MUON
Find here all information concerning the different MUON tools.
Tools providing analysis on simulation tracks
Tools providing analysis based on journeys and horizons
Description : Calculate the progression of the horizons of all nodes from an input DGS file.
Input: dgs
Output: hzons
Description : Calculate the journeys for a list of nodes from an input DGS file.
Input: dgsjrney
Output: jrney
Description : Calculate the views for a list of nodes from an input DGS file.
Input: dgs
Output: view
Description : Display the evolution of temporal distances (foremost and latest) between all couples of nodes in a graph along time
Input: dgs
Output: datasvgplotdatasvgplot
Description : Display and/or compare the nodes in the horizons of source nodes from given journeys. If a journey id is provided, compare the nodes in the horizons having this id, else compare the horizons cardinalities. If a file containing 'ideal' journeys is provided, the horizons are relative to the ideal horizons (ratios), else, the values are absolute
Input: jrneyjrney
Output: datasvgtxt
Description : Reads a file containing descriptions of message journeys, and produces a DGS file where nodes are tagged with the journey id at the time of a journey hop related to the node.
Input: jrney
Output: dgs
Description : Display a timeline representing several journeys or a single journey (hops between nodes along time)
Input: jrney
Output: datasvgtxt
Description : Parse log files containing lines for messages emissions/receptions and produce the journeys of the messages.
Input: aevt
Output: jrney
Description : Display the evolution of temporal distances (foremost and latest) between a given node and all other nodes along time
Input: dgs
Output: datasvgplotdatasvgplot
Description : Display the evolution of temporal distances (foremost and latest) between a couple of nodes along time
Input: dgs
Output: datasvgplotdatasvgplot
Description : Calculate the robustness of the network by randomly removing nodes and observe the reaction of the network to the increased number of node failures. The result is calculated over a certain number of iterations.
Input: dgs
Output: datasvgplot
Description : Calculate the robustness of the network by removing one or more targeted nodes. Compare results between removed targets as well as remove multiple nodes in one go to evaluate how the network reacts to specific losses.
Input: dgs
Output: md
Description : Display and/or compare the temporal distances of journeys. If a journey id is provided, display the temporal distances to each node of the journey. Else, display the eccentricity for each journey. If a file containing 'ideal' journeys is provided, the distances are relative to the ideal distances, else, the values are absolute
Input: jrneyjrney
Output: datasvgtxt
Tools providing statistics on simulation tracks
Description : Parses an events file, and calculates statistics about the number of messages published and received by each node.
Input: aevt
Output: data
Tools providing analysis about edges and messages
Description : Calculates the distance at each point in time between two nodes during a specific contact. The resulting distances are used to create a graph depicting the evolution of the distance during the contact. If messages were exchanged during the contact, the distance at that point in time is extrapolated. The direction of the message is also extrapolated, and have their own column in the data file, therefor using different colours for the graph.
Input: dgsaevt
Output: datasvgtxt
Description : Calculate contacts and intercontacts durations from edges in a DGS input file as well as statistics about the number and duration of contacts and intercontacts.
Input: dgs
Output: mddatasvgtxtdatasvgtxtdatasvgtxt
Description : Estimate the number of potential neighbours in a radious around a node, and compare to the connections extracted from a DGS file.
Input: dgs
Output: datasvgtxt
Description : Calculates the number of nodes and the adge density of the graph over time. Density: 2|E| / |V|(|V|-1)
Input: dgs
Output: datamdsvgtxt
Description : Calculate the message statistics of nodes from the message event file. The statistics concerning the number of published messages, number of sent published messages, number of transferred messages, total number of sent messages and the number of received messages are retrieved.
Input: aevt
Output: md
Description : Reads simultaneously a DGS file and a MSG file, and for each receive event contained in the MSG file calculates the distance between sender and receiver during that event (based on locations contained in the DGS file).
Input: dgsaevt
Output: aevt
Description : Reads simultaneously a DGS file and a MSG file, and for each receive event contained in the MSG file, extracts the coordinates of the sender and receiver at that time from the DGS file.
Input: dgsaevt
Output: dgs
Description : Reads simultaneously a DGS file and a MSG file, and for each receive event contained in the MSG file, and for each contact (i.e., each edge) defined in the DGS file, calculates the number of message transfers during that contact (based on the receive events described in the MSG file).
Input: dgsaevt
Output: data
Tools providing analysis about nodes activity
Description : Converts a DGS file containing node locations to a DGS file with nodes locations and contact edges from a given fixed range.
Input: dgs
Output: dgs
Description : Reads a DGS file containing only node locations on stdin and produces on stdout a DGS file with interpolated locations, according to the set period.
Input: dgs
Output: dgs
Description : Reads a DGS file on stdin, focusing on lines pertaining to a given node (if specified), and produces mobility statistics and a DGS file expurged from all lines that exceed the specified limits (if specified)
Input: dgs
Output: datadgs
Description : Parses the nodes appearance/disappearance and prints a CDF representation of the amount of time each node is online.
Input: dgs
Output: mdsvg
Transformation and filtering of files
Transformation of files from a format to another format or to the same format with different informations
Description : Parses a DGS file and produces a history of nodes creations and deletions
Input: dgs
Output: data
Description : Extracts the bounding box of a DGS file
Input: dgs
Output:
Description : Reads a DGS file and produces an equivalent file with all contacts nullified (i.e., contact duration reduced to 1 ms).
Input: dgs
Output: dgs
Description : Changes the coordinates of all nodes in the DGS file by applying a rotation around a reference point
Input: dgs
Output: dgs
Description : Changes the coordinates of all nodes in the DGS file by applying a constant offset
Input: dgs
Output: dgs
Description : Reads a DGS file and produces an equivalent with all events pertaining to edge creation or deletion normalized.
Input: dgs
Output: dgs
Description : Convert a DGS file with nodes locations expressed in geographical coordinates to cartesian coordinates
Input: dgs
Output: dgs
Description : Repair a DGS file with errors to produce a DGS file without errors
Input: dgs
Output: dgs
Description : Reverse a DFS file chronologically, while inverting all graph events (i.e., 'an <=> dn' and 'ae <=> de')
Input: dgs
Output: dgs
Description : Reads a DGS file and produces an equivalent file with distance and speed for every node location.
Input: dgs
Output: dgs
Description : Transform a DGS file by shifting all steps so that the first step has a given value (default: 0) and initialize the ref_time accordingly.
Input: dgs
Output: dgs
Transformation of files from a format to the same format with more/less informations
Description : Filter nodes based on their position, keeping only those that are in the defined area.
Input: dgs
Output: dgs
Description : Filters out events pertaining to edges having specific attributes only.
Input: dgs
Output: dgs
Description : Filters out events pertaining to nodes having specific attributes only.
Input: dgs
Output: dgs
Description : Filters out events, keeping only that which is contained between two given steps.
Input: dgs
Output: dgs
Plotting tools
Description : Generate a cumulative distribution function from a column of comparable values.
Input: data
Output: data
Tools used to display or produce videos from simulation tracks
Tools used to display simulation tracks
Tools used to produce videos from simulation tracks
Description : Makes a movie from a set of PNG images. The images must be in the current directory, and the image filenames must be of the form img_NNNNN.png
Input:
Output: video (mp4, mkv)