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documentation:language_reference:functions:newtightbinding [2024/08/29 17:55] – Micheangelo Tagliavinidocumentation:language_reference:functions:newtightbinding [2024/08/29 18:03] (current) – Micheangelo Tagliavini
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-/NewTightBinding()/ initiates a Tight Binding object with the following standard properties:+//NewTightBinding()// initiates a Tight Binding object with the following standard properties:
  
   * Name: "" (empty string)   * Name: "" (empty string)
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   * NF: `0` (number of orbitals defined in Atoms)   * NF: `0` (number of orbitals defined in Atoms)
  
-### Units Property +The //Units// property is a list of three strings with the following contributions: 
-The `Units` property has the following options: +  * Units[1]: Sets the scaling for the reciprocal lattice, e.g., $\vec{r}\cdot\vec{g}=2\pi$ for "2Pi" or $\vec{r}\cdot\vec{g}=1$ for "NoPi". 
-- `Units[1]`: Sets the scaling for the reciprocal lattice, e.g., `2Pi` for `"2Pi"` or `1` for `"NoPi"`. +  * Units[2]: Defines the unit of measurement as "Angstrom", "Bohr", or "nanometer". 
-- `Units[2]`: Defines the unit of measurement as `"Angstrom"`, `"Bohr"`, or `"nanometer"`. +  * Units[3]: Selects "Absolute" or "Relative" for the definition of atom positions.
-- `Units[3]`: Selects `"Absolute"` or `"Relative"` for the definition of atom positions. +
- +
-Once a Tight Binding object is created, all properties can be assigned except `.NF`, which is determined by the number of orbitals defined in `Atoms`.+
  
 +Once a Tight Binding object is created, all properties can be assigned except //.NF//, which is determined by the number of orbitals defined in \\.Atoms\\.
  
 ===== Input ===== ===== Input =====
- 
-  * bla : Integer 
-  * bla2 : Real 
  
 ===== Output ===== ===== Output =====
  
-  * bla : real+  *  A Tight Binding Object 
  
 ===== Example ===== ===== Example =====
  
-### 
-description text 
-### 
  
 ==== Input ==== ==== Input ====

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