def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
polar = vcsaddons.createpolar()
polar.x = self.x
polar.markersizes = [8.]
polar.markercolors = ["red"]
polar.markertypes = ["square"]
polar.linepriority = 1
polar.linetypes = ["dot"]
polar.linecolors = ["blue"]
polar.linewidths = [2.]
polar.datawc_y1 = 0
polar.datawc_y2 = 7
tmpl = self.x.createtemplate()
dot = self.x.createline()
dot.type = "dot"
dot.color = ["grey"]
tmpl.ymintic1.line = dot
tmpl.ymintic1.priority = 1
polar.magnitude_mintics = [.5, 1.5, 2.5, 3.5, 4.5, 5.5, 6.5, 7.5]
polar.plot(mag, theta, template=tmpl)
self.checkImage('test_vcsaddons_polar_sub_mag_ticks.png')
def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
polar = vcsaddons.createpolar()
polar.x = self.x
polar.markersizes = [8.]
polar.markercolors = ["red"]
polar.markertypes = ["square"]
polar.linepriority = 1
polar.linetypes = ["dot"]
polar.linecolors = ["blue"]
polar.linewidths = [2.]
ticks = {}
for a in range(45, 361, 45):
ticks[float(a) / 180. * numpy.pi] = r"$%i^o$" % a
polar.xticlabels1 = ticks
polar.datawc_y1 = 0
polar.datawc_y2 = 7
polar.yticlabels1 = {1.: "one", 3.: "three", 5: "five"}
polar.magnitude_tick_angle = pi / 4.
to = self.x.createtextorientation()
to.angle = -45
tmpl = self.x.createtemplate()
tmpl.ylabel1.textorientation = to
polar.plot(mag, theta, template=tmpl)
self.checkImage('test_vcsaddons_polar_mag_ticks.png')
def testMagnitudeTooLow(self):
p = vcsaddons.createpolar()
mag = numpy.arange(.5, 5, 1)
print(mag)
n = len(mag)
angle = numpy.arange(n) / float(n) * 2. * numpy.pi
p.x = self.x
p.magnitude_ticks = [2, 3, 4, 5, 6]
p.plot(mag, angle)
self.checkImage('test_vcsaddons_polar_magnitude_too_low.png')
def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
p = vcsaddons.createpolar()
p.x = self.x
p.plot(mag, theta)
self.checkImage('test_vcsaddons_polar_basic.png')
def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
polar = vcsaddons.createpolar()
polar.x = self.x
polar.markersizes = [8.]
polar.markercolors = ["red"]
polar.markertypes = ["square"]
polar.plot(mag, theta)
self.checkImage('test_vcsaddons_polar_markers.png')
def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
polar = vcsaddons.createpolar()
polar.x = self.x
polar.markercolors = [16, 66, 116, 143, 162, 181, 200, 219]
polar.markercolorsource = "theta"
tmpl = self.x.createtemplate()
tmpl.legend.priority = 0
polar.plot(mag, theta, template=tmpl)
self.checkImage('test_vcsaddons_polar_markers_source_theta.png')
def testMagnitudeTooHigh(self):
nPoints = 75
theta0 = .001
e = numpy.exp(1.)
pi = numpy.pi
thetaN = 2. * pi
delta = (thetaN - theta0) / (nPoints - 1)
theta = numpy.arange(theta0, thetaN, delta)
mag = theta
r_simple = 5. * numpy.sin(theta)
# Another simple one
r_simple_2 = 4. - 4. * numpy.cos(theta)
polar = vcsaddons.createpolar()
polar.x = self.x
r2 = numpy.array([mag, r_simple, r_simple_2])
polar.markercolors = ["red", "green", "blue"]
polar.markertypes = ["square", "dot", "diamond"]
polar.markersizes = [8., 5., 8.]
polar.plot(r2, theta)
self.checkImage('test_vcsaddons_polar_groups.png')
