Help (Hilfe für die Operatoreingabe)

Help b4eeeab0-f4ec-4f67-86dc-a1325bc1c829 20 Help (Hilfe für die Operatoreingabe) Martin Kraska SMath-Operatoren und ihre Tastatureingabe, z.B. wie erzeugt man 1..5? FHB (www.fh-brandenburg.de) Help for operator input) Martin Kraska Keyboard input of SMath operators, e.g. how to create 1..5? FHB (www.fh-brandenburg.de) 4 5 decimal

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Operatoren und ihre Tastatureingabe

Operators and how to insert them with the keyboard

Programmbedienung

Program Operation

Benutzeroberfläche

User Interface

Annahme: ; ist Argumenttrennzeichen

Assumption: ; is argument separator

h General Arithmetics 13 mat :

Rechenblätter erstellen und bearbeiten

SMath Studio documents

Inhalt

Contents

A S:+# S:#+# 12 mat + Plus S:-# S:#-# 12 mat - Minus S:±# % Plus/Minus S:%# Insert> Operator Minus/Plus S:#*# * Times S:#!! Faculty S:#/# / Divide S:#^#^Power S:log(#,#) log TAB Logarithm S:abs(#) abs TAB Absolute value S:Ceil(#) ce TAB Ceiling S:Floor(#) fl TAB Floor 123 mat :

G S:'m'm Unit S:a.b a.b Text subscript S:#:# : Assignment S:#=# = Numeric result S:#=# Ctrl : Symbolic result S:at(#,#) at(Substitution S:at(#,#,#) at TAB ; Substitution S:sys(#,#,2,1) sys TAB List S:mat(#,#,#,#,2,2) mat TAB Matrix S:Maxima(#) maxi TAB Evaluate in Maxima 103 mat :

h lastError G A h lastError

G A 1 3 mat
mat("S:m","m","Unit","S:a.b","a.b","Text subscript","S:#:#",":","Assignment","S:#=#","=","Numeric result","S:#=#","Ctrl :","Symbolic result","S:at(#,#)","at(","Substitution","S:at(#,#,#)","at TAB ;","Substitution","S:mat(#,#,2,1)","sys TAB","List","S:mat(#,#,#,#,2,2)","mat TAB","Matrix","S:Maxima(#)","maxi TAB","Evaluate in Maxima",10,3)		mat(mat("S:+#","S:#+#",1,2),"+","Plus",mat("S:-#","S:#-#",1,2),"-","Minus","S:±#","%","Plus/Minus","S:%#","Insert> Operator","Minus/Plus","S:#·#","·","Times","S:#!","!","Faculty","S:#/#","/","Divide","S:#^#","^","Power","S:log(#,#)","log TAB","Logarithm","S:abs(#)","abs TAB","Absolute value","S:Ceil(#)","ce TAB","Ceiling","S:Floor(#)","fl TAB","Floor",12,3)
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General		Arithmetics
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h Vectors and Matrices Boolean and Relations 13 mat :

M S:sys(#,#,2,1) sys TAB List S:mat(#,#,#,#,2,2) mat TAB Matrix S:#†# Ctrl 8 Cross product S:det(#) det TAB Determinant S:transpose(#) tran TAB Transpose S:el(#,#) [Vektor index S:el(#,#,#) [ → ; Matrix index S:sum(#) sum TAB Sum S:sum(#,#,#,#) sum ↓ TAB Sum S:product(#,#,#,#) pr TAB Product S:range(#,#) rang TAB Range S:range(#,#,#) rang TAB ; Range 123 mat :

B S:#≡# Ctrl + Equal S:#<# < Less S:#># > Greater S:#≤# Ctrl 9 Less or equal S:#≥# Ctrl 0 Greater or equal S:#≠# Ctrl 3 Not equal S:¬# Boolean Panel Not S:#&# & And S:#|# | Or S:#¤# Boolean Panel Exclusive or S:lele(#,#,#) lele TAB S:lelt(#,#,#) lelt TAB S:ltle(#,#,#) ltle TAB S:ltlt(#,#,#) ltlt TAB S:gege(#,#,#) gege TAB S:gegt(#,#,#) gegt TAB S:gtge(#,#,#) gtge TAB S:gtgt(#,#,#) gtgt TAB 183 mat :

h lastError B M h G A lastError

M B 1 3 mat
mat("S:mat(#,#,2,1)","sys TAB","List","S:mat(#,#,#,#,2,2)","mat TAB","Matrix","S:#†#","Ctrl 8","Cross product","S:det(#)","det TAB","Determinant","S:transpose(#)","tran TAB","Transpose","S:el(#,#)","[","Vektor index","S:el(#,#,#)","[ → ;","Matrix index","S:sum(#)","sum TAB","Sum","S:sum(#,#,#,#)","sum ↓ TAB","Sum","S:product(#,#,#,#)","pr TAB","Product","S:range(#,#)","rang TAB","Range","S:range(#,#,#)","rang TAB ;","Range",12,3)		mat("S:#≡#","Ctrl +","Equal","S:#<#","<","Less","S:#>#",">","Greater","S:#≤#","Ctrl 9","Less or equal","S:#≥#","Ctrl 0","Greater or equal","S:#≠#","Ctrl 3","Not equal","S:¬#","Boolean Panel","Not","S:#&#","&","And","S:#\|#","\|","Or","S:#¤#","Boolean Panel","Exclusive or","S:lele(#,#,#)","lele TAB","","S:lelt(#,#,#)","lelt TAB","","S:ltle(#,#,#)","ltle TAB","","S:ltlt(#,#,#)","ltlt TAB","","S:gege(#,#,#)","gege TAB","","S:gegt(#,#,#)","gegt TAB","","S:gtge(#,#,#)","gtge TAB","","S:gtgt(#,#,#)","gtgt TAB","",18,3)
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Vectors and Matrices		Boolean and Relations
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h Calculus Programming 13 mat :

P S:cases(#,#,#) cas TAB ;; Cases S:for(#,#,#) for TAB For loop S:for(#,#,#,#) for TAB ; For Loop S:while(#,#) wh TAB While loop S:if(#,#,#) if TAB If statement S:line(#,#,2,1) lin TAB Block 63 mat :

C S:diff(#) dif TAB Derivative S:diff(#,#) dif TAB ; Derivative S:diff(#,#,#) dif TAB ;; Derivative S:int(#,#) int TAB Indefinite Integral S:int(#,#,#,#) int TAB ;; Definite Integral S:lim(#,#,#) lim TAB Limit 63 mat :

h lastError C P h B M G A lastError

C P 1 3 mat
mat("S:diff(#)","dif TAB","Derivative","S:diff(#,#)","dif TAB ;","Derivative","S:diff(#,#,#)","dif TAB ;;","Derivative","S:int(#,#)","int TAB","Indefinite Integral","S:int(#,#,#,#)","int TAB ;;","Definite Integral","S:lim(#,#,#)","lim TAB","Limit",6,3)		mat("S:cases(#,#,#)","cas TAB ;;","Cases","S:for(#,#,#)","for TAB","For loop","S:for(#,#,#,#)","for TAB ;","For Loop","S:while(#,#)","wh TAB","While loop","S:if(#,#,#)","if TAB","If statement","S:line(#,#,2,1)","lin TAB","Block",6,3)
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Calculus		Programming
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Maßeinheit Unit s_unit 1 :

Textindex Subscript s_subscript 1 :

Definition Assignment s_assignment 1 :

Numerisches Ergebnis Numeric result s_evaluation 1 :

Symbolisches Ergebnis Symbolic result s_sym 1 :

Substitution Substitution s_at2 1 :

Substitution Substitution s_at3 1 :

Liste List s_sys 1 :

Matrix Matrix s_mat 1 :

In Maxima rechnen Use Maxima s_maxima 1 :

T s_unit description s_subscript description s_assignment description s_evaluation description s_sym description s_at2 description s_at3 description s_sys description s_mat description s_maxima description 101 sys :

S S:'m S:a.b S:#:# S:#=# S:#=# S:at(#,#) S:at(#,#,#) S:sys(#,#,2,1) S:mat(#,#,#,#,2,2) S:Maxima(#) 101 sys :

I'm a.b : = Ctrl : at(at TAB ; sys TAB mat TAB maxi TAB 101 sys :

S:sys(#,#,2,1)