Then I type this:
z1 = 15
df1 = 37.18
dh1 = 45.8
e1 = 7.11
z2 = -19
df2 = -57.34
dh2 = -49.04
e2 = 5.81
m,x1,x2,a = var('m,x1,x2,a')
assume (a>0)
assume (a<0.5*pi)
assume (m<5)
assume (m>1)
b = arccos ( ( z1*m*cos(a)) / dh1 )
c = arccos ( ( z2*m*cos(a)) / dh2 )
eq1 = x1 == 0.5*( (df1 / m) - z1 +2.5)
eq2 = x2 == 0.5*( (df2 / m) - z2 +2.5)
eq3 = e1 == dh1* ( ( (0.5*pi-2*x1*tan(a) ) / z1) - tan(a)+tan(a)+tan(b)-tan(b) )
eq4 = e2 == dh2* ( ( (0.5*pi-2*x2*tan(a) ) / z2) - tan(a)+tan(a)+tan(c)-tan(c) )
solve ([eq1,eq2,eq3,eq4],m,x1,x2,a)
Sage gives me this as a answer, which isn't helpul to me:
[5.81 == 1.290526315789474*pi - 5.162105263157894*x2*tan(a), 7.11 == 1.526666666666667*pi - 6.106666666666666*x1*tan(a), x1 == 18.59/m - 6.25, x2 == -28.67/m + 10.75]
Anyone know how I can solve this?
