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()
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.curve(x, y1, n)
#! /usr/bin/env python
import dislin
ctit = 'Logarithmic Scaling'
clab = ['LOG', 'FLOAT', 'ELOG']
dislin.setpag ('da4p')
dislin.metafl ('cons')
dislin.disini ()
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.)
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()
#!/usr/bin/env python
import dislin
xray = [1., 2.5, 2., 2.7, 1.8]
ctit = 'Pie Charts (PIEGRF)'
dislin.setpag('da4p')
dislin.metafl('cons')
dislin.disini()
dislin.pagera()
dislin.complx()
dislin.chnpie('BOTH')
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)
#! /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()