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livetrax/libs/surfaces/faderport8/fp8_controls.cc

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/* Faderport 8 Control Surface
* Abstraction of Surface Control Elements.
*
* Copyright (C) 2017 Robin Gareus <robin@gareus.org>
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
#include "fp8_controls.h"
using namespace ArdourSurface;
using namespace ArdourSurface::FP8Types;
bool FP8ButtonInterface::force_change = false;
#define NEWBUTTON(midi_id, button_id, color) \
do { \
assert (_midimap.end() == _midimap.find (midi_id)); \
assert (_ctrlmap.end() == _ctrlmap.find (button_id)); \
FP8Button *t = new FP8Button (b, midi_id); \
_midimap[midi_id] = t; \
_ctrlmap[button_id] = t; \
} while (0)
#define NEWTYPEBUTTON(TYPE, midi_id, button_id, color) \
do { \
assert (_midimap.end() == _midimap.find (midi_id)); \
assert (_ctrlmap.end() == _ctrlmap.find (button_id)); \
TYPE *t = new TYPE (b, midi_id); \
_midimap[midi_id] = t; \
_ctrlmap[button_id] = t; \
} while (0)
#define NEWSHIFTBUTTON(midi_id, id1, id2, color) \
do { \
assert (_midimap.end() == _midimap.find (midi_id)); \
assert (_ctrlmap.end() == _ctrlmap.find (id1)); \
assert (_ctrlmap.end() == _ctrlmap.find (id2)); \
FP8ShiftSensitiveButton *t = \
new FP8ShiftSensitiveButton (b, midi_id, color); \
_midimap[midi_id] = t; \
_ctrlmap[id1] = t->button (); \
_ctrlmap[id2] = t->button_shift (); \
} while (0)
FP8Controls::FP8Controls (FP8Base& b)
: _fadermode (ModeTrack)
, _navmode (NavMaster)
, _mixmode (MixAll)
, _display_timecode (false)
{
NEWBUTTON (0x56, BtnLoop, false);
NEWTYPEBUTTON (FP8RepeatButton, 0x5b, BtnRewind, false);
NEWTYPEBUTTON (FP8RepeatButton, 0x5c, BtnFastForward, false);
NEWBUTTON (0x5d, BtnStop, false);
NEWBUTTON (0x5e, BtnPlay, false);
NEWBUTTON (0x5f, BtnRecord, false);
NEWSHIFTBUTTON (0x4a, BtnARead, BtnUser3, true);
NEWSHIFTBUTTON (0x4b, BtnAWrite, BtnUser2, true);
NEWSHIFTBUTTON (0x4c, BtnATrim, BtnRedo, true);
NEWSHIFTBUTTON (0x4d, BtnATouch, BtnUser1, true);
NEWSHIFTBUTTON (0x4e, BtnALatch, BtnSave, true);
NEWSHIFTBUTTON (0x4f, BtnAOff, BtnUndo, true);
NEWBUTTON (0x2e, BtnPrev, false);
NEWBUTTON (0x2f, BtnNext, false);
NEWSHIFTBUTTON (0x36, BtnChannel, BtnF1, false);
NEWSHIFTBUTTON (0x37, BtnZoom, BtnF2, false);
NEWSHIFTBUTTON (0x38, BtnScroll, BtnF3, false);
NEWSHIFTBUTTON (0x39, BtnBank, BtnF4, false);
NEWSHIFTBUTTON (0x3a, BtnMaster, BtnF5, false);
NEWSHIFTBUTTON (0x3b, BtnClick, BtnF6, false);
NEWSHIFTBUTTON (0x3c, BtnSection, BtnF7, false);
NEWSHIFTBUTTON (0x3d, BtnMarker, BtnF8, false);
NEWSHIFTBUTTON (0x28, BtnTrack, BtnTimecode, false);
NEWBUTTON (0x2b, BtnPlugins, false);
NEWBUTTON (0x29, BtnSend, false);
NEWBUTTON (0x2a, BtnPan, false);
NEWSHIFTBUTTON (0x00, BtnArm, BtnArmAll, false);
NEWBUTTON (0x01, BtnSoloClear, false);
NEWBUTTON (0x02, BtnMuteClear, false);
NEWSHIFTBUTTON (0x03, BtnBypass, BtnBypassAll, true);
NEWSHIFTBUTTON (0x04, BtnMacro, BtnOpen, true);
NEWSHIFTBUTTON (0x05, BtnLink, BtnLock, true);
NEWSHIFTBUTTON (0x3e, BtnMAudio, BtnMInputs, true);
NEWSHIFTBUTTON (0x3f, BtnMVI, BtnMMIDI, true);
NEWSHIFTBUTTON (0x40, BtnMBus, BtnMOutputs, true);
NEWSHIFTBUTTON (0x41, BtnMVCA, BtnMFX, true);
NEWSHIFTBUTTON (0x42, BtnMAll, BtnMUser, true);
NEWTYPEBUTTON (FP8ReadOnlyButton, 0x53, BtnEncoder, false);
NEWTYPEBUTTON (FP8ReadOnlyButton, 0x20, BtnParam, false);
NEWTYPEBUTTON (FP8ReadOnlyButton, 0x66, BtnFootswitch, false);
/* internal bindings */
#define BindMethod(ID, CB) \
button (ID).released.connect_same_thread (button_connections, boost::bind (&FP8Controls:: CB, this));
BindMethod (FP8Controls::BtnTimecode, toggle_timecode);
#define BindNav(BTN, MODE)\
button (BTN).released.connect_same_thread (button_connections, boost::bind (&FP8Controls::set_nav_mode, this, MODE))
BindNav (BtnChannel, NavChannel);
BindNav (BtnZoom, NavZoom);
BindNav (BtnScroll, NavScroll);
BindNav (BtnBank, NavBank);
BindNav (BtnMaster, NavMaster);
BindNav (BtnSection, NavSection);
BindNav (BtnMarker, NavMarker);
#define BindFader(BTN, MODE)\
button (BTN).released.connect_same_thread (button_connections, boost::bind (&FP8Controls::set_fader_mode, this, MODE))
BindFader (BtnTrack, ModeTrack);
BindFader (BtnPlugins, ModePlugins);
BindFader (BtnSend, ModeSend);
BindFader (BtnPan, ModePan);
#define BindMix(BTN, MODE)\
button (BTN).released.connect_same_thread (button_connections, boost::bind (&FP8Controls::set_mix_mode, this, MODE))
BindMix (BtnMAudio, MixAudio);
BindMix (BtnMVI, MixInstrument);
BindMix (BtnMBus, MixBus);
BindMix (BtnMVCA, MixVCA);
BindMix (BtnMAll, MixAll);
BindMix (BtnMInputs, MixInputs);
BindMix (BtnMMIDI, MixMIDI);
BindMix (BtnMOutputs, MixOutputs);
BindMix (BtnMFX, MixFX);
BindMix (BtnMUser, MixUser);
/* create channelstrips */
for (uint8_t id = 0; id < 8; ++id) {
chanstrip[id] = new FP8Strip (b, id);
_midimap_strip[0x08 + id] = &(chanstrip[id]->solo_button());
_midimap_strip[0x10 + id] = &(chanstrip[id]->mute_button());
_midimap_strip[0x18 + id] = &(chanstrip[id]->selrec_button());
}
/* set User button names */
#define REGISTER_ENUM(ID, NAME) \
_user_str_to_enum[#ID] = ID; \
_user_enum_to_str[ID] = #ID; \
_user_buttons[ID] = NAME;
REGISTER_ENUM (BtnFootswitch, "Footswitch");
REGISTER_ENUM (BtnUser1 , "User 1");
REGISTER_ENUM (BtnUser2 , "User 2");
REGISTER_ENUM (BtnUser3 , "User 3");
REGISTER_ENUM (BtnF1 , "F1");
REGISTER_ENUM (BtnF2 , "F2");
REGISTER_ENUM (BtnF3 , "F3");
REGISTER_ENUM (BtnF4 , "F4");
REGISTER_ENUM (BtnF5 , "F5");
REGISTER_ENUM (BtnF6 , "F6");
REGISTER_ENUM (BtnF7 , "F7");
REGISTER_ENUM (BtnF8 , "F8");
#undef REGISTER_ENUM
}
FP8Controls::~FP8Controls ()
{
for (MidiButtonMap::const_iterator i = _midimap.begin (); i != _midimap.end (); ++i) {
delete i->second;
}
for (uint8_t id = 0; id < 8; ++id) {
delete chanstrip[id];
}
_midimap_strip.clear ();
_ctrlmap.clear ();
_midimap.clear ();
}
bool
FP8Controls::button_name_to_enum (std::string const& n, ButtonId& id) const
{
std::map<std::string, ButtonId>::const_iterator i = _user_str_to_enum.find (n);
if (i == _user_str_to_enum.end()) {
return false;
}
id = i->second;
return true;
}
bool
FP8Controls::button_enum_to_name (ButtonId id, std::string& n) const
{
std::map<ButtonId, std::string>::const_iterator i = _user_enum_to_str.find (id);
if (i == _user_enum_to_str.end()) {
return false;
}
n = i->second;
return true;
}
void
FP8Controls::initialize ()
{
FP8ButtonInterface::force_change = true;
/* set RGB colors */
button (BtnUndo).set_color (0x00ff00ff);
button (BtnRedo).set_color (0x00ff00ff);
button (BtnAOff).set_color (0xffffffff);
button (BtnATrim).set_color (0x000030ff);
button (BtnARead).set_color (0x00ff00ff);
button (BtnAWrite).set_color (0xff0000ff);
button (BtnATouch).set_color (0xff8800ff);
button (BtnUser1).set_color (0x0000ffff);
button (BtnUser2).set_color (0x0000ffff);
button (BtnUser3).set_color (0x0000ffff);
button (BtnALatch).set_color (0x0000ffff);
button (BtnBypass).set_color (0x888888ff);
button (BtnBypassAll).set_color (0xffffffff);
button (BtnMacro).set_color (0x888888ff);
button (BtnOpen).set_color (0xffffffff);
button (BtnLink).set_color (0x888888ff);
button (BtnLock).set_color (0xffffffff);
button (BtnMAudio).set_color (0x0000ffff);
button (BtnMVI).set_color (0x0000ffff);
button (BtnMBus).set_color (0x0000ffff);
button (BtnMVCA).set_color (0x0000ffff);
button (BtnMAll).set_color (0x0000ffff);
button (BtnMInputs).set_color (0x0000ffff);
button (BtnMMIDI).set_color (0x0000ffff);
button (BtnMOutputs).set_color (0x0000ffff);
button (BtnMFX).set_color (0x0000ffff);
button (BtnMUser).set_color (0x0000ffff);
for (uint8_t id = 0; id < 8; ++id) {
chanstrip[id]->initialize ();
}
/* initally turn all lights off */
all_lights_off ();
/* default modes */
button (BtnMaster).set_active (true);
button (BtnTrack).set_active (true);
button (BtnMAll).set_active (true);
button (BtnTimecode).set_active (_display_timecode);
FP8ButtonInterface::force_change = false;
}
void
FP8Controls::all_lights_off () const
{
for (CtrlButtonMap::const_iterator i = _ctrlmap.begin (); i != _ctrlmap.end (); ++i) {
i->second->set_active (false);
}
}
FP8ButtonInterface&
FP8Controls::button (ButtonId id)
{
CtrlButtonMap::const_iterator i = _ctrlmap.find (id);
if (i == _ctrlmap.end()) {
assert (0);
return _dummy_button;
}
return *(i->second);
}
FP8Strip&
FP8Controls::strip (uint8_t id)
{
assert (id < 8);
return *chanstrip[id];
}
/* *****************************************************************************
* Delegate MIDI events
*/
bool
FP8Controls::midi_event (uint8_t id, uint8_t val)
{
MidiButtonMap::const_iterator i;
i = _midimap_strip.find (id);
if (i != _midimap_strip.end()) {
return i->second->midi_event (val > 0x40);
}
i = _midimap.find (id);
if (i != _midimap.end()) {
return i->second->midi_event (val > 0x40);
}
return false;
}
bool
FP8Controls::midi_touch (uint8_t id, uint8_t val)
{
assert (id < 8);
return chanstrip[id]->midi_touch (val > 0x40);
}
bool
FP8Controls::midi_fader (uint8_t id, unsigned short val)
{
assert (id < 8);
return chanstrip[id]->midi_fader ((val >> 4) / 1023.f);
}
/* *****************************************************************************
* Internal Model + View for Modes
*/
void
FP8Controls::set_nav_mode (NavigationMode m)
{
if (_navmode == m) {
return;
}
// TODO add special-cases:
// - master/monitor (blink when button is held + monitor section present)
// - "click" hold -> encoder sets click volume, encoder-press toggle rec-only-metro
button (BtnChannel).set_active (m == NavChannel);
button (BtnZoom).set_active (m == NavZoom);
button (BtnScroll).set_active (m == NavScroll);
button (BtnBank).set_active (m == NavBank);
button (BtnMaster).set_active (m == NavMaster);
button (BtnSection).set_active (m == NavSection);
button (BtnMarker).set_active (m == NavMarker);
_navmode = m;
}
void
FP8Controls::set_fader_mode (FaderMode m)
{
if (_fadermode == m) {
if (m == ModePlugins || m == ModeSend) {
/* "Edit Plugins" while editing Plugin-params, returns back
* to plugin selection.
* "Sends" button banks through sends.
*/
FaderModeChanged ();
}
return;
}
// set lights
button (BtnTrack).set_active (m == ModeTrack);
button (BtnPlugins).set_active (m == ModePlugins);
button (BtnSend).set_active (m == ModeSend);
button (BtnPan).set_active (m == ModePan);
_fadermode = m;
FaderModeChanged ();
}
void
FP8Controls::set_mix_mode (MixMode m)
{
if (_mixmode == m) {
if (m == MixUser || m == MixInputs) {
/* always re-assign:
* - MixUser: depends on selection
* - MixInputs: depends on rec-arm
*/
MixModeChanged ();
}
return;
}
button (BtnMAudio).set_active (m == MixAudio);
button (BtnMVI).set_active (m == MixInstrument);
button (BtnMBus).set_active (m == MixBus);
button (BtnMVCA).set_active (m == MixVCA);
button (BtnMAll).set_active (m == MixAll);
button (BtnMInputs).set_active (m == MixInputs);
button (BtnMMIDI).set_active (m == MixMIDI);
button (BtnMOutputs).set_active (m == MixOutputs);
button (BtnMFX).set_active (m == MixFX);
button (BtnMUser).set_active (m == MixUser);
_mixmode = m;
MixModeChanged ();
}
void
FP8Controls::toggle_timecode ()
{
_display_timecode = !_display_timecode;
button (BtnTimecode).set_active (_display_timecode);
}
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