Loop Until bitMask = 0That "(divisor*2) <= quotient" can probably be "divisor <= (quotient/2)" which is easier to handle as no possibility of overflow. The basic subroutine is about 75 bytes and uses 9 bytes of RAM, or a "stripped down" version (with only a 16 bit result word) uses about 55 bytes of code, and 7 bytes of RAM. The whole picture is that of a smiling land, a God-fearing and contented people, all in striking contrast with the panic and unrest with which the people had been but too familiar. In all parts of the kingdom of Christ, the lowest as well as the highest, "judgment" and "righteousness" shall prevail (comp. Stuart Group Limited are authorised and regulated by the Financial Conduct Authority, FRN: 998111, authorised for secondary credit broking.

But I would likely work out on paper what each step of the algorithm should produce and then compare what stepping through the program produces. You can create a 32-bit result from a 16-bit times 16-bit multiplication by multiplying only 8-bit values and getting 16-bit results, so it may be possible to somehow reverse that process.I can't test the X-series shift commands, but the w2 = w2 + w2 format (to shift left) appears to be about 10% faster than w2 = w2 * 2 and twice the speed of w2 = w2 / 2 (shift right). As the rain sensor is probably only accurate to around 5 - 10% you could just scale all of your data down to single words.

All other numerators should gnererate an out-of-range value and as I said earlier my code has no range testing.So, if we were writing a "specification" for a "32-bit divison" subroutine and agree that it's to be a 32-bit numerator divided by a 16 (or 15) bit divisor, we still have to decide whether the result should be 16 or 32 bits and whether the input variable values should be retained, corrupted or maybe overwritten by result data. Please Note: There may be minor differences in the specification and appearance between the European model and US model featured in these articles. However, PICAXE does allow 16-bit by 8-bit divide ( and 16-bit by 16-bit ) and there are three overlapping groups of 16-bits in a 32-bit number. When I need to sand and level veneered plywood, cabinet doors, highly figured wood, or thin panels, a drum sander is my tool of choice.

I'm intrigued that womai's routine achieves a 32 bit result with 16-17 iterations and have considered attempting to create a "hybrid" routine, but am concerned by the additional resources required. To calculate the greatest common factor (GCF) of 16 and 32, we need to factor each number (factors of 16 = 1, 2, 4, 8, 16; factors of 32 = 1, 2, 4, 8, 16, 32) and choose the greatest factor that exactly divides both 16 and 32, i.There is at most only one valid test for a divisor of zero and that's 0/0 My code (and womai's) gives a result of zero because the numerator is zero. We have been making spokes here for over 100 years, so if you can't find what you're after - get in touch! starts 98/54 = 1, remainder 44 ; but now we need 447/54 and we don't have the routine to handle the three digits of 447. I guess here must already be internal storage allocated for the 32 bit internal accumulator etc for multiply anyway. quick question does each socket need its own MCB or can I run 2 16amp sockets off of the same 16 amp MCB if they are not going to be used at the same time?

You could probably "bodge" the top bit with extra code, or just extend the code to 3 words/2 words as required. Changing belts is a breeze – you can remove a belt and install a different grit belt in about the same time it takes you to change the blade on a table saw (and a heck of a lot quicker than installing a blade on a bandsaw).

I can't compete with hippy's 32 bit divisor, but have refined the code in the thread above to give a subroutine for 32 bits divided by a full 16 bits with a rather smaller "footprint" (Program and RAM size and execution time). The newly upgraded SuperMax 16-32 drum sander has a number of features that make sanding every easier. My test/demo code gives full 32 bits/16 bits with conversion/printing of results back to (up to) 10 digits of decimal (denary). If only you had paid attention to My commandments, your peace would have been like a river, and your righteousness like waves of the sea.