﻿* network_1_a

*                                                 Network Parameters
*********************************************************************
* Iterations
***********3
* Number of clock ticks to execute in this experiment.
* RunTime:TransientTime:TotalTime
*------------------------------------------------------------------
RunTime:20:1000


*Noisy Input modification
*Noise:Window:Noise_level

Noise:10:0

* Inputs
********
*Input:name:initial/default value:random(R)/fixed(F):noisy(N)/fixed/(F):time to be introduced (changed from
*initial/default value):dose (in percentage):duration of the change from default (0=1 time) (Dosages can be in multiple *intervals, separated by comma)
*Below are several examples of how IN1 can be declared.
*------------------------------------------------------------------------------------------------------


Input:IN1:True:F:F:1:10:99
*Input:IN1:False:R:F:1:5-10:31,32:45-50:31,64:95-100:36
*Input:IN1:R:R:F:1:95-100:49,51:5-10:49
Input:IN3:R:F:N:1:10:1999

*Mutated nodes
***************
*Node is mutated to be ON or OFF and does not respond to any signal.
*Mutation:ON[OFF]:input1,input2
*---------------------------------------------------------------------
*Mutation:ON:A


* Delay nodes
*************
*Receives a signal, but don't respond immediately. Specify how long to wait.
*Delay:name:initial value:input:iterations to wait
*---------------------------------------------------------------------
*Delay:Del_C:False:C:5


* Snapshot Analysis
*****************
*Using this option, one can perform multiple pattern output analysis at any point a simulation in addition to analysis of the entire simulation
*Format: SnapshotAnalysis:calculation period: iteration point, at which output analysis is initiated
*Example: SnapshotAnalysis:100:1000,1500 -output analysis will be initiated at the end of 1000th and 1500th iteration
* over the last 100 iterations.
*Default: SnapshotAnalysis: -when left blank, output analysis is performed only when an entire simulation completes

*SnapshotAnalysis:10:20,40,60,70


*Sustain nodes
**************
*Receives a signal and then responds for some period of time regardless of
*other additional inputs.
*Sustain:name:initial/default value:input:duration
*----------------------------------------------------------------------
*Sustain:Sus_C:False:C:5


* Outputs
*********
*Output nodes are the end result. They just mirror their inputs.
*Output:name:initial/default condition:input
*----------------------------------------------------------------

*Output:1_A:False:A
*Output:1_B:True:B
*Output:1_C:True:C
*Output:1_IN1:False:IN1

