pysimm.apps.zeopp
¶
Module Contents¶
Functions¶
|
pysimm.apps.zeopp.network |
Attributes¶
- pysimm.apps.zeopp.network(s, **kwargs)[source]¶
pysimm.apps.zeopp.network
- Perform 1. Pore diameters; 2. Channel identification and dimensionality; 3. Surface area;
Accessible volume; 5. Pore size distribution calculation using zeo++ v2.2
- with options to do 6. Probe-occupiable volume; 7. Stochastic ray tracing; 8. Blocking spheres;
Distance grids; 10. Structure analysis
- Parameters
s – pysimm System object or filename of file in CSSR | CUC | V1 | CIF format
atype_name – True to use atom type as atom name (usually need radii and mass info), False to use atom element
radii – file name that contain atom radii data (rad.rad)
mass – file name that contain atom mass data (mass.mass)
probe_radius – radius of a probe used in sampling of surface (1.2 A)
chan_radius – radius of a probe used to determine accessibility of void space (1.2 A)
num_samples – number of Monte Carlo samples per unit cell (50000)
simulation (option to include in the) –
set True to activate ha: default=True, for using high accuracy, res: default=True, for diameters of the largest included sphere, the largest free sphere and the largest included sphere along free sphere path chan: default=True, for channel systems characterized by dimensionality as well as Di, Df and Dif sa: default=True, for surface area accessible to a spherical probe, characterized by
accessible surface area (ASA) and non-accessible surface area (NASA)
vol: default=True, for accessible volume (AV) and non-accessible volume (NAV) volpo: default=False, for accessible proce-occupiable volume (POAV) and non-accessible probe-occupiable volume (PONAV) psd: default=True, for the “deriviative distribution” (change of AV w.r.t probe size) reported in the histogram file with 1000 bins of size of 0.1 Ang ray_atom: default=False block: default=False extra: user provided options, such as -gridG, -gridBOV, -strinfo, -oms, etc.
ZEOpp_EXEC: path to zeo++ executable (network)
- Returns
None