public HRegion Extract(HImage image)
{
if (!(LightDark == LightDark.Light || LightDark == LightDark.Dark))
{
throw new InvalidOperationException("BinaryThresholdRegionExtractor.LightDark must be Light or Dark. Now is " + LightDark);
}
HObject foundRegionObject;
HDevelopExport.Singletone.GetRegionByBinaryThresholdRect2(image,
out foundRegionObject,
MeanMaskWidth,
MeanMaskHeight,
ScaleAdd,
LightDark.ToHalconString(),
AreaMin,
AreaMax,
OpeningWidth,
OpeningHeight,
ClosingWidth,
ClosingHeight,
ErosionWidth,
ErosionHeight,
DilationWidth,
DilationHeight);
var hRegion = new HRegion(foundRegionObject);
return(hRegion);
}
public HRegion Extract(HImage image)
{
int usedThreshold;
var region = image.BinaryThreshold("max_separability", LightDark.ToHalconString(), out usedThreshold);
return(region);
}
public HRegion Extract(HImage image)
{
var domain = image.GetDomain();
var offsetRow1 = domain.GetRow1();
var offsetColumn1 = domain.GetColumn1();
var croppedImage = image.CropDomain();
var swThresholdImageFilter = new NotifyStopwatch("DynThresholdCroppedRegionExtractor.ThresholdImageFilter");
HImage thresholdImage = ThresholdImageFilter.Process(croppedImage);
swThresholdImageFilter.Dispose();
var swDynThreshold = new NotifyStopwatch("DynThresholdCroppedRegionExtractor.DynThreshold");
HRegion region = croppedImage.DynThreshold(
thresholdImage,
Offset,
LightDark.ToHalconString());
swDynThreshold.Dispose();
var movedRegion = region.MoveRegion(offsetRow1, offsetColumn1);
croppedImage.Dispose();
thresholdImage.Dispose();
region.Dispose();
return(movedRegion);
}
public HRegion Extract(HImage image)
{
if (!(LightDark == LightDark.Light || LightDark == LightDark.Dark))
{
throw new InvalidOperationException("BinaryThresholdRectangle2RegionExtractor.LightDark must be Light or Dark. Now is " + LightDark);
}
HObject foundRegionObject;
HDevelopExport.Singletone.GetRegionByBinaryThreshold(image,
out foundRegionObject,
MedianRadius,
EmpWidth,
EmpHeight,
EmpFactor,
LightDark.ToHalconString(),
AreaMin,
AreaMax,
ClosingRadius,
DilationRadius);
var hRegion = new HRegion(foundRegionObject);
return(hRegion);
}
public HImage Process(HImage image)
{
// image.WriteImage("tiff", 0, @"B:\Test_Ori");
var preprocessImage = PreprocessFilter.Process(image);
// preprocessImage.WriteImage("tiff", 0, @"B:\Test_preprocessImage");
var thresholdImage = ThresholdImageFilter.Process(preprocessImage);
// thresholdImage.WriteImage("tiff", 0, @"B:\Test_thresholdImage");
HRegion region = preprocessImage.DynThreshold(
thresholdImage,
Offset,
LightDark.ToHalconString());
var complement = region.Complement();
thresholdImage.OverpaintRegion(region, (double)ForegroundGray, "fill");
thresholdImage.OverpaintRegion(complement, (double)BackgroundGray, "fill");
// thresholdImage.WriteImage("tiff", 0, @"B:\Test_OverpaintRegion");
region.Dispose();
complement.Dispose();
preprocessImage.Dispose();
return(thresholdImage);
}
public HRegion Extract(HImage image)
{
HObject regionHObject;
HDevelopExport.Singletone.GetRegionOfAntennaAroundOfS1423A(image, out regionHObject,
LightDark.ToHalconString(), WidthMin, WidthMax, HeightMin, HeightMax, DilationWidth, DilationHeight);
return(new HRegion(regionHObject));
}
public HRegion Extract(HImage image)
{
HObject regionHObject;
HDevelopExport.Singletone.GetRegionOfLightOrDarkRect2(image, out regionHObject,
LightDark.ToHalconString(), WidthMin, WidthMax, HeightMin, HeightMax, Rect2Len1, Rect2Len2);
return(new HRegion(regionHObject));
}
public HRegion Extract(HImage image)
{
HObject regionHObject;
HDevelopExport.Singletone.GetRegionOfAntennaOfS1423(image, out regionHObject,
GrayOpeningMaskHeight, GrayOpeningMaskWidth,
GrayDilationMaskHeight, GrayDilationMaskWidth,
LightDark.ToHalconString(),
AreaMin, AreaMax, OpeningWidth, OpeningHeight, ClosingWidth, ClosingHeight);
return(new HRegion(regionHObject));
}
public static string ToHalconString(this LightDark lightDark)
{
switch (lightDark)
{
case LightDark.Dark:
return("dark");
case LightDark.Light:
return("light");
case LightDark.Equal:
return("equal");
case LightDark.NotEqual:
return("not_equal");
default:
throw new InvalidOperationException("LightDark cannot convert to string");
}
}
public HRegion Extract(HImage image)
{
HImage preprocessImage;
if (PreprocessFilter != null)
{
preprocessImage = PreprocessFilter.Process(image);
}
else
{
preprocessImage = image;
}
HImage thresholdImage;
if (SeparateFilter)
{
var swThresholdImageFilter = new NotifyStopwatch("DynThresholdRegionExtractor.ThresholdImageFilter");
thresholdImage = ThresholdImageFilter.Process(image);
swThresholdImageFilter.Dispose();
}
else
{
var swThresholdImageFilter = new NotifyStopwatch("DynThresholdRegionExtractor.ThresholdImageFilter");
thresholdImage = ThresholdImageFilter.Process(preprocessImage);
swThresholdImageFilter.Dispose();
}
var swDynThreshold = new NotifyStopwatch("DynThresholdRegionExtractor.DynThreshold");
HRegion region = preprocessImage.DynThreshold(
thresholdImage,
Offset,
LightDark.ToHalconString());
swDynThreshold.Dispose();
preprocessImage.Dispose();
thresholdImage.Dispose();
return(region);
}
// Use this for initialization
void Start()
{
Cursor.visible = false;
playerScale = transform.localScale;
// sets our default values for isLight and isRight;
isLight = true;
isRight = true;
// get our rigid body component
rb = GetComponent <Rigidbody2D>();
//Find the camera
camera = FindObjectOfType <LightDark>();
// get our audio source
AudioSource = GetComponent <AudioSource>();
direction = 1;
//get our sprite renderer
playerSprite = gameObject.GetComponent <SpriteRenderer>();
if (FindSkin = GameObject.Find("WhatSkin"))
{
Skin = FindSkin.GetComponent <WhatSkin>();
ChosenSkin = Skin.getSkin();
}
sprites = Resources.LoadAll <Sprite>(spriteNames);
switch (ChosenSkin)
{
case 1:
playerSprite.sprite = sprites[2];
break;
case 2:
playerSprite.sprite = sprites[1];
break;
case 3:
playerSprite.sprite = sprites[0];
break;
}
}
public HRegion Extract(HImage image)
{
if (!(LightDark == LightDark.Light || LightDark == LightDark.Dark))
{
throw new InvalidOperationException("BinaryThresholdRegionExtractor.LightDark must be Light or Dark. Now is " + LightDark);
}
HObject foundRegionObject;
HDevelopExport.Singletone.GetRegionOfRoiByBinaryThreshold(image,
out foundRegionObject,
LightDark.ToHalconString(),
AreaMin,
AreaMax,
MoveRow,
MoveColumn);
var hRegion = new HRegion(foundRegionObject);
return(hRegion);
}
