new version

Project.toml

@@ -1,7 +1,7 @@
 name = "JuliaGrid"
 uuid = "040ba96c-7d3d-4d4a-931c-37903f53a565"
 authors = ["Mirsad Cosovic <[email protected]>"]
-version = "0.2.0"
+version = "0.2.1"
 
 [deps]
 HDF5 = "f67ccb44-e63f-5c2f-98bd-6dc0ccc4ba2f"

docs/src/tutorials/powerSystemModel.md

@@ -96,7 +96,7 @@ The transformer complex ratio ``\alpha_{ij}`` is defined:
 ```math
   \alpha_{ij} = \cfrac{1}{\tau_{ij}}e^{-\text{j}\phi_{ij}},
 ```
-where ``\tau_{ij} \neq 0`` is a transformer turns ratio, while ``\phi_{ij}`` is a transformer phase shift angle, always located at the from-bus end of the branch. Note, if ``\tau_{ij} = 1`` and ``\phi_{ij} = 0`` the model describes the line. In-phase transformers are defined if ``\tau_{ij} \neq 1``, ``\phi_{ij} = 0``, and ``y_{\text{s}ij} = 0``, while phase-shifting transformers are obtained if ``\tau_{ij} \neq 1``, ``\phi_{ij} \neq 0``, and ``y_{\text{s}ij} = 0``.
+where ``\tau_{ij} \neq 0`` is a transformer turns ratio, specifically the off-nominal turns ratio, while ``\phi_{ij}`` is a transformer phase shift angle, always located at the from-bus end of the branch. Note, if ``\tau_{ij} = 1`` and ``\phi_{ij} = 0`` the model describes the line. In-phase transformers are defined if ``\tau_{ij} \neq 1``, ``\phi_{ij} = 0``, and ``y_{\text{s}ij} = 0``, while phase-shifting transformers are obtained if ``\tau_{ij} \neq 1``, ``\phi_{ij} \neq 0``, and ``y_{\text{s}ij} = 0``.
 
 These transformer parameters are stored in the vectors ``\bm{\tau} = [\tau_{ij}]`` and ``\bm{\phi} = [\phi_{ij}]``, respectively:
 ```@repl ACDCModel