include wx
load itkvtk
load creaMaracasVisu
+load PackRecalage
//File selection and file reader for the first image
connect viewer.BoxChange showNpoints.BoxExecute
set showNpoints.Radio 10
-/////////////////////////////////////////////////////
-#Calculate Vector Box
-/////////////////////////////////////////////////////
-/*
-new CalculateVectorBox vector1
- connect showNpoints.lstPointsX vector1.PointsX1
- connect showNpoints.BoxChange vector1.BoxExecute
-*/
-////////////////////////////////////////////////////
-
//Viewer NV and ShowPoints for the second image
new ViewerNV viewer2
connect viewer2.BoxChange showNpoints2.BoxExecute
set showNpoints2.Radio 10
+/////////////////////////////////////////////////////
+#Calculate Vector Box
+/////////////////////////////////////////////////////
+
+new CalculateVectorBox vector1
+ connect showNpoints.lstPointsX vector1.PointsX1
+ connect showNpoints2.lstPointsX vector1.PointsX2
+ connect showNpoints.lstPointsY vector1.PointsY1
+ connect showNpoints2.lstPointsY vector1.PointsY2
+ connect showNpoints.lstPointsZ vector1.PointsZ1
+ connect showNpoints2.lstPointsZ vector1.PointsZ2
+
+////////////////////////////////////////////////////
+
+///////////////////////////////////////////////////
+#Transformation Boxes
+//////////////////////////////////////////////////
+
+new Transform2DBox transform
+ connect vector1.Origin transform.CenterPoint
+ connect vector1.OutAngle transform.Angle
+ connect vector1.OutScaleX transform.ScaleX
+ connect vector1.OutScaleY transform.ScaleY
+ connect vector1.OutScaleZ transform.ScaleZ
+ connect vector1.TransformAxis transform.Axis
+ set transform.3D true
+
+new ReSlicerBox reslice1
+ connect vector1.OriginReslicer reslice1.Origin
+ connect transform.Out reslice1.Transform
+ connect reader2.Out reslice1.In
+
+//ViewerNV and ComandButton for the result image
+
+new ViewerNV viewer3
+ set viewer3.nTypeView "5 1 2 0"
+ connect reslice1.Out viewer3.In
+
+new CommandButton butExec
+ set butExec.Label "Execute"
+ connect butExec.BoxChange viewer3.BoxExecute
+
//Tab for the first image
new LayoutSplit tab1
connect showNpoints2.Widget tab2.Widget1
connect viewer2.Widget tab2.Widget2
+//Tab for the result image
+
+new LayoutSplit result
+ set result.Orientation H
+ connect butExec.Widget result.Widget1
+ connect viewer3.Widget result.Widget2
+
//Main window
new LayoutTab main
set main.Orientation H
connect tab1.Widget main.Widget1
connect tab2.Widget main.Widget2
+connect result.Widget main.Widget3
-exec main
-
+exec main
\ No newline at end of file
load PackRecalage
+//include PackRecalage/boxes/checkerView
+
new FileSelector imageSelector1
set imageSelector1.Wildcard "*.mhd"
new FileSelector imageSelector2
new ImageConvolution convol2
connect reslice1.Out convol2.In
+#Image Properties
+
+new ImageRecalageProperties properties
+ connect image.Out properties.In
+ connect image.BoxChange properties.BoxExecute
+
# Create the ZSlider for the slices
new Slider sdrZ
set sdrZ.ReactiveOnTrack 1
- set sdrZ.Max 50
+ set sdrZ.Min 0
+ connect properties.LengthZ sdrZ.Max
set sdrZ.Title "Z for slice"
connect sdrZ.Out imgslice1.Z
connect multF.BoxChange convol1.BoxExecute
connect multF.BoxChange convol2.BoxExecute
-
#Create Sliders for WinLevel and ColorLevel
new Slider colorLevel
set colorLevel.Min "0"
- set colorLevel.Max "99"
- set colorLevel.In "50"
+ connect properties.ColorLevel colorLevel.Max
+ connect properties.MidColorLevel colorLevel.In
set colorLevel.ReactiveOnTrack true
set colorLevel.Title "Color Level"
new Slider windowLevel
set windowLevel.Min "0"
- set windowLevel.Max "99"
- set windowLevel.In "50"
+ connect properties.ColorLevel windowLevel.Max
+ connect properties.MidColorLevel windowLevel.In
set windowLevel.ReactiveOnTrack true
set windowLevel.Title "Window Level"
connect ly.Widget checkerBoard.Widget2
/////////////end of Checkboard////////////////////
+/*
+new checkerView checkerboard
+
+ connect convol1.Out checkerboard.In1
+ connect convol2.Out checkerboard.In2
+ connect colorLevel.Out checkerboard.ColorLevel
+ connect windowLevel.Out checkerboard.WindowLevel
+*/
//////////////Transparency///////////////////////////
#Image Transparency view
new ImageSwitcherBox switch
connect convol1.Out switch.In1
- connect convol2.Out switch.In2
- set switch.On "True"
+ connect convol2.Out switch.In2
+
+new CheckBox checkS
+ connect checkS.Out switch.On
+ set checkS.Title "On"
+ set checkS.In "true"
new Slider sdrT
set sdrT.Max "1000"
connect sdrT.BoxChange switch.BoxExecute
connect switch.BoxChange viewerSwitch.BoxExecute
-new LayoutLine switcher
- connect viewerSwitch.Widget switcher.Widget1
- connect switch.Widget switcher.Widget2
- connect sdrT.Widget switcher.Widget3
+new LayoutSplit switcher
+ set switcher.Proportion "70"
+
+new LayoutSplit switchWindow
+ set switchWindow.Proportion "80"
+ connect viewerSwitch.Widget switchWindow.Widget1
+
+new LayoutSplit switchTool
+ set switchTool.Orientation H
+ set switchTool.Proportion "50"
+ connect switch.Widget switchTool.Widget1
+ connect checkS.Widget switchTool.Widget2
+
+ connect switchTool.Widget switchWindow.Widget2
+
+ connect switchWindow.Widget switcher.Widget1
+ connect sdrT.Widget switcher.Widget2
//////////////end of Image Switch///////////////////
+++ /dev/null
-load wx
-load std
-load vtk
-load wxvtk
-load creaMaracasVisu
-load PackVisuImages
-//load creaImageIO
-
-load PackRecalage
-
-//include vtk/boxes/bbLoadHola
-//new LoadHola image
-
-new FileSelector imageSelector1
-new FileSelector imageSelector2
-
-new MetaImageReader image
- connect imageSelector1.Out image.In
-
-new MetaImageReader image2
- connect imageSelector2.Out image2.In
-
-
-#new Gimmick image
-#new Gimmick image2
-
-#Viewer containing image 1
-
-new LayoutLine v1Layout
-new ViewerNV viewer1
-connect image.Out viewer1.In
-set viewer1.nTypeView "0"
-connect viewer1.Widget v1Layout.Widget1
-
-
-#Viewer containing image 2
-
-new LayoutLine v2Layout
-new ViewerNV viewer2
-connect image2.Out viewer2.In
-set viewer2.nTypeView "0"
-connect viewer2.Widget v2Layout.Widget1
-
-#LayoutSplit were the images will be
-
-new LayoutSplit initialImages
-set initialImages.Proportion "50"
-set initialImages.Orientation H
-connect v1Layout.Widget initialImages.Widget1
-connect v2Layout.Widget initialImages.Widget2
-
-#Layout line that will contain the buttons
-
-new LayoutLine buttonsLayout
- set buttonsLayout.Orientation V
-
-#Slider were the angle will be entered
-
-new Slider slider
- set slider.Title "Angle"
- set slider.In 0
- set slider.Min 0
- set slider.Max 360
- set slider.ReactiveOnTrack "1"
- connect slider.Widget buttonsLayout.Widget1
-
-
-
-#Slider were the xScale will be entered
-
-new Slider sliderX
- set sliderX.Title "% Scale in X"
- set sliderX.In 100
- set sliderX.Min 10
- set sliderX.Max 500
- set sliderX.ReactiveOnTrack "1"
- connect sliderX.Widget buttonsLayout.Widget2
-
-
-
-#Slider were the yScale will be entered
-
-new Slider sliderY
- set sliderY.Title "% Scale in Y"
- set sliderY.In 100
- set sliderY.Min 10
- set sliderY.Max 500
- set sliderY.ReactiveOnTrack "1"
- connect sliderY.Widget buttonsLayout.Widget3
-
-
-#Box were the transformation will be made
-
-new Transform2DBox transform
- connect viewer2.Point transform.CenterPoint
- connect slider.Out transform.Angle
- connect sliderX.Out transform.ScaleX
- connect sliderY.Out transform.ScaleY
-
-
-
-new ReSlicerBox reslice1
- connect viewer1.Point reslice1.Origin
- connect transform.Out reslice1.Transform
- connect image2.Out reslice1.In
-
-new SliceImage slice1
- connect reslice1.Out slice1.In
- set slice1.Z "1"
-
-new Viewer2D viewer2d
- connect reslice1.Out viewer2d.In
- set viewer2d.Slice "1"
-
-#new ViewerNV viewer3
- #connect reslice1.Out viewer3.In
- #set viewer3.nTypeView "5"
- #set viewer3.WinWidth "600"
-
-# Create the reslicers
-
-new SliceImage imgslice1
-new SliceImage imgslice2
- connect image.Out imgslice1.In
- connect reslice1.Out imgslice2.In
-
-# Create the visulization box
-new CheckBoardBox cbb
- connect imgslice1.Out cbb.In1
- connect imgslice2.Out cbb.In2
-
-# Create the slider1
-new Slider sdr
- set sdr.ReactiveOnTrack 1
- set sdr.Max 50
- set sdr.In 14
-
-# Create the slider2
-new Slider sdr2
- set sdr2.ReactiveOnTrack 1
- set sdr2.Max 50
- set sdr2.In 14
-
-# Create the ZSlider for the slices
-
-new Slider sdrZ
- set sdrZ.ReactiveOnTrack 1
- set sdrZ.Max 50
- set sdrZ.Title "Z for slice"
-
-connect sdrZ.Out imgslice1.Z
-connect sdrZ.Out imgslice2.Z
-connect sdrZ.BoxChange imgslice1.BoxExecute
-connect sdrZ.BoxChange imgslice2.BoxExecute
-
-# Create viewer & layout
-new LayoutSplit checkerBoard
-new LayoutLine ly
-new ViewerNV viewerCH
- set viewerCH.nTypeView "0"
- set checkerBoard.Proportion 80
-
-# Graphical pipeline
- connect sdr.Out cbb.Cols
- connect sdr2.Out cbb.Rows
- connect cbb.Out viewerCH.In
-
- #connect sdrZ.Widget ly.Widget1
- connect sdr.Widget ly.Widget2
- connect sdr2.Widget ly.Widget3
-
- connect viewerCH.Widget checkerBoard.Widget1
- connect ly.Widget checkerBoard.Widget2
-
-# Create Surface View
-
-new SurfaceCreator surf
- set surf.Color1 RED
- set surf.Color2 BLUE
-
- connect imgslice1.Out surf.Image1
- connect imgslice2.Out surf.Image2
-
-new Slider sdrSurf1
- set sdrSurf1.Min -500
- set sdrSurf1.Max 500
- set sdrSurf1.In 100
-
-new Slider sdrSurf2
- set sdrSurf2.Min -500
- set sdrSurf2.Max 500
- set sdrSurf2.In 300
-
- connect sdrSurf1.Out surf.Height1
- connect sdrSurf2.Out surf.Height2
-
-# Create Surface Layouts
-
-new LayoutSplit surface
-new LayoutLine lySurf
-new Viewer3D viewerSurf
- set surface.Proportion 80
- connect sdrSurf1.Widget lySurf.Widget1
- connect sdrSurf2.Widget lySurf.Widget2
- connect viewerSurf.Renderer surf.Renderer
- #connect lySurf.BoxChange viewerSurf.BoxExecute
-
- connect surf.Out1 viewerSurf.In1
- connect surf.Out2 viewerSurf.In2
-
- connect viewerSurf.Widget surface.Widget1
- connect lySurf.Widget surface.Widget2
-
-#Create Substraction View
-
-new ImageSubstraction imageSub
- connect imgslice1.Out imageSub.In1
- connect imgslice2.Out imageSub.In2
-
-new Slider sdrSub1
- set sdrSub1.In 51
- set sdrSub1.Max 255
- set sdrSub1.Min 0
- set sdrSub1.Title "Upper Zero Level"
-
-new Slider sdrSub2
- set sdrSub2.In 49
- set sdrSub2.Max 255
- set sdrSub2.Min 0
- set sdrSub2.Title "Lower Zero Level"
-
- connect sdrSub1.Out imageSub.In3
- connect sdrSub2.Out imageSub.In4
-
-new ColourSelectorButton colorU
-new ColourSelectorButton colorM
-new ColourSelectorButton colorL
-
- set colorU.WinTitle "Upper Level Colour"
- set colorM.WinTitle "Middle Level Colour"
- set colorL.WinTitle "Lower Level Colour"
-
- set colorU.In "0"
- set colorM.In "50,50,50"
- set colorL.In "1"
-
- connect colorU.Out imageSub.InU
- connect colorM.Out imageSub.InM
- connect colorL.Out imageSub.InL
-
-#Create substraction layout
-
-new Viewer2D subView
- connect imageSub.Out subView.In
-
-new LayoutSplit substraction
-new LayoutLine lySub
-
- connect sdrSub1.Widget lySub.Widget1
- connect sdrSub2.Widget lySub.Widget2
-
-new LayoutLine lySubColor
-
- set lySubColor.Orientation H
- connect colorU.Widget lySubColor.Widget1
- connect colorM.Widget lySubColor.Widget2
- connect colorL.Widget lySubColor.Widget3
-
- connect lySubColor.Widget lySub.Widget3
-
- set substraction.Proportion "70"
-
- connect subView.Widget substraction.Widget1
- connect lySub.Widget substraction.Widget2
-/*
-# Create the transparency box
-new Transparency tb
- connect imgslice1.Out tb.Image1
- connect imgslice2.Out tb.Image2
-
-# Create viewer and add actors
-new Viewer3D transparency
- connect tb.Actor1 transparency.In1
- connect tb.Actor2 transparency.In2
-
-*/
-#Multiple inputs for managing the interaction
-
-new MultipleInputs mult
- connect slider.BoxChange mult.In1
- connect sliderX.BoxChange mult.In2
- connect sliderY.BoxChange mult.In3
- connect viewer1.BoxChange mult.In4
- connect viewer2.BoxChange mult.In5
- #connect mult.BoxChange viewer3.BoxExecute
- #connect mult.BoxChange viewer2d.BoxExecute
-
-
-# Execution pipeline for checkboard
-
-new MultipleInputs mult2
- connect ly.BoxChange mult2.In1
- connect mult.BoxChange mult2.In2
- connect imgslice1.BoxChange mult2.In3
- connect imgslice2.BoxChange mult2.In4
-
-connect mult2.BoxChange cbb.BoxExecute
-connect cbb.BoxChange viewerCH.BoxExecute
-
-# Execution pipeline for Surface
-
-new MultipleInputs mult3
- connect mult2.BoxChange mult3.In1
- connect sdrSurf1.BoxChange mult3.In2
- connect sdrSurf2.BoxChange mult3.In3
-
- connect mult3.BoxChange surf.BoxExecute
- connect surf.BoxChange viewerSurf.BoxExecute
-
-#Execution pipeline for Substraction
-
-new MultipleInputs mult4
- connect sdrSub1.BoxChange mult4.In1
- connect sdrSub2.BoxChange mult4.In2
- connect mult2.BoxChange mult4.In3
-
-new MultipleInputs mult5
- connect mult4.BoxChange mult5.In1
- connect colorU.BoxChange mult5.In2
- connect colorM.BoxChange mult5.In3
- connect colorL.BoxChange mult5.In4
-
- connect mult5.BoxChange imageSub.BoxExecute
- connect imageSub.BoxChange substraction.BoxExecute
-
-#Execution pipeline for Transparency
-/*
-connect mult2.BoxChange tb.BoxExecute
-connect tb.BoxChange transparency.BoxExecute
-*/
-# Button for saving
-
-new CommandButton saveBut
- set saveBut.Label "Save Image"
-
-new FileSelector fileSave
- set fileSave.OpenSave "Save"
- set fileSave.Wildcard "*.mhd"
-
-new MetaImageWriter writSave
- connect reslice1.Out writSave.In
- connect fileSave.Out writSave.Filename
-
- connect saveBut.BoxChange fileSave.BoxExecute
- connect fileSave.BoxChange writSave.BoxExecute
-
-#Layout were the images and the buttones will be displayed
-
-new LayoutSplit window1
- set window1.WinWidth "600"
- set window1.Proportion "80"
- set window1.Orientation V
- connect initialImages.Widget window1.Widget1
- connect buttonsLayout.Widget window1.Widget2
-
-#new LayoutSplit checkBoard
- #set window1.WinWidth "600"
- #set window1.Proportion "80"
- #set window1.Orientation V
- #connect viewer3.Widget checkBoard.Widget1
- #connect checkView.Widget checkBoard.Widget1
-
-new LayoutTab tabs
- connect checkerBoard.Widget tabs.Widget1
- connect surface.Widget tabs.Widget2
- connect substraction.Widget tabs.Widget3
- //connect transparency.Widget tabs.Widget4
-
-new LayoutLine tools
- connect sdrZ.Widget tools.Widget1
- connect saveBut.Widget tools.Widget2
-
-new LayoutSplit window2
- connect tabs.Widget window2.Widget1
- connect tools.Widget window2.Widget2
- set window2.Proportion "90"
-
-new LayoutSplit main
- set main.WinWidth "1200"
- set main.Proportion "50"
- set main.Orientation H
- connect window1.Widget main.Widget1
- connect window2.Widget main.Widget2
-
-#exec image
-#exec image2
-exec main
\ No newline at end of file
+++ /dev/null
-load wx
-load std
-load vtk
-load wxvtk
-load creaMaracasVisu
-load PackVisuImages
-//load creaImageIO
-
-load PackRecalage
-
-//include vtk/boxes/bbLoadHola
-//new LoadHola image
-
-new MetaImageReader image
- set image.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\adc-j0.mhd"
-//new MetaImageReader image2
- //set image.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\adc-j1.mhd"
-
-
-#new Gimmick image
-#new Gimmick image2
-
-#Viewer containing image 1
-
-new LayoutLine v1Layout
-new ViewerNV viewer1
-connect image.Out viewer1.In
-set viewer1.nTypeView "0"
-connect viewer1.Widget v1Layout.Widget1
-
-
-#Viewer containing image 2
-
-new LayoutLine v2Layout
-new ViewerNV viewer2
-connect image.Out viewer2.In
-set viewer2.nTypeView "0"
-connect viewer2.Widget v2Layout.Widget1
-
-#LayoutSplit were the images will be
-
-new LayoutSplit initialImages
-set initialImages.Proportion "50"
-set initialImages.Orientation H
-connect v1Layout.Widget initialImages.Widget1
-connect v2Layout.Widget initialImages.Widget2
-
-exec initialImages
\ No newline at end of file
+++ /dev/null
-load wx
-load std
-load vtk
-load wxvtk
-load creaMaracasVisu
-load PackVisuImages
-//load creaImageIO
-
-load PackRecalage
-
-//include vtk/boxes/bbLoadHola
-//new LoadHola image
-
-new MetaImageReader image
- set image.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\peak-j0.mhd"
-new MetaImageReader image2
- set image.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\peak-j1.mhd"
-
-
-#new Gimmick image
-#new Gimmick image2
-
-#Viewer containing image 1
-
-new LayoutLine v1Layout
-new ViewerNV viewer1
-connect image.Out viewer1.In
-set viewer1.nTypeView "0"
-connect viewer1.Widget v1Layout.Widget1
-
-
-#Viewer containing image 2
-
-new LayoutLine v2Layout
-new ViewerNV viewer2
-connect image2.Out viewer2.In
-set viewer2.nTypeView "0"
-connect viewer2.Widget v2Layout.Widget1
-
-#LayoutSplit were the images will be
-
-new LayoutSplit initialImages
-set initialImages.Proportion "50"
-set initialImages.Orientation H
-connect v1Layout.Widget initialImages.Widget1
-connect v2Layout.Widget initialImages.Widget2
-
-#Layout line that will contain the buttons
-
-new LayoutLine buttonsLayout
- set buttonsLayout.Orientation V
-
-#Slider were the angle will be entered
-
-new Slider slider
- set slider.Title "Angle"
- set slider.In 0
- set slider.Min 0
- set slider.Max 360
- set slider.ReactiveOnTrack "1"
- connect slider.Widget buttonsLayout.Widget1
-
-
-
-#Slider were the xScale will be entered
-
-new Slider sliderX
- set sliderX.Title "% Scale in X"
- set sliderX.In 100
- set sliderX.Min 10
- set sliderX.Max 500
- set sliderX.ReactiveOnTrack "1"
- connect sliderX.Widget buttonsLayout.Widget2
-
-
-
-#Slider were the yScale will be entered
-
-new Slider sliderY
- set sliderY.Title "% Scale in Y"
- set sliderY.In 100
- set sliderY.Min 10
- set sliderY.Max 500
- set sliderY.ReactiveOnTrack "1"
- connect sliderY.Widget buttonsLayout.Widget3
-
-
-#Box were the transformation will be made
-
-new Transform2DBox transform
- connect viewer2.Point transform.CenterPoint
- connect slider.Out transform.Angle
- connect sliderX.Out transform.ScaleX
- connect sliderY.Out transform.ScaleY
-
-
-
-new ReSlicerBox reslice1
- connect viewer1.Point reslice1.Origin
- connect transform.Out reslice1.Transform
- connect image2.Out reslice1.In
-
-new SliceImage slice1
- connect reslice1.Out slice1.In
- set slice1.Z "1"
-
-new Viewer2D viewer2d
- connect reslice1.Out viewer2d.In
- set viewer2d.Slice "1"
-
-#new ViewerNV viewer3
- #connect reslice1.Out viewer3.In
- #set viewer3.nTypeView "5"
- #set viewer3.WinWidth "600"
-
-# Create the reslicers
-
-new SliceImage imgslice1
-new SliceImage imgslice2
- connect image.Out imgslice1.In
- connect reslice1.Out imgslice2.In
-
-# Create the visulization box
-new CheckBoardBox cbb
- connect imgslice1.Out cbb.In1
- connect imgslice2.Out cbb.In2
-
-# Create the slider1
-new Slider sdr
- set sdr.ReactiveOnTrack 1
- set sdr.Max 50
- set sdr.In 14
-
-# Create the slider2
-new Slider sdr2
- set sdr2.ReactiveOnTrack 1
- set sdr2.Max 50
- set sdr2.In 14
-
-# Create the ZSlider for the slices
-
-new Slider sdrZ
- set sdrZ.ReactiveOnTrack 1
- set sdrZ.Max 50
- set sdrZ.Title "Z for slice"
-
-connect sdrZ.Out imgslice1.Z
-connect sdrZ.Out imgslice2.Z
-connect sdrZ.BoxChange imgslice1.BoxExecute
-connect sdrZ.BoxChange imgslice2.BoxExecute
-
-# Create viewer & layout
-new LayoutSplit checkerBoard
-new LayoutLine ly
-new Viewer2D viewerCH
- set checkerBoard.Proportion 80
-
-# Graphical pipeline
- connect sdr.Out cbb.Cols
- connect sdr2.Out cbb.Rows
- connect cbb.Out viewerCH.In
-
- #connect sdrZ.Widget ly.Widget1
- connect sdr.Widget ly.Widget2
- connect sdr2.Widget ly.Widget3
-
- connect viewerCH.Widget checkerBoard.Widget1
- connect ly.Widget checkerBoard.Widget2
-
-# Create Surface View
-
-new SurfaceCreator surf
- set surf.Color1 RED
- set surf.Color2 BLUE
-
- connect imgslice1.Out surf.Image1
- connect imgslice2.Out surf.Image2
-
-new Slider sdrSurf1
- set sdrSurf1.Min -500
- set sdrSurf1.Max 500
- set sdrSurf1.In 100
-
-new Slider sdrSurf2
- set sdrSurf2.Min -500
- set sdrSurf2.Max 500
- set sdrSurf2.In 300
-
- connect sdrSurf1.Out surf.Height1
- connect sdrSurf2.Out surf.Height2
-
-# Create Surface Layouts
-
-new LayoutSplit surface
-new LayoutLine lySurf
-new Viewer3D viewerSurf
- set surface.Proportion 80
- connect sdrSurf1.Widget lySurf.Widget1
- connect sdrSurf2.Widget lySurf.Widget2
- connect viewerSurf.Renderer surf.Renderer
- #connect lySurf.BoxChange viewerSurf.BoxExecute
-
- connect surf.Out1 viewerSurf.In1
- connect surf.Out2 viewerSurf.In2
-
- connect viewerSurf.Widget surface.Widget1
- connect lySurf.Widget surface.Widget2
-
-#Create Substraction View
-
-new ImageSubstraction imageSub
- connect imgslice1.Out imageSub.In1
- connect imgslice2.Out imageSub.In2
-
-new Slider sdrSub1
- set sdrSub1.In 51
- set sdrSub1.Max 255
- set sdrSub1.Min 0
- set sdrSub1.Title "Upper Zero Level"
-
-new Slider sdrSub2
- set sdrSub2.In 49
- set sdrSub2.Max 255
- set sdrSub2.Min 0
- set sdrSub2.Title "Lower Zero Level"
-
- connect sdrSub1.Out imageSub.In3
- connect sdrSub2.Out imageSub.In4
-
-new ColourSelectorButton colorU
-new ColourSelectorButton colorM
-new ColourSelectorButton colorL
-
- set colorU.WinTitle "Upper Level Colour"
- set colorM.WinTitle "Middle Level Colour"
- set colorL.WinTitle "Lower Level Colour"
-
- set colorU.In "0"
- set colorM.In "50,50,50"
- set colorL.In "1"
-
- connect colorU.Out imageSub.InU
- connect colorM.Out imageSub.InM
- connect colorL.Out imageSub.InL
-
-#Create substraction layout
-
-new Viewer2D subView
- connect imageSub.Out subView.In
-
-new LayoutSplit substraction
-new LayoutLine lySub
-
- connect sdrSub1.Widget lySub.Widget1
- connect sdrSub2.Widget lySub.Widget2
-
-new LayoutLine lySubColor
-
- set lySubColor.Orientation H
- connect colorU.Widget lySubColor.Widget1
- connect colorM.Widget lySubColor.Widget2
- connect colorL.Widget lySubColor.Widget3
-
- connect lySubColor.Widget lySub.Widget3
-
- set substraction.Proportion "70"
-
- connect subView.Widget substraction.Widget1
- connect lySub.Widget substraction.Widget2
-
-# Create the transparency box
-new Transparency tb
- connect imgslice1.Out tb.Image1
- connect imgslice2.Out tb.Image2
-
-# Create viewer and add actors
-new Viewer3D transparency
- connect tb.Actor1 transparency.In1
- connect tb.Actor2 transparency.In2
-
-#Multiple inputs for managing the interaction
-
-new MultipleInputs mult
- connect slider.BoxChange mult.In1
- connect sliderX.BoxChange mult.In2
- connect sliderY.BoxChange mult.In3
- connect viewer1.BoxChange mult.In4
- connect viewer2.BoxChange mult.In5
- #connect mult.BoxChange viewer3.BoxExecute
- #connect mult.BoxChange viewer2d.BoxExecute
-
-
-# Execution pipeline for checkboard
-
-new MultipleInputs mult2
- connect ly.BoxChange mult2.In1
- connect mult.BoxChange mult2.In2
- connect imgslice1.BoxChange mult2.In3
- connect imgslice2.BoxChange mult2.In4
-
-connect mult2.BoxChange cbb.BoxExecute
-connect cbb.BoxChange viewerCH.BoxExecute
-
-# Execution pipeline for Surface
-
-new MultipleInputs mult3
- connect mult2.BoxChange mult3.In1
- connect sdrSurf1.BoxChange mult3.In2
- connect sdrSurf2.BoxChange mult3.In3
-
- connect mult3.BoxChange surf.BoxExecute
- connect surf.BoxChange viewerSurf.BoxExecute
-
-#Execution pipeline for Substraction
-
-new MultipleInputs mult4
- connect sdrSub1.BoxChange mult4.In1
- connect sdrSub2.BoxChange mult4.In2
- connect mult2.BoxChange mult4.In3
-
-new MultipleInputs mult5
- connect mult4.BoxChange mult5.In1
- connect colorU.BoxChange mult5.In2
- connect colorM.BoxChange mult5.In3
- connect colorL.BoxChange mult5.In4
-
- connect mult5.BoxChange imageSub.BoxExecute
- connect imageSub.BoxChange substraction.BoxExecute
-
-#Execution pipeline for Transparency
-
-connect mult2.BoxChange tb.BoxExecute
-connect tb.BoxChange transparency.BoxExecute
-
-# Button for saving
-
-new CommandButton saveBut
- set saveBut.Label "Save Image"
-
-new FileSelector fileSave
- set fileSave.OpenSave "Save"
- set fileSave.Wildcard "*.mhd"
-
-new MetaImageWriter writSave
- connect reslice1.Out writSave.In
- connect fileSave.Out writSave.Filename
-
- connect saveBut.BoxChange fileSave.BoxExecute
- connect fileSave.BoxChange writSave.BoxExecute
-
-#Layout were the images and the buttones will be displayed
-
-new LayoutSplit window1
- set window1.WinWidth "600"
- set window1.Proportion "80"
- set window1.Orientation V
- connect initialImages.Widget window1.Widget1
- connect buttonsLayout.Widget window1.Widget2
-
-#new LayoutSplit checkBoard
- #set window1.WinWidth "600"
- #set window1.Proportion "80"
- #set window1.Orientation V
- #connect viewer3.Widget checkBoard.Widget1
- #connect checkView.Widget checkBoard.Widget1
-
-new LayoutTab tabs
- connect checkerBoard.Widget tabs.Widget1
- connect surface.Widget tabs.Widget2
- connect substraction.Widget tabs.Widget3
- connect transparency.Widget tabs.Widget4
-
-new LayoutLine tools
- connect sdrZ.Widget tools.Widget1
- connect saveBut.Widget tools.Widget2
-
-new LayoutSplit window2
- connect tabs.Widget window2.Widget1
- connect tools.Widget window2.Widget2
- set window2.Proportion "90"
-
-new LayoutSplit main
- set main.WinWidth "1200"
- set main.Proportion "50"
- set main.Orientation H
- connect window1.Widget main.Widget1
- connect window2.Widget main.Widget2
-
-#exec image
-#exec image2
-exec main
\ No newline at end of file
+++ /dev/null
-load wx
-load std
-load vtk
-load wxvtk
-load creaMaracasVisu
-load PackVisuImages
-//load creaImageIO
-
-load PackRecalage
-
-//include vtk/boxes/bbLoadHola
-//new LoadHola image
-
-new MetaImageReader image
- set image.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\t2-j0.mhd"
-new MetaImageReader image2
- set image2.In "C:\Documents and Settings\trillos\Bureau\Nicolas\Stage\CreaRecalage\PackRecalage\data\ImagesFabienRecalage\t2-j1.mhd"
-
-
-#new Gimmick image
-#new Gimmick image2
-
-#Viewer containing image 1
-
-new LayoutLine v1Layout
-new ViewerNV viewer1
-connect image.Out viewer1.In
-set viewer1.nTypeView "0"
-connect viewer1.Widget v1Layout.Widget1
-
-
-#Viewer containing image 2
-
-new LayoutLine v2Layout
-new ViewerNV viewer2
-connect image2.Out viewer2.In
-set viewer2.nTypeView "0"
-connect viewer2.Widget v2Layout.Widget1
-
-#LayoutSplit were the images will be
-
-new LayoutSplit initialImages
-set initialImages.Proportion "50"
-set initialImages.Orientation H
-connect v1Layout.Widget initialImages.Widget1
-connect v2Layout.Widget initialImages.Widget2
-
-#Layout line that will contain the buttons
-
-new LayoutLine buttonsLayout
- set buttonsLayout.Orientation V
-
-#Slider were the angle will be entered
-
-new Slider slider
- set slider.Title "Angle"
- set slider.In 0
- set slider.Min 0
- set slider.Max 360
- set slider.ReactiveOnTrack "1"
- connect slider.Widget buttonsLayout.Widget1
-
-
-
-#Slider were the xScale will be entered
-
-new Slider sliderX
- set sliderX.Title "% Scale in X"
- set sliderX.In 100
- set sliderX.Min 10
- set sliderX.Max 500
- set sliderX.ReactiveOnTrack "1"
- connect sliderX.Widget buttonsLayout.Widget2
-
-
-
-#Slider were the yScale will be entered
-
-new Slider sliderY
- set sliderY.Title "% Scale in Y"
- set sliderY.In 100
- set sliderY.Min 10
- set sliderY.Max 500
- set sliderY.ReactiveOnTrack "1"
- connect sliderY.Widget buttonsLayout.Widget3
-
-
-#Box were the transformation will be made
-
-new Transform2DBox transform
- connect viewer2.Point transform.CenterPoint
- connect slider.Out transform.Angle
- connect sliderX.Out transform.ScaleX
- connect sliderY.Out transform.ScaleY
-
-
-
-new ReSlicerBox reslice1
- connect viewer1.Point reslice1.Origin
- connect transform.Out reslice1.Transform
- connect image2.Out reslice1.In
-
-new SliceImage slice1
- connect reslice1.Out slice1.In
- set slice1.Z "1"
-
-new Viewer2D viewer2d
- connect reslice1.Out viewer2d.In
- set viewer2d.Slice "1"
-
-#new ViewerNV viewer3
- #connect reslice1.Out viewer3.In
- #set viewer3.nTypeView "5"
- #set viewer3.WinWidth "600"
-
-# Create the reslicers
-
-new SliceImage imgslice1
-new SliceImage imgslice2
- connect image.Out imgslice1.In
- connect reslice1.Out imgslice2.In
-
-# Create the visulization box
-new CheckBoardBox cbb
- connect imgslice1.Out cbb.In1
- connect imgslice2.Out cbb.In2
-
-# Create the slider1
-new Slider sdr
- set sdr.ReactiveOnTrack 1
- set sdr.Max 50
- set sdr.In 14
-
-# Create the slider2
-new Slider sdr2
- set sdr2.ReactiveOnTrack 1
- set sdr2.Max 50
- set sdr2.In 14
-
-# Create the ZSlider for the slices
-
-new Slider sdrZ
- set sdrZ.ReactiveOnTrack 1
- set sdrZ.Max 50
- set sdrZ.Title "Z for slice"
-
-connect sdrZ.Out imgslice1.Z
-connect sdrZ.Out imgslice2.Z
-connect sdrZ.BoxChange imgslice1.BoxExecute
-connect sdrZ.BoxChange imgslice2.BoxExecute
-
-# Create viewer & layout
-new LayoutSplit checkerBoard
-new LayoutLine ly
-new ViewerNV viewerCH
- set viewerCH.nTypeView "0"
- set checkerBoard.Proportion 80
-
-# Graphical pipeline
- connect sdr.Out cbb.Cols
- connect sdr2.Out cbb.Rows
- connect cbb.Out viewerCH.In
-
- #connect sdrZ.Widget ly.Widget1
- connect sdr.Widget ly.Widget2
- connect sdr2.Widget ly.Widget3
-
- connect viewerCH.Widget checkerBoard.Widget1
- connect ly.Widget checkerBoard.Widget2
-
-# Create Surface View
-
-new SurfaceCreator surf
- set surf.Color1 RED
- set surf.Color2 BLUE
-
- connect imgslice1.Out surf.Image1
- connect imgslice2.Out surf.Image2
-
-new Slider sdrSurf1
- set sdrSurf1.Min -500
- set sdrSurf1.Max 500
- set sdrSurf1.In 100
-
-new Slider sdrSurf2
- set sdrSurf2.Min -500
- set sdrSurf2.Max 500
- set sdrSurf2.In 300
-
- connect sdrSurf1.Out surf.Height1
- connect sdrSurf2.Out surf.Height2
-
-# Create Surface Layouts
-
-new LayoutSplit surface
-new LayoutLine lySurf
-new Viewer3D viewerSurf
- set surface.Proportion 80
- connect sdrSurf1.Widget lySurf.Widget1
- connect sdrSurf2.Widget lySurf.Widget2
- connect viewerSurf.Renderer surf.Renderer
- #connect lySurf.BoxChange viewerSurf.BoxExecute
-
- connect surf.Out1 viewerSurf.In1
- connect surf.Out2 viewerSurf.In2
-
- connect viewerSurf.Widget surface.Widget1
- connect lySurf.Widget surface.Widget2
-
-#Create Substraction View
-
-new ImageSubstraction imageSub
- connect imgslice1.Out imageSub.In1
- connect imgslice2.Out imageSub.In2
-
-new Slider sdrSub1
- set sdrSub1.In 51
- set sdrSub1.Max 255
- set sdrSub1.Min 0
- set sdrSub1.Title "Upper Zero Level"
-
-new Slider sdrSub2
- set sdrSub2.In 49
- set sdrSub2.Max 255
- set sdrSub2.Min 0
- set sdrSub2.Title "Lower Zero Level"
-
- connect sdrSub1.Out imageSub.In3
- connect sdrSub2.Out imageSub.In4
-
-new ColourSelectorButton colorU
-new ColourSelectorButton colorM
-new ColourSelectorButton colorL
-
- set colorU.WinTitle "Upper Level Colour"
- set colorM.WinTitle "Middle Level Colour"
- set colorL.WinTitle "Lower Level Colour"
-
- set colorU.In "0"
- set colorM.In "50,50,50"
- set colorL.In "1"
-
- connect colorU.Out imageSub.InU
- connect colorM.Out imageSub.InM
- connect colorL.Out imageSub.InL
-
-#Create substraction layout
-
-new Viewer2D subView
- connect imageSub.Out subView.In
-
-new LayoutSplit substraction
-new LayoutLine lySub
-
- connect sdrSub1.Widget lySub.Widget1
- connect sdrSub2.Widget lySub.Widget2
-
-new LayoutLine lySubColor
-
- set lySubColor.Orientation H
- connect colorU.Widget lySubColor.Widget1
- connect colorM.Widget lySubColor.Widget2
- connect colorL.Widget lySubColor.Widget3
-
- connect lySubColor.Widget lySub.Widget3
-
- set substraction.Proportion "70"
-
- connect subView.Widget substraction.Widget1
- connect lySub.Widget substraction.Widget2
-/*
-# Create the transparency box
-new Transparency tb
- connect imgslice1.Out tb.Image1
- connect imgslice2.Out tb.Image2
-
-# Create viewer and add actors
-new Viewer3D transparency
- connect tb.Actor1 transparency.In1
- connect tb.Actor2 transparency.In2
-
-*/
-#Multiple inputs for managing the interaction
-
-new MultipleInputs mult
- connect slider.BoxChange mult.In1
- connect sliderX.BoxChange mult.In2
- connect sliderY.BoxChange mult.In3
- connect viewer1.BoxChange mult.In4
- connect viewer2.BoxChange mult.In5
- #connect mult.BoxChange viewer3.BoxExecute
- #connect mult.BoxChange viewer2d.BoxExecute
-
-
-# Execution pipeline for checkboard
-
-new MultipleInputs mult2
- connect ly.BoxChange mult2.In1
- connect mult.BoxChange mult2.In2
- connect imgslice1.BoxChange mult2.In3
- connect imgslice2.BoxChange mult2.In4
-
-connect mult2.BoxChange cbb.BoxExecute
-connect cbb.BoxChange viewerCH.BoxExecute
-
-# Execution pipeline for Surface
-
-new MultipleInputs mult3
- connect mult2.BoxChange mult3.In1
- connect sdrSurf1.BoxChange mult3.In2
- connect sdrSurf2.BoxChange mult3.In3
-
- connect mult3.BoxChange surf.BoxExecute
- connect surf.BoxChange viewerSurf.BoxExecute
-
-#Execution pipeline for Substraction
-
-new MultipleInputs mult4
- connect sdrSub1.BoxChange mult4.In1
- connect sdrSub2.BoxChange mult4.In2
- connect mult2.BoxChange mult4.In3
-
-new MultipleInputs mult5
- connect mult4.BoxChange mult5.In1
- connect colorU.BoxChange mult5.In2
- connect colorM.BoxChange mult5.In3
- connect colorL.BoxChange mult5.In4
-
- connect mult5.BoxChange imageSub.BoxExecute
- connect imageSub.BoxChange substraction.BoxExecute
-
-#Execution pipeline for Transparency
-/*
-connect mult2.BoxChange tb.BoxExecute
-connect tb.BoxChange transparency.BoxExecute
-*/
-# Button for saving
-
-new CommandButton saveBut
- set saveBut.Label "Save Image"
-
-new FileSelector fileSave
- set fileSave.OpenSave "Save"
- set fileSave.Wildcard "*.mhd"
-
-new MetaImageWriter writSave
- connect reslice1.Out writSave.In
- connect fileSave.Out writSave.Filename
-
- connect saveBut.BoxChange fileSave.BoxExecute
- connect fileSave.BoxChange writSave.BoxExecute
-
-#Layout were the images and the buttones will be displayed
-
-new LayoutSplit window1
- set window1.WinWidth "600"
- set window1.Proportion "80"
- set window1.Orientation V
- connect initialImages.Widget window1.Widget1
- connect buttonsLayout.Widget window1.Widget2
-
-#new LayoutSplit checkBoard
- #set window1.WinWidth "600"
- #set window1.Proportion "80"
- #set window1.Orientation V
- #connect viewer3.Widget checkBoard.Widget1
- #connect checkView.Widget checkBoard.Widget1
-
-new LayoutTab tabs
- connect checkerBoard.Widget tabs.Widget1
- connect surface.Widget tabs.Widget2
- connect substraction.Widget tabs.Widget3
- //connect transparency.Widget tabs.Widget4
-
-new LayoutLine tools
- connect sdrZ.Widget tools.Widget1
- connect saveBut.Widget tools.Widget2
-
-new LayoutSplit window2
- connect tabs.Widget window2.Widget1
- connect tools.Widget window2.Widget2
- set window2.Proportion "90"
-
-new LayoutSplit main
- set main.WinWidth "1200"
- set main.Proportion "50"
- set main.Orientation H
- connect window1.Widget main.Widget1
- connect window2.Widget main.Widget2
-
-#exec image
-#exec image2
-exec main
\ No newline at end of file
void CalculateVectorBox::Process()
{
- if(bbGetInputLabels1()[0].compare("") != 0)
+ if(!bbGetInputPointsX1().empty() && !bbGetInputPointsX2().empty())
{
- //std::vector<float> newX1;
- //newX1.push_back((float)bbGetInputPointsX1()[0]);
- std::cout << "Points for first vector: " << bbGetInputPointsX1()[0] << " " << bbGetInputPointsX1()[1] << std::endl;
- //std::vector<float> newX2;
- //newX2.push_back((float)bbGetInputPointsX2()[0]);
+ _vector->SetData(bbGetInputPointsX1(), bbGetInputPointsX2(), bbGetInputPointsY1(), bbGetInputPointsY2(), bbGetInputPointsZ1(), bbGetInputPointsZ2());
+ _vector->Run();
+
+ bbSetOutputOrigin(_vector->GetOrigin());
+ bbSetOutputOriginReslicer(_vector->GetOriginReslicer());
}
}
void CalculateVectorBox::bbUserSetDefaultValues()
{
-
-// SET HERE THE DEFAULT INPUT/OUTPUT VALUES OF YOUR BOX
-// Here we initialize the input 'In' to 0
- /*
- std::vector<std::string> nuevo("","");
- bbSetInputLabels1(nuevo);*/
+ _vector = new VectorMath();
+ std::vector<int> nullVector;
+ bbSetInputPointsX1(nullVector);
+ bbSetInputPointsX2(nullVector);
}
void CalculateVectorBox::bbUserInitializeProcessing()
{
#include "bbtkAtomicBlackBox.h"
#include "iostream"
+#include "VectorMath.h"
+
namespace bbPackRecalage
{
public bbtk::AtomicBlackBox
{
BBTK_BLACK_BOX_INTERFACE(CalculateVectorBox,bbtk::AtomicBlackBox);
+
+ /*Points in X for the first vector (the vector in the first image), this array should have the structure (a,b), "a" being the position in X for the starting point of the vector
+ and "b" the position in X for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsX1,std::vector<int>);
+
+ /*Points in X for the second vector (the vector in the second image), this array should have the structure (a,b), "a" being the position in X for the starting point of the vector
+ and "b" the position in X for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsX2,std::vector<int>);
+
+ /*Points in Y for the first vector (the vector in the first image), this array should have the structure (a,b), "a" being the position in Y for the starting point of the vector
+ and "b" the position in Y for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsY1,std::vector<int>);
+
+ /*Points in Y for the second vector (the vector in the second image), this array should have the structure (a,b), "a" being the position in Y for the starting point of the vector
+ and "b" the position in Y for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsY2,std::vector<int>);
+
+ /*Points in Z for the first vector (the vector in the first image), this array should have the structure (a,b), "a" being the position in Z for the starting point of the vector
+ and "b" the position in Z for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsZ1,std::vector<int>);
+
+ /*Points in Z for the second vector (the vector in the second image), this array should have the structure (a,b), "a" being the position in Z for the starting point of the vector
+ and "b" the position in Z for the ending point of the vector */
BBTK_DECLARE_INPUT(PointsZ2,std::vector<int>);
- BBTK_DECLARE_INPUT(Labels1,std::vector<std::string>);
- BBTK_DECLARE_INPUT(Labels2,std::vector<std::string>);
- BBTK_DECLARE_OUTPUT(OutX,int);
- BBTK_DECLARE_OUTPUT(OutY,int);
- BBTK_DECLARE_OUTPUT(OutZ,int);
+
+ /*Origin (starting point of the vector) of the second image, this is necesary for the translation matrix of a transform filter*/
+ BBTK_DECLARE_OUTPUT(Origin, std::vector<int>);
+
+ /**/
+ BBTK_DECLARE_OUTPUT(OriginReslicer, std::vector<int>);
+ BBTK_DECLARE_OUTPUT(TransformAxis, std::vector<double>);
BBTK_DECLARE_OUTPUT(OutScaleX,int);
BBTK_DECLARE_OUTPUT(OutScaleY,int);
BBTK_DECLARE_OUTPUT(OutScaleZ,int);
BBTK_DECLARE_OUTPUT(OutAngle,double);
BBTK_PROCESS(Process);
void Process();
+
+ private:
+ VectorMath *_vector;
};
BBTK_BEGIN_DESCRIBE_BLACK_BOX(CalculateVectorBox,bbtk::AtomicBlackBox);
BBTK_INPUT(CalculateVectorBox,PointsY2,"List of points in Y for the second vector",std::vector<int>,"");
BBTK_INPUT(CalculateVectorBox,PointsZ1,"List of points in Z for the first vector",std::vector<int>,"");
BBTK_INPUT(CalculateVectorBox,PointsZ2,"List of points in Z for the second vector",std::vector<int>,"");
-BBTK_INPUT(CalculateVectorBox,Labels1,"Labels of the points for the first vector",std::vector<std::string>,"");
-BBTK_INPUT(CalculateVectorBox,Labels2,"Labels of the points for the second vector",std::vector<std::string>,"");
-BBTK_OUTPUT(CalculateVectorBox,OutX,"Point in X for the cross multiplication",int,"");
-BBTK_OUTPUT(CalculateVectorBox,OutY,"Point in Y for the cross multiplication",int,"");
-BBTK_OUTPUT(CalculateVectorBox,OutZ,"Point in Z for the cross multiplication",int,"");
+BBTK_OUTPUT(CalculateVectorBox,Origin,"Points of Origin for the transformation",std::vector<int>,"");
+BBTK_OUTPUT(CalculateVectorBox,OriginReslicer,"Points of Origin for the transformation for the Reslicer",std::vector<int>,"");
+BBTK_OUTPUT(CalculateVectorBox,TransformAxis,"Axis used for the transformation (Result of Cross multiplication)",std::vector<double>,"");
BBTK_OUTPUT(CalculateVectorBox,OutScaleX,"Difference in scale for X for the cross multiplication",int,"");
BBTK_OUTPUT(CalculateVectorBox,OutScaleY,"Difference in scale for Y for the cross multiplication",int,"");
BBTK_OUTPUT(CalculateVectorBox,OutScaleZ,"Difference in scale for Z for the cross multiplication",int,"");
{
MyTimer::MyTimer(ImageSwitcherBox *box): wxTimer()
{
- _box = box;
+ _box = box;
}
MyTimer::~MyTimer()
{
+ delete this;
}
void MyTimer::Notify()
{
- _box->Process();
+ _box->Change();
_box->bbSignalOutputModification(std::string("Out"));
- }
-
-
-
+ }
BBTK_ADD_BLACK_BOX_TO_PACKAGE(PackRecalage,ImageSwitcherBox)
BBTK_BLACK_BOX_IMPLEMENTATION(ImageSwitcherBox,bbtk::WxBlackBox);
+
+void ImageSwitcherBox::Change()
+{
+ if(change == false)
+ {
+ bbSetOutputOut(bbGetInputIn2());
+ change = true;
+ }
+ else
+ {
+ bbSetOutputOut(bbGetInputIn1());
+ change = false;
+ }
+}
+
void ImageSwitcherBox::Process()
{
time = bbGetInputTime();
- _on = bbGetInputOn();
+ _on = bbGetInputOn();
+
+ if(firstTime == true)
+ {
+ if(bbGetInputIn1() != NULL)
+ {
+ bbSetOutputOut(bbGetInputIn1());
+ firstTime = false;
+ }
+ else if(bbGetInputIn2() != NULL)
+ {
+ bbSetOutputOut(bbGetInputIn2());
+ firstTime = false;
+ }
+ }
if(myTimer == NULL)
{
myTimer->Start(time);
oldTime = time;
}
-
+ /*
if(oldTime != time && myTimer !=NULL)
{
myTimer->Stop();
myTimer->Start(time);
oldTime = time;
+ }*/
+
+ if(!_on)
+ {
+ myTimer->Stop();
}
-
- if(change == false)
+ else if(!myTimer->IsRunning())
{
- bbSetOutputOut(bbGetInputIn1());
- change = true;
+ myTimer->Start(time);
+ oldTime = time;
}
- else
+ else if(oldTime != time)
{
- bbSetOutputOut(bbGetInputIn2());
- change = false;
- }
+ myTimer->Stop();
+ myTimer->Start(time);
+ oldTime=time;
+ }
}
void ImageSwitcherBox::CreateWidget(wxWindow* parent)
{
- bbSetOutputWidget( new wxButton ( parent , -1 , _T("Start/Stop Image Change") ) );
+ bbSetOutputWidget( new wxStaticText(parent, -1, _T("Image Switcher")) );
}
void ImageSwitcherBox::bbUserSetDefaultValues()
{
change = false;
time = 500;
oldTime = 500;
- _on = false;
+ firstTime = true;
+ _on=false;
}
void ImageSwitcherBox::bbUserInitializeProcessing()
{
#include "vtkImageData.h"
#include <wx/timer.h>
+#include <wx/wx.h>
namespace bbPackRecalage
{
BBTK_CREATE_WIDGET(CreateWidget);
void CreateWidget(wxWindow*);
+ public:
+ void Change();
+
private:
bool change;
MyTimer *myTimer;
int time;
int oldTime;
bool _on;
+ bool firstTime;
};
BBTK_BEGIN_DESCRIBE_BLACK_BOX(ImageSwitcherBox,bbtk::WxBlackBox);
BBTK_INPUT(ImageSwitcherBox,In1,"First Image",vtkImageData*,"");
BBTK_INPUT(ImageSwitcherBox,In2,"Second Image",vtkImageData*,"");
BBTK_INPUT(ImageSwitcherBox,Time,"Time between image change",int,"");
-BBTK_INPUT(ImageSwitcherBox,On,"Timer status. True = On.",bool,"");
+BBTK_INPUT(ImageSwitcherBox,On,"Defines if the switcher is turned on. ON = True.",bool,"");
BBTK_OUTPUT(ImageSwitcherBox,Out,"Image to be placed",vtkImageData*,"");
BBTK_END_DESCRIBE_BLACK_BOX(ImageSwitcherBox);
}
void ReSlicerBox::Process()
{
- if(bbGetInputOrigin()[0])
+ if(!bbGetInputOrigin().empty())
{
image = vtkImageChangeInformation::New();
image->SetInput( bbGetInputIn() );
BBTK_BLACK_BOX_IMPLEMENTATION(Transform2DBox,bbtk::AtomicBlackBox);
void Transform2DBox::Process()
{
- if(bbGetInputCenterPoint()[0])
+ if(!bbGetInputCenterPoint().empty())
{
// The inputs are set in the library transformer
transformer->SetCenterPoint( bbGetInputCenterPoint() );
transformer->SetScaleX( bbGetInputScaleX() );
transformer->SetScaleY( bbGetInputScaleY() );
transformer->SetScaleZ( bbGetInputScaleZ() );
+
+ //If 3D, make extra preparations
+ if(_3D)
+ {
+ transformer->SetAxis(bbGetInputAxis());
+ }
+
// The calculation of the transformations are made
- transformer->Run();
+ transformer->Run(_3D);
// We get the results of transformer and set it as result of this box
bbSetOutputOut( transformer->GetResult() );
}
bbSetInputScaleX(100);
bbSetInputScaleY(100);
bbSetInputScaleZ(100);
- bbSetOutputOut(NULL);
+ bbSetOutputOut(NULL);
+ _3D = false;
}
void Transform2DBox::bbUserInitializeProcessing()
/*Point(x,y) -> Rotation Center*/
BBTK_DECLARE_INPUT(CenterPoint,std::vector<int>);
+ /*Vector(x,y) -> Axis Rotation Vector*/
+ BBTK_DECLARE_INPUT(Axis,std::vector<double>);
+
/*Rotation angle*/
BBTK_DECLARE_INPUT(Angle,double);
/*Scalation to be done int the z axis*/
BBTK_DECLARE_INPUT(ScaleZ,double);
+
+ /*3D transformation on or off option*/
+ BBTK_DECLARE_INPUT(3D,bool);
/*Resultant vtkTransform*/
BBTK_DECLARE_OUTPUT(Out, vtkLinearTransform*);
/*Class in charge of making the transformations*/
Transformer *transformer;
+
+ /*Boolean that defines if the transformation is in 3D or not. True = Transfomation is in 3D*/
+ bool _3D;
};
BBTK_BEGIN_DESCRIBE_BLACK_BOX(Transform2DBox,bbtk::AtomicBlackBox);
BBTK_DESCRIPTION("Given 2 points and an angle, it calculates the vtkTransform result after aplying the transformations, using the first point as base of the transformation");
BBTK_CATEGORY("filter");
BBTK_INPUT(Transform2DBox,CenterPoint,"Point (x,y,z) -> Rotation Center",std::vector<int>,"");
+BBTK_INPUT(Transform2DBox,Axis,"Vector (x,y,z) -> Axis Rotation Vector. Used only on 3D transformations.",std::vector<double>,"");
BBTK_INPUT(Transform2DBox,Angle,"Rotation Angle",double,"");
BBTK_INPUT(Transform2DBox,ScaleX,"Scale in X",double,"");
BBTK_INPUT(Transform2DBox,ScaleY,"Scale in Y",double,"");
BBTK_INPUT(Transform2DBox,ScaleZ,"Scale in Z",double,"");
-BBTK_OUTPUT(Transform2DBox,Out,"vtk Transform filter ",vtkLinearTransform*,"");
+BBTK_INPUT(Transform2DBox,3D,"Boolean that defines if the transformation is in 3D or not. True = Transfomation is in 3D ",bool,"");
+BBTK_OUTPUT(Transform2DBox,Out,"Linear Transform filter",vtkLinearTransform*,"");
BBTK_END_DESCRIBE_BLACK_BOX(Transform2DBox);
}
// EO namespace bbPackRecalage
_centerPoint=point;
}
+/*
+ SETS AXIS POINT
+*/
+void Transformer::SetAxis(std::vector<double> axis)
+{
+ _transformAxis=axis;
+}
+
/*
SETS THE ANGLE
*/
/*
MAKES THE TRANSFORMATIONS
*/
-void Transformer::Run()
+void Transformer::Run(bool _3D)
{
_transform->Identity();
_transform->Translate(_centerPoint[0], _centerPoint[1], _centerPoint[2]);
_transform->Scale(_scaleX, _scaleY,_scaleZ);
- _transform->RotateWXYZ(_angle, 0, 0, 1);
+ if(_3D)
+ {
+ _transform->RotateWXYZ(_angle, _transformAxis[0], _transformAxis[1], _transformAxis[2]);
+ }
+ else
+ {
+ _transform->RotateWXYZ(_angle, 0, 0, 1);
+ }
+
_transform->Update();
}
~Transformer();
void SetTransform(vtkTransform *transform);
void SetCenterPoint(std::vector<int> point);
+ void SetAxis(std::vector<double> axis);
void SetAngle(double angle);
void SetScaleX(double scaleX);
void SetScaleY(double scaleY);
void SetScaleZ(double scaleZ);
- void Run();
+ void Run(bool _3D);
+
vtkTransform *GetResult();
private:
std::vector<int> _centerPoint;
+ std::vector<double> _transformAxis;
double _angle;
double _scaleX;
double _scaleY;
VectorMath::VectorMath()
{
- //_math = vtkMath::new();
+
}
VectorMath::~VectorMath()
{
- if (_math != NULL ) { _math->Delete(); }
+
}
void VectorMath::SetData(std::vector<int> pointsX1, std::vector<int> pointsX2, std::vector<int> pointsY1, std::vector<int> pointsY2, std::vector<int> pointsZ1, std::vector<int> pointsZ2)
_pointz2a = pointsZ2[0];
_pointz2b = pointsZ2[1];
}
-/*
-int[3]* VectorMath::GetPoints()
+void VectorMath::Run()
{
+ _origin.clear();
+ _origin.push_back(_pointx2a);
+ _origin.push_back(_pointy2a);
+ _origin.push_back(_pointz2a);
+ _originReslicer.clear();
+ _originReslicer.push_back(_pointx1a);
+ _originReslicer.push_back(_pointy1a);
+ _originReslicer.push_back(_pointz1a);
+
+ double _vectorA[3];
+ _vectorA[0] =(double)(_pointx1b - _pointx1a);
+ _vectorA[1] =(double)(_pointy1b - _pointy1a);
+ _vectorA[2] =(double)(_pointz1b - _pointz1a);
+
+ double normA = vtkMath::Norm(_vectorA);
+
+ _vectorA[0] = _vectorA[0]/normA;
+ _vectorA[1] = _vectorA[1]/normA;
+ _vectorA[2] = _vectorA[2]/normA;
+
+ double _vectorB[3];
+ _vectorB[0] =(double)(_pointx2b - _pointx2a - _pointx1a);
+ _vectorB[1] =(double)(_pointy2b - _pointy2a - _pointy1a);
+ _vectorB[2] =(double)(_pointz2b - _pointz2a - _pointz1a);
+
+ double normB = vtkMath::Norm(_vectorB);
+
+ _vectorB[0] = _vectorB[0]/normB;
+ _vectorB[1] = _vectorB[1]/normB;
+ _vectorB[2] = _vectorB[2]/normB;
+
+ vtkMath::Cross(_vectorA, _vectorB, _result);
+
+ std::cout << "Data from vector A: X: " << _vectorA[0] << " Y: " << _vectorA[1] << " Z: " << _vectorA[2] << std::endl;
+ std::cout << "Data from vector B: X: " << _vectorB[0] << " Y: " << _vectorB[1] << " Z: " << _vectorB[2] << std::endl;
+ std::cout << "Data from result: X: " << _result[0] << " Y: " << _result[1] << " Z: " << _result[2] << std::endl;
+
+ double _vectorOrigin[3] = {0,0,0};
+
+ double distanceA = vtkMath::Distance2BetweenPoints(_vectorOrigin, _vectorA);
+ double distanceB = vtkMath::Distance2BetweenPoints(_vectorOrigin, _vectorA);
+
+ double proportion = distanceA/distanceB;
+
+ _scaleX = proportion;
+ _scaleY = proportion;
+ _scaleZ = proportion;
+
+ _angle = acos(vtkMath::Dot(_vectorA, _vectorB));
+
+ _angle = vtkMath::DegreesFromRadians(_angle);
+
+ std::cout << "Dot " << vtkMath::Dot(_vectorA, _vectorB) << std::endl;
+ std::cout << "Angle " << (double)_angle << std::endl;
+}
+
+
+std::vector<int> VectorMath::GetOrigin()
+{
+ return _origin;
}
-double[3]* VectorMath::GetScales()
+std::vector<int> VectorMath::GetOriginReslicer()
{
+ return _originReslicer;
+}
+void VectorMath::GetResult(double result[3])
+{
+ result = _result;
}
-double VectorMath::GetAngle()
+double VectorMath::GetScaleX()
+{
+ return _scaleX;
+}
+
+double VectorMath::GetScaleY()
+{
+ return _scaleY;
+}
+
+double VectorMath::GetScaleZ()
{
+ return _scaleZ;
+}
-}*/
+double VectorMath::GetAngle()
+{
+ return _angle;
+}
~VectorMath();
void SetData(std::vector<int> pointsX1, std::vector<int> pointsX2, std::vector<int> pointsY1, std::vector<int> pointsY2, std::vector<int> pointsZ1, std::vector<int> pointsZ2);
void Run();
- /*
- int[3]* GetPoints();
- double[3]* GetScales();
- double GetAngle();*/
+ std::vector<int> GetOrigin();
+ std::vector<int> GetOriginReslicer();
+ void GetResult(double result[3]);
+ double GetAngle();
+ double GetScaleX();
+ double GetScaleY();
+ double GetScaleZ();
+
private:
- //float[3] _points;
-
int _pointx1a;
int _pointx1b;
int _pointx2a;
int _pointz1b;
int _pointz2a;
int _pointz2b;
-
- vtkMath *_math;
+
+ std::vector<int> _origin;
+ std::vector<int> _originReslicer;
+ double _result[3];
+
+ double _scaleX;
+ double _scaleY;
+ double _scaleZ;
+
+ double _angle;
};
#endif
git://git.creatis.insa-lyon.fr / creaRigidRegistration.git / commitdiff