/**
* Instantiate a new ProbeOutputImageDecoder
* @param output The source of probedata from which to generate image data.
*/
public BModeOutputImageDecoder(IProbeOutput output)
{
UltrasoundDebug.Assert(null != output, "Null probe output used in constructor", this);
drawColor = Color.white;
probeOutput = output;
imageEffects = new List <IImagePostProcessor>();
}
/// Use this for initialization
void Start()
{
#if UNITY_EDITOR
// Some input validation
UltrasoundDebug.Assert(NumberOfScanlines > 0,
"Number of scanlines should be a positive integer",
this, true);
UltrasoundDebug.Assert(PointsPerScanline > 0,
"Points per scanline should be a positive integer",
this, true);
UltrasoundDebug.Assert(ArcSizeInDegrees >= 0 && ArcSizeInDegrees <= 180f,
"Arc size should be between 0 and 180 degrees.",
this, true);
UltrasoundDebug.Assert(MinDistance > 0,
"Min distance should be greater than 0",
this, true);
UltrasoundDebug.Assert(MaxDistance > 0,
"Max distance should be greater than 0",
this, true);
UltrasoundDebug.Assert(MinDistance < MaxDistance,
"Min distance should be smaller than max distance",
this, true);
#endif
output = new HorayProbeOutput(this.gameObject);
dataSource = new HorayProbe(this.gameObject, output);
}
/**
* Instantiate a new HorayProbe.
* @param probe The GameObject that represents the scanning array.
* @param output An IProbeOutput to pass information to.
*/
public HorayProbe(GameObject probe, IProbeOutput output)
{
#if UNITY_EDITOR
UltrasoundDebug.Assert(null != probe,
"Null probe GameObject passed to HorayProbe constructor.",
this);
UltrasoundDebug.Assert(null != output,
"Null IProbeOutput passed to HorayProbe constructor.",
this);
if (null == probe.GetComponent <HorayBehavior>())
{
string str =
"The probe object used to instantiate this class " +
"does not have the required HorayBehavior script.";
Debug.LogError(str);
}
#endif
this.probeGameObject = probe;
this.output = output;
this.culler = new HorayOrganCuller();
}
