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object --+
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_FFIO
A class to make access of ffio block pythonic.
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Inherited from |
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_doc =
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name ffio block name |
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version version |
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combining_rule combining rule |
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property A dictionary of ffio properties. |
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x.__init__(...) initializes x; see help(type(x)) for signature
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A method to create a proxy to be passed to subobjects that need to hold a reference to the parent FFIO object. This prevents cyclic references and therefore allows FFIO instances to be deallocated by reference counting rather than waiting for a garbage collection sweep. |
A list of ffio sites, each of which is a _FFIOSite instance. Example usage, where
# Access an site
siteobj = st.ffio.site[n]
# Delete an site
del st.ffio.site[n]
# Find the number of sites
len(st.ffio.site)
# Iterate over all sites
for site in st.ffio.site:
take_some_action(site)
Note: As with many other collections, the contents of the site list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio bonds, each of which is a _FFIOBond instance. Example usage, where
# Access an bond
bondobj = st.ffio.bond[n]
# Delete an bond
del st.ffio.bond[n]
# Find the number of bonds
len(st.ffio.bond)
# Iterate over all bonds
for bond in st.ffio.bond:
take_some_action(bond)
Note: As with many other collections, the contents of the bond list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio angles, each of which is a _FFIOAngle instance. Example usage, where
# Access an angle
angleobj = st.ffio.angle[n]
# Delete an angle
del st.ffio.angle[n]
# Find the number of angles
len(st.ffio.angle)
# Iterate over all angles
for angle in st.ffio.angle:
take_some_action(angle)
Note: As with many other collections, the contents of the angle list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio dihedrals, each of which is a _FFIODihedral instance. Example usage, where
# Access an dihedral
dihedralobj = st.ffio.dihedral[n]
# Delete an dihedral
del st.ffio.dihedral[n]
# Find the number of dihedrals
len(st.ffio.dihedral)
# Iterate over all dihedrals
for dihedral in st.ffio.dihedral:
take_some_action(dihedral)
Note: As with many other collections, the contents of the dihedral list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio exclusions, each of which is a _FFIOExclusion instance. Example usage, where
# Access an exclusion
exclusionobj = st.ffio.exclusion[n]
# Delete an exclusion
del st.ffio.exclusion[n]
# Find the number of exclusions
len(st.ffio.exclusion)
# Iterate over all exclusions
for exclusion in st.ffio.exclusion:
take_some_action(exclusion)
Note: As with many other collections, the contents of the exclusion list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio pairs, each of which is a _FFIOPair instance. Example usage, where
# Access an pair
pairobj = st.ffio.pair[n]
# Delete an pair
del st.ffio.pair[n]
# Find the number of pairs
len(st.ffio.pair)
# Iterate over all pairs
for pair in st.ffio.pair:
take_some_action(pair)
Note: As with many other collections, the contents of the site list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio vdwtypes, each of which is a _FFIOVdwtype instance. Example usage, where
# Access an vdwtype
vdwtypeobj = st.ffio.vdwtype[n]
# Delete an vdwtype
del st.ffio.vdwtype[n]
# Find the number of vdwtypes
len(st.ffio.vdwtype)
# Iterate over all vdwtypes
for vdwtype in st.ffio.vdwtype:
take_some_action(vdwtype)
Note: As with many other collections, the contents of the vdwtype list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio restraints, each of which is a _FFIORestraint instance. Example usage, where
# Access an restraint
restraintobj = st.ffio.restraint[n]
# Delete an restraint
del st.ffio.restraint[n]
# Find the number of restraints
len(st.ffio.restraint)
# Iterate over all restraints
for restraint in st.ffio.restraint:
take_some_action(restraint)
Note: As with many other collections, the contents of the restraint list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio virtuals, each of which is a _FFIOVirtual instance. Example usage, where
# Access an virtual
virtualobj = st.ffio.virtual[n]
# Delete an virtual
del st.ffio.virtual[n]
# Find the number of virtuals
len(st.ffio.virtual)
# Iterate over all virtuals
for virtual in st.ffio.virtual:
take_some_action(virtual)
Note: As with many other collections, the contents of the virtual list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio pseudos, each of which is a _FFIOPseudo instance. Example usage, where
# Access an pseudo
pseudoobj = st.ffio.pseudo[n]
# Delete an pseudo
del st.ffio.pseudo[n]
# Find the number of pseudos
len(st.ffio.pseudo)
# Iterate over all pseudos
for pseudo in st.ffio.pseudo:
take_some_action(pseudo)
Note: As with many other collections, the contents of the pseudo list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio constraints, each of which is a _FFIOConstraint instance. Example usage, where
# Access an constraint
constraintobj = st.ffio.constraint[n]
# Delete an constraint
del st.ffio.constraint[n]
# Find the number of constraints
len(st.ffio.constraint)
# Iterate over all constraints
for constraint in st.ffio.constraint:
take_some_action(constraint)
Note: As with many other collections, the contents of the constraint list should not be modified through additions or deletions while you are iterating over it. |
A list of ffio position flat bottoms, each of which is a _FFIOPosFBHW instance. Example usage, where
# Access an position flat bottom
posfbhwobj = st.ffio.posfbhw[n]
# Delete an position flat bottom
del st.ffio.posfbhw[n]
# Find the number of position flat bottoms
len(st.ffio.posfbhw)
# Iterate over all position flat bottoms
for posfbhw in st.ffio.posfbhw:
take_some_action(posfbhw)
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A list of ffio angle flat bottoms, each of which is a _FFIOAngleFBHW instance. Example usage, where
# Access an angle flat bottom
anglefbhwobj = st.ffio.anglefbhw[n]
# Delete an angle flat bottom
del st.ffio.anglefbhw[n]
# Find the number of angle flat bottoms
len(st.ffio.anglefbhw)
# Iterate over all angle flat bottoms
for anglefbhw in st.ffio.anglefbhw:
take_some_action(anglefbhw)
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A list of ffio improper flat bottoms, each of which is a _FFIOImproperFBHW instance. Example usage, where
# Access an improper flat bottom
improperfbhwobj = st.ffio.improperfbhw[n]
# Delete an improper flat bottom
del st.ffio.improperfbhw[n]
# Find the number of improper flat bottoms
len(st.ffio.improperfbhw)
# Iterate over all improper flat bottoms
for improperfbhw in st.ffio.improperfbhw:
take_some_action(improperfbhw)
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A list of ffio stretch flat bottoms, each of which is a _FFIOStretchFBHW instance. Example usage, where
# Access an stretch flat bottom
stretchfbhwobj = st.ffio.stretchfbhw[n]
# Delete an stretch flat bottom
del st.ffio.stretchfbhw[n]
# Find the number of stretch flat bottoms
len(st.ffio.stretchfbhw)
# Iterate over all stretch flat bottoms
for stretchfbhw in st.ffio.stretchfbhw:
take_some_action(stretchfbhw)
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A list of ffio other blocks, each of which is a _FFIOOtherBlock instance. Example usage, where
# Access an other block
other_block = st.ffio.other_block[n]
# Delete an other block
del st.ffio.other_block[n]
# Find the number of other blocks
len(st.ffio.other_block)
# Iterate over all other_blocks
for other_block in st.ffio.other_block:
take_some_action(other_block)
Note: As with many other collections, the contents of the other block list should not be modified through additions or deletions while you are iterating over it. |
Delete multiple item from ffio sub-block. The argument indices must be a sequence or an iterable, and able to be interpreted as ints. After deletion, indices are renumbered from 1 to len(<sub-block>). Pre-existing references to items will not be correct, as they store index values. |
Delete multiple other blocks from the ffio block. The argument indices must be a sequence or an iterable, and able to be interpreted as ints. After deletion, indices are renumbered from 0 to len(other_block) - 1. |
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_doc
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nameffio block name |
versionversion
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combining_rulecombining rule
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propertyA dictionary of ffio properties. Keys are strings of the form
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| Generated by Epydoc 3.0.1 on Wed Aug 3 07:59:34 2016 | http://epydoc.sourceforge.net |