lem-in

The task of the project is here
Wiki here and thx for him

Chapters

• Briefly about the project
• Graphs in file
• How use program
• How Program works
• Authors

Briefly about the project

This is a console program that builds a graph based on the data transmitted by the user and distributes the ants along the paths so that everyone reaches from A to B in a minimum of steps.

Also you can use web version for visualize your result. To do this, insert the map with result into the text result block and click on Set Params. Now your graph is represented graphically.

How use program

Program takes only 1 argument. It can be filename or flags.

Default:

• "filename" - your file path with graph data

Flags:

• --file="filename" - as default input. Just an explicit launch with a file
• --http=":port" - starts run server on your port. Using for visualization.

For run project:

go run ./cmd (filename | --http=:port | --file=filename)

Example:

Run program:

$ go run ./cmd example.txt
#My comment
3
##start
start 2 2
r1 3 1
r2 3 3
r3 4 1
##end
end 5 2

start-r1
start-r2
r1-r3
r2-end
r3-end
L1-r2 L2-r1 
L1-end L2-r3 L3-r2 
L2-end L3-end 

Also Get Steps Count:

$ go run ./cmd example.txt | grep '^L' | wc -l
3

Run visualization:

$ go run ./cmd --http=:8080
YYYY/MM/DD hh:mm:ss Server started on http://localhost:8080

The program is provided with information about the graph (anthill) at the input:

• Number of ants (ants > 0)
• The name of the vertices and their coordinates. The ##start and ##end commands specify the starting and ending vertices of the path. (x > 0 & y > 0)
• Edges connecting vertices.
• Optional comments starting by # (program ignore them)

Graphs in file

The map file looks like this

#My comment
3
##start
start 2 2
r1 3 1
r2 3 3
r3 4 1
##end
end 5 2

start-r1
start-r2
r1-r3
r2-end
r3-end

How Program works

To learn more, read the wiki

Suurballe's algorithm Links:

• Detailed explanation
• Briefly in pictures

Authors

• Dias1c
• nrblzn