diff --git a/scripts/celldemo_FindMaxima_makeSpots.groovy b/scripts/celldemo_FindMaxima_makeSpots.groovy
new file mode 100644
index 0000000..fe8486b
--- /dev/null
+++ b/scripts/celldemo_FindMaxima_makeSpots.groovy
@@ -0,0 +1,101 @@
+#@RoiManager rm
+#@ResultsTable rt 
+#@Double (value = 25.0) prominence
+#@Double (value = 0.5) xRad_spot 
+#@Double (value = 0.5) yRad_spot
+#@Double (value = 1.0) zRad_spot
+#@Boolean (value=false ) showImages
+
+/*
+ * This scripts demoes how to :
+ * A - make use of Fiji to detect spots 
+ * B - create Imaris spots from the Results Table
+ */
+
+// start-up cleaning
+rt.reset()
+rt.updateResults()
+rm.reset();
+IJ.run("Close All", "");
+EasyXT.Utils.connectToImaris()
+
+// Open an image in Imaris, 
+// get it as an ImagePlus in Fiji 
+// and get calibration 
+def image_path = EasyXT.Samples.getImarisDemoFile("celldemo.ims")
+EasyXT.Files.openImage(image_path)
+
+def dataset = EasyXT.Dataset.getCurrent()
+def imp = EasyXT.Dataset.getImagePlus( dataset )
+if (showImages) imp.show()
+def cal = imp.getCalibration();
+
+def c3_imp = new Duplicator().run(imp, 3, 3, 1, 18, 1, 1);
+if (showImages) c3_imp.show()
+
+/** A - make use of Fiji to detect spots
+ */
+
+// We'll just apply a Median 3D to have less point
+IJ.run(c3_imp, "Median 3D...", "x=2 y=2 z=2");
+
+// Use a simple FindMaxima per Slice 
+// (more advanced tools can be used like RS-FISH (https://github.com/PreibischLab/RS-FISH#download , update site : "Radial Symmetry") )
+(1..imp.getNSlices()).each{ z ->
+	c3_imp.setZ(z)
+	IJ.run(c3_imp, "Find Maxima...", "prominence="+prominence+" output=[Point Selection]");
+	def roi = c3_imp.getRoi();
+	if (roi != null ){
+		roi.setPosition(z);
+		rm.addRoi(roi);
+	}	
+}
+
+//Make sure to have the necessary measurements 
+IJ.run("Set Measurements...", "area mean standard min centroid center stack display redirect=None decimal=3");
+rm.runCommand(c3_imp,"Measure");
+
+
+/** B - create Imaris spots from the Results Table
+ */
+
+// Couldn't make it work with "X" and "Y" :'( 
+// use "XM, YM" instead ! 
+xS = rt.getColumn("XM")
+xS_cal = xS.collect{ (it + cal.xOrigin) * cal.pixelWidth }
+
+yS = rt.getColumn("YM")
+yS_cal = yS.collect{ (it + cal.yOrigin) * cal.pixelHeight }
+
+zS = rt.getColumn("Slice") // Slices are "int", need to be scaled 
+zS_cal = zS.collect{ (it + cal.zOrigin)  * cal.pixelDepth }
+
+coordinates = (0..<rt.getCounter()).collect { it ->
+ 	pt = new Point3D()
+ 	pt.setX( xS_cal[it] as double )
+ 	pt.setY( yS_cal[it] as double )
+ 	pt.setZ( zS_cal[it] as double )
+ 	return pt
+}
+
+// To create spots we need a list of coordinates and a Point3D (or a list of Point3D) that defines the radius (xyz) of the spot object
+//
+// here all the spots will have same dimensions
+radiusXYZ = new Point3D()
+radiusXYZ.setX(xRad_spot as double )
+radiusXYZ.setY(yRad_spot as double)
+radiusXYZ.setZ(zRad_spot as double )
+
+// Finally create the ImarisSpots 
+spots = EasyXT.Spots.create(coordinates , radiusXYZ, 0)// single timepoint -> 0
+EasyXT.Scene.setName(spots , "Spots_FindMaxima_Prominence-"+prominence )
+EasyXT.Scene.addItem(spots)
+
+println ("Processing Done !")
+
+
+// imports
+import ij.IJ
+import ch.epfl.biop.imaris.EasyXT
+import ij.plugin.Duplicator
+import mcib3d.geom.Point3D // update site 3D Image Suite