$En=       10; beam energy
$M=       0.511; particle mass
$gamma=  1+$En/$M; 
$beta=sqrt(1-1/$gamma/$gamma);  =>0.00163231933
$R=25;  =>          25
$L1=$R*$PI*160/180;  =>  69.8131701
$E1=$M*$gamma*$beta*$beta/$R*1000;  =>  1.99999867
$G1=$E1/$R;  =>0.0799999467
$L2=10;  =>          10
$E2=$M*$gamma*$beta*$beta/$L2*$PI*10/180*1000;  => 0.872664045
OptiM
#  Insert comment here
Energy[MeV]=$En  Mass[MeV]=$M
Emittance: ex[cm]=1  ey[cm]=1  DP/P=1e-4.
Initial:	BetaX[cm]=90.0 	BetaY[cm]=90.0
	AlfaX=1.35069e-15 	AlfaY=-2.0564e-16 
	DispersX[cm]=122.967 	DispersY[cm]=0 
	Dsp_PrimeX=2.78194e-16 	DspPrimeY=0 
         X=0.	Y=0.	Z=0.
         tetaX=0.     tetaY=0.
begin lattice. Number of periods=1
o1 Q1 o2 Q2 o3
end lattice
#
begin list
Q1 	L[cm] = 15		G[kG/cm]=0.04	Tilt[deg]=0
Q2 	L[cm]=13         	G[kG/cm]=0.04	Tilt[deg]=0

o1 	L[cm]=4.0329349 
o2 	L[cm]=4.0329349 
o3 	L[cm]=4.0329349 



end list of elements