GoaLs Task Ways In FuhnehTik IngLish Yeeng Voiss Sownd Chahrz

GohLz Task Weiz Vrs (Haoh=#)1:

GohLz Tasks Hab PahrsT Vrs (Haoh=#)1:

GoaLs Tasks Hab Parsed In Yeeng Voiss Sownd Chahrz Iz GohLz Tasks Hab Pahrst

GohLz Tasks Hab PahrsT Vrs (Haoh=#)2:

Eech GohL And Task And AkT

  • Iz Now PrefT Ohr StahLd.

GohLz Tasks Hab PahrsT Vrs (Haoh=#)3:

{ Eech ( [ GohLZ GohL ] & [ GohL PLan ]

  • & [ PLand Task ] & [ Task AkT ] )

} Iz ( [ [ ( [ This Wun ] Ohr [This Grwp] ) PrefT ] & [ ResT STahLd ] )!!!

{ AhL STaiT Izm Iz [ OpTs Izm OpT IsT ] }

Scientific Method in Funetik Inglish iz Saiuntihfik Methud

SaiunTihfik Methud iz Saiuntihfik + Methuhd,

Pronunciation: IPA(key): /ˌsaɪənˈtɪfɪk/

IPA saɪənˈtɪfɪk In [[Yeeng Voiss Sownd Chahrz]]] Iz SaiuhnTihfihk.

Etymology Uv Wrd ScienTific
Borrowing from Middle French scientifique, from Medieval Latin scientificus (“pertaining to science”).

Methuhd Vrs (Haoh=#)1: ( MeThod In Yeeng Voiss Sownd Chahrz

Methuhd Vrs (Haoh=#)2: method (n.)

early 15c., "regular, systematic treatment of disease," from Latin methodus "way of teaching or going," from Greek methodos "scientific inquiry, method of inquiry, investigation," originally "pursuit, a following after," from meta "in pursuit or quest of" (see meta-) + hodos "a method, system; a way or manner" (of doing, saying, etc.), also "a traveling, journey," literally "a path, track, road," a word of uncertain origin… Meaning "way of doing anything" is from 1580s; that of "orderliness, regularity" is from 1610s. In reference to a theory of acting associated with Russian director Konstantin Stanislavsky, it is attested from 1923.

Methuhd Vrs (Haoh=#)3: Methud In Simp Lang

2013-updated_scientific-method-steps_v6_noheader.png

Simp Lang GoaLs In Yeeng Voiss Sownd Chahrz Iz GohLz

Nw GohL Cheef Task: Ad GohL By ( [ Mohr Big Up ] And [ Less SmahL Down ] ).

See: https://en.wikipedia.org/wiki/Top-down_and_bottom-up_design

Jenral GohLz:

  1. BiLd [ AhL STaiT Theemz ]
  2. { BiLd Leeng Aiz Lahz Paidj Fohr Leeng Ihzmz }

Lah GohLz:

  1. { Ad [ [Lah Syz Ohmz] Leengk ] Tu [ Theeokruhsee Peidj ] }
  2. { Fix Lah Yee Az Lah DehfIhnIhTion }
  3. { { Meik Then { Leengk Aiz } }
    • { [ [ SohLr Sfeer Speiss Lah Saiz Ohmz ] Paydj ]
    • }
  4. { Fix ( Science Law Def And Syuhnss ) [ Paydj Ohmz] }

WrLd Fed GohLz:

  1. + [ WrLd Fed Lahz Defs ] Tu [ WrLd Fed Saiz Ohmz
  2. {+ [ Paydj Aiz TekSTs Frum Leengk Tu [ Official World LegislaTive Acts Paydj] }
  3. [ Wiki Peidj ] Aiz [World LegislaTive Acts]
  4. + [ WrLd Sihtihzehn RyTz Leengk ] In Lah Saiz Ohmz
  5. + [ WrLd Sihtihzehn RyTz Paydj ]
  6. { Ad Rattihfihkeishun Tu In Fohrss Proh WrLd Fed Lahz }
  7. { Ad WrLd KonsTihTwshuhn ( [ FrsT Vrs ] And [ Lah Dehfihnishuhn ] )

Hiwmun-Ren GohLz:

  1. { Ad Lyf HeLTh & Rehn HeLTh [ Paydj Ohmz ]) Tu HeLTh Paydj ] }
  2. Ad [ { { Ywzd Yet { Non +T } } ] Chahrz ] Tu Yeeng Voiss Sownd Chahrz

Sum ZOOM Lang GohLz:

  1. BiLd ( ZOOM Lang and ZOOM Lang Sohrss TekSTs ) [ Peidj Ohmz ]
  2. BiLd ( ( Common Language InfraSTrucTure = Kom Lang Less SRtukT ) And C Shahrp [ Sub Peidj TekSTs ]
  3. BiLd [ Non_SeT Paydj ] In [ ZOOM Lang Sohrss TekSTs Paydj ]

ZOOM Lang Vrs (Haoh=#)1:

Zoom In FuhnehTik Inglish Yeeng Voiss Sownd Chahrz

zoom (v.)

1886, of echoic origin. Gained popularity c. 1917 as aviators began to use it. As a noun from 1917. The photographer's zoom lens is from 1936, from the specific aviation sense of zoom as "to quickly move closer."

Zwm In: Tu See Less And Maik Mohr Big;

Zwm Owt: Tu Maik Less SmahL And See Mohr.

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See ALso=AhLsoh: LisP Loj, ZOOM Lang Sohrss TeksTs

LisPLoj Vrs (Haoh=#)1: LisPLoj uv ZOOM Lang Sohrss TeksTs

LisPLoj Vrs (Haoh=#)2:

The PLan Fohr Kohr LisPLog Iz:

BiT Chahr LisP Uv LisP Langz Grohn Heer Uv LisPLog Uv ZOOM Lang

{ Kohd Uv BiT Chahr LisP } ShaL GeT RiT In Thuh Following ECMAScript Language Types:

  1. Undefined Type
  2. Null Type
  3. Boolean Type
  4. Character Constants: ( /c/ Ohr /Chahrz/ )
  5. Arrayz: ( /[]/ Ohr "[/SLoT/]" Ohr "[/SloT/,…]" )

BiT Chahr LisP Typs Uv BiT LisP Uv ZOOM Lang Uv Thuh SmahrT Tek Langz Tot Heer

BiT LisP STruhkT Vrs (Haoh=#)1:

Var STruKT = function(In) {

Var Vahr = document.cookie;

this.SeT = function() {
if(Type(Vahr) = undefined;
}

this.SetB0(InB0);

this.GetB0 = function() {return this.Val[0];};
this.GetB1 = function() {return this.Val[0];}

this.Eq = function() {return ( this.GeTB0() == this.GeTB1() );
this.Ohr = function() {return ( this.GeTB0() || this.GeTB1() );
this.And = function() {return ( this.GeTB0() && this.GeTB1() );

document.cookie = Vahr;

} ] ]

NonSeT Vrs (Haoh=#)1: [ /SeT/ [ /NonSeT/, undefined ] ]

NuL Vrs (Haoh=#)1: [ /SeT/ [ /NuL/, Null ] ]

BiT LisP Vahr Vrs (Haoh=#)1:

[ /SeT/, [ /Vahr/, [ /Ohr/, [
function(Vahr) {this=Vahr;},
function() {return this;}
] ] ] ]

BiT Vrs (Haoh=#)1:

BiT Uv Bit LisP Typs Uv BiT LisP Uv ZOOM Lang Uv SmahrT Tek Langz Tot Heer

FahLs Vrs (Haoh=#)1: [ /SeT/, [ /FahLss/, false ] ]

Trw Vrs (Haoh=#)1: [ /SeT/, [ /Trw/, true ] ]

B0 Vrs (Haoh=#)1: [ /SeT/, [ /B0/, /FahLs/ ] ]

B1 Vrs (Haoh=#)1: [ /SeT/, [ /B1/, /Trw/ ] ]

BiT Vrs (Haoh=#)2: [ /Set/, [ /BiT/, [ /B0/, /B1/ ] ]

NiL Vrs (Haoh=#)1: [ /Set/ [ /NiL/, (new Array(0)) ] ]

BiT LisP Konz Vrs (Haoh=#)1:

[ /SeT/, [ /Konz/, function(InB0,InB1) {

this.VaL = new array(2);

this.SeTB0 = function(fB0) { Val[0]=fB0;}
this.SeTB1 = function(fB1) { Val[1]=fB1;}

this.SetB0(InB0);
this.SetB1(InB1);

this.GetB0 = function() {return this.Val[0];};
this.GetB1 = function() {return this.Val[0];}

this.Eq = function() {return ( this.GeTB0() == this.GeTB1() );
this.Ohr = function() {return ( this.GeTB0() || this.GeTB1() );
this.And = function() {return ( this.GeTB0() && this.GeTB1() );

} ] ]

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Included page "hex-chahrz" does not exist (create it now)

Included page "hex-pairz" does not exist (create it now)

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Included page "bit-lisp-klass-ohmz" does not exist (create it now)

Included page "bit-lisp-tasks" does not exist (create it now)

Included page "bit-lisp-if" does not exist (create it now)

Included page "pahrs" does not exist (create it now)

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Piwr LisP BiLd PLan Vrs (Haoh=#)1: Pure LisP Build Plan

Piwr LisP BiLd PLan Vrs (Haoh=#)2: PLan Tu BiLd Piwr LisP:

Piwr LisP BiLd PLan Vrs (Haoh=#)3:0: Iwzeeng CLisP Syntax And CLisP CLisP Glossary Defs

Piwr LisP BiLd PLan Vrs (Haoh=#)3:1. CLisP Cons WiTh car, cdr and eq
Piwr LisP BiLd PLan Vrs (Haoh=#)3:2. CLisP Type
Piwr LisP BiLd PLan Vrs (Haoh=#)3:3. CLisp Object
Piwr LisP BiLd PLan Vrs (Haoh=#)3:4. CLisP Atom
Piwr LisP BiLd PLan Vrs (Haoh=#)3:5. CLisP defmacro
Piwr LisP BiLd PLan Vrs (Haoh=#)3:6. quote
Piwr LisP BiLd PLan Vrs (Haoh=#)3:7. Defun
Piwr LisP BiLd PLan Vrs (Haoh=#)3:8. CLisP let
Piwr LisP BiLd PLan Vrs (Haoh=#)3:9. eval
Piwr LisP BiLd PLan Vrs (Haoh=#)3:10.CLisP list
Piwr LisP BiLd PLan Vrs (Haoh=#)3:11.CLisP write
Piwr LisP BiLd PLan Vrs (Haoh=#)3:12.pprint
Piwr LisP BiLd PLan Vrs (Haoh=#)3:13.CLisP read
Piwr LisP BiLd PLan Vrs (Haoh=#)3:14.read-eval-print

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ProLog User Defined OperaTors Uv KLasT Ops Uv LisPLog

ISO ProLog: op/3 and current_op/3

These predicates allow the operator table to be altered or inspected.
op(Priority, Op_Specifier, Operator) is true, with the side effect that

if Priority is 0 then Operator is removed from the operator table, else
Operator is added to the Operator table, with priority (lower binds tighter) Priority and associativity determined by Op_Specifier according to the rules:
Specifier Type Associativity
fx prefix no
fy prefix yes
xf postfix no
yf postfix yes
xfx infix no
yfx infix left
xfy infix right
It is forbidden to alter the priority or type of ','. It is forbidden to have an infix and a postfix operator with the same name, or two operators with the same class and name.

The initial operator table is given by

Priority Specifier Operator(s)
1200 xfx :- —>
1200 fx :- ?-
1100 xfy ;
1050 xfy ->
1000 xfy ','
900 fy \+
700 xfx = \=
700 xfx == \== @< @=< @> @>=
700 xfx =..
700 xfx is =:= =\= < =< > >=
500 yfx + - /\ \/
400 yfx * / // rem mod « »
200 xfx **
200 xfy ^
200 fy - Template:op(+integer,+operator_specifier, @atom_or_atom_list)

Errors:

Priority is a variable — instantiation_error
Op_Specifier is a variable — instantiation_error
Operator is a partial list or a list with an element E which is a variable — instantiation_error
Priority is neither a variable nor an integer — type_error(integer, Priority)
Op_Specifier is neither a variable nor an atom — type_error(atom, Op_specifier)
Operator is neither a partial list nor a list nor an atom — type_error(list, Operator)
An element E of the Operator list is not an atom — type_error(atom, E)
Priority is not between 0 and 1200 inclusive — domain_error(operator_priority, Priority)
Op_specifier is not a valid operator specifier — domain_error(operator_specifier, Op_specifier)
Operator is ',' — permission_error(modify, operator, ',')
An element of the Operator list is ',' — permission_error(modify, operator, ',')
Op_specifierOperator would violate the prohibitions on multiple types — permission_error(create, operator, Operator)
current_op/3
current_op(Priority, Op_specifier, Operator) is true if and only if Operator is an operator with properties given by Op_specifier and Priority
Template:current_op(?integer, ?operator_specifier, ?atom)

Errors:

Priority is neither a variable nor an operator priority — domain_error(operator_priority, Priority)
Op_specifier is neither a variable nor an operator specifier — domain_error(operator_specifier, Op_specifier)
Operator is neither a variable nor an atom — type_error(atom, Operator)
char_conversion/2 and current_char_conversion/2
char_conversion(In_char, Out_char) is true, with the side effect of adding the pair (In_char, Out_char) to the character conversion table if In_char is not equal to Out_char and removing any pair (In_char, _) from the table if In_char is equal to Out_char .
When the flag char_conversion has the value true, the In_char will be replaced by Out_char when a term is read using read_term/3.

Template: char_conversion(+character, +character).

Errors:

In_char is a variable — instantiation_error
Out_char is a variable — instantiation_error
In_char is neither a variable nor a one character atom — representation_error(character)
Out_char is neither a variable nor a one character atom — representation_error(character)
current_char_conversion(In_char,Out_char) is true if and only if

In_char is not equal to Out_char, and
there is an entry in the character conversion table corresponding to the pair (In_char,Out_char)
Template: current_char_conversion(?character, ?character)

Errors:

In_char is neither a variable nor a one character atom — representation_error(character)
Out_char is neither a variable nor a one character atom — representation_error(character)

BiLd a [ LisP Langz Grohn Heer ) Paydj ] Grohn Az:
* BiLd BiT Chahr LisP In ECMA ScripT In HTML
* Then BiLd Piwr LisP In BiT Chahr LisP
* Then BiLd Spek ChahrT Fohr Kohr IS LisP In BiT Chahr LisP )
* Then BiLd ISLisP Az A CLS Kom Lang
* Then Pland ( Skeem Numerical Tower Uv RNRS ).

ProLog Vrs (Haoh=#)1:

ProLog Uv Mohst Ywzd Smahrt Tek Langz Uv Thuh SmahrT Tek Langz Tot Heer
* Uv Thuh Smahrt Tek Saiz Ohmz Uv Thuh ReeL Prwvd TrwTh Saiz Ohmz
* Uv Thuh AhL Spundj STeiT Saiz Ohmz Uv Thuh AhL STeiT Saiz Ohmz Peidj LisT.

ISO ProLog Vrs (Haoh=#)1:

ISO ProLog Uv ProLog Uv Mohst Ywzd Smahrt Tek Langz Uv Thuh SmahrT Tek Langz Tot Heer
* Uv Thuh Smahrt Tek Saiz Ohmz Uv Thuh ReeL Prwvd TrwTh Saiz Ohmz
* Uv Thuh AhL Spundj STeiT Saiz Ohmz Uv Thuh AhL STeiT Saiz Ohmz Peidj LisT.

These web pages describe the ISO conformant version of the Prolog language. The pages are in several parts:

A history and overview of the standard;
The builtin predicates and control constructs of the language;
Prolog semantics;
Test suites Test of conformance to the ISO standard;
Input Output in ISO Prolog;
http://www.deransart.fr//prolog/exceptions.html Exception Handling in ISO Prolog]
The modules proposal;
A Prolog Bibliography.

Description of the ISO conformant version of the Prolog language.

ISO/IEC 13211 - Programming language - Prolog

ProLog 0123Tree Vrs (Haoh=#)1:

//Prolog// Programming for Artificial Intelligence.//pdf// - Higher Intellect…Printed in Great Britain bv Commercial Colour Press. British Library Cataloguing in Publication Data. Bratko. Ivan. Prolog programming for artificial intelligence.

ProLog 0123Tree Vrs (Haoh=#)1:

[pdf pg 256] pg 238 PROLOG PROGRAMMING FOR ARTIFICIAL INTELLIGENCE
% Insertion and deletion in the vertically balanced 2-3 dictionary

newtree:[0,[]];

ins(n0, X): [n(1,[X])];

Nohd(VaL):[1,[VaL]];.

plus([0,[]],X):[1,[X]];

ins(n1(N), X): [n1(N), X, n1(x)] :- N < X;

ins123(n1(N), X): [n1(x), N, n1(N)] :- X < N;

ob(n1(N), {
ins(X): R :-
N < X, R = [n1(N), X, n1(X)];
X > N, R = [n1(X), N, n1(N)].
}).

ins123(n1(N),X): R :-
N < X, R = [n1(N), X, n1(X)];
X > N, R = [n1(X), N, n1(N)].

plus([1,[OhLd]], New):OwT_LisT :-
OhLd < New, OuTLisT = [ 2, [ [1,OhLd], [1,New] ] ];
New < Ohld, OuTList = [ 2, [ [1,New], [1,OhLd] ] ].

ins( n2(Li,M,Ri), X ): [T] :-
X < M, ins(Li, X): L,
( L=[T1], T=n2(T1,M,RT);
L=[LT, M2, MT], T=t3(LT,M2,MT,M,Ri)
);

ins(n2(L, M, R), X): [n3(LT, M2, MT, M, R)] :-
X < Mi, ins(L, X): [LT, M2, MT].

ins(n2(L, M, R), X): [n3(L, M, MT, M2, RT)] :-
Mi < X, ins(R, X): [MT, M2, RT].

ins(n2(Li, M, Ri), X): [T] :-
( M < X, ins(Ri, X): L);
X < M, ins(Li, X): L)
),(
L=[T], T=n2(L, M, T);
L=[MT,M2,RT], T=n3(Li,M,MT,m2,RT)
).

ins(n3(TL,ML,TM,MR,TR), X): [n3(NL,ML,MT,MR,RT)] :-
x < ML, ins(TL, X): [NL];

ins(n3(TL,ML,TM,MR,TR), X): [n2(n(NL,NM,NR),ML,n2(TM,MR,TR)] :-
x < ML, ins(TL, X): [NL.NM,NR];

ins(n3(TL,ML,TM,MR,TR), X): [n3(TL,ML,MT,MR,NR)] :-
MR < X, ins(TR, X): [NR];

ins(n3(TL,ML,TM,MR,TR), X): [n2(n(TL,ML,TM),ML,n2(NL,NM,NR)] :-
MR < X, ins(TR, X): [NL.NM,NR];

ins(n3(TL,ML,TM,MR,TR), X): [n3(TL,ML,NT,MR,tR)] :-
ML < X, x < MR, ins(TM, X): [NT];

ins(n3(TL,ML,TM,MR,TR), X): [n2(n(TL,ML,NL),NM,n2(NR,Mr,TR)] :-
ML < X, x < MR, ins(TM, X): [NL.NM,NR];

ins123(n3(TL,ML,TM,MR,TR),X): RL :-
X < ML, ins(TL,X):L, (
L=[NL], RL=[n3(NL,ML,MT,MR,RT)];
L=[NL.NM,NR], RL=[n2(n(NL,NM,NR),ML,n2(TM,MR,TR)]
);
MR < X, ins(TR,X): L, (
L=[NR], RL=[n3(TL,ML,MT,MR,NR)];
L=[NL.NM,NR], RL=[n2(n(TL,ML,TM),ML,n2(NL,NM,NR)]
);
ML < X, X < MR, ins(TM, X):L, (
L=[NT], RL=[n3(TL,ML,NT,MR,tR)];
L=[NL.NM,NR], RL=[n2(n(TL,ML,NL),NM,n2(NR,Mr,TR)]
);

BiLd a [ LisP Langz Grohn Heer ) Paydj ] Grohn Az:
* BiLd BiT Chahr LisP In ECMA ScripT In HTML
* Then BiLd Piwr LisP In BiT Chahr LisP
* Then BiLd Spek ChahrT Fohr Kohr IS LisP In BiT Chahr LisP )
* Then BiLd ISLisP Az A CLS Kom Lang
* Then Pland ( Skeem Numerical Tower Uv RNRS ).

Thuh Now ThoT [ { STep Then STep } PLan ] Tu BiLd Kohr CIL.

  1. Groh ( C Sharp Ohr IronPyThon Ohr IronScheme Ohr F Sharp ) TekSTs Fohr Kohr CIL;
  2. BiLd A BoxT CIL CLass Fohr CLI Ob KLass DaTa Type Az A RooT Box AhL CTS DaTa Types;
  3. BiLd A Kohr CIL CLass Fohr Thuh Kohr CIL VaL KLass;
  4. BiLd A Kohr CIL CLass Fohr Thuh Kohr CIL Ref KLass;
  5. BiLd A Kohr CIL CLass Fohr ( Ob = Kohr CLI Ref )

Bild a Kohr CLI Spek ChahrT WiTh:
* A Kohr CTS Spek ChahrT
* And A Kohr CIL Spek ChahrT
* And A KLasT_CIL_Pahrss Ap
* And A Kohr CLR Spek ChahrT

BiLd A [ C Langs TaughT Here Paydj ] Grohn Az:
* FrsT BiLd A Standrd Fohr C Min
* Az The Saym Tween C Minus Minus And STandard C
* Then C Minus Minus
* Then STandard C
* Then MeTa C )
* Then MeTa C Sharp

  1. BiLd An Object Oriented Common Language Runtime Neimd ILAsm, Az Thuh Standrd Duz Teech, ThaT Kan Pahrss Ohpehn Sohrss Common Intermediate Language TekST FyLz;
  2. BiLd a C Shahrp InTrpreTr Wich Runz In STandrd CLR
  3. BiLd Mono Project Dynamic Language RunTime in C Shahrp Sohrss FyLz;
  4. BiLd a Vrzhuhn Uv MonoDeveLop Wich Runz In STandrd CLR.
  5. Bild An Airn# (Airn_Sharp) Intrpretr & kuhmpylr fohr Airn And Shahrp Langz ThaT depends OhnLee On Thuh Dynamic Language RunTime, Thoh MyT Hav Thuh OpT Tu Eewz DoT NET (.NET).

See ALso=AhLsoh: