A be\303\255rt sort az ENTER hat\303\241s\303\241ra futtathatjuk. Amenyiben a sor v\303\251g\303\251n pontosvessz\305\221 \303\241ll, \303\272gy ki\303\255rja a v\303\251geredm\303\251nyt. Ha kett\305\221spont, \303\272gy csak kisz\303\241molja, de nem \303\255rja ki. A k\303\251s\305\221bbiek sor\303\241n sz\303\274ks\303\251g lesz arra, hogy egy sort m\303\251g ne sz\303\241moljon ki (pl. programok \303\255r\303\241sakor), ilyenkor SHIFT ENTER-t kell nyomni minden sor v\303\251g\303\251n, kiv\303\251ve az utols\303\263t. 15!;

NiMiLishb1ZuMjg=

15!:Amennyiben t\372l hossz\372 a be\355rt sor, akkor nem \355rja ki.15000!;

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/7k3g^y5Au&>oZj4:2r+qT^bfP'4sI/cEY(4?qE"p:6O!e()ps')ecz.U,g$yV%H;"4c&pk0-P]i'eMB_&Q5ZY.(>mNb(H<r:d4uFsrkYSO`9"Q&RX2[;!f?7)=`&f&>8s&e!Hqk>=*)QWM&[">U*\*pWo))*G@4'>1!e$*QVf)Qf#4;=z]Z^4@gH()Q@5th>_z'GM<o'HWHloK>SAs$H3x!f5LdDV(>H,M'[/8wYQJv.GMj7v#>$R#oy<u`EWi#p>y+A/eTXC>czV<;DPH8B.ecQWGv6a!e1=(=r"***>8uEVhi:z#oyMWW6$3e'fZ'[[#>ZEx$QmB9]`iIW=WuSGE%*\zc3%4<$GE7>oXey[O.XgF4]L%yf30"e+f"[DT5UbvX*oWt#\8U^h"fQt<(*H)\VpjBG&f,Bi3Y"=#HG@X\0K)ytc&=@?Z#piYF5o@,@,#4(>A?B&>Jq(=U>CT))*f8)fP)yzaa_F^(p>X<=$e1[#*ziSk4WV67v(>**>$=#p7g:>BoX(e>KQ$)[OqQBzx;j\PTzuOo'G\<9p=\4")G)e,H]0,%R"e*e$y))H4hri?D#)z6,6qTo\Ar[&Q"e,Ry#fK3>nq'*oTP%yC,w*z5n[%Rjrq?![jhP&efDo=bd;Wx78\=`'4J+zBIYiJ3:zk([&)Gb=-y?X%e#o^w))p?s/M$eXSrI")**4]6$=9lSCa<_*p*e7QuZd#)=)4:>_rhnZP>sWP#\5y<p)QQOp)on6#o(GM.Qo&f4$GQ*p9rN8\eqX-GM1!fi&=Wb1??>^f=te-I^e'R'GpY\23BEa3lFUrUnd/V%>x"zQ55Ga`L\T'3$QS_3HcO5X#Rkm$=')3]ADZ"*)=9:o=A(=]_*=nw<6JRN(f!3RB)p>Dt\$[Q]kKfBHDhNK8_?YpL!)3U_la<[L^HkjP)\7H'y-_o\\'4Rq%frM#)=rqT)[^Lg(**)o^ECB#e\!4d-$)4lW9@L2`3uKD7$z5_/`_(y%)R(=CeEI$)*pwPvmi-:eD[m#o^[L!*fYF

Fontos, hogy minden egyes parancsn\303\241l sz\303\241m\303\255t a nagy \303\251s kisbet\305\261.Pi;

NiNJI1BpR0kqcHJvdGVjdGVkR0Yk

Nincs olyan be\351p\355tett parancs, hogy Sin, nagy S-sel.Sin(Pi);

NiMtSSRTaW5HNiI2I0kjUGlHSSpwcm90ZWN0ZWRHRig=

sin(Pi);

NiMiIiE=

Van p\303\241r be\303\251p\303\255tett szimb\303\263lum, mint p\303\251ld\303\241ul a Pi. A Pi-vel, mint szimb\303\263lummal tud sz\303\241molni, \303\255gy k\303\274l\303\266n meg kell k\303\251rn\303\274nk, ha a k\303\266zel\303\255t\303\251s\303\251t akarjuk ki\303\255ratni. Az evalf lebeg\305\221pontos (float) alakra hoz, az evalm m\303\241trixok ki\303\251rt\303\251kel\303\251s\303\251re szolg\303\241l.evalf(Pi);

NiMkIithRWZUSiEiKg==

evalf(sin(1));

NiMkIitbKTRaVCkhIzU=

\301ll\355that\363 a sz\341moland\363 pontoss\341g:evalf(Pi,30);

NiMkIj9HJFFWRVlRS3oqZWBFZlRKISNI

Illetve glob\341lisan be\341ll\355that\363 az elv\341rt pontoss\341g. Ezut\341n k\351r\351s n\351lk\374l 20 jegy pontsan sz\341mol mindent, \355gy az evalf(Pi) eset\351n is 20 jegy hossz\372 eredm\351nyt adDigits:=20;

NiM+SSdEaWdpdHNHNiIiIz8=

evalf(Pi);

NiMkIjUmUUt6KmVgRWZUSiEjPg==

El\305\221z\305\221 parancs fut\303\241s\303\241nak eredm\303\251nye: %2*%;

NiMkIjVxWidlenJJJj0kRychIz4=

\311rt\351kad\341s :=x:=3;

NiM+SSJ4RzYiIiIk

alpha:=5;

NiM+SSZhbHBoYUc2IiIiJg==

x;

NiMiIiQ=

\311rt\351ket \355gy t\366r\366lhet\374nk:x:='x';

NiM+SSJ4RzYiRiQ=

x;

NiNJInhHNiI=

Munka k\303\266zben hasznos a CTRL-DEL parancs, amellyel az aktu\303\241lis cella eredm\303\251ny\303\251t, illetve mag\303\241t a cell\303\241t tudjuk t\303\266r\303\266lni. Az aktu\303\241lis cella el\303\251 CTRL-K-val, m\303\266g\303\251 CTRL-J-vel adhatunk \303\272j cell\303\241t, illetve SHIFT-CTRL-K-val a cell\303\241n bel\303\274l a k\303\251plet el\303\251, SHIFT-CTRL-J-vel a cell\303\241n be\303\274l a k\303\251plet m\303\266g\303\251 \303\255rhatunk megjegyz\303\251st (ez is most egy megjegyz\303\251s). A kijel\303\266lt vagy ha nincs kijel\303\266lve semmi, akkor az aktu\303\241lis cell\303\241t a CTRL-pont seg\303\255ts\303\251g\303\251vel h\303\272zzuk beljebb, \303\251s CTRL-vessz\305\221 seg\303\255ts\303\251g\303\251vel h\303\272zhatjuk kijebb.x;

NiNJInhHNiI=

"Ez mar nagyon behuzott";

NiNRN0V6fm1hcn5uYWd5b25+YmVodXpvdHQ2Ig==

List\341kn\341l sz\341m\355t a sorrend.l:=[5,7,6];

NiM+SSJsRzYiNyUiIiYiIigiIic=

Halmazok eset\303\251ben nem. A visszaadott \303\251rt\303\251ket kell n\303\251zni, a 6-os megel\305\221zte a 7-est.h:={5,7,6};

NiM+SSJoRzYiPCUiIiYiIiciIig=

A sorozat eset\351n nem tesz\374nk ki [] \351s {} jeleket.s:=2,4,3;

NiM+SSJzRzYiNiUiIiMiIiUiIiQ=

A konverzi\303\263k a k\303\266vetkez\305\221 k\303\251ppen m\305\261k\303\266dnek:{op(l)};op(l);

NiM8JSIiJiIiJyIiKA==

NiUiIiYiIigiIic=

[op(h)];op(l);

NiM3JSIiJiIiJyIiKA==NiUiIiYiIigiIic=

[s];{s};

NiM3JSIiIyIiJSIiJA==NiM8JSIiIyIiJCIiJQ==

Tov\341bb\341 haszn\341lhat\363 m\351g a convert parancs.convert(l,set);convert(h,list);

NiM8JSIiJiIiJyIiKA==NiM3JSIiJiIiJyIiKA==

Vigy\341zzunk a sorozatokkal! Ugyanis ha egy f\374ggv\351ny has\341ba tessz\374k, akkor olyan, mintha bem\341soltuk volna az elemeit, mint param\351tereket.sin(s);

Error, (in sin) expecting 1 argument, got 3

Val\303\263j\303\241ban ez a k\303\266vetkez\305\221 sorral ekvivalens. Amire term\303\251szetesen hib\303\241t kapunk, hiszen a sin parancs csak 1 param\303\251tert v\303\241r.sin(2,4,3);

Error, (in sin) expecting 1 argument, got 3

A list\303\241k nagy el\305\221nye: meg lehet v\303\241ltoztatni tetsz\305\221leges elem\303\251t.l[2]:=1000;

NiM+JkkibEc2IjYjIiIjIiUrNQ==

l;

NiM3JSIiJiIlKzUiIic=

List\303\241k, sorozatok, halmazok legegyszer\305\261bb l\303\251trehoz\303\241si m\303\263dja:li:=[seq(i,i=1..10)];

NiM+SSNsaUc2IjcsIiIiIiIjIiIkIiIlIiImIiInIiIoIiIpIiIqIiM1

ha:={seq(i^2,i=1..10)};

NiM+SSNoYUc2IjwsIiIiIiIlIiIqIiM7IiNEIiNPIiNcIiNrIiMiKSIkKyI=

so:=seq(i^3,i=1..10);

NiM+SSNzb0c2IjYsIiIiIiIpIiNGIiNrIiREIiIkOyMiJFYkIiQ3JiIkSCgiJSs1

Elemsz\341m vizsg\341lat:nops(l);

NiMiIiQ=

Elemvizsg\341lat: A 4 nem eleme az l list\341nak.member(4,l);

NiNJJmZhbHNlR0kqcHJvdGVjdGVkR0Yk

De az 5 m\341r igen!member(5,l);

NiNJJXRydWVHSSpwcm90ZWN0ZWRHRiQ=

Lista n\366vel\351se 1 taggal:l:=[op(l),-2];

NiM+SSJsRzYiNyYiIiYiJSs1IiInISIj

A Maple ind\355t\341sa sor\341n nem t\366lt be minden f\374ggv\351nyt. Cser\351be gyorsabban indul, kevesebb a mem\363iraig\351nye, de a haszn\341lt csomagokat mindig be kell t\366lten\374nk. A parancs lefuttat\341sa ut\341n felsorolja a bet\366lt\366tt csomagokatwith(plots);

Warning, the name changecoords has been redefined

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M\303\241sik fontos csomag m\303\251g, a k\303\251s\305\221bbiekben lesz r\303\263la sz\303\263:with(linalg);

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Egy f\303\274ggv\303\251nyr\305\221l az al\303\241bbi m\303\263don k\303\251rhet\303\274nk gyors seg\303\255ts\303\251get. Ezt elind\303\255tva bet\303\266lti a help-et. Ugyanazt kapjuk, mint ha a Help-et men\303\274b\305\221l elind\303\255tva keresn\303\251nk meg a plot f\303\274ggv\303\251nyt.?plot;A plot haszn\303\241lata \303\272gy v\303\251lem egy\303\251rtelm\305\261.plot(cos(x) + sin(x), x=0..Pi);

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A plot3d-n\303\251l a megadott f\303\274ggv\303\251ny magass\303\241g\303\241ban rajzol ki egy pontot az x \303\251s y megfelel\305\221 hely\303\251n. Az eg\303\251rrel az \303\241br\303\241ra kattintva, az egeret lenyomva lehet forgatni.plot3d(sin(x)*cos(y),x=0..1,y=0..10);

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xF1Q"yF1Q!F1-%,ORIENTATIONG6$$"23++++++5%!#:$"#VF*

T\366bb f\374ggv\351nyt is lehet \341br\341zolni egy \341br\341n, ha a f\374ggv\351nyeket list\341ba tessz\374k.plot([x^2,x/2],x=-2..2,y=-1..1);

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Lehet\305\221s\303\251g van egy g\303\266rb\303\251t rajzolni:plot([5*cos(x),5*sin(x),x=0..3*Pi/2]);

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plot([x*cos(x),x*sin(x),x=0..4*Pi]);

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Megjelen\303\255thetj\303\274k az el\305\221z\305\221 k\303\251t grafikont egy \303\241br\303\241n.display({%,%%});

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

Alapbe\341ll\355t\341sokkal rajzol\341s:smartplot3d(sin(x)+y^2);

-%'PLOT3DG6$-%%GRIDG6%;$!"&""!$""&F+F(X,6"F/I)anythingGI*protectedGF1[gl'!%"!!#\bm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w6O0MANl#!#:

A for hat\303\241s\303\241ra az i v\303\241ltoz\303\263 1-t\305\221l 10-ig, \303\251s minden egyes \303\251rt\303\251kre v\303\251grehajtja a "do" \303\251s az "od" utas\303\255t\303\241s k\303\266z\303\266tti r\303\251szt. Az "od" \303\251s az "end do" ugyanazt jelentik, felv\303\241ltva fogom \305\221ket haszn\303\241lni. A sorok k\303\266z\303\266tt nyomjunk SHIFT-ENTER-t, \303\251s a legutols\303\263 sorn\303\241l ENTER-t.for i from 1 to 10 do print(i); od;

NiMiIiI=NiMiIiM=NiMiIiQ=NiMiIiU=NiMiIiY=NiMiIic=NiMiIig=NiMiIik=NiMiIio=NiMiIzU=

Lehet\305\221s\303\251g van egy lista elemein v\303\251gigfuttatni az i v\303\241ltoz\303\263t:l:=[1,2,3,4,5,6,7,8,9,20]: for i in op(l) do print(i); od;

NiMiIiI=NiMiIiM=NiMiIiQ=NiMiIiU=NiMiIiY=NiMiIic=NiMiIig=NiMiIik=NiMiIio=NiMiIz8=

Els\305\221 f\303\274ggv\303\251ny\303\274nk. A neve: kiiratas, \303\251s egy param\303\251tert fogad el, amely eg\303\251sz (erre utal az integer). A programban a megh\303\255vott param\303\251tert "n" v\303\241ltoz\303\263k\303\251nt \303\251rj\303\274k el. A programban felhaszn\303\241lunk egy "i" v\303\241ltoz\303\263t, amit nem szeretn\303\251nk, hogy a glob\303\241lis "i" v\303\241ltoz\303\263val \303\266sszekeverj\303\274nk, \303\272gyhogy local i; -vel kezdj\303\274k a programot. A proc-ot end-del z\303\241rjuk.kiiratas:=proc(n::integer) local i; for i from 1 to n do print(i); od; end;

NiM+SSlraWlyYXRhc0c2ImYqNiMnSSJuR0YlSShpbnRlZ2VyR0kqcHJvdGVjdGVkR0YrNiNJImlHRiVGJUYlPyg4JCIiIkYwOSRJJXRydWVHRistSSZwcmludEdGKzYjRi9GJUYlRiU=

Nagyon fontos: A program bevitele ut\341n nem t\366rt\351nik semmi. A f\374ggv\351ny csak akkor fut le, ha megh\355vjuk. A megh\355v\341st \372gy k\351pzelj\374k el, mintha a program belsej\351t ide m\341soltuk volna \372gy, hogy mindenhol n \351rt\351k\351t kicser\351lj\374k 7-re.kiiratas(7);

NiMiIiI=NiMiIiM=NiMiIiQ=NiMiIiU=NiMiIiY=NiMiIic=NiMiIig=

El\305\221sz\303\266r is ismerkedj\303\274nk meg a while ciklussal. while felt\351tel_am\355g_fusson do parancsok_amik_fussanak; od;i:=10: while i < 20 do i:=i+1: print(i); od:

NiMiIzY=NiMiIzc=NiMiIzg=NiMiIzk=NiMiIzo=NiMiIzs=NiMiIzw=NiMiIz0=NiMiIz4=NiMiIz8=

V\351letlen sz\341m:rand();

NiMiLWJFJj4iKWYj

V\351letlen sz\341m 0 \351s 89 k\366z\366tt:rand() mod 90;

NiMiIygp

V\351letlen sz\341m 1 \351s 90 k\366z\366tt:(rand() mod 90)+1;

NiMiIyIp

if seg\355ts\351g\351vel felt\351telhez lehet k\366tni egy programr\351sz fut\341s\341t. P\351ld\341ul: if felt\351tel then ha_a_felt\351tel_teljes\374l_fusson_le_ez_a_r\351sz; else ha_a_felt\351tel_nem_teljes\374l_akkor_ez_fusson_le; fi;if 5 > 6 then print("5 nagyobb a 6-n\341l"); else print("Nem is!"); fi;

NiNRKE5lbX5pcyE2Ig==

A f\303\274ggv\303\251nynek k\303\251t v\303\241ltoz\303\263ja van, egy n \303\251s k, mindkett\305\221 eg\303\251sz. 3 lok\303\241lis v\303\241ltoz\303\263t haszn\303\241lunk. Lott\303\263sz\303\241mot fogunk gener\303\241lni n sz\303\241m k\303\266z\303\274l k darabot. A k\303\274ls\305\221 for ciklus k-szor fut le, minden egyes alkalommal az "l" lista 1 \303\272j elemmel b\305\221v\303\274l, amely eddig nem volt eleme. A break utas\303\255t\303\241s hat\303\241sa: kil\303\251p a k\303\266zvetlen\303\274l k\303\266r\303\274l\303\266tte l\303\251v\305\221 ciklusb\303\263l, \303\251s az ut\303\241n folytat\303\263dik a fut\303\241s.lotto:=proc(n::integer,k::integer) local i,l,x; l:=[]; for i from 1 to k do while true do x:=(rand() mod n) + 1; if member(x,l)=false then break; end if; end do; l:=[op(l),x]; od; {op(l)}; end;

NiM+SSZsb3R0b0c2ImYqNiQnSSJuR0YlSShpbnRlZ2VyR0kqcHJvdGVjdGVkR0YrJ0kia0dGJUYqNiVJImlHRiVJImxHRiVJInhHRiVGJUYlQyU+OCU3Ij8oOCQiIiJGODklSSV0cnVlR0YrQyQ/KEYlRjhGOEYlRjpDJD44JiwmLUkkbW9kR0YlNiQtSSVyYW5kRzYkRitJKF9zeXNsaWJHRiVGJTkkRjhGOEY4QCQvLUknbWVtYmVyR0YrNiRGP0Y0SSZmYWxzZUdGK1s+RjQ3JC1JI29wR0YrNiNGNEY/PCNGUkYlRiVGJQ==

lotto(90,5);

NiM8JyIiJyIjSyIjUiIjcCIjISk=