byorgey

type AccountName = String

data Account = Account {
  aname :: AccountName,
  asubs :: [Account]
  }
  deriving Show

data Account2 = Account2 {
  aname2 :: AccountName,

byorgey

import qualified Data.Map as M
import Data.Maybe
import Data.Ratio
import Data.List
import Data.Char
import Control.Arrow

import Test.QuickCheck

f n (d,r) = ((10*r) `divMod` n)

byorgey

08:35                -!- bollu [[email protected]] has joined #diagrams
08:37                -!- bollu [[email protected]] has quit [Client Quit]
08:38 -diagramsbot:#diagrams- [monoid-extras] bergey commented on issue #25: Yes, we should move `monoid-extras` and all the Diagrams packages to containers.  If you have time to make a PR, that would be great.... https://git.io/vgure
08:43 < cchalmers> it wasn't a complete failure, he did some back and did some work in the end
08:43 < cchalmers> I continued working on it but took a break a couple of months ago and haven't got back into it yet
08:43 < cchalmers> https://github.com/cchalmers/plots
08:44 <   byorgey> cchalmers: oh, cool, I didn't know that
08:44 <   byorgey> cchalmers: so do you think there would be room for bollu to work on 'plots' this summer?
08:46 < cchalmers> I'm not sure, hopefully I'll be a useable plotting library by then so I don't know if there's enough for a GSoC
08:46 <   byorgey> fair enough

byorgey

Keybase proof

I hereby claim:

• I am byorgey on github.
• I am byorgey (https://keybase.io/byorgey) on keybase.
• I have a public key ASAMQjnz-8LDWsvMAibOFPaGzE7zNqiIyIffBb3m9dfzSgo

To claim this, I am signing this object:

byorgey

-- An LCG consists of three values: a multiplier, an offset, and a
-- modulus.
data LCG = LCG
  { multiplier :: Integer
  , offset     :: Integer
  , modulus    :: Integer
  }
  deriving Show

byorgey

SIZE=1920x1080
xrandr --size $SIZE
xrandr --output HDMI-1 --auto --output eDP-1 --size $SIZE --same-as HDMI-1

byorgey

.timestamp-control{
  background-color: rgba(108,109,36,0.1); 
  color: rgb(251,106,13);
  margin-right: 8px;
  margin-top: 3px;
  margin-bottom: 3px;
  border-radius: '50%';
  border-style: inset;  
  border-color: #FF3200;
  font-size: 0.9em;

byorgey

// A convenient version of if that takes a cmd bool instead of a bool
def ifC : forall a. cmd bool -> cmd a -> cmd a -> cmd a =
  \test. \thn. \els. b <- test; if b thn els
end

// Do a DFS to harvest trees to the west and north.
// Position the robot on a tree near the southeast corner of a
// forest for best effect.  The robot will collect a bunch
// of trees and return to its original starting point.
// Capabilities required: recursion, lambdas, scanner

byorgey

def ifC : cmd bool -> cmd a -> cmd a -> cmd a = \test. \then. \else.
  b <- test; if b then else
end

def x2 = \c. c;c end
def x4 = \c. x2 c; x2 c end
def x8 = \c. x4 c; x4 c end
def x16 = \c. x8 c; x8 c end
def x32 = \c. x16 c; x16 c end
def x64 = \c. x32 c; x32 c end