Simple thing about marking dovetails

[Robert Engel]

DON'T use Roman numerals to mark matching joints.

Easy to confuse II and III. Duh.....

I don't usually do that but for some reason I did and cause me trouble!!

[Andrew Pitonyak]

How about emojis?

[Joshua Hancock]

I use arabic numbers and write them in the same orientation on the matching corners. I had the same issue with roman numerals.

[Bob Glenn]

There are II types of people in the world, those that can read roman numerals and those that can't. (quote from P/WW) Bob

[Jim Koepke]

I use the Greek alphabet with the English alphabet if more letters are needed.

Inside Layout.jpg

This indicates one omega with an arrow pointing up. It is in an area inside the joint so it will not show when it is assembled.

There is a sheet with the Greek alphabet hanging on my shop wall.

jtk

[Luke Dupont]

Hey, I go so far as to completely scribble out my waste on all faces because apparently I don't see X's.

I've been using roman numerals as well. As I'm also very mistake prone I should probably take your advice and change that.

[Patrick Chase]

There are II types of people in the world, those that can read roman numerals and those that can't. (quote from P/WW) Bob

Software eng. version: There are 10 types of people in the world, those that can read binary and those who can't.

[John Kananis]

Software eng. version: There are 10 types of people in the world, those that can read binary and those who can't.

That would be 01 types...no?

[Jim Koepke]

That would be 01 types...no?

Are you possibly thinking of tintypes?

jtk

[John Kananis]

Are you possibly thinking of tintypes?

jtk

Haha, good. No, first place in binary is 1, next place is 2, third 4, etc. A (1) in that place denotes 'on', so 01 reads as first place is 'off' and second place is 'on' - so that 11 would equal three and 111 would equal seven but 101 would be five.

[Patrick Chase]

That would be 01 types...no?

Binary representations are invariably most-significant-bit-leftmost within a single byte, so "2" decimal is always "10" binary.

When you get to multi-byte values then endian-ness may come into play if it's the binary contents of some machine's memory as opposed to an abstract number.

[David Bassett]

only if you like your LSB on the left.

ETA: I was replying to John, but Patrick beat me.

[Bill White]

WAHHHH! You guys are makin' my head hurt.
Bill

[steven c newman]

Have been known to just use a black sharpie, and place a series of dots on the insides of the joints

As in a . matches up to the other .

By the time I am at the fourth corner .... matches up to ..... Used it on both dovetailed joints, and on a table's leg to apron joints
test fit frames.jpg
Get this many spots to connect.....lucky that the shoulders of the tenons covered up all them spots.

[John Kananis]

Binary representations are invariably most-significant-bit-leftmost within a single byte, so "2" decimal is always "10" binary.

When you get to multi-byte values then endian-ness may come into play if it's the binary contents of some machine's memory as opposed to an abstract number.

Bah, what was I thinking?...