Method WaveSimulation1D_Real

src/fl/math/wave/wave_simulation_real.cpp.hpp:56–70

} // namespace wave_detail

WaveSimulation1D_Real::WaveSimulation1D_Real(u32 len, float courantSq,
                                             int dampening) FL_NOEXCEPT
    : length(len),
      grid1(length + 2), // Initialize vector with correct size
      grid2(length + 2), // Initialize vector with correct size
      whichGrid(0),
      // CFL stability bound for the explicit leapfrog 5-point stencil in 1D
      // is C^2 <= 1. Negative speed has no physical meaning. Clamp at the
      // boundary to keep the Q15 fixed-point kernel both stable and within
      // i32 overflow margins (paired with the i64 promote in update()).
      mCourantSq(wave_detail::float_to_fixed(fl::clamp(courantSq, 0.0f, 1.0f))),
      mDampenening(dampening),
      mDampDecayQ15(wave_detail::compute_damp_decay_q15(dampening)) {
    // Additional initialization can be added here if needed.
}

void WaveSimulation1D_Real::setSpeed(float something) {
    // See constructor for clamp rationale.