z= Expan- sion field = Optical Axis in meters		x= vertical distance from z in meters	Cos q = z/r r= Sqrt(x^2+z^2)		Radius PM (Primary Mirror) in meters	Radius SM (Secondary Mirror) in meters		dSM =area of one SM in m^2		Total # SMs	Total SM area in m^2	W =SolidAngle of the light incident on SM =(dSM*cos q ^3)/z^2 in Steradians [Boyd, p.83]	G = the Divergence Angle of the RM reflected beam =4(Sqrt( W /4Pi)) -inRadians --from W =4*Pi*(sin.5(.5 G ))^2 [Boyd, p.16] [Solar G =.0093]				Irradiance-from the Cosine to the fourth law = (Radiance*As/z^2) * (cos q )^4 -in w/m^2 [Boyd,p.84] [Sun's surface =63W/mm^2]			Total Power Out in Watts = Total SM area * Irradiance [Total Power In = 1.368e9 Watts from 1 KM^2 collection area]
4301	0.00		1.00000000		3.5	0.060		0.01131		111111	1257	0.0000000006113613	0.0000278999882328768				1084018.24			1362217496.4
4301	0.02		1.00000000		3.5	0.060		0.01131		111111	1257	0.0000000006113613	0.0000278999882324243				1084018.24			1362217496.4
4301	0.04		1.00000000		3.5	0.060		0.01131		111111	1257	0.0000000006113613	0.0000278999882310670				1084018.24			1362217496.2
4301	0.06		1.00000000		3.5	0.060		0.01131		111111	1257	0.0000000006113613	0.0000278999882288047				1084018.24			1362217495.9
4301	1.00		0.99999997		3.5	0.060		0.01131		111111	1257	0.0000000006113612	0.0000278999871017503				1084018.12			1362217349.2
4301	5.00		0.99999932		3.5	0.060		0.01131		111111	1257	0.0000000006113600	0.0000278999599547464				1084015.31			1362213814.6
4301	10.00		0.99999730		3.5	0.060		0.01131		111111	1257	0.0000000006113563	0.0000278998751207564				1084006.52			1362202769.3
4301	20.00		0.99998919		3.5	0.060		0.01131		111111	1257	0.0000000006113414	0.0000278995357908152				1083971.37			1362158589.2