OptiM
Energy[MeV]=12112.489   Mass[MeV]=0.511006   
Emittance: ex[cm]=1e-06  ey[cm]=2e-07  DP/P=5e-04 
Initial:	BetaX[cm]=18275.6 	BetaY[cm]=18179.8 
	AlfaX=1.4745 	AlfaY=-1.0402 
	DispersX[cm]=0 	DispersY[cm]=0 
	Dsp_PrimeX=0 	DspPrimeY=0 
	X[cm]=8060.0000 	Y[cm]=10000.0000 	Z[cm]=9055.3720 	S[cm]=548884.0000 
	tetaX[deg]=0        	tetaY[deg]=0        
begin lattice. Number of periods=1 
oD11000 gMAQ1S01 bMAQ1S01 GMAQ1S01 oD11001 gMAS3S02 bMAS3S02 GMAS3S02 
oD11002 gMYR7S03 bMYR7S03 GMYR7S03 oD11003 gMYR9S04 bMYR9S04 GMYR9S04 
oD11004 gMYRBS05 bMYRBS05 GMYRBS05 oD11005 qMQCBS01 oD11006 qMQCBS02 
oD11007 gMBBBS06 bMBBBS06 GMBBBS06 oD11008 qMQCBS03 oD11009 qMQCBS04 
oD11012 qMQABE01 oD11013 qMQABE02 oD11013 qMQABE03 oD11014 
qMQABT01 oD11017 qMQABT02 oD11018 qMQABT03 oD11019
gMAR5C01 bMAR5C01 GMAR5C01 
oD11015 gMAR5C02 bMAR5C02 GMAR5C02 
oD4002  qMQA5C01 oD4005 qMQA5C02 oD4004 qMQA5C02A oD4006 qMQA5C03 oD4008 
qMQA5C16 oD4011 qMQA5C17 oD4004 qMQA5C18 oD4012 qMQA5C19 oD4009
qMQA5C05 oD4011 qMQA5C06 oD4004 qMQA5C06A oD4012 qMQA5C07
oD4031  
gMAR5C03 bMAR5C03 GMAR5C03
oD11015 gMAR5C04 bMAR5C04 GMAR5C04
oD4023 qMQP5C08 oD4039 qMQP5C09 oD4038 qMQP5C10 oD4039
qMQP5C11 oD4038 qMQP5C12 oD4039 qMQP5C13 oD4038 qMQP5C14 
oD4039 qMQP5C15 oD4040 kMBD5C12H oD4040 kMBD5C12V oD4041 kMBD5C13H oD4040 kMBD5C13V oD4042 
KRADIATOR oD4028 KCOLLIM oD4029 Kbackwall oD4030 
end lattice 
begin list 
gMAQ1S01   	B[kG]=12.891073   Angle[deg]=0  EffLen[cm]=1.90844  Tilt[deg]=90  
bMAQ1S01   	L[cm]=100.017    	B[kG]=12.891073   	G[kG/cm]=0        	Tilt[deg]=-90
GMAQ1S01   	B[kG]=12.891073   Angle[deg]=1.82833  EffLen[cm]=1.9133  Tilt[deg]=90  
gMAS3S02   	B[kG]=11.900022   Angle[deg]=-1.82833  EffLen[cm]=2.39549  Tilt[deg]=90  
bMAS3S02   	L[cm]=100.113    	B[kG]=11.900022   	G[kG/cm]=0        	Tilt[deg]=-90
GMAS3S02   	B[kG]=11.900022   Angle[deg]=3.51772  EffLen[cm]=2.412  Tilt[deg]=90  
gMYR7S03   	B[kG]=-8.2637052   Angle[deg]=3.51772  EffLen[cm]=1.27854  Tilt[deg]=90  
bMYR7S03   	L[cm]=300.189    	B[kG]=-8.2637052   	G[kG/cm]=0        	Tilt[deg]=-90
GMYR7S03   	B[kG]=-8.2637052   Angle[deg]=0  EffLen[cm]=1.26656  Tilt[deg]=90  
gMYR9S04   	B[kG]=-4.9190792   Angle[deg]=0  EffLen[cm]=1.27  Tilt[deg]=90  
bMYR9S04   	L[cm]=200.02     	B[kG]=-4.9190792   	G[kG/cm]=0        	Tilt[deg]=-90
GMYR9S04   	B[kG]=-4.9190792   Angle[deg]=1.39524  EffLen[cm]=1.27188  Tilt[deg]=90  
gMYRBS05   	B[kG]=-5.6362665   Angle[deg]=0.799274  EffLen[cm]=1.27  Tilt[deg]=90  
bMYRBS05   	L[cm]=200.006    	B[kG]=-5.6362665   	G[kG/cm]=0        	Tilt[deg]=-90
GMYRBS05   	B[kG]=-5.6362665   Angle[deg]=0.799274  EffLen[cm]=1.27  Tilt[deg]=90  
gMBBBS06        B[kG]=10.554793   Angle[deg]=1.4969  EffLen[cm]=1.27  Tilt[deg]=90  
bMBBBS06        L[cm]=200.023           B[kG]=10.554793         G[kG/cm]=0              Tilt[deg]=-90
GMBBBS06        B[kG]=10.554793   Angle[deg]=1.4969  EffLen[cm]=1.27  Tilt[deg]=90  gMAR5C01   	B[kG]=4.79102    Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=-90  
gMAR5C01   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=-90  
bMAR5C01   	L[cm]=400.0114   	B[kG]=8.821505   	G[kG/cm]=0        	Tilt[deg]=-90
GMAR5C01   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=-90  
gMAR5C02   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=-90  
bMAR5C02   	L[cm]=400.0114   	B[kG]=8.821505   	G[kG/cm]=0        	Tilt[deg]=-90
GMAR5C02   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=-90  
gMAR5C03   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=90  
bMAR5C03   	L[cm]=400.0114   	B[kG]=8.821505   	G[kG/cm]=0        	Tilt[deg]=90
GMAR5C03   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=90  
gMAR5C04   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=90  
bMAR5C04   	L[cm]=400.0114   	B[kG]=8.821505   	G[kG/cm]=0        	Tilt[deg]=90
GMAR5C04   	B[kG]=8.821505   Angle[deg]=2.805  EffLen[cm]=1.27054  Tilt[deg]=90  
oD11000    	L[cm]=0        
oD11001    	L[cm]=100.051  
oD11002    	L[cm]=88.354   
oD11003    	L[cm]=60.001   
oD11004    	L[cm]=60.017   
oD11005    	L[cm]=465.64   
oD11006    	L[cm]=330.285  
oD11007    	L[cm]=241.344  
oD11008    	L[cm]=545.718  
oD11009    	L[cm]=469.103  
oD11012    	L[cm]=4319.202 
oD11013    	L[cm]=200      
oD11014    	L[cm]=1937     
oD11015    	L[cm]=50       
oD11017    	L[cm]=200      
oD11018    	L[cm]=200      
oD11019    	L[cm]=2493.627 
qMQCBS01   	L[cm]=30         	G[kG/cm]=0       	Tilt[deg]=0
qMQCBS02   	L[cm]=30         	G[kG/cm]=-0.0865026 	Tilt[deg]=0
qMQCBS03   	L[cm]=30         	G[kG/cm]=-0.666  	Tilt[deg]=0
qMQCBS04   	L[cm]=30         	G[kG/cm]=0.686   	Tilt[deg]=0
qMQABE01   	L[cm]=30         	G[kG/cm]=1.004123 	Tilt[deg]=0
qMQABE02   	L[cm]=30         	G[kG/cm]=-1.77034 	Tilt[deg]=0
qMQABE03   	L[cm]=30         	G[kG/cm]=1.192864 	Tilt[deg]=0
qMQABT01   	L[cm]=30         	G[kG/cm]=1.586671 	Tilt[deg]=0
qMQABT02   	L[cm]=30         	G[kG/cm]=-2.991895 	Tilt[deg]=0
qMQABT03   	L[cm]=30         	G[kG/cm]=1.6643  	Tilt[deg]=0
qMQA5C01   	L[cm]=30         	G[kG/cm]=2.4     	Tilt[deg]=0
qMQA5C02   	L[cm]=30         	G[kG/cm]=-3.45437 	Tilt[deg]=0
qMQA5C02A  	L[cm]=30         	G[kG/cm]=-3.490766 	Tilt[deg]=0
qMQA5C03   	L[cm]=30         	G[kG/cm]=2.4     	Tilt[deg]=0
qMQA5C16   	L[cm]=30         	G[kG/cm]=4       	Tilt[deg]=0
qMQA5C17   	L[cm]=30         	G[kG/cm]=-4      	Tilt[deg]=0
qMQA5C18   	L[cm]=30         	G[kG/cm]=-4      	Tilt[deg]=0
qMQA5C19   	L[cm]=30         	G[kG/cm]=3.65467 	Tilt[deg]=0
#qMQA5C04   	L[cm]=30         	G[kG/cm]=0       	Tilt[deg]=0
qMQA5C05   	L[cm]=30         	G[kG/cm]=2.0     	Tilt[deg]=0
qMQA5C06   	L[cm]=30         	G[kG/cm]=-2.97751 	Tilt[deg]=0
qMQA5C06A  	L[cm]=30         	G[kG/cm]=-3.00839 	Tilt[deg]=0
qMQA5C07   	L[cm]=30         	G[kG/cm]=1.6236  	Tilt[deg]=0
#
qMQP5C08   	L[cm]=30         	G[kG/cm]=-1.005524 	Tilt[deg]=0
qMQP5C09   	L[cm]=30         	G[kG/cm]=-1.0       	Tilt[deg]=0
#
qMQP5C10   	L[cm]=30         	G[kG/cm]=1.0     	Tilt[deg]=0
qMQP5C11   	L[cm]=30         	G[kG/cm]=1.113294 	Tilt[deg]=0
#
qMQP5C12   	L[cm]=30         	G[kG/cm]=-1.362243 	Tilt[deg]=0
qMQP5C13   	L[cm]=30         	G[kG/cm]=-1.27      	Tilt[deg]=0
#
qMQP5C14   	L[cm]=30         	G[kG/cm]=0.8842708 	Tilt[deg]=0
qMQP5C15   	L[cm]=30         	G[kG/cm]=0.84    	Tilt[deg]=0
#
KCOLLIM    	L[cm]=0          	B[kG]=0   	Tilt[deg]=0
Kbackwall  	L[cm]=0          	B[kG]=0   	Tilt[deg]=0
Ktagger1   	L[cm]=0          	B[kG]=0   	Tilt[deg]=0
Ktagger2   	L[cm]=0          	B[kG]=0   	Tilt[deg]=0
oD4002     	L[cm]=190      
oD4004     	L[cm]=20       
oD4005     	L[cm]=75       
oD4006     	L[cm]=75       
oD4008     	L[cm]=515      
oD4009     	L[cm]=375      
oD4010     	L[cm]=1050.17  
oD4011     	L[cm]=75       
oD4012     	L[cm]=75       
oD4016     	L[cm]=460      
oD4023     	L[cm]=195      
oD4024     	L[cm]=200      
oD4026     	L[cm]=1273.065 
oD4027     	L[cm]=1500     
oD4028     	L[cm]=7500     
oD4029     	L[cm]=4200     
oD4030     	L[cm]=500      
oD4031     	L[cm]=190      
oD4032     	L[cm]=170      
oD4038     	L[cm]=175      
oD4039     	L[cm]=20       
oDquad     	L[cm]=30       
oD4040     	L[cm]=5        
oD4041     	L[cm]=1300     
oD4042     	L[cm]=243.633  
kMBD5C12V  	L[cm]=15         	B[kG]=0   	Tilt[deg]=90
kMBD5C12H  	L[cm]=15         	B[kG]=1   	Tilt[deg]=0
kMBD5C13V  	L[cm]=15         	B[kG]=0   	Tilt[deg]=90
kMBD5C13H  	L[cm]=15         	B[kG]=-1   	Tilt[deg]=0
KRADIATOR  	L[cm]=0          	B[kG]=0   	Tilt[deg]=0
end list

BetaFitBlock  dL[cm]=0.01  dB[kGs]=0.0001  dG[kGs/cm]=0.0005
#Required parameters and their accuracy listed below(dPARM<=0. - no fitting)
#Maximum Betas[cm] and MomentumCompaction are on the next line
BtXmax=5000  dBtXmax=0  BtYmax=5000  dBtYmax=0  Alfa=0  dAlfa=0
#Fitting parameters at the end of the lattice
Beta_X[cm]=100 	dBeta_X[cm]=0 	Alfa_X=0  	dAlfa_X=0
Beta_Y[cm]=100 	dBeta_Y[cm]=0 	Alfa_Y=0  	dAlfa_Y=0 
Disp_X[cm]=0 	dDisp_X[cm]=0 	D_prime_X=0 	dD_prime_X=0 
Disp_Y[cm]=0 	dDisp_Y[cm]=0 	D_prime_Y=0 	dD_prime_Y=0 
Qx=0 	dQx=0 
Qy=0 	dQy=0 
Fit at element with number =99
Beta_X[cm]=35000 	dBeta_X[cm]=0.0001 	Alfa_X=0  	dAlfa_X=0
Beta_Y[cm]=50000 	dBeta_Y[cm]=0 	Alfa_Y=0  	dAlfa_Y=0 
Disp_X[cm]=0 	dDisp_X[cm]=0 	D_prime_X=0 	dD_prime_X=0 
Disp_Y[cm]=0 	dDisp_Y[cm]=0 	D_prime_Y=0 	dD_prime_Y=0 
Qx=0 	dQx=0 
Qy=0 	dQy=0 
Fit at element with number =112
Beta_X[cm]=2000 	dBeta_X[cm]=1e-05 	Alfa_X=0.1  	dAlfa_X=0.0001
Beta_Y[cm]=10000 	dBeta_Y[cm]=0.0001 	Alfa_Y=0.1  	dAlfa_Y=0.0001 
Disp_X[cm]=0 	dDisp_X[cm]=0 	D_prime_X=0 	dD_prime_X=0 
Disp_Y[cm]=0 	dDisp_Y[cm]=0 	D_prime_Y=0 	dD_prime_Y=0 
Qx=0 	dQx=0 
Qy=0 	dQy=0 
#To create a Fitting at intermidiate element: uncomment the line above, 
# write the correct element number and insert six lines describing the
# fit parameters. You can use up to 4 intermidiate points
#Each point has to be determined as described above
#
#Insert groups of elements below. Each group has to be located on one line.
#Start from the letter describing the type of changable parameter such as: L:, B:, G: 
G: qMQP5C08
G: qMQP5C11
G: qMQP5C12
#G: qMQP5C13
G: qMQP5C14
#G: qMQP5C15
EndBetaFitBlock
Fit at element with number =101
Beta_X[cm]=30000 	dBeta_X[cm]=0.0001 	Alfa_X=0  	dAlfa_X=0
Beta_Y[cm]=50000 	dBeta_Y[cm]=0.0001 	Alfa_Y=0  	dAlfa_Y=0 
Disp_X[cm]=0 	dDisp_X[cm]=0 	D_prime_X=0 	dD_prime_X=0 
Disp_Y[cm]=0 	dDisp_Y[cm]=0 	D_prime_Y=0 	dD_prime_Y=0 
Qx=0 	dQx=0 
Qy=0 	dQy=0