Home/test_cases/cubic_3d.md

@@ -12,15 +12,15 @@ Since seeds are placed at regular intervals, it is very intuitive that the grain
 
 The above configuration is then tested for the following parameters:
 
-1. [**Grain size of each grain**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_3d#1-grain-size-of-each-grain)
-2. [**Number of neighbors of each grain**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_3d#2-number-of-neighbors-of-each-grain)
-3. [**Grain boundary area of each grain**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_3d#3-grain-boundary-area-of-each-grain)
-4. [**Junction lengths**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_3d#4-junction-lengths)
-5. [**Junction angles (in degrees)**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_3d#5-junction-angles-in-degrees)
+1. [**Grain size of each grain**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_3d#1-grain-size-of-each-grain)
+2. [**Number of neighbors of each grain**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_3d#2-number-of-neighbors-of-each-grain)
+3. [**Grain boundary area of each grain**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_3d#3-grain-boundary-area-of-each-grain)
+4. [**Junction lengths**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_3d#4-junction-lengths)
+5. [**Junction angles (in degrees)**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_3d#5-junction-angles-in-degrees)
 
 ### **1. Grain size of each grain**
 
-Based on the explanation provided in the [**cubic_2d**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_2d#1-grain-size-of-each-grain) test case, we can calculate the grain size (diameter of grain) from the volume of each grain as:
+Based on the explanation provided in the [**cubic_2d**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_2d#1-grain-size-of-each-grain) test case, we can calculate the grain size (diameter of grain) from the volume of each grain as:
 
 ```math
 \frac{1}{6} \: \Pi \: d^3 = Volume \: of \: grain
@@ -40,11 +40,11 @@ Due to cubical grains having length along all directions equal to the spacing le
 
 ### **4. Junction lengths**
 
-In contrary to the [**junction lengths in case of cubic_2d**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_2d#4-junction-lengths), all the junction lengths must be the same and equal to the spacing length between the seeds in this test case.
+In contrary to the [**junction lengths in case of cubic_2d**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_2d#4-junction-lengths), all the junction lengths must be the same and equal to the spacing length between the seeds in this test case.
 
 ### **5. Junction angles (in degrees)**
 
-Based on the [**explanation**](https://gitlab.com/arun.prakash.mimm/ppp2019_optimizedmicrostructuregeneration/-/wikis/Home/test_cases/cubic_2d#5-junction-angles-in-degrees) provided in case of cubic_2d, all the angles between the concurrent edges must be the same and equal to 90°. Hence it tested that the junction angles corresponding to the angles between the concurrent edges are exactly 90°.  
+Based on the [**explanation**](https://gitlab.com/arun.prakash.mimm/optimic/-/wikis/Home/test_cases/cubic_2d#5-junction-angles-in-degrees) provided in case of cubic_2d, all the angles between the concurrent edges must be the same and equal to 90°. Hence it tested that the junction angles corresponding to the angles between the concurrent edges are exactly 90°.  
 
 # **Summary**
 
@@ -79,11 +79,11 @@ To test the following structural characteristics:
 
 Please refer section 'Execute test cases' of the documentation for more details.
 
-Navigate to the **‘ppp2019_optimizedmicrostructuregeneration‘** directory using terminal. Once
+Navigate to the **‘optimic‘** directory using terminal. Once
 you are in the appropriate directory, you can execute the test case using:
 
 ```bash
-$ ./execute test --name cubic_3d
+$ ./optimic test --name cubic_3d
 ```
 ### **Options:**
 1. `--name` refers to the test case name (cubic_2d in this case).