This group of variables will be used in the normalization.
Please also define a node by right-clicking Definitions and select Nonlocal Couplings → Maximum under Component 1.
Name | Expression |
---|---|
mE | max(comp1.maxop1(sqrt(realdot(E1x,E1x)+realdot(E1y,E1y) |
+realdot(E1z,E1z))),comp1.maxop2(sqrt(realdot(E2x,E2x)+realdot(E2y,E2y)+realdot(E2z,E2z)))) | |
mEx | max(comp1.maxop1(real(E1x)),comp1.maxop2(real(E2x))) |
mEy | max(comp1.maxop1(real(E1y)),comp1.maxop2(real(E2y))) |
mEz | max(comp1.maxop1(real(E1z)),comp1.maxop2(real(E2z))) |
mDx | max(comp1.maxop1(real(D1x)),comp1.maxop2(real(D2x))) |
mDy | max(comp1.maxop1(real(D1y)),comp1.maxop2(real(D2y))) |
mDz | max(comp1.maxop1(real(D1z)),comp1.maxop2(real(D2z))) |
mH | max(comp1.maxop1(sqrt(realdot(H1x,H1x)+realdot(H1y,H1y) |
+realdot(H1z,H1z))),comp1.maxop2(sqrt(realdot(H2x,H2x)+realdot(H2y,H2y)+realdot(H2z,H2z)))) | |
mHx | max(comp1.maxop1(real(H1x)),comp1.maxop2(real(H2x))) |
mHy | max(comp1.maxop1(real(H1y)),comp1.maxop2(real(H2y))) |
mHz | max(comp1.maxop1(real(H1z)),comp1.maxop2(real(H2z))) |