400)
dislin.name('Longitude', 'X')
dislin.name('Latitude', 'Y')
dislin.titlin('World Coastlines and Lakes', 3)
dislin.labels('MAP', 'XY')
dislin.labdig(-1, 'XY')
dislin.grafmp(-180., 180., -180., 90., -90., 90., -90., 30.)
dislin.gridmp(1, 1)
dislin.color('green')
dislin.world()
dislin.color('foreground')
dislin.height(50)
dislin.title()
dislin.disfin()
ctit1 = 'Surface Plot of the Parametric Function'
ctit2 = '[COS(t)*(3+COS(u)), SIN(t)*(3+COS(u)), SIN(u)]'
pi = 3.1415927
dislin.scrmod('revers')
dislin.metafl('cons')
dislin.setpag('da4p')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.titlin(ctit1, 2)
dislin.titlin(ctit2, 4)
dislin.axspos(200, 2400)
dislin.axslen(1800, 1800)
dislin.name('X-axis', 'X')
dislin.name('Y-axis', 'Y')
dislin.name('Z-axis', 'Z')
dislin.intax()
dislin.vkytit(-300)
dislin.zscale(-1., 1.)
dislin.surmsh('on')
dislin.graf3d(-4., 4., -4., 1., -4., 4., -4., 1., -3., 3., -3., 1)
dislin.height(40)
dislin.title()
zmat[i*m+j] = 2 * math.sin(x * fpi) * math.sin(y * fpi)
dislin.metafl ('xwin')
dislin.disini ()
dislin.pagera ()
dislin.complx ()
dislin.titlin (ctit1, 1)
dislin.titlin (ctit2, 3)
dislin.name ('X-axis', 'X')
dislin.name ('Y-axis', 'Y')
dislin.name ('Z-axis', 'Z')
dislin.intax ()
dislin.autres (n, m)
dislin.axspos (300, 1850)
dislin.ax3len (2200, 1400, 1400)
dislin.graf3 (0., 360., 0., 90., 0., 360., 0., 90.,
-2., 2., -2., 1.)
dislin.crvmat (zmat, n, m, 1, 1)
dislin.height (50)
dislin.title ()
dislin.disfin ()
dislin.setpag('da4p')
dislin.metafl('cons')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.incmrk(1)
dislin.hsymbl(25)
dislin.titlin(ctit, 1)
dislin.axslen(1500, 500)
dislin.setgrf('LINE', 'LINE', 'LINE', 'LINE')
nya = 2700
for i in range(0, 4):
dislin.axspos(350, nya - i * 500)
dislin.polcrv(cpol[i])
dislin.marker(0)
dislin.graf(0., 20., 0., 5., 0., 10., 0., 5.)
nx = dislin.nxposn(1.)
ny = dislin.nyposn(8.)
dislin.messag(cpol[i], nx, ny)
dislin.curve(xray, yray, 16)
if i == 3:
dislin.height(50)
dislin.title()
dislin.endgrf()
dislin.disfin()
x = xray[i] * fpi
for j in range(0, m):
y = yray[j] * fpi
zmat[i * m + j] = 2 * math.sin(x) * math.sin(y)
dislin.metafl('cons')
dislin.setpag('da4p')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.titlin(ctit1, 1)
dislin.titlin(ctit2, 3)
dislin.intax()
dislin.axspos(450, 2650)
dislin.name('X-axis', 'X')
dislin.name('Y-axis', 'Y')
dislin.graf(0., 360., 0., 90., 0., 360., 0., 90.)
dislin.height(50)
dislin.title()
dislin.height(30)
for i in range(0, 9):
zlev = -2. + i * 0.5
if i == 4:
dislin.labels('NONE', 'CONTUR')
else:
dislin.labels('FLOAT', 'CONTUR')
