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 | 1 | initial version |
Now compute the average height of each conductor bundle and its co-ordinates.
y1av = ya-(2./3.)*sagc
y2av = yb-(2./3.)*sagc
y3av = yc-(2./3.)*sagc
y4av = yf-(2./3.)*sagc
y5av = yg-(2./3.)*sagc
y6av = yh-(2./3.)*sagc
y7av = ye1-(2./3.)*sage
y8av = ye2-(2./3.)*sage
x1 = xa; xm1 = xa; ym1 = -y1av # co-ordinates of conductor a
x2 = xb; xm2 = xb; ym2 = -y2av # co-ordinates of conductor b
x3 = xc; xm3 = xc; ym3 = -y3av # co-ordinates of conductor c
x4 = xf; xm4 = xf; ym4 = -y4av # co-ordinates of conductor f
x5 = xg; xm5 = xg; ym5 = -y5av # co-ordinates of conductor g
x6 = xh; xm6 = xh; ym6 = -y6av # co-ordinates of conductor h
x7 = xe1; xm7 = xe1; ym7 = -y7av # co-odinates of earthwire 1
x8 = xe2; xm8 = xe2; ym8 = -y8av # co-odinates of earthwire 2
| | 2 | relocated to single answer |
Now compute the average height of each conductor bundle and its co-ordinates.relocated to single answer
y1av = ya-(2./3.)*sagc
y2av = yb-(2./3.)*sagc
y3av = yc-(2./3.)*sagc
y4av = yf-(2./3.)*sagc
y5av = yg-(2./3.)*sagc
y6av = yh-(2./3.)*sagc
y7av = ye1-(2./3.)*sage
y8av = ye2-(2./3.)*sage
x1 = xa; xm1 = xa; ym1 = -y1av # co-ordinates of conductor a
x2 = xb; xm2 = xb; ym2 = -y2av # co-ordinates of conductor b
x3 = xc; xm3 = xc; ym3 = -y3av # co-ordinates of conductor c
x4 = xf; xm4 = xf; ym4 = -y4av # co-ordinates of conductor f
x5 = xg; xm5 = xg; ym5 = -y5av # co-ordinates of conductor g
x6 = xh; xm6 = xh; ym6 = -y6av # co-ordinates of conductor h
x7 = xe1; xm7 = xe1; ym7 = -y7av # co-odinates of earthwire 1
x8 = xe2; xm8 = xe2; ym8 = -y8av # co-odinates of earthwire 2
