| #!/bin/bash | |
| for i in {1..3} | |
| do | |
| clear; | |
| echo "--.............-.-..............-.->>:CC\$\$CQCCCCQCC>QQQQQQQHHHQ\$\$\$\$\$\$QQ\$\$\$\$\$CCCC | |
| -::.-:-...:.....................--:>C>\$C>CQCCCCC>\$C\$CQQQHHHHH\$\$\$?7\$\$\$\$QQQ\$\$CC>-. | |
| -................................-!:CCC>>CCC>CQCCCCQQQQQHHHH.-7!!-!:-->-!!---... | |
| -..............................-.--->>>:>\$>CCC>C\$\$CQQQQHHHQ.......:....:C?-.--.. | |
| .............-.-..............-.---:>C:>C>>>\$CCCQCCQQQQQC:..-........\$\$QC..-::-- | |
| ..............-..............--:--->C:>:>>CCCCCCQCCCQCCC-...--.....7CQQC....-:.. |
Say we have two deterministic functions:
f :: b -> c
g :: a -> b
f takes a value of type b and deterministically produces a value of type
c. g takes a value of type a and deterministically produces a value of
type b.
Say we want to make a function h :: a -> c that applies f to the result of
| (function($) { | |
| $.validity.outputs.tooltipBelow = { | |
| tooltipClass:"validity-tooltip", | |
| start:function() { | |
| $("." + $.validity.outputs.tooltip.tooltipClass) | |
| .remove(); | |
| }, | |
| end:function(results) { |
| // This depends on a feature in modern browser as described in: | |
| // http://stackoverflow.com/questions/3717793/javascript-file-upload-size-validation | |
| // Add file uploads to validity's element support: | |
| $.validity.settings.elementSupport += ", :file"; | |
| // Create a validator for minimum file size (also requires the file): | |
| // Using assert http://validity.thatscaptaintoyou.com/Demos/index.htm#Assert | |
| $.fn.minFileSize = function(min) { |
| // Creating a Big object is easy, simply pass the number you want | |
| // as a string argument to the constructor. | |
| var myBig = new Big("2.00000000000000000000000000000000000001"); | |
| // When we want to see its value, all digits are preserved. | |
| myBig.toString(); | |
| // = "2.00000000000000000000000000000000000001" |
| // Numbers with many significant figures may be truncated: | |
| var primitive = 2.00000000000000000000000000000000000001; | |
| // Immediately after creation, the low digits are truncated away. | |
| primitive; | |
| // = 2 | |
| // Performing math on primitives will not include truncated digits. |