def discreet(py, pt, *string, **kwargs):
mode = kwargs.get('mode', 'limit')
(m6, m7, m12, m1, n1) = prc.evmode(mode, py)
t = [pt, pt, pt, pt]
px = [
prc.discr(py[1], m1, n1),
prc.discr(py[6], m6),
prc.discr(py[7], m7),
prc.discr(py[12], m12)
]
colour = [c.blood, 'navy', c.darkorange, c.green]
label = ['IKKa', 'NF$\kappa$B', 'A20', 'NF$\kappa$B:I$\kappa$B']
lstyle = ['-', '--', '-.', ':']
xlim = (-1, 6)
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title=string,
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ a.u.',
label=True,
path='../../graphics/discreet{}.png'.format(kwargs.get('mode',
'')),
DPI=500)
def normplt(py, pt, *string):
t = [pt, pt, pt, pt]
px = [prc.norm(py[6]), prc.norm(py[1]), prc.norm(py[7]), prc.norm(py[12])]
colour = ['navy', c.blood, c.darkorange, c.green]
label = ['NF$\kappa$B', 'IKKa', 'A20', 'NF$\kappa$B:I$\kappa$B']
lstyle = ['-', '-', '-', '-']
xlim = (-1, 6)
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title=string,
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ a.u.',
label=True,
path='../../graphics/normalised.png',
DPI=500)
def threshmedian(py, pt, string):
t = [pt, pt]
xlim = (-1, 6)
lstyle = ['-', '--']
label = [string, '$\\vartheta$']
###PLOTTING#########
px = [py[6], ps.hline(np.median(py[6]), pt)]
colour = ['navy', 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='NF$\kappa$B',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/NF' + string + 'threshmedian.png',
DPI=500)
###PLOTTING#########
px = [py[1], ps.hline(np.median(py[1]), pt)]
colour = [c.blood, 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='IKKa',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/IKK' + string + 'threshmedian.png',
DPI=500)
###PLOTTING#########
px = [py[7], ps.hline(np.median(py[7]), pt)]
colour = [c.darkorange, 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='A20',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/A20' + string + 'threshmedian.png',
DPI=500)
###PLOTTING#########
px = [py[12], ps.hline(np.median(py[12]), pt)]
colour = [c.green, 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='NF$\kappa$B:I$\kappa$B',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/IkB' + string + 'threshmedian.png',
DPI=500)
def thresh(py, pt, string):
###PLOTTING#########
t = [pt, pt]
xlim = (-1, 6)
lstyle = ['-', '--']
label = [string, '$\\vartheta$']
###PLOTTING#########
px = [py[6], ps.hline(mod.limit1(6), pt)]
colour = ['navy', 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='NF$\kappa$B',
linestyle=lstyle,
xlabel='t$\\ \/\\ $h',
ylabel='c$\\ /\\$ $\\mu$M',
label=True,
path='../../graphics/NF' + string + 'thresh.png',
DPI=500)
###PLOTTING#########
px = [py[7], ps.hline(mod.limit1(7), pt)]
colour = [c.darkorange, 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='A20',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/A20' + string + 'thresh.png',
DPI=500)
###PLOTTING#########
px = [py[12], ps.hline(mod.limit1(12), pt)]
colour = [c.green, 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='NF$\kappa$B:I$\kappa$B',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/IkB' + string + 'thresh.png',
DPI=500)
###PLOTTING#########
t.append(pt)
label.append('$\\vartheta_2$')
lstyle.append('-.')
px = [py[1], ps.hline(mod.limit1(1), pt), ps.hline(mod.limitKO(1), pt)]
colour = [c.blood, 'gray', 'gray']
ps.figa(t,
px,
colour,
label,
xlim=xlim,
title='IKKa',
linestyle=lstyle,
xlabel='t$\\ /\\ $h',
ylabel='c$\\ / \\ $ $\mu$M',
label=True,
path='../../graphics/IKK' + string + 'thresh.png',
DPI=500)