DaisyWorld

paulschreuders

06-Nov-2005 19:25:34

Table of Contents

Model - DaisyWorld
System - DaisyWorld
System - DaisyWorld/Albedo World
System - DaisyWorld/Area Daisy World
System - DaisyWorld/Area Daisy World's Soil
System - DaisyWorld/Area Dark Daisies
System - DaisyWorld/Area Dark Daisies/In Range Growth
System - DaisyWorld/Area Dark Daisies/Out of T Range Growth is 0
System - DaisyWorld/Area Light Daisies
System - DaisyWorld/Area Light Daisies/In Range Growth
System - DaisyWorld/Area Light Daisies/Out of T Range Growth is 0
System - DaisyWorld/Delta DD
System - DaisyWorld/Delta DL
System - DaisyWorld/Solar Luminosity Double Ramp
System - DaisyWorld/Temperature Dark Daisies
System - DaisyWorld/Temperature Light Daisies
System - DaisyWorld/Temperature World
Appendix

List of Tables

1. Constant Block Properties
2. From Block Properties
3. Goto Block Properties
4. Mux Block Properties
1. Constant Block Properties
2. Inport Block Properties
3. Outport Block Properties
4. Product Block Properties
5. Sum Block Properties
1. Inport Block Properties
2. Outport Block Properties
3. Sum Block Properties
1. Constant Block Properties
2. Inport Block Properties
3. Outport Block Properties
4. Sum Block Properties
1. If Block Properties
2. Inport Block Properties
3. Integrator Block Properties
4. Outport Block Properties
5. Product Block Properties
6. Saturate Block Properties
7. Sum Block Properties
1. ActionPort Block Properties
2. Inport Block Properties
3. Outport Block Properties
1. ActionPort Block Properties
2. Constant Block Properties
3. Outport Block Properties
1. If Block Properties
2. Inport Block Properties
3. Integrator Block Properties
4. Outport Block Properties
5. Product Block Properties
6. Saturate Block Properties
7. Sum Block Properties
1. ActionPort Block Properties
2. Inport Block Properties
3. Outport Block Properties
1. ActionPort Block Properties
2. Constant Block Properties
3. Outport Block Properties
1. Constant Block Properties
2. Inport Block Properties
3. Outport Block Properties
4. Product Block Properties
5. Sum Block Properties
1. Constant Block Properties
2. Inport Block Properties
3. Outport Block Properties
4. Product Block Properties
5. Sum Block Properties
1. Outport Block Properties
2. Product Block Properties
3. Ramp Block Properties
4. Step Block Properties
5. Sum Block Properties
1. Inport Block Properties
2. Outport Block Properties
3. Product Block Properties
4. Sum Block Properties
1. Inport Block Properties
2. Outport Block Properties
3. Product Block Properties
4. Sum Block Properties
1. Constant Block Properties
2. Fcn Block Properties
3. Inport Block Properties
4. Outport Block Properties
5. Product Block Properties
6. Sum Block Properties
1. Block Type Count

Model - DaisyWorld

Full Model Hierarchy

DaisyWorld

Simulation Parameter	Value
Solver	ode45
RelTol	1e-6
Refine	1
MaxOrder	5
ZeroCross	on

[more info]

System - DaisyWorld

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Alpha DD	0.25	Inherit from 'Constant value'	Use specified scaling	inf
Alpha DL	0.75	Inherit from 'Constant value'	Use specified scaling	inf
Alpha G	0.50	Inherit from 'Constant value'	Use specified scaling	inf
Death Rate	0.30	Inherit from 'Constant value'	Use specified scaling	inf
Interactivity	20	Inherit from 'Constant value'	Use specified scaling	inf
Solar Flux	9.17e2	Inherit from 'Constant value'	Use specified scaling	inf
Temp Daisy Maximum	45	Inherit from 'Constant value'	Use specified scaling	inf
Temp Daisy Minimum	5	Inherit from 'Constant value'	Use specified scaling	inf
Temp Daisy Optimal	25	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. From Block Properties

Name	Goto Tag	Icon Display	Defined In Blk
Alpha DD in 3	A	Tag	Alpha DD
Alpha DD in 4	A	Tag	Alpha DD
Alpha DL in 3	C	Tag	Alpha DL
Alpha DL in 5	C	Tag	Alpha DL
Alpha G in 3	B	Tag	Alpha G
Alpha W in 4	K	Tag	Add
Alpha W in 5	K	Tag	Add
Alpha W in 6	K	Tag	Add
Area DD in 10	O	Tag	Saturation
Area DD in 3	O	Tag	Saturation
Area DD in 9	O	Tag	Saturation
Area DD in SA	O	Tag	Saturation
Area DL in 10	P	Tag	Saturation
Area DL in 3	P	Tag	Saturation
Area DL in 9	P	Tag	Saturation
Area DL in SA	P	Tag	Saturation
Area G in 10	Q	Tag	Subtract
Area G in 7	Q	Tag	Subtract
Area G in 8	Q	Tag	Subtract
Area G in SA	Q	Tag	Subtract
Area W in SA	R	Tag	Subtract
Death Rate in 7	D	Tag	Death Rate
Death Rate in 8	D	Tag	Death Rate
Delta DD in 7	I	Tag	Subtract1
Delta DL in 8	J	Tag	Subtract1
From	E	Tag	Add
Inter in 4	G	Tag	Interactivity
Inter in 5	G	Tag	Interactivity
S Flux in 6	F	Tag	Solar Flux
S Lumin in 6	E	Tag	Add
S Lumin in SA	E	Tag	Add
S Lumin in ST	E	Tag	Add
Temp D Max 7	S	Tag	Temp Daisy Maximum
Temp D Min 1	S	Tag	Temp Daisy Maximum
Temp D Min 7	T	Tag	Temp Daisy Minimum
Temp D Min 8	T	Tag	Temp Daisy Minimum
Temp DD in 1	L	Tag	Add
Temp DD in 7	L	Tag	Add
Temp DD in ST	L	Tag	Add
Temp DL in 2	M	Tag	Add
Temp DL in 8	M	Tag	Add
Temp DL in ST	M	Tag	Add
Temp DO in 1	H	Tag	Temp Daisy Optimal
Temp DO in 2	H	Tag	Temp Daisy Optimal
Temp DO in ST	H	Tag	Temp Daisy Optimal
Temp W in 4	N	Tag	Subtract1
Temp W in 5	N	Tag	Subtract1
Temp W in ST	N	Tag	Subtract1

Table 3. Goto Block Properties

Name	Goto Tag	Icon Display	Tag Visibility	Used By Blk
Alpha DD out	A	Tag	local	Subtract, Product
Alpha DL out	C	Tag	local	Subtract, Product1
Alpha G out	B	Tag	local	Product2
Alpha W out	K	Tag	local	Subtract, Subtract, Subtract
Area DD out1	O	Tag	local	Areas, Subtract, Product, Subtract, Subtract
Area DL out	P	Tag	local	Areas, Subtract, Product1, Subtract, Subtract
Area G out	Q	Tag	local	Areas, Product, Product, Subtract
Area W out	R	Tag	local	Areas
Death Rate out	D	Tag	local	Product1, Product1
Delta DD out	I	Tag	local	Product
Delta DL out	J	Tag	local	Product
Inter out	G	Tag	local	Product, Product
S Flux out	F	Tag	local	Product
S lumin out	E	Tag	local	Temperatures, Areas, Product, Te stScope
Temp D Max	S	Tag	local	If, If
Temp D Min	T	Tag	local	If, If
Temp DD out	L	Tag	local	Temperatures, If, Subtract
Temp DL out	M	Tag	local	Temperatures, If, Subtract
Temp DO out	H	Tag	local	Temperatures, Subtract, Subtract
Temp W out	N	Tag	local	Temperatures, Add, Add

Table 4. Mux Block Properties

Name	Inputs	Display Option	Bus Object	Non Virtual Bus
Mux1	5	bar	BusObject	off
Mux2	5	bar	BusObject	off

System - DaisyWorld/Albedo World

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Area of World	1	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Alpha DD	1	Alpha DD
Alpha DL	3	Alpha DL
Alpha G	2	Alpha G
Area DD	4	Saturation
Area DL	5	Saturation

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Alpha W	1	Port number	BusObject	held	[]	Subtract, Subtract, Subtract

Table 4. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	2	Element-wise(.*)	off	Inherit via internal rule
Product1	2	Element-wise(.*)	off	Inherit via internal rule
Product2	2	Element-wise(.*)	off	Inherit via internal rule

Table 5. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	+++	off	Inherit via internal rule
Subtract	rectangular	--+	off	Inherit via internal rule

System - DaisyWorld/Area Daisy World

Table 1. Inport Block Properties

Name	Port	Defined In Blk
Area DD	1	Saturation
Area DL	2	Saturation
Area G	3	Subtract

Table 2. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Area W	1	Port number	BusObject	held	[]	Areas

Table 3. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Subtract	rectangular	+++	off	Inherit via internal rule

System - DaisyWorld/Area Daisy World's Soil

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Area World	1	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Area DD	1	Saturation
Area DL	2	Saturation

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Area G	1	Port number	BusObject	held	[]	Areas, Product, Product, Subtract

Table 4. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Subtract	rectangular	+--	off	Inherit via internal rule

System - DaisyWorld/Area Dark Daisies

Table 1. If Block Properties

Name	Num Inputs	If Expression	Show Else	Zero Cross
If	3	u1 >= u2 & u1<=u3	on	on

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Area Soil	2	Subtract
Death Rate	3	Death Rate
Delta DD	1	Subtract1
Temp Daisy Max	6	Temp Daisy Maximum
Temp Daisy Min	5	Temp Daisy Minimum
Temp DD	4	Add

Table 3. Integrator Block Properties

Name	External Reset	Initial Condition Source	Initial Condition	Zero Cross
Integrator	none	internal	0.001	on

Table 4. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Area DL	1	Port number	BusObject	held	[]	Areas, Subtract, Product, Subtract, Subtract, Product, Product1

Table 5. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	3	Element-wise(.*)	off	Inherit via internal rule
Product1	2	Element-wise(.*)	off	Inherit via internal rule

Table 6. Saturate Block Properties

Name	Upper Limit	Lower Limit	Linearize As Gain	Zero Cross
Saturation	1	0	on	on

Table 7. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	++	off	Inherit via internal rule
Subtract	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Area Dark Daisies/In Range Growth

Table 1. ActionPort Block Properties

Name	Initialize States
Action Port	held

Table 2. Inport Block Properties

Name	Port	Defined In Blk
In1	1	Subtract

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Out1	1	Port number	BusObject	held	[]	Add

System - DaisyWorld/Area Dark Daisies/Out of T Range Growth is 0

Table 1. ActionPort Block Properties

Name	Initialize States
Action Port	held

Table 2. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Constant	0	Inherit from 'Constant value'	Use specified scaling	inf

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Out1	1	Port number	BusObject	held	[]	Add

System - DaisyWorld/Area Light Daisies

Table 1. If Block Properties

Name	Num Inputs	If Expression	Show Else	Zero Cross
If	3	u1 >= u2 & u1<=u3	on	on

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Area Soil	2	Subtract
Death Rate	3	Death Rate
Delta DL	1	Subtract1
Temp Daisy Max	6	Temp Daisy Maximum
Temp Daisy Min	5	Temp Daisy Minimum
Temp DL	4	Add

Table 3. Integrator Block Properties

Name	External Reset	Initial Condition Source	Initial Condition	Zero Cross
Integrator	none	internal	0.001	on

Table 4. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Area DL	1	Port number	BusObject	held	[]	Areas, Subtract, Product1, Subtract, Subtract, Product, Product1

Table 5. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	3	Element-wise(.*)	off	Inherit via internal rule
Product1	2	Element-wise(.*)	off	Inherit via internal rule

Table 6. Saturate Block Properties

Name	Upper Limit	Lower Limit	Linearize As Gain	Zero Cross
Saturation	1	0	on	on

Table 7. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	++	off	Inherit via internal rule
Subtract	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Area Light Daisies/In Range Growth

Table 1. ActionPort Block Properties

Name	Initialize States
Action Port	held

Table 2. Inport Block Properties

Name	Port	Defined In Blk
In1	1	Subtract

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Out1	1	Port number	BusObject	held	[]	Add

System - DaisyWorld/Area Light Daisies/Out of T Range Growth is 0

Table 1. ActionPort Block Properties

Name	Initialize States
Action Port	held

Table 2. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Constant	0	Inherit from 'Constant value'	Use specified scaling	inf

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Out1	1	Port number	BusObject	held	[]	Add

System - DaisyWorld/Delta DD

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Constant	1	Inherit from 'Constant value'	Use specified scaling	inf
Constant1	17.5	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Temp DD	2	Add
Temp DO	1	Temp Daisy Optimal

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Delta DD out	1	Port number	BusObject	held	[]	Product

Table 4. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Divide	*/	Element-wise(.*)	off	Inherit via internal rule
Product	2	Element-wise(.*)	off	Inherit via internal rule

Table 5. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Subtract	rectangular	+-	off	Inherit via internal rule
Subtract1	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Delta DL

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Constant	1	Inherit from 'Constant value'	Use specified scaling	inf
Constant1	17.5	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. Inport Block Properties

Name	Port	Defined In Blk
Temp DL	2	Add
Temp DO	1	Temp Daisy Optimal

Table 3. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Delta DL out	1	Port number	BusObject	held	[]	Product

Table 4. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Divide	*/	Element-wise(.*)	off	Inherit via internal rule
Product	2	Element-wise(.*)	off	Inherit via internal rule

Table 5. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Subtract	rectangular	+-	off	Inherit via internal rule
Subtract1	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Solar Luminosity Double Ramp

Table 1. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
S Lumin out	1	Port number	BusObject	held	[]	Temperatures, Areas, Product, Te stScope

Table 2. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	2	Element-wise(.*)	off	Inherit via internal rule
Product1	2	Element-wise(.*)	off	Inherit via internal rule

Table 3. Ramp Block Properties

Name	Slope	Start	X0
Ramp Down	-0.01	150	1.5
Ramp Up	0.01	0	0

Table 4. Step Block Properties

Name	Time	Before	After	Sample Time	Zero Cross
Step	150	1	0	0	on
Step1	150	0	1	0	on

Table 5. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	++	off	Inherit via internal rule

System - DaisyWorld/Temperature Dark Daisies

Table 1. Inport Block Properties

Name	Port	Defined In Blk
Alpha DD	3	Alpha DD
Alpha W	2	Add
Interactivity	1	Interactivity
Temp W	4	Subtract1

Table 2. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Temp DD	1	Port number	BusObject	held	[]	Temperatures, If, Subtract

Table 3. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	2	Element-wise(.*)	off	Inherit via internal rule

Table 4. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	++	off	Inherit via internal rule
Subtract	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Temperature Light Daisies

Table 1. Inport Block Properties

Name	Port	Defined In Blk
Alpha DL	3	Alpha DL
Alpha W	2	Add
Interactivity	1	Interactivity
Temp W	4	Subtract1

Table 2. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Temp DL	1	Port number	BusObject	held	[]	Temperatures, If, Subtract

Table 3. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	2	Element-wise(.*)	off	Inherit via internal rule

Table 4. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Add	rectangular	++	off	Inherit via internal rule
Subtract	rectangular	+-	off	Inherit via internal rule

System - DaisyWorld/Temperature World

Table 1. Constant Block Properties

Name	Value	Out Data Type Mode	Con Radix Group	Sample Time
Constant	5.6703e-8	Inherit from 'Constant value'	Use specified scaling	inf
Constant1	1	Inherit from 'Constant value'	Use specified scaling	inf
K to C conversion	273	Inherit from 'Constant value'	Use specified scaling	inf

Table 2. Fcn Block Properties

Name	Expr
1/4 power	u[1]^0.25

Table 3. Inport Block Properties

Name	Port	Defined In Blk
Alpha W	3	Add
Solar Flux	1	Solar Flux
Solar Luminosity	2	Add

Table 4. Outport Block Properties

Name	Port	Icon Display	Bus Object	Output When Disabled	Initial Output	Used By Blk
Temp W	1	Port number	BusObject	held	[]	Temperatures, Add, Add

Table 5. Product Block Properties

Name	Inputs	Multiplication	Input Same DT	Out Data Type Mode
Product	***/	Element-wise(.*)	off	Inherit via internal rule

Table 6. Sum Block Properties

Name	Icon Shape	Inputs	Input Same DT	Out Data Type Mode
Subtract	rectangular	+-	off	Inherit via internal rule
Subtract1	rectangular	+-	off	Inherit via internal rule

Appendix

Table 1. Block Type Count

BlockType	Count	Block Names
From	48	Alpha DD in 3, Alpha DD in 4, Alpha DL in 3, Alpha DL in 5, Alpha G in 3, Alpha W in 4, Alpha W in 5, Alpha W in 6, Area DD in 10, Area DD in 3, Area DD in 9, Area DD in SA, Area DL in 10, Area DL in 3, Area DL in 9, Area DL in SA, Area G in 10, Area G in 7, Area G in 8, Area G in SA, Area W in SA, Death Rate in 7, Death Rate in 8, Delta DD in 7, Delta DL in 8, From, Inter in 4, Inter in 5, S Flux in 6, S Lumin in 6, S Lumin in SA, S Lumin in ST, Temp D Max 7, Temp D Min 1, Temp D Min 7, Temp D Min 8, Temp DD in 1, Temp DD in 7, Temp DD in ST, Temp DL in 2, Temp DL in 8, Temp DL in ST, Temp DO in 1, Temp DO in 2, Temp DO in ST, Temp W in 4, Temp W in 5, Temp W in ST
Inport	39	Alpha DD, Alpha DL, Alpha G, Area DD, Area DL, Area DD, Area DL, Area DD, Area DL, Area G, Area Soil, Death Rate, Delta DD, In1, Temp DD, Temp Daisy Max, Temp Daisy Min, Area Soil, Death Rate, Delta DL, In1, Temp DL, Temp Daisy Max, Temp Daisy Min, Temp DD, Temp DO, Temp DL, Temp DO, Alpha DD, Alpha W, Interactivity, Temp W, Alpha DL, Alpha W, Interactivity, Temp W, Alpha W, Solar Flux, Solar Luminosity
Goto	20	Alpha DD out, Alpha DL out, Alpha G out, Alpha W out, Area DD out1, Area DL out, Area G out, Area W out, Death Rate out, Delta DD out, Delta DL out, Inter out, S Flux out, S lumin out, Temp D Max, Temp D Min, Temp DD out, Temp DL out, Temp DO out, Temp W out
Constant	20	Area of World, Alpha DD, Alpha DL, Alpha G, Area World, Constant, Constant, Death Rate, Constant, Constant1, Constant, Constant1, Interactivity, Solar Flux, Temp Daisy Maximum, Temp Daisy Minimum, Temp Daisy Optimal, Constant, Constant1, K to C conversion
Sum	19	Add, Subtract, Subtract, Subtract, Add, Subtract, Add, Subtract, Subtract, Subtract1, Subtract, Subtract1, Add, Add, Subtract, Add, Subtract, Subtract, Subtract1
Product	16	Product, Product1, Product2, Product, Product1, Product, Product1, Divide, Product, Divide, Product, Product, Product1, Product, Product, Product
SubSystem	15	Albedo World, Area Daisy World, Area Daisy World's Soil, Area Dark Daisies, In Range Growth, Out of T Range Growth is 0, Area Light Daisies, In Range Growth, Out of T Range Growth is 0, Delta DD, Delta DL, Solar Luminosity Double Ramp, Temperature Dark Daisies, Temperature Light Daisies, Temperature World
Outport	15	Alpha W, Area G, Area W, Area DL, Out1, Out1, Area DL, Out1, Out1, Delta DD out, Delta DL out, S Lumin out, Temp DD, Temp DL, Temp W
ActionPort	4	Action Port, Action Port, Action Port, Action Port
Scope	3	Areas, Te stScope, Temperatures
Step	2	Step, Step1
Saturate	2	Saturation, Saturation
Ramp (m)	2	Ramp Down, Ramp Up
Mux	2	Mux1, Mux2
Integrator	2	Integrator, Integrator
If	2	If, If
Fcn	1	1/4 power