Module: YPetri::Transition::Type_T

Defined in:
lib/y_petri/transition/T.rb

Overview

Mixin for timed Petri net transitions.

Instance Method Summary collapse

Instance Method Details

#action(Δt) ⇒ Object

Transition’s action (before validation). Requires Δt as an argument.



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# File 'lib/y_petri/transition/T.rb', line 14

def action

#enabled?(Δt) ⇒ Boolean

YPetri transitions are enabled if and only if the intended action would lead to a legal codomain marking. For timed transitions, #enabled? method takes Δt as an argument.

Returns:

  • (Boolean) 


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# File 'lib/y_petri/transition/T.rb', line 78

def enabled?

#f(simulation = world.simulation) ⇒ Object

Transition’s flux under current simulation.



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# File 'lib/y_petri/transition/T.rb', line 95

def f simulation=world.simulation
  simulation.net.State.Feature.Flux( self ) % simulation
end

#fir(simulation = world.simulation, **nn) ⇒ Object

Transition’s firing under current simulation.



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# File 'lib/y_petri/transition/T.rb', line 87

def fir simulation=world.simulation, **nn
  nn.must_have :delta_time, syn!: :

#fire(Δt) ⇒ Object

Fires the transition, honoring cocking. Returns true if the transition fired, false if it wasn’t cocked.



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# File 'lib/y_petri/transition/T.rb', line 56

def fire

#fire!(Δt) ⇒ Object

Fires the transition regardless of cocking. For timed transitions, takes Δt as an argument.



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# File 'lib/y_petri/transition/T.rb', line 63

def fire!

#function ⇒ Object

For timed transitions, “function” refers to their rate closure.



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# File 'lib/y_petri/transition/T.rb', line 8

def function
  rate_closure
end

#pa(simulation = world.simulation, **nn) ⇒ Object

Prints the transition’s action under current simulation.



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# File 'lib/y_petri/transition/T.rb', line 101

def pa simulation=world.simulation, **nn
  nn.must_have :delta_time, syn!: :