private async Task mapNewAxisToPoles(int axisId)
{
var poles = await _repo.Pole.GetPoles();
foreach (var pole in poles)
{
var axisPole = new AxisPole()
{
AxisId = axisId,
PoleId = pole.Id,
Weight = 0
};
_repo.AxisPole.AddAxisPole(axisPole);
}
await _repo.AxisPole.SaveAllAsync();
}
public void Process(int raw)
{
if (Core == null)
return;
double value = raw / (double)UInt16.MaxValue * 2 - 1;
if (EnableDeadzone) {
double deadzone = Deadzone;
if (deadzone < 0)
deadzone = Core.GlobalDeadzone;
if (value >= -deadzone && value <= deadzone) {
value = 0;
}
}
AxisPole pole = AxisPole.None;
double intensity = -1;
double poleSize = -1;
if (poleSize < 0)
poleSize = Core.AxisPoleSize;
if (value >= 1.0 - poleSize) {
pole = AxisPole.Positive;
intensity = (value - 1.0 + poleSize) / poleSize;
} else if (value <= -1.0 + poleSize) {
pole = AxisPole.Negative;
intensity = (Math.Abs(value) - 1.0 + poleSize) / poleSize;
}
if (Analog != null && Analog.AcceptAnalog) {
Analog.Analog(value);
}
int posValue = 0, negValue = 0;
if (pole != LastPole) {
if (LastPole != AxisPole.None) {
if (LastPole == AxisPole.Positive) {
posValue = 0;
if (PositiveRelease != null)
PositiveRelease(this, EventArgs.Empty);
} else if (LastPole == AxisPole.Negative) {
negValue = 0;
if (NegativeRelease != null)
NegativeRelease(this, EventArgs.Empty);
}
}
if (pole == AxisPole.Positive) {
posValue = 1;
if (PositivePress != null)
PositivePress(this, EventArgs.Empty);
} else if (pole == AxisPole.Negative) {
negValue = 1;
if (NegativePress != null)
NegativePress(this, EventArgs.Empty);
}
LastPole = pole;
} else if (pole == AxisPole.Positive) {
Positive.Intensity = intensity;
posValue = 1;
} else if (pole == AxisPole.Negative) {
Negative.Intensity = intensity;
negValue = 1;
}
if (Positive != null) Positive.Process(posValue);
if (Negative != null) Negative.Process(negValue);
}
public ButtonActions GetPole(AxisPole pole)
{
return(GetPole(pole == AxisPole.Positive ? Gestures.Positive : Gestures.Negative));
}
public ButtonActions GetPole(AxisPole pole)
{
return GetPole(pole == AxisPole.Positive ? Gestures.Positive : Gestures.Negative);
}
public void Process(int raw)
{
if (Core == null)
{
return;
}
double value = raw / (double)UInt16.MaxValue * 2 - 1;
if (EnableDeadzone)
{
double deadzone = Deadzone;
if (deadzone < 0)
{
deadzone = Core.GlobalDeadzone;
}
if (value >= -deadzone && value <= deadzone)
{
value = 0;
}
}
AxisPole pole = AxisPole.None;
double intensity = -1;
double poleSize = -1;
if (poleSize < 0)
{
poleSize = Core.AxisPoleSize;
}
if (value >= 1.0 - poleSize)
{
pole = AxisPole.Positive;
intensity = (value - 1.0 + poleSize) / poleSize;
}
else if (value <= -1.0 + poleSize)
{
pole = AxisPole.Negative;
intensity = (Math.Abs(value) - 1.0 + poleSize) / poleSize;
}
if (Analog != null && Analog.AcceptAnalog)
{
Analog.Analog(value);
}
int posValue = 0, negValue = 0;
if (pole != LastPole)
{
if (LastPole != AxisPole.None)
{
if (LastPole == AxisPole.Positive)
{
posValue = 0;
if (PositiveRelease != null)
{
PositiveRelease(this, EventArgs.Empty);
}
}
else if (LastPole == AxisPole.Negative)
{
negValue = 0;
if (NegativeRelease != null)
{
NegativeRelease(this, EventArgs.Empty);
}
}
}
if (pole == AxisPole.Positive)
{
posValue = 1;
if (PositivePress != null)
{
PositivePress(this, EventArgs.Empty);
}
}
else if (pole == AxisPole.Negative)
{
negValue = 1;
if (NegativePress != null)
{
NegativePress(this, EventArgs.Empty);
}
}
LastPole = pole;
}
else if (pole == AxisPole.Positive)
{
Positive.Intensity = intensity;
posValue = 1;
}
else if (pole == AxisPole.Negative)
{
Negative.Intensity = intensity;
negValue = 1;
}
if (Positive != null)
{
Positive.Process(posValue);
}
if (Negative != null)
{
Negative.Process(negValue);
}
}
