void colormap_set_mono(float value){
mono_value = value;
s_cm_global_mono.points[1].y = colormap_color(cm_global, mono_value);
s_cm_global_mono.state = COLORMAP_STATE_UNINITIALIZED;
colormap_init(&s_cm_global_mono);
}
static void update(slot_t* slot, mbeat_t t)
{
float k_mag;
float k_ang;
state_t* state = (state_t*)slot->state;
struct colormap * cm = slot->colormap ? slot->colormap : cm_global;
state->color = colormap_color(cm, param_state_get(&slot->param_states[COLOR]));
state->type = quantize_parameter(osc_quant_labels, param_state_get(&slot->param_states[TYPE]));
freq_update(&state->freq_state, t, param_state_get(&slot->param_states[OMEGA]));
state->last_t = t;
k_mag = param_state_get(&slot->param_states[K_MAG]) * 2 + 0.2;
k_ang = param_state_get(&slot->param_states[K_ANGLE]) * 2 * M_PI;
state->kx = COS(k_ang) * k_mag;
state->ky = SIN(k_ang) * k_mag;
state->rho = exp(param_state_get(&slot->param_states[RHO]) * 2 * logf(0.5 - 0.1)) + 0.1;
}
static GtsColor depth_face_color (GtsObject * object)
{
guint depth = DEPTH_FACE (object)->depth;
return colormap_color (colormap, (gdouble) depth/depth_range.max);
}
