Update README.md

README.md

@@ -1,4 +1,5 @@
 # Structure from Motion: Classical Approach
+Python solution for [project 3: CMSC733 Computer vision course](https://cmsc733.github.io/2019/proj/p3/).
 ## Introduction
 In this project, we reconstructed a 3D scene and simultaneously obtained the camera poses with respect to the scene,
 with a given set of 6 images from a monocular camera and
@@ -19,21 +20,24 @@ Please refer the [report](https://github.com/sakshikakde/SFM/blob/master/Report-
 
 
 ## How to run the code
-1) Change the directory to the folder where Wrapper.py is located. Eg.     
-        `cd /home/sakshi/Documents/Buildings-built-in-minutes-An-SfM-Approach/Code`
+- Change the directory to the folder where Wrapper.py is located. Eg.     
+```
+cd ./Code 
+```
 
-2) Run the .py file using the following command:    
-        `python3 Wrapper.py --DataPath /home/sakshi/courses/CMSC733/Buildings-built-in-minutes-An-SfM-Approach/Data/`
+- Run the .py file using the following command:    
+```
+python3 Wrapper.py --DataPath ./Data/
+```
 
 ## Parameters
-1) `--DataPath`: the path where the data is stored
-2) `--savepath`: the path to folder where the output will be saved
-3) `--BA`: True-If we want to use bundle adjustment
+- `--DataPath`: the path where the data is stored
+- `--savepath`: the path to folder where the output will be saved
+- `--BA`: True-If we want to use bundle adjustment
 
 ## Result
 
 ![Result image](https://github.com/sakshikakde/SFM/blob/master/images/result.png)
 
 
-## Assignment link
-https://cmsc733.github.io/2019/proj/p3/
+