Alagator: Difference between revisions
Jump to navigation
Jump to search
(New page: Alagator is the scripting language that was developed as a way for FLOOXS users to easily control the physics in their simulations. This is where the real power of FLOOXS lies. These comma...) |
No edit summary |
||
| (2 intermediate revisions by 2 users not shown) | |||
| Line 1: | Line 1: | ||
Alagator is the scripting language that was developed as a way for FLOOXS users to easily control the physics in their simulations. This is where the real power of FLOOXS lies. These commands allow the user to easily set up a set of common process or semiconductor device equations. For example, the scripting language has multiple components that are called during execution of a diffusion command. The basic element is a description of a differential equation | Alagator is the scripting language that was developed as a way for FLOOXS users to easily control the physics in their simulations. This is where the real power of FLOOXS lies. These commands allow the user to easily set up a set of common process or semiconductor device equations. For example, the scripting language has multiple components that are called during the execution of a diffusion command. The basic element is a description of a differential equation. | ||
* [[Alagator Language Description]], A description of the recognized keywords and symbols in building an equation. | * [[Alagator Language Description]], A description of the recognized keywords and symbols in building an equation. | ||
* [[Alagator Tutorial]], Tutorial examples that help users get started. | * [[Alagator Tutorial]], Tutorial examples that help users get started. | ||
Latest revision as of 13:45, 11 June 2020
Alagator is the scripting language that was developed as a way for FLOOXS users to easily control the physics in their simulations. This is where the real power of FLOOXS lies. These commands allow the user to easily set up a set of common process or semiconductor device equations. For example, the scripting language has multiple components that are called during the execution of a diffusion command. The basic element is a description of a differential equation.
- Alagator Language Description, A description of the recognized keywords and symbols in building an equation.
- Alagator Tutorial, Tutorial examples that help users get started.