General three-dimensional geometry requires local propagator composition, while the periodic Arnoldi solver is restricted to its tested global route. Port the existing canonical complex helical source construction to the supported mode-1 local solver without duplicating its Runge-Kutta source stencil.
Requirements:
- keep
exp(+i(m theta + n phi)) and use explicit source-only m_phi_input;
- preserve the corrugation sigma-odd and electrostatic sigma-even moment mappings;
- inject the real physical-space projection into the real mode-1 right-hand side;
- retain the local kinetic operator, discretization, collision moments, transfer matrices, convergence criteria, ABI, and memory layout;
- support real and imaginary input quadratures for later complex-response reconstruction;
- complete a trapped, bounds-checked HELCORE
(m,n)=(1,-1) final join with finite transport and no IEEE marker.
General three-dimensional geometry requires local propagator composition, while the periodic Arnoldi solver is restricted to its tested global route. Port the existing canonical complex helical source construction to the supported mode-1 local solver without duplicating its Runge-Kutta source stencil.
Requirements:
exp(+i(m theta + n phi))and use explicit source-onlym_phi_input;(m,n)=(1,-1)final join with finite transport and no IEEE marker.