Difference between revisions of "User:Spdskatr"
(Updated checklist) |
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**Finished: ALL | **Finished: ALL | ||
*Misc | *Misc | ||
| − | **Finished: | + | **Finished: ALL BUT some headgear and power armor (No page) |
*Plants | *Plants | ||
**Finished: ALL(Plants don't have mass) (What?) | **Finished: ALL(Plants don't have mass) (What?) | ||
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**Finished: ALL | **Finished: ALL | ||
| − | == | + | ==Light reading for when reading a wiki is very boring and this is an impressive heading because I want to attract your attention have fun in the little section that I wrote :) XD== |
===RNG=== | ===RNG=== | ||
<div style=text-align:center><b style="font-size:2em">How does [[Template:RNG]] work?</b></div> | <div style=text-align:center><b style="font-size:2em">How does [[Template:RNG]] work?</b></div> | ||
| + | |||
| + | DISCLAIMER: The template is useless for anything proper on the wiki. However feel free to use for shenenigans like [[Template:Impressive]]. | ||
Technically, the template does not generate ''truly'' random numbers, just numbers random enough so that you won't be able to tell that it is ordered. It works by exploiting the special property of square numbers, such that the last digit can be easily predicted, but the middle digits are statistically random for high values. Therefore, my RNG works by chopping off the last digit of a continuously changing square number (created by the magic word <nowiki>{{REVISIONTIMESTAMP}}</nowiki>), and then mashing the numbers around so the different seeds are unlike, until finally using modulo(<code>mod</code>) to truncate the number within the limits specified. | Technically, the template does not generate ''truly'' random numbers, just numbers random enough so that you won't be able to tell that it is ordered. It works by exploiting the special property of square numbers, such that the last digit can be easily predicted, but the middle digits are statistically random for high values. Therefore, my RNG works by chopping off the last digit of a continuously changing square number (created by the magic word <nowiki>{{REVISIONTIMESTAMP}}</nowiki>), and then mashing the numbers around so the different seeds are unlike, until finally using modulo(<code>mod</code>) to truncate the number within the limits specified. | ||
Latest revision as of 11:05, 17 January 2017
| <!-- {{Impressive |title=Visionary}} -->Be humble, little one. |
Inside the code[edit]
Participate! Files can be found in your steam library → common → RimWorld → Mods → Core → Defs
Mass ThingDefs:
- Buildings
- Finished: ALL
- Items
- Finished: ALL
- Misc
- Finished: ALL BUT some headgear and power armor (No page)
- Plants
- Finished: ALL(Plants don't have mass) (What?)
- Races
- Finished: ALL
Light reading for when reading a wiki is very boring and this is an impressive heading because I want to attract your attention have fun in the little section that I wrote :) XD[edit]
RNG[edit]
DISCLAIMER: The template is useless for anything proper on the wiki. However feel free to use for shenenigans like Template:Impressive.
Technically, the template does not generate truly random numbers, just numbers random enough so that you won't be able to tell that it is ordered. It works by exploiting the special property of square numbers, such that the last digit can be easily predicted, but the middle digits are statistically random for high values. Therefore, my RNG works by chopping off the last digit of a continuously changing square number (created by the magic word {{REVISIONTIMESTAMP}}), and then mashing the numbers around so the different seeds are unlike, until finally using modulo(mod) to truncate the number within the limits specified.
This does mean that if you type limit=10000... you may find yourself disappointed at the randomness of your generated number. I will include a warning for any number greater than 1 000 000, as randomness may break down after that level.
Example
Starting number: 621
Step 1. Square it: 385 641
Step 2. Chop it up: 38 564
Step 3. Multiply it by plasteel and add xerigium: 20 439 704
Step 4. Repeat step 3: 1 083 305 043
Step 5. Number from 1 to 100: 43
Discussion
Coming soon... Here are a few dot points.
- Limits of MediaWiki language
- Strings and length
- Arrays
- Digital roots
- Advantages of MediaWiki language
- Simplicity
- Similarity to HTML
- Own limitations
- PHP coding & super admin privileges