def BlueBlackRed():
h1 = .1 * np.pi
h2 = 1.5 * np.pi
J = 40
M = 35
start = JMhtoJab(J, M, h2)
stop = JMhtoJab(J, M, h1)
crit = [0, 0, 0]
cmap = UCStoCmap(diverging(start, stop, crit), name='BlueBlackRed')
rc("BlueBlackRed", cmap)
return cmap
def BlueWhiteGray():
h = .1 * np.pi
J = 40
M = 35
start = JMhtoJab(J, M, h)
stop = JMhtoJab(J, M, 0)
crit = [100, 0, 0]
cmap = UCStoCmap(diverging(start, stop, crit), name="BlueWhiteGray")
rc("BlueWhiteGray", cmap)
return cmap
def GrayWhiteRed():
h = 1.5 * np.pi
J = 40
M = 35
start = JMhtoJab(J, M, h)
stop = JMhtoJab(J, 0, 0)
crit = [100, 0, 0]
cmap = UCStoCmap(diverging(start, stop, crit), name="GrayWhiteRed")
rc("GrayWhiteRed", cmap)
return cmap
def DarkBlueLightRed():
h1 = .1 * np.pi
h2 = 1.5 * np.pi
J1 = 60
J2 = 20
Jc = (J1 + J2) / 2
M = 30
start = JMhtoJab(J2, M, h2)
stop = JMhtoJab(J1, M, h1)
crit = [Jc, 0, 0]
cmap = UCStoCmap(diverging(start, stop, crit), name="DarkBlueLightRed")
rc("DarkBlueLightRed", cmap)
return cmap