| ... | ... | @@ -13,7 +13,7 @@ The functional has the generic form: | 
|  |  | \end{aligned} | 
|  |  | ``` | 
|  |  | TODO | 
|  |  | # Stabilization of ASLDA functional | 
|  |  | ## Stabilization of ASLDA functional | 
|  |  | In the case of calculations for trapped system term $`\frac{\bm{j}_{\sigma}^2}{2n_{\sigma}}`$ is source of numerical instabilities. Precisely, for small density regions we have: | 
|  |  | * $`n_{\sigma}\rightarrow 0`$, | 
|  |  | * $`\bm{j}_{\sigma}\rightarrow 0`$, | 
| ... | ... | @@ -37,5 +37,5 @@ Role of $`f_{\textrm{reg.}}`$ is to exclude from computation regions of small de | 
|  |  | #define ASLDA_STABILIZATION_EXCLUDE_BELOW_DENISTY 1.0e-7 | 
|  |  | ``` | 
|  |  | There meaning is presented on the figure below. | 
|  |  |  | 
|  |  | Smooth transition between densities `ASLDA_STABILIZATION_EXCLUDE_BELOW_DENISTY` and `ASLDA_STABILIZATION_RETAIN_ABOVE_DENSITY` | 
|  |  | \ No newline at end of file | 
|  |  |  | 
|  |  | Smooth transition between densities `ASLDA_STABILIZATION_EXCLUDE_BELOW_DENISTY` and `ASLDA_STABILIZATION_RETAIN_ABOVE_DENSITY` is introduced in order to avoid discontinuities for quantities, that may lead to divergences when computing derivatives. | 
|  |  | \ No newline at end of file |