a1=LAMBDACALCULUS(
function lc(){
return(B(COS,SIN))
}
);
a1(34)
a1=LAMBDACALCULUS(
()=>B(SIN,COS)
)
a1(23)
//b(sin)(cos) etc?
// this works
a1=LAMBDACALCULUS(
function ()
{
return(B(SIN)(COS))
}
);
a1(45)
a1=LAMBDACALCULUS(
()=>B(SIN)(COS)
);
a1(45)
// easier notations
λ=LAMBDACALCULUS;
a1=λ(()=>B(SIN)(COS))
a1(45)
// easier notations
λ=LAMBDACALCULUS;
a1=λ(()=>BLUEBIRD(SIN)(COS))
a1(45)
// easier notations
λ=LAMBDACALCULUS;
a1=λ(function(){return(BLUEBIRD(SIN)(COS))})
a1(45)
// easier notations
λC=LAMBDACALCULUS;
a1=λC(()=>BLUEBIRD(SIN)(COS));
a1(45)
// actual
SIN(COS(45))
SIN(COS(45deg))
// Amar Shah talk on functional combinators etc
//fog Over Atop Compositions
//Case Convert
//Unique Mask
Parts(1..100,20)
Parts(1..100,20)
[1..10].zip([11..20])
//seems different from
Zip([1..10],[11..20])
Shuffle(1..10)
Size(1..10)
Size([1..10])
Tail([1,2,3,4,4,5,5,5])
Equal(1..10,1..10)
Parts(1..10,5)
Pieces("test test etest seret es ",4)
// strings are split and treated as arrays.
//should we combinatorial argument Parts?
Length(1..10)
a=1..100;
Length(a)
a=[1..100];
Size(a)
// did not work
Explode([1,2,3,])
SIN((1..120)<>deg)
//try aming parts function.
1..10.parts(2..5)
|3,4,5,1..10|.parts(2..5)
Length("t4s"#)
"This is a test of the EMS"#["s"]
a1="This is a test of the EMS"#[3]
a1="This is a test of the EMS"#[3,2]
a1="This is a test of the EMS"#[3,"s"]
a1="This is a test of the EMS"#[3,/\s/]
a1="This is a test of the EMS"#[3,Length]
a1="This is a test of the EMS"#[3,Length@SIN]
a1="This is a test of the EMS"#
a1=
λC(
function ()
{
//BLUEBIRD(SIN)(COS));
return(B(Parts)(Length))
}
)
a1(1..100);
// something along these lines.
a1=
λC(
function ()
{
//BLUEBIRD(SIN)(COS));
return(B(Parts)(Length))
}
)
a1(1..100);
B=A=1..10;
B|==|A
B=A=1..10;
B|x==y|A
MOPWITHEQ(1..10,1..10); // issues as fn returns.
why the following gives true?
ISLAMBDAEQUATION("LT")
MOPWITHEQ(1..10,1..10);
MOPWITHEQ(1..10,1..10);
eq=MOPWITHEQ
𐎲 = MOPWITHEQ;
𐎲(1..10,1..10);
𓈃 = MOPWITHEQ;
Σ(𓈃("RRGW"#,"RGGW"#))
𓃌
𓃊
𓃍
𓎎
// Pointfree APL Code.
𓈃 = MOPWITHEQ;
(𓈃@Σ)("RRGWRR"#,"RBBWWW"#)
Length("testings fasdf asdf asd sdf")
("testings fasdf asdf asd sdf"#["s"]) ~
"testings fasdf asdf asd sdf"#[/[a-g]/]
𓈰=|3,4,[4]|;
𓈰|*|3443
λC(
()=>
{
// Lambda Code Here
}
)
a1=λC(
()=>
{
return(B(SIN)(COS))
}
);
a1(45deg)
Chunks(1..100,4)|/|45
1..100.pieces(2..3)
1..100.pieces(2..3,SUM)
1..100.pieces(2..3,[SUM,AVG])
1..100.pieces(2..3,[SUM,AVG],0..1)
1..100.fullpieces(2..3)
(Zip@(Parts.curry(2)))(1..100) // does it work?
1..100|x^2|
//https://www.youtube.com/watch?v=59vAjBS3yZM&t=113
('ssf454562631426'#).buckets()
https://www.youtube.com/watch?v=JELcdZLre3s
// Composition Intuition
1..10|..|1..10
1..10|.|1..10
(1..100)|↧|
(1..100)|↥|
(1..100)|↧|;
(1..100)|↥|;
(1..100)|↥|50;
(1..100)|<|50
(1..100)|.+|;
1..100n)|.*|;
(1..100)|./|;
(1..100)|.^|2;
(1..100)|.==|;
(1..100)|.==|(1..100);
(1..100)|.==|
(1..10)|.%|
(1..10)|.^|null
(1..10)|.^| // will use 2 so as not to break old code.
(MS(9)#)|*|
(1..10)#1 breaks right has to be an array or fromtoadv breaks on parsing
(1..10)±
a=-5..10;
∑±a;
∑±a;
// https://www.youtube.com/watch?v=a7CSK7HNEWQ
a=[-2,-3,4,5,-3,4];
∏±a;
a=[-2,3,4,5,-3,4];
∏±a;
(1..10)#3
(1..10)#
(1..10)#[3]
(1..10)#[0]
(1..10)#0..5
//((1..10)#"shuffle")() // should this work?
// #a-z stopped working. now ok.
(#a-z)#/a/
(#a-z)
(#a-z)#0
(#a-z)#[0,6]
"abcd"#
"abcd"#/c/
//split with c
"abcd"#'d'
"abcd"#[1,2]
"abcd"#[2]
"abcd"#[2,1]
"abcdefghijklmnop"#[5,1]
"abcdefghijklmnop"#[5,2]
"abcdefghijklmnop"#[6,2]
cars=
{
name:"andrew",
age:25
};
cars#"name";
cars#["name","age"];
cars#;
cars#/nam/
cars#((x,i)=>25==x)
cars#((x,i)=>"andrew"==x)
cars=
{
name:"andrew",
age:25,
namaste:true
};
cars#((x,i)=>/nam/)
// why?
// reciprocal
1..100|1/x|
∏|4|#
∏|4,2,3,5,1..10|#
∏|4,2,3,5,1..10|#1