def createComponentButtonLabelElement(component):
# when icons are available, add them into the "button"
# path = 'components/%s/middle-size-icon.png' % name
# img = lc.image(path=path)
label = '%s: %s' % (component.componentname, component.__class__.__name__)
p = lc.paragraph(text=[label])
return p
def _createPlotAndDataLink(self, id, phonons, director):
try:
plot = self._getDefaultDispersionPlot(id, phonons, director)
except RuntimeError, e:
p = lc.paragraph() # fake plot
p.text = [str(e)]
l = lc.htmldocument() # fake link
return p, l
def _electronStructure(self, director, section):
"Electron Structure"
# output exists
section.add(lc.paragraph(text="Electron System", Class="qe-section"))
table = QEGrid(lc.grid(Class="qe-table-analysis"))
section.add(table.grid())
table.addRow(('Total Energy:', self._pwresult.totalEnergy(True)))
table.addRow(('Fermi Energy:', self._pwresult.fermiEnergy(True)))
table.addRow(("Forces:", self._pwresult.forces()))
table.addRow(("Stress (Ry/bohr^2):", self._pwresult.stress()))
table.setColumnStyle(0, "qe-cell-param-analysis")
def _summary(self, director, section):
"System Summary"
section.add(lc.paragraph(text="System Summary", Class="qe-section"))
table = QEGrid(lc.grid(Class="qe-table-analysis"))
section.add(table.grid())
table.addRow(("Material Type:", self._pwresult.materialType()))
table.addRow(("Lattice Type:", self._pwresult.latticeType()))
table.addRow(
("Atomic Structure:", self._pwresult.atomicStructure()
)) # "# Atom Position (bohr) Mass (u) Pseudo-Potentials"
table.addRow(("Energy Cutoff:", self._pwresult.energyCutoff()))
table.addRow(("Density Cutoff:", self._pwresult.densityCutoff()))
if self._pwresult.materialType(
) == "Metal": # Parameters specific for metals
table.addRow(("Smearing Type:",
self._pwresult.smearingType())) # For metals only
table.addRow(("Smearing Degree:",
self._pwresult.smearingDegree())) # For metals only
table.addRow(("K points:", self._pwresult.kPoints()))
table.setColumnStyle(0, "qe-cell-param-analysis")
def p(self):
paragraph = lc.paragraph(text=self._text)
if self._class:
paragraph.Class = self._class
return paragraph
def onbutton2(self, input=None):
p = lc.paragraph(text=['new paragraph'])
action = lc.select(id='doc1').append(p)
return self.weaver.weave(action)
def p(self):
paragraph = lc.paragraph(text=self._text)
if self._class:
paragraph.Class = self._class
return paragraph