def psidsp(ids=None, phi=-90):
""" psi sine square vs d-spacing """
import matplotlib.pyplot as plt
fnlin = __sort__.main(mode='lin', i=ids)
fn = None
for i in range(len(fnlin)):
p = float(fnlin[i].split('Phi')[1]\
.split('.')[0])
if p==phi:
fn = fnlin[i]
break
if fn==None: raise IOError, \
'%Phi is not found'%phi
d1, d2 = __reader__.main(fn = fn, mode='lin')
sin2psi1 = d1.get('sin2psi')
print 'sin2psi1', sin2psi1
dspc1 = d1.get('dspacing')
sin2psi2 = d2.get('sin2psi')
dspc2 = d2.get('dspacing')
ax = plt.gca()
ax.plot(sin2psi1, dspc1, marker='x',
label='detector1 %i at phi=%f'%(ids,phi))
ax.plot(sin2psi2, dspc2, marker='+',
label='detector2 %i at phi=%f'%(ids,phi))
ax.legend(loc='best', fancybox=True).get_frame().set_alpha(0.5)
def psidsp(ids=None, phi=-90):
""" psi sine square vs d-spacing """
import matplotlib.pyplot as plt
fnlin = __sort__.main(mode='lin', i=ids)
fn = None
for i in xrange(len(fnlin)):
p = float(fnlin[i].split('Phi')[1]\
.split('.')[0])
if p == phi:
fn = fnlin[i]
break
if fn==None: raise IOError, \
'%Phi is not found'%phi
d1, d2 = __reader__.main(fn=fn, mode='lin')
sin2psi1 = d1.get('sin2psi')
print 'sin2psi1', sin2psi1
dspc1 = d1.get('dspacing')
sin2psi2 = d2.get('sin2psi')
dspc2 = d2.get('dspacing')
ax = plt.gca()
ax.plot(sin2psi1,
dspc1,
marker='x',
label='detector1 %i at phi=%f' % (ids, phi))
ax.plot(sin2psi2,
dspc2,
marker='+',
label='detector2 %i at phi=%f' % (ids, phi))
ax.legend(loc='best', fancybox=True).get_frame().set_alpha(0.5)
def readstress(i1=0,i2=0,path='.'):
""" stress and its error bar for the given
(i1, i2) component """
fntr, dummy_ids = __sort__.main(mode='tr',path=path)
sig = []
err = []
for i in range(len(fntr)):
cfn = fntr[i]
s, er = __reader__.main(cfn, mode='tr')
sig.append(s[i1,i2])
err.append(er[i1,i2])
return sig, err, fntr
def readstress(i1=0, i2=0, path='.'):
""" stress and its error bar for the given
(i1, i2) component """
fntr, dummy_ids = __sort__.main(mode='tr', path=path)
sig = []
err = []
for i in xrange(len(fntr)):
cfn = fntr[i]
s, er = __reader__.main(cfn, mode='tr')
sig.append(s[i1, i2])
err.append(er[i1, i2])
return sig, err, fntr
