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MaxPlusAndPetrinet >> MaxPlusAndPetrinet > readpipe

readpipe

Identify Petri net that created in PIPE version 2.5rc5, 3.0, 4.2.1

Calling Sequence

[forward,backward,mark,namaplace,namatran] = readpipe()

Parameters

forward
: The size of forward incidence matrix is pm x tn. Notation pm dan tn each represent number of places and transitions in Petri net. Elements of this matrix is nonnegative integer that represent arc weight from transitions to place.
backward
: The size of backward incidence matrix is pm x tn. Elements of this matrix is nonnegative integer represents arc weight from place to transition.
mark
: Column vector that have elements equal with number of place. Elements of this vector represent number of token in each place at initialization.
namaplace
: Column vector contains name of each place in Petri net. Number of elements equal with number of place.
namatran
: Column vector contains name of each transition in Petri net. Number of elements equal with number of transition.

Description

This procedure identify Petri net that created in PIPE, consists of number of place and transition, forward dan backward incidence matrix, initial condition. This function is called by pipesimulation that is used for Petri net simulation created by PIPE.

Examples

[f,b,m,np,nt] = readpipe()

Authors

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