![]() ![]() Now remember you do not have to get rid of file 300 and that your EXA's will self terminate after they run out of instructions. A copys the files content over M and B copies them over. EXA A grabs file 300 while EXA B transfers the Link and grabs 200. The only problem is that you would have to set up an internal clock to tell your exa to seek to the next value in file 300 since you are dropping it.Īnother is to use two EXA's communicating on the M directory. The file that has your info is always 300, the file where you need to write to is always 200 and the info you need to input while always be five characters.Ī simple solution would have you grabbing 300, linking to the location of 200, copying the first value to a repository, dropping 300, grabbing 200 and seeking to the end and placing the first one. Now there are three constants in this mission. You have to put the contents of file 300 into file 200 without upsetting the order of the previous entries. Repl l makes a copy of the current exa with the same code and same values in the repoistories and jumps to L or whatever loop you wantĮuclids Pizza is the first mission outside of the Trash World News tutorials and present the first real problem to the programmer. Test MRD test if the m registry is full if true it puts a 1 into the t register and if the m registry is empty it puts a 0. My first solution was to do all the math in the main loop, but I ran into an issue, which is that counting UP to a loop target, means you cant hold another value except in a file. This one stumped me for a while, and the solutions I came up with I was only half happy with. So 35/9 with the divi command would give you 3 while with modi it would give you 8. Heart Level Solution - Not happy about it. Modi works like the division but instead of giving you the rounded number it gives you the remainder. Swiz x 1 x = Again same as before but with the last digit Swiz x 2 x = Same as before but just with the second digit ![]() Swiz x 3 x = Take 954 and put the first digit (9) into the x Registery What you can do is run it through three simple swiz commands, assume x is 954. Let's say you want to turn 954 into single digits. This is helpful for extracting small numbers from big numbers. The mask reads right to left so 1234 if you wanted to return the same number you would put 4321 through the function. What it does is it takes a value and allows you to manipulate it through a mask. With that covered I want to explain a few complicated commands and some helpful tips.įirst the swiz function. If you want to speed up the process, simply put an explanation in the comments and if I think it does well enough I'll make a section for and credit you as the author at the bottom so someone doesn't have to search through comments to find you. This will be a work of progress and most likely take a long time as I am entering school again but whenever I have the urge to play this game I will play over levels that I have not guided through and explain them here. ![]()
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