def updateDisplay(self):
c=self.searchCrystal()
if c:
hkl=parseHKL(str(self.reflex.text()))
if hkl:
h, k, l=hkl
v=c.hkl2Reziprocal(h, k, l)
Q=v.norm()
self.infoQ.setText('%.2f'%Q)
if Q>0.0:
d=1.0/Q
self.infoD.setText('%.2f'%d)
v*=d
v2, b=Projector.normal2scattered(v)
if b:
self.info2T.setText('%.2f'%(180.0-math.degrees(math.acos(v2.x()))))
else:
self.info2T.setText('')
for n, w1, w2 in ((0, self.axX, self.axMX), (1, self.axY, self.axMY), (2, self.axZ, self.axMZ)):
ang=math.degrees(math.acos(max(-1, min(1, v[n]))))
w1.setText('%.2f'%ang)
w2.setText('%.2f'%(180.0-ang))
self.diffOrders.setText('')
for r in c.getReflectionList():
if r.h==h and r.k==k and r.l==l:
t=''
for n in r.orders:
if n>=r.lowestDiffOrder and n<=r.highestDiffOrder:
t+='%i, '%n
if len(t)>0:
self.diffOrders.setText(t[:-2])
break
def indexChanged(self):
index=self.axisChooser.currentIndex()
if (self.axisEdit.isVisible() ^ (index>=3)):
self.axisEdit.setVisible(index>=3)
self.update()
axis=None
if index in (0, 1, 2):
axis=Vec3D(0, 0, 0)
axis[index]=1
elif index in (3, 4, 5):
s=str(self.axisEdit.text())
axis=parseHKL(s)
c=self.searchCrystal()
if c and axis:
axis=Vec3D(axis)
if index in (0, 1, 2, 3):
c.setRotationAxis(axis, Crystal.LabSystem)
elif index==4:
c.setRotationAxis(axis, Crystal.DirectSpace)
elif index==5:
c.setRotationAxis(axis, Crystal.ReziprocalSpace)