def _checkMotorAtomLimits(self, numberOfAtoms):
"""
"""
logMessage = ""
isAtomRequirementMet = True
if numberOfAtoms == 0:
logMessage = "No Atoms selected to create a Linear Motor. "
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
if numberOfAtoms >= 2 and numberOfAtoms < 200:
isAtomRequirementMet = True
logMessage = ""
return (isAtomRequirementMet, logMessage)
# Print warning if over 200 atoms are selected.
# The warning should be displayed in a MessageGroupBox. Mark 2007-05-28
if numberOfAtoms > 200:
if not atom_limit_exceeded_and_confirmed(self.win,
numberOfAtoms,
limit = 200):
logMessage = "Warning: Motor is attached to more than 200 "\
"atoms. This may result in a performance degradation"
isAtomRequirementMet = True
else:
logMessage = "%s creation cancelled" % (self.cmdname)
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
return (isAtomRequirementMet, logMessage)
def _checkMotorAtomLimits(self, numberOfAtoms):
"""
"""
logMessage = ""
isAtomRequirementMet = True
if numberOfAtoms == 0:
logMessage = "No Atoms selected to create a Linear Motor. "
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
if numberOfAtoms >= 2 and numberOfAtoms < 200:
isAtomRequirementMet = True
logMessage = ""
return (isAtomRequirementMet, logMessage)
# Print warning if over 200 atoms are selected.
# The warning should be displayed in a MessageGroupBox. Mark 2007-05-28
if numberOfAtoms > 200:
if not atom_limit_exceeded_and_confirmed(self.win,
numberOfAtoms,
limit = 200):
logMessage = "Warning: Motor is attached to more than 200 "\
"atoms. This may result in a performance degradation"
isAtomRequirementMet = True
else:
logMessage = "%s creation cancelled" % (self.cmdname)
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
return (isAtomRequirementMet, logMessage)
def _checkMotorAtomLimits(self, numberOfAtoms):
"""
Check if the number of atoms selected by the user, to which the motor
is to be attached, is within acceptable limits.
@param numberOfAtoms: Number of atoms selected by the user, to which the
motor needs to be attached.
@type numberOfAtoms: int
"""
logMessage = ""
isAtomRequirementMet = False
if numberOfAtoms == 0:
logMessage = "No Atoms selected to create a Rotary Motor."
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
# wware 051216, bug 1114, need >= 2 atoms for rotary motor
if numberOfAtoms < 2:
msg = redmsg("You must select at least two atoms to create"\
" a Rotary Motor.")
logMessage = msg
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
if numberOfAtoms >= 2 and numberOfAtoms < 200:
isAtomRequirementMet = True
logMessage = ""
return (isAtomRequirementMet, logMessage)
# Print warning if over 200 atoms are selected.
# The warning should be displayed in a MessageGroupBox. Mark 2007-05-28
if numberOfAtoms > 200:
if not atom_limit_exceeded_and_confirmed(self.win,
numberOfAtoms,
limit = 200):
logMessage = "Warning: Motor is attached to more than 200 "\
"atoms. This may result in a performance degradation"
isAtomRequirementMet = True
else:
logMessage = "%s creation cancelled" % (self.cmdname)
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
def _checkMotorAtomLimits(self, numberOfAtoms):
"""
Check if the number of atoms selected by the user, to which the motor
is to be attached, is within acceptable limits.
@param numberOfAtoms: Number of atoms selected by the user, to which the
motor needs to be attached.
@type numberOfAtoms: int
"""
logMessage = ""
isAtomRequirementMet = False
if numberOfAtoms == 0:
logMessage = "No Atoms selected to create a Rotary Motor."
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
# wware 051216, bug 1114, need >= 2 atoms for rotary motor
if numberOfAtoms < 2:
msg = redmsg("You must select at least two atoms to create"\
" a Rotary Motor.")
logMessage = msg
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
if numberOfAtoms >= 2 and numberOfAtoms < 200:
isAtomRequirementMet = True
logMessage = ""
return (isAtomRequirementMet, logMessage)
# Print warning if over 200 atoms are selected.
# The warning should be displayed in a MessageGroupBox. Mark 2007-05-28
if numberOfAtoms > 200:
if not atom_limit_exceeded_and_confirmed(self.win,
numberOfAtoms,
limit = 200):
logMessage = "Warning: Motor is attached to more than 200 "\
"atoms. This may result in a performance degradation"
isAtomRequirementMet = True
else:
logMessage = "%s creation cancelled" % (self.cmdname)
isAtomRequirementMet = False
return (isAtomRequirementMet, logMessage)
