Difference between revisions of "Kinetic Slat Assembly Model (kSAM)"
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== Simulators for the kSAM == | == Simulators for the kSAM == | ||
| − | SlatTAS is a Python-based simulator for the | + | [[SlatTAS]] is a Python-based, graphical simulator for the aSAM. It includes source code, and it supports simulation of the aSAM as well as the [[kinetic_Slat_Assembly_Model_(kSAM)]].(The latest version can be found at the bottom of the list of packages.) |
| − | [ | + | [[RodSim]] is a *much* faster simulator for the aSAM and kSAM written in C++. It does not have any user interface and is completely run from the command line. However, the assemblies that it outputs can be opened and viewed in [[SlatTAS]]. (The latest version can be found at the bottom of the list of packages.) |
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[[Category: Tile Assembly Models]] | [[Category: Tile Assembly Models]] | ||
[[Category:Self-assembly]] | [[Category:Self-assembly]] | ||
Revision as of 19:38, 26 April 2023
The kinetic Slat Assembly Model is a more physically realistic model of the self-assembly of slats as defined in the Abstract Slat Assembly Model (aSAM). It is based off of the Kinetic Tile Assembly Model (kTAM).
Simulators for the kSAM
SlatTAS is a Python-based, graphical simulator for the aSAM. It includes source code, and it supports simulation of the aSAM as well as the kinetic_Slat_Assembly_Model_(kSAM).(The latest version can be found at the bottom of the list of packages.)
RodSim is a *much* faster simulator for the aSAM and kSAM written in C++. It does not have any user interface and is completely run from the command line. However, the assemblies that it outputs can be opened and viewed in SlatTAS. (The latest version can be found at the bottom of the list of packages.)
