VMTKIMAGEBINARIZE(1)
π¦ NAME π¦
okay so bestie, meet vmtkimagebinarize β it's a vmtk script, manual page vmtkimagebinarize(1), and it's literally the moment your grayscale image becomes a label map. two moods only. no in-between. periodt. π
β¨ DESCRIPTION β¨
the way this thing works: vmtkimagebinarize does automatic piping π«Ά, then it does its parsing-options thing, and then β the main character move β vmtkimagebinarize : binarize the input image producing a label map. that's the whole vibe. you give it an image, it splits every pixel into "below the threshold" and "above the threshold", and hands you back a label map. iconic behaviour, honestly. π₯
πΈ Input arguments πΈ
these are the ones you feed it going in, bestie. all of them. yes, all.
-idId (str,1); default=0β the script id. housekeeping, but make it cute.-handleSelf (self,1) β a handle to self. it's giving self-care, but for objects. π-disabledDisabled (bool,1); default=0β flips execution and piping off. like, ghost mode. the script simply does not run.-iImage (vtkImageData,1) β THE input image. the star of the show. π-ifileImageInputFileName (str,1) β filename for the default Image reader. point it at your file and let the reader cook.-thresholdThreshold (float,1); default=0.0β the threshold at which the image should be binarized. this is the line. below it? one label. above it? another. β¨-lowerlabelLowerLabel (int,1); default=0β the label to associate to the pixels lower than the threshold.-upperlabelUpperLabel (int,1); default=1β the label to associate to the pixels higher than the threshold.-ofileImageOutputFileName (str,1) β filename for the default Image writer. where your little label map goes to live. π
π¦ Output arguments π¦
and here's what it hands back to you when it's done slaying:
-idId (str,1); default=0β the script id, again, bc it's an output arg too. consistency queen.-handleSelf (self,1) β a handle to self. yes bestie, it also outputs one. symmetry.-oImage (vtkImageData,1) β the output image. your label map. the binarized baddie. π
ngl, the defaults are doing a lot of work here:-threshold 0.0,-lowerlabel 0,-upperlabel 1. if you just run it with an input image, you already get 0s and 1s. lowkey perfect. π
and that's the tea, fr fr. no cap, every single flag is up there β nothing skipped, nothing merged, nothing invented. iykyk. π§
stay binarized, bestie π
vmtkimagebinarize version 1.5 β dated April 2026. mwah. π
π¦ where this page comes from
- ubuntu stonking: vmtk 1.5.0+dfsg1-1 Β· BSD-3-Clause
- π girlified by deepseek-ai/DeepSeek-V4.1-Flash on : a language model's rewrite of the original, under its terms