quantixed

/*
 * Short routine to save a single timepoint from a 2 channel movie
 * Used for knocksideways spindle analysis
 * Best done with "click ROI" square ROI over cell of interest
 */
dir = getDirectory("home")+"Desktop"+File.separator
winName = getTitle();
sliceNo =  round(getSliceNumber() / 2);
s = "title=[tempwin] duplicate frames=" + d2s(sliceNo,0);
run("Duplicate...", s);

quantixed

// calculates spherical distance between two points on earth given coords in decimal degrees
// uses haversine formula
// radius of earth is taken to be 6371 km (IUGG/WGS-84 mean)
Function SphericalDistanceBetweenTwoPoints(lat1, long1, lat2, long2)
    Variable lat1, long1, lat2, long2
    
    // convert inputs in degrees to radians
    lat1*= pi/180
    long1*= pi/180
    lat2*= pi/180

quantixed

function lutValuesToTable(filePath) {
	getLut(reds, greens, blues);
	tableTitle = "lutValueTable";
	eightBit = 256;
	run("Table...", "name=["+tableTitle+"] width=600 height=250");
	print("["+tableTitle+"]", "\\Headings:Index\tRed\tGreen\tBlue");
	for (i = 0; i < eightBit; i ++) {
		rowString = d2s(i,0) + "\t" + reds[i] + "\t" + greens[i] + "\t" + blues[i];
		print("["+tableTitle+"]", rowString);
	}

quantixed

Keybase proof

I hereby claim:

• I am quantixed on github.
• I am sjroyle (https://keybase.io/sjroyle) on keybase.
• I have a public key ASCWCcNewPuFelX38VrKNO9CBVZh967DT85XKS9rN7Hwjgo

To claim this, I am signing this object:

quantixed

tell application "TextEdit"
	set wc to count words of document 1
	set cc to count characters of document 1
	if wc is equal to 1 then
		set txt to " word, "
	else
		set txt to " words, "
	end if
	if cc is equal to 1 then
		set txtc to " character."