CAddonButtonMap::DriverMap CAddonButtonMap::CreateLookupTable(const FeatureMap& features)
{
using namespace JOYSTICK;
DriverMap driverMap;
for (FeatureMap::const_iterator it = features.begin(); it != features.end(); ++it)
{
const ADDON::JoystickFeature& feature = it->second;
switch (feature.Type())
{
case JOYSTICK_FEATURE_TYPE_SCALAR:
{
driverMap[CPeripheralAddonTranslator::TranslatePrimitive(feature.Primitive(JOYSTICK_SCALAR_PRIMITIVE))] = it->first;
break;
}
case JOYSTICK_FEATURE_TYPE_ANALOG_STICK:
{
std::vector<JOYSTICK_FEATURE_PRIMITIVE> primitives = {
JOYSTICK_ANALOG_STICK_UP,
JOYSTICK_ANALOG_STICK_DOWN,
JOYSTICK_ANALOG_STICK_RIGHT,
JOYSTICK_ANALOG_STICK_LEFT,
};
for (auto primitive : primitives)
driverMap[CPeripheralAddonTranslator::TranslatePrimitive(feature.Primitive(primitive))] = it->first;
break;
}
case JOYSTICK_FEATURE_TYPE_ACCELEROMETER:
{
std::vector<JOYSTICK_FEATURE_PRIMITIVE> primitives = {
JOYSTICK_ACCELEROMETER_POSITIVE_X,
JOYSTICK_ACCELEROMETER_POSITIVE_Y,
JOYSTICK_ACCELEROMETER_POSITIVE_Z,
};
for (auto primitive : primitives)
{
CDriverPrimitive translatedPrimitive = CPeripheralAddonTranslator::TranslatePrimitive(feature.Primitive(primitive));
driverMap[translatedPrimitive] = it->first;
// Map opposite semiaxis
CDriverPrimitive oppositePrimitive = CDriverPrimitive(translatedPrimitive.Index(), 0, translatedPrimitive.SemiAxisDirection() * -1, 1);
driverMap[oppositePrimitive] = it->first;
}
break;
}
default:
break;
}
}
return driverMap;
}
kodi::addon::DriverPrimitive CPeripheralAddonTranslator::TranslatePrimitive(const CDriverPrimitive& primitive)
{
kodi::addon::DriverPrimitive retVal;
switch (primitive.Type())
{
case PRIMITIVE_TYPE::BUTTON:
{
retVal = kodi::addon::DriverPrimitive::CreateButton(primitive.Index());
break;
}
case PRIMITIVE_TYPE::HAT:
{
retVal = kodi::addon::DriverPrimitive(primitive.Index(), TranslateHatDirection(primitive.HatDirection()));
break;
}
case PRIMITIVE_TYPE::SEMIAXIS:
{
retVal = kodi::addon::DriverPrimitive(primitive.Index(), primitive.Center(), TranslateSemiAxisDirection(primitive.SemiAxisDirection()), primitive.Range());
break;
}
case PRIMITIVE_TYPE::MOTOR:
{
retVal = kodi::addon::DriverPrimitive::CreateMotor(primitive.Index());
break;
}
case PRIMITIVE_TYPE::KEY:
{
std::string keysym = GAME::CControllerTranslator::TranslateKeycode(primitive.Keycode());
retVal = kodi::addon::DriverPrimitive(keysym);
break;
}
case PRIMITIVE_TYPE::MOUSE_BUTTON:
{
retVal = kodi::addon::DriverPrimitive::CreateMouseButton(TranslateMouseButton(primitive.MouseButton()));
break;
}
case PRIMITIVE_TYPE::RELATIVE_POINTER:
{
retVal = kodi::addon::DriverPrimitive(TranslateRelPointerDirection(primitive.PointerDirection()));
break;
}
default:
break;
}
return retVal;
}
bool CAddonButtonMap::AddScalar(const FeatureName& feature, const CDriverPrimitive& primitive)
{
if (!primitive.IsValid())
{
FeatureMap::iterator it = m_features.find(feature);
if (it != m_features.end())
m_features.erase(it);
}
else
{
UnmapPrimitive(primitive);
ADDON::JoystickFeature scalar(feature, JOYSTICK_FEATURE_TYPE_SCALAR);
scalar.SetPrimitive(CPeripheralAddonTranslator::TranslatePrimitive(primitive));
m_features[feature] = scalar;
}
m_driverMap = CreateLookupTable(m_features);
if (auto addon = m_addon.lock())
return addon->MapFeatures(m_device, m_strControllerId, m_features);
return false;
}
bool CPrimitiveDetector::MapPrimitive(const CDriverPrimitive &primitive)
{
if (primitive.IsValid())
return m_buttonMapping->MapPrimitive(primitive);
return false;
}
std::string CJoystickTranslator::GetPrimitiveName(const CDriverPrimitive& primitive)
{
std::string primitiveTemplate;
switch (primitive.Type())
{
case PRIMITIVE_TYPE::BUTTON:
primitiveTemplate = g_localizeStrings.Get(35015); // "Button %d"
break;
case PRIMITIVE_TYPE::SEMIAXIS:
primitiveTemplate = g_localizeStrings.Get(35016); // "Axis %d"
break;
default: break;
}
return StringUtils::Format(primitiveTemplate.c_str(), primitive.Index());
}
ADDON::DriverPrimitive CPeripheralAddonTranslator::TranslatePrimitive(const CDriverPrimitive& primitive)
{
ADDON::DriverPrimitive retVal;
switch (primitive.Type())
{
case BUTTON:
{
retVal = ADDON::DriverPrimitive::CreateButton(primitive.Index());
break;
}
case HAT:
{
retVal = ADDON::DriverPrimitive(primitive.Index(), TranslateHatDirection(primitive.HatDirection()));
break;
}
case SEMIAXIS:
{
retVal = ADDON::DriverPrimitive(primitive.Index(), primitive.Center(), TranslateSemiAxisDirection(primitive.SemiAxisDirection()), primitive.Range());
break;
}
case MOTOR:
{
retVal = ADDON::DriverPrimitive::CreateMotor(primitive.Index());
break;
}
default:
break;
}
return retVal;
}
void CAddonButtonMap::AddScalar(const FeatureName& feature, const CDriverPrimitive& primitive)
{
const bool bMotor = (primitive.Type() == PRIMITIVE_TYPE::MOTOR);
ADDON::JoystickFeature scalar(feature, bMotor ? JOYSTICK_FEATURE_TYPE_MOTOR : JOYSTICK_FEATURE_TYPE_SCALAR);
scalar.SetPrimitive(JOYSTICK_SCALAR_PRIMITIVE, CPeripheralAddonTranslator::TranslatePrimitive(primitive));
if (auto addon = m_addon.lock())
addon->MapFeature(m_device, m_strControllerId, scalar);
}
ADDON::DriverPrimitive CPeripheralAddonTranslator::TranslatePrimitive(const CDriverPrimitive& primitive)
{
ADDON::DriverPrimitive retVal;
switch (primitive.Type())
{
case CDriverPrimitive::BUTTON:
{
retVal = ADDON::DriverPrimitive(primitive.Index());
break;
}
case CDriverPrimitive::HAT:
{
retVal = ADDON::DriverPrimitive(primitive.Index(), TranslateHatDirection(primitive.HatDirection()));
break;
}
case CDriverPrimitive::SEMIAXIS:
{
retVal = ADDON::DriverPrimitive(primitive.Index(), TranslateSemiAxisDirection(primitive.SemiAxisDirection()));
break;
}
default:
break;
}
return retVal;
}
bool CAddonButtonMap::AddAnalogStick(const FeatureName& feature,
const CDriverPrimitive& up,
const CDriverPrimitive& down,
const CDriverPrimitive& right,
const CDriverPrimitive& left)
{
if (!up.IsValid() && !down.IsValid() && !right.IsValid() && !left.IsValid())
{
FeatureMap::iterator it = m_features.find(feature);
if (it != m_features.end())
m_features.erase(it);
}
else
{
ADDON::JoystickFeature analogStick(feature, JOYSTICK_FEATURE_TYPE_ANALOG_STICK);
if (up.IsValid())
{
UnmapPrimitive(up);
analogStick.SetUp(CPeripheralAddonTranslator::TranslatePrimitive(up));
}
if (down.IsValid())
{
UnmapPrimitive(down);
analogStick.SetDown(CPeripheralAddonTranslator::TranslatePrimitive(down));
}
if (right.IsValid())
{
UnmapPrimitive(right);
analogStick.SetRight(CPeripheralAddonTranslator::TranslatePrimitive(right));
}
if (left.IsValid())
{
UnmapPrimitive(left);
analogStick.SetLeft(CPeripheralAddonTranslator::TranslatePrimitive(left));
}
m_features[feature] = analogStick;
}
m_driverMap = CreateLookupTable(m_features);
if (auto addon = m_addon.lock())
return addon->MapFeatures(m_device, m_strControllerId, m_features);
return false;
}
bool CDeadzoneFilter::GetDeadzone(unsigned int axisIndex, float& deadzone, const char* featureName, const char* settingName)
{
std::vector<ANALOG_STICK_DIRECTION> dirs = {
ANALOG_STICK_DIRECTION::UP,
ANALOG_STICK_DIRECTION::RIGHT,
ANALOG_STICK_DIRECTION::DOWN,
ANALOG_STICK_DIRECTION::LEFT,
};
CDriverPrimitive primitive;
for (auto dir : dirs)
{
if (m_buttonMap->GetAnalogStick(featureName, dir, primitive))
{
if (primitive.Type() == PRIMITIVE_TYPE::SEMIAXIS && primitive.Index() == axisIndex)
{
deadzone = m_peripheral->GetSettingFloat(settingName);
return true;
}
}
}
return false;
}
CButtonMapping::CButtonMapping(IButtonMapper* buttonMapper, IButtonMap* buttonMap, IKeymap* keymap) :
m_buttonMapper(buttonMapper),
m_buttonMap(buttonMap),
m_keymap(keymap),
m_lastAction(0),
m_frameCount(0)
{
assert(m_buttonMapper != nullptr);
assert(m_buttonMap != nullptr);
// Make sure axes mapped to Select are centered before they can be mapped.
// This ensures that they are not immediately mapped to the first button.
if (m_keymap)
{
using namespace GAME;
CControllerManager& controllerManager = CServiceBroker::GetGameControllerManager();
ControllerPtr controller = controllerManager.GetController(m_keymap->ControllerID());
const auto& features = controller->Features();
for (const auto& feature : features)
{
bool bIsSelectAction = false;
const auto &actions = m_keymap->GetActions(CJoystickUtils::MakeKeyName(feature.Name())).actions;
if (!actions.empty() && actions.begin()->actionId == ACTION_SELECT_ITEM)
bIsSelectAction = true;
if (!bIsSelectAction)
continue;
CDriverPrimitive primitive;
if (!m_buttonMap->GetScalar(feature.Name(), primitive))
continue;
if (primitive.Type() != PRIMITIVE_TYPE::SEMIAXIS)
continue;
// Set initial config, as detection will fail because axis is already activated
AxisConfiguration axisConfig;
axisConfig.bKnown = true;
axisConfig.center = primitive.Center();
axisConfig.range = primitive.Range();
GetAxis(primitive.Index(), static_cast<float>(primitive.Center()), axisConfig).SetEmitted(primitive);
}
}
}
bool CAddonButtonMap::AddAccelerometer(const FeatureName& feature,
const CDriverPrimitive& positiveX,
const CDriverPrimitive& positiveY,
const CDriverPrimitive& positiveZ)
{
if (positiveX.IsValid() && positiveY.IsValid() && positiveZ.IsValid())
{
FeatureMap::iterator it = m_features.find(feature);
if (it != m_features.end())
m_features.erase(it);
}
else
{
ADDON::JoystickFeature accelerometer(feature, JOYSTICK_FEATURE_TYPE_ACCELEROMETER);
if (positiveX.IsValid())
{
UnmapPrimitive(positiveX);
accelerometer.SetPositiveX(CPeripheralAddonTranslator::TranslatePrimitive(positiveX));
}
if (positiveY.IsValid())
{
UnmapPrimitive(positiveY);
accelerometer.SetPositiveY(CPeripheralAddonTranslator::TranslatePrimitive(positiveY));
}
if (positiveZ.IsValid())
{
UnmapPrimitive(positiveZ);
accelerometer.SetPositiveZ(CPeripheralAddonTranslator::TranslatePrimitive(positiveZ));
}
// TODO: Unmap complementary semiaxes
m_features[feature] = accelerometer;
}
m_driverMap = CreateLookupTable(m_features);
if (auto addon = m_addon.lock())
return addon->MapFeatures(m_device, m_strControllerId, m_features);
return false;
}
CButtonMapping::CButtonMapping(IButtonMapper* buttonMapper, IButtonMap* buttonMap, IActionMap* actionMap) :
m_buttonMapper(buttonMapper),
m_buttonMap(buttonMap),
m_actionMap(actionMap),
m_lastAction(0),
m_frameCount(0)
{
assert(m_buttonMapper != nullptr);
assert(m_buttonMap != nullptr);
// Make sure axes mapped to Select are centered before they can be mapped.
// This ensures that they are not immediately mapped to the first button.
if (m_actionMap && m_actionMap->ControllerID() == m_buttonMap->ControllerID())
{
using namespace GAME;
CGameServices& gameServices = CServiceBroker::GetGameServices();
ControllerPtr controller = gameServices.GetController(m_actionMap->ControllerID());
const auto& features = controller->Layout().Features();
for (const auto& feature : features)
{
if (m_actionMap->GetActionID(feature.Name()) != ACTION_SELECT_ITEM)
continue;
CDriverPrimitive primitive;
if (!m_buttonMap->GetScalar(feature.Name(), primitive))
continue;
if (primitive.Type() != PRIMITIVE_TYPE::SEMIAXIS)
continue;
// Set initial config, as detection will fail because axis is already activated
AxisConfiguration axisConfig;
axisConfig.bKnown = true;
axisConfig.center = primitive.Center();
axisConfig.range = primitive.Range();
GetAxis(primitive.Index(), primitive.Center(), axisConfig).SetEmitted(primitive);
}
}
}
