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Nebula 1
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HodgePodge3
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HodgePodge.app
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HodgePodge.nib
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data.nib
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.txt
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NeXT TypedStream Data
|
1995-06-12
|
7KB
|
125 lines
typedstream
IBObjectData
Object
CustomObject
Application
MenuCell
ButtonCell
ActionCell
Helvetica
Matrix
Control
Responder
@:@iiii
Info...
Variables ...
Start
Randomize
ff@@#::s
Hodge Podge
Krinkle
Dipoles
MenuTemplate
*@*@ccc
OtherViews
PopUpList
Button
[26@]
B =Ill's Affect:
TextField
TextFieldCell
0.116
Slider
SliderCell
dddf@d@
N =Number of States
F = Deterioration Force
0.210
Explain Rules
A =Infected's Affect:
0.057
When Healthy:
When Infected:
Display Color Phase
Max Frames/Sec
Sizes:
Display:
popUp:
NXImage
NXpopup
[9@]5
Version 3
by Allen King
30 Giibson St.?
Needham, Mass.?
,Algorithm from Scientific
American, May 1985?
02192?
aking.bbn.com?
HodgePodge
WindowTemplate
iiii***@s@
Panel6
Variables
[10@]
41. Each cell has a Health h, an integer from 0 to N.
Times-Roman
9average of its 8 neighbors plus a Deterioration Force F, f
>3. If the cell is infected (0 < h < N), its new health is the f
expressed as a fraction of N.f
%A * the number of infected neighborsf
74. If the cell is sick (h = N), it miraculously becomesf
healthy (h = 0)f
2(From an article in Scientific American, May 1985)f
B * the number of sick neighborsf
A2. If the cell is healthy (h = 0), its new health is the sum of:f
Hodge Podge Rules
CustomView
Window
Driving Force = F1
Field31
Field5
Slider22
Slider21
Field11
Box12
MainMenu
Field3
Slider23
Number of States = N1
Field12
Number of States = N2
File's Owner
Field2
Number of States = N3
VersionNumber
Field1
Rules
Slider3
MyWindow
Slider11
Field6
Field21
Field41
Field
Slider41
Box111
IBControlConnector
IBConnector
hide:
terminate:
orderFront:
start:
stop:
Randomize:
takeIntValueFrom:
takeFloatValueFrom:
IBOutletConnector
DrivingForce
HealthysAffectOnSick
RecoveringsAffectOnSick
NumStates
DisplayColorPhase
MaxFramesPsecond
DisplayColorDir