static inline void handle_drum(MIDIDRUM* MIDI_DRUM, unsigned char drum)
{
if (MIDI_DRUM->drum_state[drum] && !MIDI_DRUM->prev_state[drum]) {
calc_velocity(MIDI_DRUM,MIDI_DRUM->drum_state[drum]);
MIDI_DRUM->noteup(MIDI_DRUM->sequencer, MIDI_DRUM->channel, MIDI_DRUM->midi_note[drum], 0);
MIDI_DRUM->notedown( MIDI_DRUM->sequencer, MIDI_DRUM->channel, MIDI_DRUM->midi_note[drum], MIDI_DRUM->velocity);
}
}
void camera_t::apply(float dt) {
// pivot around a particular position i.e. "target"
if (showreel) {
static float radius = 16.72f, height = 5.0f, t = 0;
t += dt / 2;
this->pos = glm::vec3(radius * cos(float(M_PI * 2.0f) + t), height,
radius * sin(float(M_PI * 2.0f) + t));
this->matrix = glm::lookAt(pos, target, glm::vec3(0.0f, 1.0f, 0.0f));
} else // move around freely and unrestricted ...
{
calc_velocity(dt);
if (!gui_enabled)
orient(dt);
}
}
static inline void handle_bass(MIDIDRUM* MIDI_DRUM, unsigned char drum)
{
if (MIDI_DRUM->drum_state[drum] && !MIDI_DRUM->prev_state[drum]) {
if(MIDI_DRUM->drum_state[drum]){
calc_velocity(MIDI_DRUM,MIDI_DRUM->drum_state[drum]);
MIDI_DRUM->notedown( MIDI_DRUM->sequencer, MIDI_DRUM->channel, MIDI_DRUM->midi_note[drum], MIDI_DRUM->velocity);
if(MIDI_DRUM->hat_mode == drum)
{
MIDI_DRUM->midi_note[MIDI_DRUM->hat] = MIDI_DRUM->midi_note[CLOSED_HAT];
}
}else{
MIDI_DRUM->noteup(MIDI_DRUM->sequencer, MIDI_DRUM->channel, MIDI_DRUM->midi_note[drum], 0);
if(MIDI_DRUM->hat_mode == drum)
{
MIDI_DRUM->midi_note[MIDI_DRUM->hat] = MIDI_DRUM->midi_note[OPEN_HAT];
}
}
}
}
