def _sessionCB(self, trigName, myData, sesFile):
from SimpleSession import sessionID
data = (1, sessionID(self.residue), self.resType,
[sessionID(rot) for rot in self.rotamers], self.bbdep,
self.lib.displayName, self.rotTable.getRestoreInfo())
print >> sesFile, """
try:
from Rotamers.gui import sessionRestore
sessionRestore(%s)
except:
reportRestoreError('Error restoring Rotamers')
""" % repr(data)
def _sessionCB(self, trigName, myData, sesFile):
from SimpleSession import sessionID
data = (1, sessionID(self.residue), self.resType,
[sessionID(rot) for rot in self.rotamers], self.bbdep,
self.lib.displayName, self.rotTable.getRestoreInfo())
print>>sesFile, """
try:
from Rotamers.gui import sessionRestore
sessionRestore(%s)
except:
reportRestoreError('Error restoring Rotamers')
""" % repr(data)
def _sessionSave(self, trigger, myData, session):
if not self.rotations:
return
from SimpleSession import sesRepr, sessionID
print >> session, """info = %s
try:
from BondRotMgr import bondRotMgr
bondRotMgr._sessionRestore(info)
except:
reportRestoreError("Error restoring bond rotations")
""" % sesRepr([(sessionID(br.bond), sessionID(br.anchorSide), br.get(), br.id)
for br in self.rotations.values()])
def _sessionAngleSaveCB(self, trigName, myData, sessionFile): from SimpleSession import sessionID, sesRepr sesData = [] for atoms in self.angleInfo: sesData.append([sessionID(a) for a in atoms]) print>>sessionFile, "angleInfo = %s" % sesRepr(sesData) print>>sessionFile, """
def model_id(model):
if model is None or model.was_deleted:
return None
from SimpleSession import sessionID
try:
id = sessionID(model)
except Exception:
id = (model.id, model.subid, model.name)
return id
def _sessionSaveCB(self, triggerName, myData, sessionFile):
sesData = dict()
sesData["version"] = 1
sesData["molecule"] = sessionID(self.molecule)
sesData["atoms"] = [sessionID(a) for a in self.atoms]
modeData = list()
if self.modeNumber == False:
for nmp in self.modeData:
modeData.append((nmp.active, nmp.frequency,
[v.data() for v in nmp.displacements]))
else:
n = 0
while n < int(self.modeText.getvalue()):
print n, self.modeText.getvalue()
modeData.append(
(self.modeData[n].active, self.modeData[n].frequency,
[v.data() for v in self.modeData[n].displacements]))
n += 1
sesData["modeData"] = modeData
print >> sessionFile, "nmtData = %s" % pickled(sesData)
print >> sessionFile, """
def _saveSessionCB(trigName, myArg, session):
from SimpleSession import sessionID, sesRepr
info = []
for seq, mav in _seqInspectors.items():
info.append((seq.name, sessionID(seq.molecule),
[seq.saveInfo() for seq in mav.seqs], mav.saveInfo()))
print >> session, """
try:
from ModelPanel import restoreSeqInspectors
restoreSeqInspectors(%s)
except:
reportRestoreError("Error restoring sequence viewers")
""" % sesRepr(info)
def _saveSessionCB(trigName, myArg, session):
from SimpleSession import sessionID, sesRepr
info = []
for seq, mav in _seqInspectors.items():
info.append((seq.name, sessionID(seq.molecule),
[seq.saveInfo() for seq in mav.seqs], mav.saveInfo()))
print>>session, """
try:
from ModelPanel import restoreSeqInspectors
restoreSeqInspectors(%s)
except:
reportRestoreError("Error restoring sequence viewers")
""" % sesRepr(info)
def _sessionData(self):
from SimpleSession import sessionID, colorID
axisData = {}
for axis, sel in self.axisData.items():
axisData[(
axis.number,
axis.name,
0, # used to be cmpVal
axis.radius,
colorID(axis.model.color),
axis.extents,
axis.center.data(),
axis.direction.data())] = [sessionID(a) for a in sel.atoms()]
return axisData
def _sessionCB(self, trigger, myData, sesFile):
from SimpleSession import sessionID
data = (1, # version
self.title, # title
[ sessionID(m) for m in self.molList ], # molecules
[ m.modbaseInfo for m in self.molList ],# stats
self.modBaseTable.getRestoreInfo()) # GUI
print >> sesFile, """
try:
from ModBase.gui import sessionRestore
sessionRestore(%s)
except:
reportRestoreError("Error restoring ModBase")
""" % repr(data)
def state_from_link(self, link):
l = link
self.marker_id_1 = l.marker1.id
self.marker_id_2 = l.marker2.id
from SimpleSession import sessionID
self.bond_session_id = sessionID(l.bond)
self.displayed = l.bond.display
self.rgba = l.rgba(allow_none=True)
self.radius = l.radius()
if hasattr(l, 'extra_attributes'): # from XML file
self.extra_attributes = l.extra_attributes
else:
self.extra_attributes = None
def state_from_link(self, link):
l = link
self.marker_id_1 = l.marker1.id
self.marker_id_2 = l.marker2.id
from SimpleSession import sessionID
self.bond_session_id = sessionID(l.bond)
self.displayed = l.bond.display
self.rgba = l.rgba(allow_none = True)
self.radius = l.radius()
if hasattr(l, 'extra_attributes'): # from XML file
self.extra_attributes = l.extra_attributes
else:
self.extra_attributes = None
def _sessionData(self):
from SimpleSession import sessionID, colorID
planeData = {}
for plane, sel in self.planeData.items():
planeData[(
plane.number,
plane.name,
0, # used to be cmpVal
plane.radius,
plane.thickness,
colorID(plane.model.color),
plane.plane.origin.data(),
plane.plane.normal.data()
)] = [sessionID(a) for a in sel.atoms()]
return planeData
def state_from_marker_set(self, marker_set):
ms = marker_set
self.name = ms.name
if ms.molecule:
from SessionUtil.stateclasses import Model_State
self.marker_model = Model_State()
self.marker_model.state_from_model(ms.molecule)
from SimpleSession import sessionID
self.molecule_session_id = sessionID(ms.molecule)
self.color = ms.molecule.color.rgba()
else:
self.marker_model = None
self.molecule_session_id = None
self.color = None
if ms.curve_model:
from SessionUtil.stateclasses import Model_State
cm = Model_State()
cm.state_from_model(ms.curve_model)
self.curve_parameters = ms.curve_parameters
self.curve_model = cm
else:
self.curve_model = None
self.curve_parameters = None
self.next_marker_id = ms.next_marker_id
self.file_path = ms.file_path
self.markers = []
for m in ms.markers():
s = Marker_State()
s.state_from_marker(m)
self.markers.append(s)
self.links = []
for l in ms.links():
s = Link_State()
s.state_from_link(l)
self.links.append(s)
if hasattr(ms, 'extra_attribtues'): # from reading XML
self.extra_attributes = ms.extra_attributes
else:
self.extra_attributes = None
def state_from_marker(self, marker):
m = marker
self.id = m.id
from SimpleSession import sessionID
self.atom_session_id = sessionID(m.atom)
self.displayed = m.atom.display
self.xyz = m.xyz()
self.rgba = m.rgba(allow_none=True)
self.radius = m.radius()
self.note = m.note()
self.note_rgba = m.note_rgba()
self.note_shown = m.note_shown()
if hasattr(m, 'extra_attributes'): # from XML file
self.extra_attributes = m.extra_attributes
else:
self.extra_attributes = None
def state_from_marker_set(self, marker_set):
ms = marker_set
self.name = ms.name
if ms.molecule:
from SessionUtil.stateclasses import Model_State
self.marker_model = Model_State()
self.marker_model.state_from_model(ms.molecule)
from SimpleSession import sessionID
self.molecule_session_id = sessionID(ms.molecule)
self.color = ms.molecule.color.rgba()
else:
self.marker_model = None
self.molecule_session_id = None
self.color = None
if ms.curve_model:
from SessionUtil.stateclasses import Model_State
cm = Model_State()
cm.state_from_model(ms.curve_model)
self.curve_parameters = ms.curve_parameters
self.curve_model = cm
else:
self.curve_model = None
self.curve_parameters = None
self.next_marker_id = ms.next_marker_id
self.file_path = ms.file_path
self.markers = []
for m in ms.markers():
s = Marker_State()
s.state_from_marker(m)
self.markers.append(s)
self.links = []
for l in ms.links():
s = Link_State()
s.state_from_link(l)
self.links.append(s)
if hasattr(ms, 'extra_attribtues'): # from reading XML
self.extra_attributes = ms.extra_attributes
else:
self.extra_attributes = None
def state_from_marker(self, marker):
m = marker
self.id = m.id
from SimpleSession import sessionID
self.atom_session_id = sessionID(m.atom)
self.displayed = m.atom.display
self.xyz = m.xyz()
self.rgba = m.rgba(allow_none = True)
self.radius = m.radius()
self.note = m.note()
self.note_rgba = m.note_rgba()
self.note_shown = m.note_shown()
if hasattr(m, 'extra_attributes'): # from XML file
self.extra_attributes = m.extra_attributes
else:
self.extra_attributes = None
def _sessionSaveCB(self, trigName, myData, sessionFile):
from SimpleSession import sesRepr, sessionID
targetMap = {}
for surfMap in self._surfMap.values():
for atom, pieceMap in surfMap.items():
if not isinstance(atom, Atom):
continue
colors = []
for geom in ["ellipsoid", "axes", "ellipses"]:
if pieceMap.get(geom, None):
color = pieceMap[geom][0].color
else:
color = None
colors.append(color)
targetMap.setdefault((pieceMap["anisoParams"],
tuple(colors)), []).append(sessionID(atom))
print>>sessionFile, "targetMap = %s" % sesRepr(targetMap)
print>>sessionFile, """
def saveSession(trigger, data, f):
import scaling, xsection, atoms
import chimera
from SimpleSession import sessionID, sesRepr, autoRestorable
userScalings = scaling.sessionSaveUsed()
userXSections = xsection.sessionSaveUsed()
userResidueClasses = atoms.sessionSaveUsed()
residueData = []
for m in chimera.openModels.list(modelTypes=[chimera.Molecule]):
if not autoRestorable(m):
continue
for r in m.residues:
ident = sessionID(r)
sc = scaling.sessionSaveResidue(r)
xs = xsection.sessionSaveResidue(r)
rc = atoms.sessionSaveResidue(r)
residueData.append((ident, sc, xs, rc))
restoringCode = \
"""
def restoreSession_RibbonStyleEditor():
import SimpleSession
import RibbonStyleEditor
userScalings = %s
userXSections = %s
userResidueClasses = %s
residueData = %s
flags = RibbonStyleEditor.NucleicDefault1
SimpleSession.registerAfterModelsCB(RibbonStyleEditor.restoreState,
(userScalings, userXSections,
userResidueClasses, residueData, flags))
try:
restoreSession_RibbonStyleEditor()
except:
reportRestoreError("Error restoring RibbonStyleEditor state")
"""
f.write(restoringCode % (sesRepr(userScalings), sesRepr(userXSections),
sesRepr(userResidueClasses), sesRepr(residueData)))
