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Developers.Variables.initial

Burkhard Schmidt

Variable "initial" in MolDynSim

This variable characterizes the generation of initial geometries to be used in geometry optimization using MATLAB function mol_Optimize. It is a structured variable that should initially contain the following fields

field description
handle handle of function to be used for generation of initial coordinates.
... further parameters may be required, depending on the choice of the function handle, see below
@ini.cuboid random configuration inside a cuboid
box Size of cuboid (vector of length n_dim)
overlap Reject geometry if any distance goes below that value
@ini.fcc face centered cubic lattice
lattice Lattice constants (vector of length n_dim; identical entries)
n_cell Number of elementary cells (vector of length n_dim)
substitution substitute this many host particles with guest molecule (integer)
@ini.growth Simulate cluster/crystal growth: read structure for n_mol-1 molecules and add one molecule randomly on surface of a sphere.
radius Radius of that sphere
overlap Reject geometry if any distance goes below that value
filename filename (atom numbers appended automatically)
frame index of frame (coming soon!)
@ini.hcp hexagonal close packed lattice
lattice Lattice constants (vector of length n_dim; identical entries)
n_cell Number of elementary cells (vector of length n_dim)
substitution substitute this many host particles with guest molecule (integer). Still to be checked!!!
@ini.read read configuration from xyz data file
filename filename (atom numbers appended automatically)
frame index of frame (coming soon!)
@ini.rutile rutile lattice
lattice Lattice constants (vector of length n_dim)
n_cell Number of elementary cells (vector of length n_dim)
@ini.spheroid random configuration on the surface of a sphere
radius Radius of that sphere
overlap Reject geometry if any distance goes below that value

Related

Wiki: Users.Programs.mol_Dynamics
Wiki: Users.Programs.mol_MonteCarlo
Wiki: Users.Programs.mol_Optimize
Wiki: Users.Programs.mol_Vibrations

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