#include "util/waveguide_nl.h" #define RUN_WG(n, junct_a, junct_b) waveguide_nl_process(w[n], junct_a - out[n*2+1], junct_b - out[n*2], out+n*2, out+n*2+1) Gong model

A physical model of a metal gong.

Based on Josep Comajuncosas' gong explorer, which was built in Sync Modular, it uses 8 linear waveguides with nonlinear filters to model the gong surface.

w[i]); } free(plugin_data->w); free(plugin_data->out); ]]> Inner damping

Controls the degree of damping in the centre of the gong.

 Outer damping

Controls the degree of damping on the edge of the gong.

 Mic position

Controls the vertical position of the "microphone", 0 is the centre and 1 is the edge.

 Inner size 1

The size of the upper, inner waveguide.

 Inner stiffness 1 +

The stiffness of the gong against deflections in the positive direction.

 Inner stiffness 1 -

The stiffness of the gong against deflections in the negative direction.

 Inner size 2

The size of the right, inner waveguide.

 Inner stiffness 2 +

The stiffness of the gong against deflections in the positive direction.

 Inner stiffness 2 -

The stiffness of the gong against deflections in the negative direction.

 Inner size 3

The size of the lower, inner waveguide.

 Inner stiffness 3 +

The stiffness of the gong against deflections in the positive direction.

 Inner stiffness 3 -

The stiffness of the gong against deflections in the negative direction.

 Inner size 4

The size of the left, inner waveguide.

 Inner stiffness 4 +

The stiffness of the gong against deflections in the positive direction.

 Inner stiffness 4 -

The stiffness of the gong against deflections in the negative direction.

 Outer size 1

The size of the upper right, outer waveguide.

 Outer stiffness 1 +

The stiffness of the gong against deflections in the positive direction.

 Outer stiffness 1 -

The stiffness of the gong against deflections in the negative direction.

 Outer size 2

The size of the lower right, outer waveguide.

 Outer stiffness 2 +

The stiffness of the gong against deflections in the positive direction.

 Outer stiffness 2 -

The stiffness of the gong against deflections in the negative direction.

 Outer size 3

The size of the lower left, outer waveguide.

 Outer stiffness 3 +

The stiffness of the gong against deflections in the positive direction.

 Outer stiffness 3 -

The stiffness of the gong against deflections in the negative direction.

 Outer size 4

The size of the upper left, outer waveguide.

 Outer stiffness 4 +

The stiffness of the gong against deflections in the positive direction.

 Outer stiffness 4 -

The stiffness of the gong against deflections in the negative direction.

 Input Output