&Model

// The contents of this file are the work of G. von Dassow, E. Meir, E. M. Munro,
// and G. M. Odell, 1997-2000.  The model encoded in this file should be treated
// like any other piece of original scientific data, and must not be used in the
// production of any publication without the express permission of its creators.

// Diploidized by Kerry Kim (by hand, working on automation) 4/4/6
// Assuming that total individual alleles work independently (no competition, 
// and the individual activities sum after passing through nonlinearity).
// Not realistic, but a 1st approximation
// See spg1_4celldiploid2.net for a slightly improved version calling different
// diploidizing affectors

&width		4
&height		1
&numsides	6
&extent		100

&Network	spg1_4celldiploid

&Genes

	&en1
		&Location	cyto
		&Color		cyan
		&Show		on
		&Scale		1
		&Type		rna
	&enden1
	&en2
		&Location	cyto
		&Color		cyan
		&Show		on
		&Scale		1
		&Type		rna
	&enden2	
	&EN1
		&Location	cyto
		&Color		cyan
		&Show		on
		&Scale		1
		&Type		protein
	&endEN1
	&EN2
		&Location	cyto
		&Color		cyan
		&Show		on
		&Scale		1
		&Type		protein
	&endEN2
	
	&wg1
		&Location	cyto
		&Color		green
		&Show		on
		&Scale		1
		&Type		rna
	&endwg1
	&wg2
		&Location	cyto
		&Color		green
		&Show		on
		&Scale		1
		&Type		rna
	&endwg2
	
	&IWG1
		&Location	cyto
		&Color		green
		&Show		off
		&Scale		1
		&Type		protein
	&endIWG1
	&IWG2
		&Location	cyto
		&Color		green
		&Show		off
		&Scale		1
		&Type		protein
	&endIWG2

	&EWG1
		&Location	membrane
		&Color		green
		&Show		off
		&Scale		1
		&Type		protein
	&endEWG1
	&EWG2
		&Location	membrane
		&Color		green
		&Show		off
		&Scale		1
		&Type		protein
	&endEWG2
	
	&ptc1
		&Location	cyto
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		rna
	&endptc1
	&ptc2
		&Location	cyto
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		rna
	&endptc2
	
	&PTC1
		&Location	membrane
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		protein
	&endPTC1
	&PTC2
		&Location	membrane
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		protein
	&endPTC2

	&cid1
		&Location	cyto
		&Color		pink
		&Show		off
		&Scale		1
		&Type		rna
	&endcid1
	&cid2
		&Location	cyto
		&Color		pink
		&Show		off
		&Scale		1
		&Type		rna
	&endcid2
	
	&CID1	
		&Location	cyto
		&Color		pink
		&Show		on
		&Scale		1
		&Type		protein
	&endCID1
	&CID2
		&Location	cyto
		&Color		pink
		&Show		on
		&Scale		1
		&Type		protein
	&endCID2
	
	&CN1
		&Location	cyto
		&Color		pink
		&Show		on
		&Scale		1
		&Type		protein
	&endCN1
	&CN2
		&Location	cyto
		&Color		pink
		&Show		on
		&Scale		1
		&Type		protein
	&endCN2
	
	&hh1
		&Location	cyto
		&Color		red
		&Show		on
		&Scale		1
		&Type		rna
	&endhh1
	&hh2
		&Location	cyto
		&Color		red
		&Show		on
		&Scale		1
		&Type		rna
	&endhh2

	&HH1
		&Location	membrane
		&Color		red
		&Show		off
		&Scale		1
		&Type		protein
	&endHH1
	&HH2
		&Location	membrane
		&Color		red
		&Show		off
		&Scale		1
		&Type		protein
	&endHH2
	
	&PH1
		&Location	membrane
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		complex
	&endPH1
	&PH2
		&Location	membrane
		&Color		magenta
		&Show		off
		&Scale		1
		&Type		complex
	&endPH2
	
	&B
		&Location	cyto
		&Color		white
		&Show		off
		&Scale		1
		&Type		protein
	&endB
	
&endGenes

&Interactions
	&en1
		&Txn2bDipAff CN1 CN2 EWG1 EWG2 K_WG1en1 KWG2en1 nu_WG1en1 nu_WG2en1 H_en1 K_CN1en1 K_CN1en2 K_CN2en1 K_CN2en2 nu_CN1en1 nu_CN1en2 nu_CN2en1 nu_CN2en2
		&DecayAff en1 H_en1
	&enden
	&en2
		&Txn2bDipAff CN1 CN2 EWG1 EWG2 K_WG1en2 KWG2en2 nu_WG1en2 nu_WG2en2 H_en2 K_CN1en1 K_CN1en2 K_CN2en1 K_CN2en2 nu_CN1en1 nu_CN1en2 nu_CN2en1 nu_CN2en2
		&DecayAff en1 H_en1
	&enden2
	
	&EN1
		&TlnAff en1 H_EN1
		&DecayAff EN1 H_EN1
	&endEN1
	&EN2
		&TlnAff en2 H_EN2
		&DecayAff EN2 H_EN2
	&endEN2

	&wg1
		&Txn4DipAff CN1 CN2 IWG1 IWG2 CID1 CID2 H_wg1 K_WG1wg1 K_WG2wg1 nu_WG1wg1 nu_WG2wg1 alpha_wg11 alpha_wg12 K_CID1wg1 K_CID2wg1 nu_CID1wg1 nu_CID2wg1 beta_wg11 beta_wg12 K_CN1wg1 K_CN1wg2 K_CN2wg2 K_CN2wg2 nu_CN1wg1 nu_CN1wg2 nu_CN2wg1 nu_CN2wg2
		&DecayAff wg1 H_wg1 
	&endwg1
	&wg2
		&Txn4DipAff CN1 CN2 IWG1 IWG2 CID1 CID2 H_wg2 K_WG1wg2 K_WG2wg2 nu_WG1wg2 nu_WG2wg2 alpha_wg21 alpha_wg22 K_CID1wg2 K_CID2wg2 nu_CID1wg2 nu_CID2wg2 beta_wg21 beta_wg22 K_CN1wg1 K_CN1wg2 K_CN2wg2 K_CN2wg2 nu_CN1wg1 nu_CN1wg2 nu_CN2wg1 nu_CN2wg2
		&DecayAff wg2 H_wg2
	&endwg2
			
	&IWG1
		&TlnAff wg1 H_IWG1
		&EndoIAff IWG1 EWG1 Endo_WG1
		&ExoIAff IWG1 EWG1 Exo_WG1
		&DecayAff IWG1 H_IWG1
	&endIWG1
	&IWG2
		&TlnAff wg2 H_IWG2
		&EndoIAff IWG2 EWG2 Endo_WG2
		&ExoIAff IWG2 EWG2 Exo_WG2
		&DecayAff IWG2 H_IWG2
	&endIWG2

	&EWG1
		&ExoEAff IWG1 EWG1 Exo_WG1
		&EndoEAff IWG1 EWG1 Endo_WG1
		&MxferOutAff EWG1 Mxfer_WG1
		&MxferInAff EWG1 Mxfer_WG1
		&LMxferEAff EWG1 LMxfer_WG1
		&LMxferIAff EWG1 LMxfer_WG1
		&DecayAff EWG1 H_EWG1
	&endEWG1
	&EWG2
		&ExoEAff IWG2 EWG2 Exo_WG2
		&EndoEAff IWG EWG2 Endo_WG2
		&MxferOutAff EWG2 Mxfer_WG2
		&MxferInAff EWG2 Mxfer_WG2
		&LMxferEAff EWG2 LMxfer_WG2
		&LMxferIAff EWG2 LMxfer_WG2
		&DecayAff EWG2 H_EWG2
	&endEWG2

	&ptc1
		&Txn2aDipAff CN1 CN2 CID1 CID2 K_CID1ptc1 K_CID2ptc1 nu_CID1ptc1 nu_CID2ptc1 H_ptc1 K_CN1ptc1 K_CN1ptc2 K_CN2ptc1 K_CN2ptc2 nu_CN1ptc1 nu_CN1ptc2 nu_CN2ptc1 nu_CN2ptc2
		&DecayAff ptc1 H_ptc1 
	&endptc1
	&ptc2
		&Txn2aDipAff CN1 CN2 CID1 CID2 K_CID1ptc2 K_CID2ptc2 nu_CID1ptc2 nu_CID2ptc2 H_ptc2 K_CN1ptc1 K_CN1ptc2 K_CN2ptc1 K_CN2ptc2 nu_CN1ptc1 nu_CN1ptc2 nu_CN2ptc1 nu_CN2ptc2
		&DecayAff ptc2 H_ptc2
	&endptc2

	&PTC1
		&HeterodimerizeA_ECAff	PTC1	HH1	K_PTC1_HH1	maxHH1
		&HeterodimerizeA_ECAff	PTC1	HH2	K_PTC1_HH2	maxHH2
		&TlnAff ptc1 H_PTC1 
		&LMxferEAff PTC1 LMxfer_PTC1
		&LMxferIAff PTC1 LMxfer_PTC1
		&DecayAff PTC1 H_PTC1
	&endPTC1
	&PTC2
		&HeterodimerizeA_ECAff	PTC2	HH1	K_PTC2_HH1	maxHH1
		&HeterodimerizeA_ECAff	PTC2	HH2	K_PTC2_HH2	maxHH2
		&TlnAff ptc2 H_PTC2
		&LMxferEAff PTC2 LMxfer_PTC2
		&LMxferIAff PTC2 LMxfer_PTC2
		&DecayAff PTC2 H_PTC2
	&endPTC2
			
	&cid1
		&Txn2aDipAff EN1 EN2 B B K_Bcid1 K_Bcid1 nu_Bcid1 nu_Bcid1 H_cid1 K_EN1cid1 K_EN1cid2 K_EN2cid1 K_EN2cid2 nu_EN1cid1 nu_EN1cid2 nu_EN2cid1 nu_EN2cid2 
		&DecayAff cid1 H_cid1 
	&endcid1
	&cid2
		&Txn2aDipAff EN1 EN2 B B K_Bcid2 K_Bcid2 nu_Bcid2 nu_Bcid2 H_cid2 K_EN1cid1 K_EN1cid2 K_EN2cid1 K_EN2cid2 nu_EN1cid1 nu_EN1cid2 nu_EN2cid1 nu_EN2cid2 
		&DecayAff cid1 H_cid1 
	&endcid2
			
	&CID1
		&CleavageA_ICDipAff CID1 PTC1 PTC2 K_PTC1CID1 K_PTC2CID1 nu_PTC1CID1 nu_PTC2CID1 C_PTC1CID1 C_PTC2CID1
		&TlnAff cid1 H_CID1
		&DecayAff CID1 H_CID1 
	&endCID1
	&CID2
		&CleavageA_ICDipAff CID2 PTC1 PTC2 K_PTC1CID2 K_PTC2CID2 nu_PTC1CID2 nu_PTC2CID2 C_PTC1CID2 C_PTC2CID2
		&TlnAff cid2 H_CID2
		&DecayAff CID2 H_CID2 
	&endCID2
			
	&CN1
		&CleavageB_ICDipAff CID1 PTC1 PTC2 K_PTC1CID1 K_PTC2CID1 nu_PTC1CID1 nu_PTC2CID1 C_PTC1CID1 C_PTC2CID1
		&DecayAff CN1 H_CN1 
	&endCN1
	&CN2
		&CleavageB_ICDipAff CID2 PTC1 PTC2 K_PTC1CID2 K_PTC2CID2 nu_PTC1CID2 nu_PTC2CID2 C_PTC1CID2 C_PTC2CID2
		&DecayAff CN2 H_CN2 
	&endCN2
			
	&hh1
		&Txn2aDipAff CN1 CN2 EN1 EN2 K_EN1hh1 K_EN2hh1 nu_EN1hh1 nu_EN2hh1 H_hh1 K_CN1hh1 K_CN1hh2 K_CN2hh1 K_CN2hh2 nu_CN1hh1 nu_CN1hh2 nu_CN2hh1 nu_CN2hh2
		&DecayAff hh1 H_hh1 
	&endhh1
	&hh2
		&Txn2aDipAff CN1 CN2 EN1 EN2 K_EN1hh2 K_EN2hh2 nu_EN1hh2 nu_EN2hh2 H_hh2 K_CN1hh1 K_CN1hh2 K_CN2hh1 K_CN2hh2 nu_CN1hh1 nu_CN1hh2 nu_CN2hh1 nu_CN2hh2
		&DecayAff hh2 H_hh2 
	&endhh2
			
	&HH1
		&HeterodimerizeA_ECAff	PTC1	HH1	K_PTC1_HH1	maxPTC1
		&HeterodimerizeA_ECAff	PTC2	HH1	K_PTC2_HH1	maxPTC2
		&TlnAff hh1 H_HH1 
		&LMxferEAff HH1 LMxfer_HH1
		&LMxferIAff HH1 LMxfer_HH1
		&DecayAff HH1 H_HH1 
	&endHH1
	&HH2
		&HeterodimerizeA_ECAff	PTC1	HH2	K_PTC1_HH2	maxPTC1
		&HeterodimerizeA_ECAff	PTC2	HH2	K_PTC2_HH2	maxPTC2
		&TlnAff hh2 H_HH2 
		&LMxferEAff HH2 LMxfer_HH2
		&LMxferIAff HH2 LMxfer_HH2
		&DecayAff HH2 H_HH2 
	&endHH2
			
	&PH11
		&HeterodimerizeB_ECAff	PTC1	HH1	K_PTC1_HH1	maxHH1 
		&DecayAff PH11 H_PH11 
	&endPH11
	&PH12
		&HeterodimerizeB_ECAff	PTC1	HH2	K_PTC1_HH2	maxHH2 
		&DecayAff PH12 H_PH12 
	&endPH12
	&PH21
		&HeterodimerizeB_ECAff	PTC2	HH1	K_PTC2_HH1	maxHH1 
		&DecayAff PH21 H_PH21 
	&endPH21
	&PH22
		&HeterodimerizeB_ECAff	PTC2	HH2	K_PTC2_HH2	maxHH2 
		&DecayAff PH22 H_PH22 
	&endPH22
			
	&B
		&Formula1Aff B
	&endB
&endInteractions

&ParameterValues
		&K_WG1en1		0.1	0.001	1.0	Logarithmic
		&K_WG1en2		0.1	0.001	1.0	Logarithmic
		&K_WG2en1		0.1	0.001	1.0	Logarithmic
		&K_WG2en2		0.1	0.001	1.0	Logarithmic

		&K_CN1en1		0.1	0.001	1.0	Logarithmic
		&K_CN1en2		0.1	0.001	1.0	Logarithmic
		&K_CN2en1		0.1	0.001	1.0	Logarithmic
		&K_CN2en2		0.1	0.001	1.0	Logarithmic

		&K_WG1wg1		0.1	0.001	1.0	Logarithmic
		&K_WG1wg2		0.1	0.001	1.0	Logarithmic
		&K_WG2wg1		0.1	0.001	1.0	Logarithmic
		&K_WG2wg2		0.1	0.001	1.0	Logarithmic

		&K_CID1wg1		0.1	0.001	1.0	Logarithmic
		&K_CID1wg2		0.1	0.001	1.0	Logarithmic
		&K_CID2wg1		0.1	0.001	1.0	Logarithmic
		&K_CID2wg2		0.1	0.001	1.0	Logarithmic

		&K_CN1wg1		0.1	0.001	1.0	Logarithmic
		&K_CN1wg2		0.1	0.001	1.0	Logarithmic
		&K_CN2wg1		0.1	0.001	1.0	Logarithmic
		&K_CN2wg2		0.1	0.001	1.0	Logarithmic

		&K_CID1ptc1		0.1	0.001	1.0	Logarithmic
		&K_CID1ptc2		0.1	0.001	1.0	Logarithmic
		&K_CID2ptc1		0.1	0.001	1.0	Logarithmic
		&K_CID2ptc2		0.1	0.001	1.0	Logarithmic

		&K_CN1ptc1		0.1	0.001	1.0	Logarithmic
		&K_CN2ptc1		0.1	0.001	1.0	Logarithmic
		&K_CN2ptc2		0.1	0.001	1.0	Logarithmic
		&K_CN2ptc2		0.1	0.001	1.0	Logarithmic

		&K_Bcid1		0.1	0.001	1.0	Logarithmic
		&K_Bcid2		0.1	0.001	1.0	Logarithmic

		&K_EN1cid1		0.1	0.001	1.0	Logarithmic
		&K_EN1cid2		0.1	0.001	1.0	Logarithmic
		&K_EN2cid1		0.1	0.001	1.0	Logarithmic
		&K_EN2cid2		0.1	0.001	1.0	Logarithmic

		&K_PTC1CID1		0.1	0.001	1.0	Logarithmic
		&K_PTC1CID2		0.1	0.001	1.0	Logarithmic
		&K_PTC2CID1		0.1	0.001	1.0	Logarithmic
		&K_PTC2CID2		0.1	0.001	1.0	Logarithmic

		&K_EN1hh1		0.1	0.001	1.0	Logarithmic
		&K_EN1hh2		0.1	0.001	1.0	Logarithmic
		&K_EN2hh1		0.1	0.001	1.0	Logarithmic
		&K_EN2hh2		0.1	0.001	1.0	Logarithmic

		&K_CN1hh1		0.1	0.001	1.0	Logarithmic
		&K_CN1hh2		0.1	0.001	1.0	Logarithmic
		&K_CN2hh1		0.1	0.001	1.0	Logarithmic
		&K_CN2hh2		0.1	0.001	1.0	Logarithmic

		&K_PTC1_HH1		0.0001	0.00001	0.001	Logarithmic
		&K_PTC1_HH2		0.0001	0.00001	0.001	Logarithmic
		&K_PTC2_HH1		0.0001	0.00001	0.001	Logarithmic
		&K_PTC2_HH2		0.0001	0.00001	0.001	Logarithmic

		&maxPTC1		1000	1000	1000000	Logarithmic
		&maxPTC2		1000	1000	1000000	Logarithmic

		&maxHH1			1000	1000	1000000	Logarithmic
		&maxHH2			1000	1000	1000000	Logarithmic

		&C_PTC1CID1		0.1	0.01	1.0	Logarithmic
		&C_PTC1CID2		0.1	0.01	1.0	Logarithmic
		&C_PTC2CID1		0.1	0.01	1.0	Logarithmic
		&C_PTC2CID2		0.1	0.01	1.0	Logarithmic

		&nu_WG1en1		1.0	1.0	10.0	Linear
		&nu_WG1en2		1.0	1.0	10.0	Linear
		&nu_WG2en1		1.0	1.0	10.0	Linear
		&nu_WG2en2		1.0	1.0	10.0	Linear

		&nu_CN1en1		1.0	1.0	10.0	Linear
		&nu_CN1en2		1.0	1.0	10.0	Linear
		&nu_CN2en1		1.0	1.0	10.0	Linear
		&nu_CN2en2		1.0	1.0	10.0	Linear

		&nu_WG1wg1		1.0	1.0	10.0	Linear
		&nu_WG1wg2		1.0	1.0	10.0	Linear
		&nu_WG2wg1		1.0	1.0	10.0	Linear
		&nu_WG2wg2		1.0	1.0	10.0	Linear

		&nu_CID1wg1		1.0	1.0	10.0	Linear
		&nu_CID1wg2		1.0	1.0	10.0	Linear
		&nu_CID2wg1		1.0	1.0	10.0	Linear
		&nu_CID2wg2		1.0	1.0	10.0	Linear

		&nu_CN1wg1		1.0	1.0	10.0	Linear
		&nu_CN1wg2		1.0	1.0	10.0	Linear
		&nu_CN2wg1		1.0	1.0	10.0	Linear
		&nu_CN2wg2		1.0	1.0	10.0	Linear

		&nu_CID1ptc1		1.0	1.0	10.0	Linear
		&nu_CID1ptc2		1.0	1.0	10.0	Linear
		&nu_CID2ptc1		1.0	1.0	10.0	Linear
		&nu_CID2ptc2		1.0	1.0	10.0	Linear

		&nu_CN1ptc1		1.0	1.0	10.0	Linear
		&nu_CN1ptc2		1.0	1.0	10.0	Linear
		&nu_CN2ptc1		1.0	1.0	10.0	Linear
		&nu_CN2ptc2		1.0	1.0	10.0	Linear

		&nu_Bcid1		1.0	1.0	1.0	Linear
		&nu_Bcid2		1.0	1.0	1.0	Linear

		&nu_EN1cid1		1.0	1.0	10.0	Linear
		&nu_EN1cid2		1.0	1.0	10.0	Linear
		&nu_EN2cid1		1.0	1.0	10.0	Linear
		&nu_EN2cid2		1.0	1.0	10.0	Linear

		&nu_PTC1CID1		1.0	1.0	10.0	Linear
		&nu_PTC1CID2		1.0	1.0	10.0	Linear
		&nu_PTC2CID1		1.0	1.0	10.0	Linear
		&nu_PTC2CID2		1.0	1.0	10.0	Linear

		&nu_EN1hh1		1.0	1.0	10.0	Linear
		&nu_EN1hh2		1.0	1.0	10.0	Linear
		&nu_EN2hh1		1.0	1.0	10.0	Linear
		&nu_EN2hh2		1.0	1.0	10.0	Linear

		&nu_CN1hh1		1.0	1.0	10.0	Linear
		&nu_CN1hh2		1.0	1.0	10.0	Linear
		&nu_CN2hh1		1.0	1.0	10.0	Linear
		&nu_CN2hh2		1.0	1.0	10.0	Linear


		&H_en1		7.0	5.0	100.0	Linear
		&H_en2		7.0	5.0	100.0	Linear

		&H_EN1		15.0	5.0	100.0	Linear
		&H_EN2		15.0	5.0	100.0	Linear

		&H_wg1		7.0	5.0	100.0	Linear
		&H_wg2		7.0	5.0	100.0	Linear

		&H_IWG1		15.0	5.0	100.0	Linear
		&H_IWG2		15.0	5.0	100.0	Linear

		&H_EWG1		15.0	5.0	100.0	Linear
		&H_EWG2		15.0	5.0	100.0	Linear

		&H_ptc1		7.0	5.0	100.0	Linear
		&H_ptc2		7.0	5.0	100.0	Linear

		&H_PTC1		15.0	5.0	100.0	Linear
		&H_PTC2		15.0	5.0	100.0	Linear

		&H_cid1		7.0	5.0	100.0	Linear
		&H_cid2		7.0	5.0	100.0	Linear

		&H_CID1		15.0	5.0	100.0	Linear
		&H_CID2		15.0	5.0	100.0	Linear

		&H_CN1		15.0	5.0	100.0	Linear
		&H_CN2		15.0	5.0	100.0	Linear

		&H_hh1		7.0	5.0	100.0	Linear
		&H_hh2		7.0	5.0	100.0	Linear

		&H_HH1		15.0	5.0	100.0	Linear
		&H_HH2		15.0	5.0	100.0	Linear

		&H_PH11		15.0	5.0	100.0	Linear
		&H_PH12		15.0	5.0	100.0	Linear
		&H_PH21		15.0	5.0	100.0	Linear
		&H_PH22		15.0	5.0	100.0	Linear

		&alpha_wg11	1.0	1.0	10.0	Logarithmic
		&alpha_wg12	1.0	1.0	10.0	Logarithmic
		&alpha_wg21	1.0	1.0	10.0	Logarithmic
		&alpha_wg22	1.0	1.0	10.0	Logarithmic

		&beta_wg11	1.0	1.0	10.0	Logarithmic
		&beta_wg12	1.0	1.0	10.0	Logarithmic
		&beta_wg21	1.0	1.0	10.0	Logarithmic
		&beta_wg22	1.0	1.0	10.0	Logarithmic

		&Endo_WG1	0.001	0.001	1.0	Logarithmic
		&Endo_WG2	0.001	0.001	1.0	Logarithmic

		&Exo_WG1	0.1	0.01	10.0	Logarithmic
		&Exo_WG2	0.1	0.01	10.0	Logarithmic

		&Mxfer_WG1	0.001	0.001	1.0	Logarithmic
		&Mxfer_WG2	0.001	0.001	1.0	Logarithmic

		&LMxfer_WG1	0.1	0.001	1.0	Logarithmic
		&LMxfer_WG2	0.1	0.001	1.0	Logarithmic

		&LMxfer_PTC1	0.1	0.001	1.0	Logarithmic
		&LMxfer_PTC2	0.1	0.001	1.0	Logarithmic

		&LMxfer_HH1	0.1	0.001	1.0	Logarithmic
		&LMxfer_HH2	0.1	0.001	1.0	Logarithmic
&endParameterValues

&InitLevels
	&BackgroundLevel	en1		0.0
	&BackgroundLevel	en2		0.0

	&BackgroundLevel	EN1		0.0
	&BackgroundLevel	EN2		0.0

	&BackgroundLevel	wg1 		0.0
	&BackgroundLevel	wg2 		0.0

	&BackgroundLevel	IWG1		0.0
	&BackgroundLevel	IWG2		0.0

	&BackgroundLevel	EWG1		0.0
	&BackgroundLevel	EWG2		0.0

	&BackgroundLevel	ptc1		0.0
	&BackgroundLevel	ptc2		0.0

	&BackgroundLevel	PTC1		0.0
	&BackgroundLevel	PTC2		0.0

	&BackgroundLevel	cid1		0.0
	&BackgroundLevel	cid2		0.0

	&BackgroundLevel	CID1		0.0
	&BackgroundLevel	CID2		0.0

	&BackgroundLevel	CN1		0.0
	&BackgroundLevel	CN2		0.0

	&BackgroundLevel	hh1		0.0
	&BackgroundLevel	hh2		0.0

	&BackgroundLevel	HH1		0.0
	&BackgroundLevel	HH2		0.0

	&BackgroundLevel	PH11		0.0
	&BackgroundLevel	PH12		0.0
	&BackgroundLevel	PH21		0.0
	&BackgroundLevel	PH22		0.0

	&BackgroundLevel	B		0.4
	&ColumnIC
		&Node	en1
		&Value	1.0
		&Column	2
	&endIC
	&ColumnIC
		&Node	en2
		&Value	1.0
		&Column	2
	&endIC
	&ColumnIC
		&Node	EN1
		&Value	1.0
		&Column	2
	&endIC
	&ColumnIC
		&Node	EN2
		&Value	1.0
		&Column	2
	&endIC
	&ColumnIC
		&Node	wg1
		&Value	1.0
		&Column	1
	&endIC
	&ColumnIC
		&Node	wg2
		&Value	1.0
		&Column	1
	&endIC
	&ColumnIC
		&Node	IWG1
		&Value	1.0
		&Column	1
	&endIC
	&ColumnIC
		&Node	IWG2
		&Value	1.0
		&Column	1
	&endIC

&endInitLevels

&endNetwork