Load Network
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Landscape Signal
Constant
Value
Constant with stop
Value


Stop After
Sinesoidal
Amplitude (0-0.5)


Period


Phase Shift
Random
Track Output (coupled)
Computes input signal (I) based on the network output reactivity (O), defined by:

I = Slope*( lag(O,Lag) )

  • Slope > 1: Output signal is amplified
  • 0 < Slope < 1: Output signal is attenuated
  • Slope = 0: Input Signal = Output Signal
  • Slope < 0: Output signal is inverted
Initial Value


Lag


Slope
Network Functions
Influence Transmission
Maximum Transmission Efficiency
Transmission Noise Factor (0-1)
Influence Submodel:

Weighting
Signal Sender
Input Signal Aggregation Function
Actor Influence Sensitivity (σ)
Node Reactivity Function
Actor (Node) Max Reactivity (Nmax) 1
Actor (Node) Reactivity Sensitivity (b) 16
Activation Threshold (τ) 4
Combined Activation Function
Actor (Node) Max Reactivity (Nmax) 1
Maximum Transmission Efficiency
Transmission Noise
Actor Influence Sensitivity (σ) 75 (a=4)
Actor (Node) Activation Sensitivity (b)< 16
Activation Threshold (τ) 4
Dynamic Functions
Signal Degradation Factor (kd)

Actor Reactivity Fatigue Factor (kf) 16
Network View
Edge Weight Filter 20

Layout:
Repulsion
Simulation Setup
Cycles to Run:
Watch Lists
Nodes:
Edges:
Network Statistics
Degrees
Reactivities
Trans Effs
Signal Strengths
Influences
Node Size:
Node Color:
Node Label:
Edge Width:
Edge Color:
Edge Label:
Press the Motif to identify:
Gatekeeper
Coordinator
Representative
Leaders
Landscape Actors
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