Uses of Package
neurord.numeric

Packages that use neurord.numeric

Package	Description
neurord	Stochastic diffusion segments of dendrits with spines.
neurord.model	These classes represent the model as it is stored in the input files.
neurord.numeric
neurord.numeric.chem	Species and reactions
neurord.numeric.grid	SteppedStochasticCalc contains the particle number based calculation with fixed timesteps where a number of diffusion events and reactions is generated for each reaction, volume and volume-volume connection at each timestep.
neurord.numeric.pool	These are deterministic calculations for a single mixed pool.
neurord.numeric.stochastic	These are the functions for the innner loops of the calculation.

Classes in neurord.numeric used by neurord

Class and Description
BaseCalc Units: concentrations are expressed in nM and volumes in cubic microns So, in these units, one Litre is 10^15 and a 1M solution is 10^9.

Classes in neurord.numeric used by neurord.model

Class and Description
BaseCalc.algorithm_t
BaseCalc.distribution_t

Classes in neurord.numeric used by neurord.numeric

Class and Description
BaseCalc Units: concentrations are expressed in nM and volumes in cubic microns So, in these units, one Litre is 10^15 and a 1M solution is 10^9.
BaseCalc.algorithm_t
BaseCalc.distribution_t
BaseCalc.output_t

Classes in neurord.numeric used by neurord.numeric.chem

Class and Description
BaseCalc.distribution_t

Classes in neurord.numeric used by neurord.numeric.grid

Class and Description
BaseCalc Units: concentrations are expressed in nM and volumes in cubic microns So, in these units, one Litre is 10^15 and a 1M solution is 10^9.

Classes in neurord.numeric used by neurord.numeric.pool

Class and Description
BaseCalc Units: concentrations are expressed in nM and volumes in cubic microns So, in these units, one Litre is 10^15 and a 1M solution is 10^9.

Classes in neurord.numeric used by neurord.numeric.stochastic

Class and Description
BaseCalc.distribution_t