How do you decode my matrix code?

Answer 1

Hello, here i am again fellowonline-readers, remember me?

I'm the one who always questions and answers my questions! Well, here is what your looking for! DECODING Step 1=in the making of...1 Now what every kind of array of kind of matrix your decoding, you must be able to add. which most of us know how to do. so if you had an array of 3 and 3 or 3x3 or 3 by three, you would add across, now if you want to add numbers downwise, then just put a arrow going down or across. step 2=in the making of...2 now totalwise, you would have to add like all three or four or five etc., because as many as numbers you want, it would have to go at least before 26. but there is something optional that you can do that i will add soon. step 3=in the making of...3 so just make a a=1 chart and then the total of the array down or across would match the one of the numbers to the letters. you may also do this, you could make it backwards so it could REALLY confuse them. But here's another tricky part, you cannot use like 661 and 661 again, you must have it different so same different numbers but the same equality or outcome or output or whatever. step 4=optional CONFUSERS FOR THE BRAIN! ... OR THE DECIPHERS You could put the numbers over the 26 and just start over, but here's a little secret ill show you, you put the numbers into the alphabet backwards, and go over into the high numbers, that will get em confused! step 5=EXAMPLES Now if are confused by all the things Ive said, then ill show you some examples example: HELLO |431|H |221|E |651|L |642|L |771|O As you can see, for the two L's i but 651 and 642, so same outcome, but different input. step 6=this is not the same... This is really not the same as real matrices and matrix's this is a beginner based related array by arrayed numbered. they will not and never be compared because of the complicity of the matrices and my code-based little array thing kind of related, if you take this wrong, I'm sorry, I'm just saying these are not the same as matrices. Happy days! :-)