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/* | |
* Making a pretty fluorogram | |
* Olivier Burri, BioImaging & Optics Platform, EPFL | |
*/ | |
run("Fluorescent Cells (400K)"); | |
image = getTitle(); | |
run("Split Channels"); |
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/* | |
* By Olivier Burri, BioImaging & Optics Platform EPFL | |
* June 2016 | |
* Provided as-is from a request on the ImageJ Forum | |
* http://forum.imagej.net/t/dividing-circle-into-8-equal-areas/1995 | |
*/ | |
var count = 0; // Variable to know which circle we are working on | |
// If you install this macro, it will be mapped to the F2 Key |
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//ImageJ macro making a movie (stack) of zooming on selected rectangle (ROI) | |
//Eugene Katrukha katpyxa at gmail.com | |
requires("1.48h"); | |
//check if there is rectangular selection | |
if(selectionType() ==0) | |
{ | |
sTitle=getTitle(); | |
sMovieTitle=sTitle+"_zoom_movie"; | |
setBatchMode(true); |
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/** | |
* Flames. Generates some flames by using gradients (with basic | |
* spline math) and Perlin noise (for generating the flame | |
* height). | |
*/ | |
/** Flame outer color */ | |
color startCol = color(100, 0, 210); | |
/** Flame inner color */ | |
color endCol = color(200, 150, 255); |
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/* | |
* Simple script that takes a selection and computes the curvature radius for the whole perimeter of the shape. | |
* | |
* By Olivier Burri, | |
* BioImaging and Optics Platform, BIOP | |
* Ecole Polytechnique Fédérale de Lausanne (EPFL) | |
* Last update: May 2017 | |
* | |
* | |
*/ |
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// Providing an image and polyline, macro illustrates | |
// (creates a stack with animation) | |
// "Straighten" ROI function of ImageJ | |
// 2021.01.15 Eugene Katrukha / katpyxa at gmail dot com | |
if (nImages<1) | |
{ | |
exit("This macro needs an input image. Open something"); | |
} | |
if(selectionType()!=6) |
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// This macro converts a 24x24 8-bit image to a tool macro icon | |
// string. Ideally, the image should have no more than 16 colors. | |
// Includes a few examples. | |
macro "Convert Image to Tool Icon 24..." { | |
requires("1.53c"); // for the extended hex feature | |
if (bitDepth==24) // convert RGB to 16-color 8-bit | |
run("8-bit Color", "number=16"); | |
if (bitDepth!=8 || getWidth>24 || getHeight>24) | |
exit("This macro requires an 8-bit 24x24 image"); |
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#@ File saveLocation (label="Location of MIDI save file") | |
/** | |
* Testing Spots to Sound using MIDI | |
* Each hit is given a unique note based on some metric and intensity is related to volume | |
* | |
* = AUTHOR INFORMATION = | |
* Code written by Olivier Burri, EPFL - SV - PTECH - BIOP | |
* for Samuel Vernon, McCabe Lab | |
* 2022.08.23 |