public async Task SetMovieQualityAsync(string mode)
{
await NoValue(RequestGenerator.Jsonize("setMovieQuality", mode));
}
public Task <WhiteBalanceCapability> GetAvailableWhiteBalanceAsync()
{
return(Single(
RequestGenerator.Jsonize("getAvailableWhiteBalance"),
CustomParser.AsWhiteBalanceCapability));
}
public async Task SetViewAngleAsync(int angle)
{
await NoValue(RequestGenerator.Jsonize("setViewAngle", angle));
}
public async Task SetSelfTimerAsync(int timer)
{
await NoValue(RequestGenerator.Jsonize("setSelfTimer", timer)).ConfigureAwait(false);
}
/// <summary>
///
/// </summary>
/// <param name="x">Percentage of the position to focus in x-axis.</param>
/// <param name="y">Percentage of the position to focus in y-axis</param>
/// <returns></returns>
public Task <SetFocusResult> SetAFPositionAsync(double x, double y)
{
return(Single(
RequestGenerator.Jsonize("setTouchAFPosition", x, y),
CustomParser.AsSetFocusResult));
}
public Task <ProgramShiftRange> GetSupportedProgramShiftAsync()
{
return(Single(
RequestGenerator.Jsonize("getSupportedProgramShift"),
CustomParser.AsProgramShiftRange));
}
public async Task SetCameraFunctionAsync(string mode)
{
await NoValue(RequestGenerator.Jsonize("setCameraFunction", mode));
}
public Task <ServerAppInfo> GetApplicationInfoAsync()
{
return(Single(
RequestGenerator.Jsonize("getApplicationInfo"),
CustomParser.AsServerAppInfo));
}
public async Task SetISOSpeedAsync(string iso)
{
await NoValue(RequestGenerator.Jsonize("setIsoSpeedRate", iso));
}
public async Task SetFNumberAsync(string f)
{
await NoValue(RequestGenerator.Jsonize("setFNumber", f));
}
public async Task SetShutterSpeedAsync(string ss)
{
await NoValue(RequestGenerator.Jsonize("setShutterSpeed", ss));
}
public Task <EvCapability> GetAvailableEvAsync()
{
return(Single(
RequestGenerator.Jsonize("getAvailableExposureCompensation"),
CustomParser.AsEvCapability));
}
public Task <List <EvCandidate> > GetSupportedEvAsync()
{
return(Single(
RequestGenerator.Jsonize("getSupportedExposureCompensation"),
CustomParser.AsEvCandidates));
}
public async Task SetEvIndexAsync(int index)
{
await NoValue(RequestGenerator.Jsonize("setExposureCompensation", index));
}
public async Task SetFlashModeAsync(string mode)
{
await NoValue(RequestGenerator.Jsonize("setFlashMode", mode));
}
public async Task SetStillImageSizeAsync(StillImageSize size)
{
await NoValue(RequestGenerator.Jsonize("setStillSize", size.AspectRatio, size.SizeDefinition));
}
public async Task SetProgramShiftAsync(int amount)
{
await NoValue(RequestGenerator.Jsonize("setProgramShift", amount));
}
public Task <StillImageSize> GetStillSizeAsync()
{
return(ObjectByMethod <StillImageSize>(RequestGenerator.Jsonize("getStillSize")));
}
public async Task ActZoomAsync(string direction, string movement)
{
await NoValue(RequestGenerator.Jsonize("actZoom", direction, movement));
}
public Task <Capability <StillImageSize> > GetAvailableStillSizeAsync()
{
return(Capability(
RequestGenerator.Jsonize("getAvailableStillSize"),
BasicParser.AsCapabilityObject <StillImageSize>));
}
public Task <string> StartLiveviewWithSizeAsync(string size)
{
return(Single(
RequestGenerator.Jsonize("startLiveviewWithSize", size),
BasicParser.AsPrimitive <string>));
}
public async Task SetWhiteBalanceAsync(WhiteBalance wb)
{
await NoValue(RequestGenerator.Jsonize("setWhiteBalance", wb.Mode, wb.ColorTemperature != WhiteBalance.InvalidColorTemperture, wb.ColorTemperature));
}
public async Task SetPostviewImageSizeAsync(string size)
{
await NoValue(RequestGenerator.Jsonize("setPostviewImageSize", size)).ConfigureAwait(false);
}
public async Task SetSelfTimerAsync(int timer)
{
await NoValue(RequestGenerator.Jsonize("setSelfTimer", timer));
}
