Procedure

python India.py
	input
		capitals' name
	output
		"results" file containing JSON objects each providing distance between two places and time required to travel the distance
		

python India_train.py
	input
		capitals' name
	output
		"resultsoftrain" file containing JSON objects each providing distance between two places and time required to travel the distance via Railway


python distanceVStime.py
	input
		"results" file
	output
		"resultsDistTime" file contains sorted Distances along with individually sorted time and corresponding indices to prove that distance and time are not
		always related


python distanceVStime_train.py
	input
		"resultsoftrain" file
	output
		"resultsDistTimeTrain" file contains sorted Distances along with individually sorted time and corresponding indices for railways to prove that distance and time are
		 not always related
		
		
python parsing.py
	input
		"results"
	output
		"resultsFinal" contains the data of all possible combinations of cities.


python parsing_train.py
	input
		"resultsoftrain"
	output
		"resultsFinalTrain" contains the data of all possible combinations of cities for railways.


python matrix.py
	input
		User input. City names are case sensitive. Kindly refer the following names;
		
			"Hyderabad","Itanagar","Dispur","Patna","Raipur","Panaji","Gandhinagar","Chandigarh","Shimla","Srinagar","Ranchi","Bangalore",
			"Thiruvananthapuram","Bhopal","Mumbai","Imphal","Shillong","Aizawl","Kohima","Bhubaneshwar","Jaipur","Gangtok","Chennai",
			"Agartala","Lucknow","Dehradun","Kolkata","Daman and Diu","Delhi","Pondicherry"
			
	output
		Main output file which provides output on the terminal in the form of shortest route to traverse through all the cities, along with the time taken to
		travel to each city, preferrable number of days to stay at a city, and the preferred mode of transport. It also outputs a webpage showing the route.