d_batt 21[mm] "Battery diameter"
r_batt d_batt/2 "Battery radius"
h_batt 70[mm] "Battery height"
nx_batt 6 "Number of batteries in x-direction"
ny_batt 4 "Number of batteries in y-direction"
d_term 6[mm] "Terminal diameter"
r_term d_term/2 "Terminal radius"
h_term 1[mm] "Terminal thickness"
d_sc 3[mm] "Serial connector width"
h_sc 1[mm] "Bus bar thickness"
w_pc 1[mm] "Parallel connector width"
isEven "if(floor(nx_batt/2)<nx_batt/2, 0, 1)" "Help parameter for geometry creation"
beta atan((r_batt*tan(60[deg])-d_sc)/r_batt)[rad] "Angle for connecting battery rows"
stacking_type 1 "0 = straight packing, 1 = offset packing"
d_batt 21[mm] "Battery diameter"
r_batt d_batt/2 "Battery radius"
h_batt 70[mm] "Battery height"
nx_batt 6 "Number of batteries in x-direction"
ny_batt 4 "Number of batteries in y-direction"
d_term 6[mm] "Terminal diameter"
r_term d_term/2 "Terminal radius"
h_term 1[mm] "Terminal thickness"
isEven "if(floor(nx_batt/2)<nx_batt/2, 0, 1)" "Help parameter for geometry creation"
d_sc 3[mm] "Serial connector width"
h_sc 1[mm] "Bus bar thickness"
w_pc 1[mm] "Parallel connector width"
stacking_type 1 "0 = straight packing, 1 = offset packing"
beta atan((r_batt*tan(60[deg])-d_sc)/r_batt)[rad] "Angle for connecting battery rows"
n_batt nx_batt*ny_batt "Number of batteries"