Using the Windows Interface

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GAUSS User Guide Go Starts the debugger. Stop Stops the debugger. Run to Cursor Runs the program until it reaches the cursor position. Step Into Runs the next executable line of code in the application and steps into procedures. Step Over Runs the next executable line of code in the application but does not step into procedures. Step Out Runs the remainder of the current procedure and stops at the next line in the calling procedure. Step Out returns if a breakpoint is encountered. Set Watch Opens the Matrix Editor for watching changing variable data. For more information about viewing variables see Viewing Variables, Section 5.5.5. 4.1.7 Tools Menu The Tools menu lets you open GAUSS tools windows. The following commands can be used: Matrix Editor Lets you create or edit data in a matrix (or grid). A cell can be edited by typing in a new value and pressing ENTER. For more information see Matrix Editor, Chapter 6. Graphics Editor Opens the Graphics Editor, which is an interactive TKF file editor. This menu item will be inactive if you have not purchased the Graphics Editor. Source Browser Searches source files for string patterns. For more information see GAUSS Source Browser, Chapter 8. Lib Tool Lets you manage the contents of libraries. For more information see Library Tool, Chapter 7. DOS Opens a DOS Compatibility window. Compatibility Window 4-8
4.1.8 Window Menu Introduction to the Windows Interface The Window menu commands let you manage your workspace. You can toggle the focus between all open windows using CTRL+TAB, or clicking in the window you want active. All open windows are listed at the end of the Window menu. The following commands can be used: Cmd Window Makes the Command Input - Output window the active window. Output Window Splits the output from the Command Input - Output window. Debug Window Starts the debugger on the current file. Re-use Window If checked, the next file browsed in the Source Browser will be displayed in the same window. Command Log Loads the command log window into an editor. Close All Closes all TKF File Viewer windows. Graphics Dual Horizontal Horizontally tiles the program source and execution windows within the main window, and minimizes all other windows. Dual Vertical Vertically tiles the program source and execution windows within the main window, and minimizes all other windows. Cascade Arranges all open windows on the screen, overlapping each, with the active window on top. Tile Horizontal Arranges all open windows horizontally on the screen without any overlap. Tile Vertical Arranges all open windows vertically on the screen without any overlap. Arrange Icons Arranges all minimized windows across the bottom of the main GAUSS window. Split Splits the active window into two horizontal panes. This allows you to view Horizontally two different areas of the same document to facilitate split-window editing. Note: You can move the splitter bar by dragging it with the mouse. You can remove the splitter bar from the window by dragging it to the end of the window. 4-9 Windows GUI Intro
Page 1 and 2: Aptech Systems, Inc. — Mathematic
Page 3 and 4: Contents 1 Introduction Contents 1.
Page 5 and 6: Contents 5.4 Using the Error Output
Page 7 and 8: Contents 10.6.7 Character Matrices
Page 9 and 10: Contents 15.1.2 aconcat . . . . . .
Page 11 and 12: 19 Compiler Contents 19.1 Compiling
Page 13 and 14: Contents 24.3.4 Transparent Graphic
Page 15: Contents 30.10 OS Functions and Fil
Page 19 and 20: 1.1 Product Overview Introduction 1
Page 21 and 22: 2.1 Installation Under UNIX/Linux 1
Page 23: Log in as “anonymous” and use y
Page 26 and 27: GAUSS User Guide 3.1 Viewing Graphi
Page 28 and 29: GAUSS User Guide Translator line To
Page 30 and 31: GAUSS User Guide filename line The
Page 33 and 34: Introduction to the Windows Interfa
Page 35 and 36: New Opens a new, untitled document
Page 37 and 38: Go To Line Moves the cursor to the
Page 39: Main File the Output window. Introd
Page 43 and 44: New Open Save Cut Copy Paste Source
Page 45 and 46: Introduction to the Windows Interfa
Page 47 and 48: Window Introduction to the Windows
Page 49 and 50: Using the Windows Interface 5 The G
Page 51 and 52: Using the Windows Interface You cre
Page 53 and 54: Using the Windows Interface Interac
Page 55 and 56: 5.4 Using the Error Output Window U
Page 57 and 58: 5.5.4 Stepping Through a Program Us
Page 59 and 60: Run Options Using the Windows Inter
Page 61 and 62: File Using the Windows Interface St
Page 63 and 64: Allow Drag Enables or disables drag
Page 65 and 66: 5.7.3 Text Selection Keys SHIFT+UP
Page 67: F10 Step Over ALT+F4 Exit GAUSS ALT
Page 70 and 71: GAUSS User Guide 6-2 Figure 6.1: Ma
Page 72 and 73: GAUSS User Guide Auto-Reload Automa
Page 75 and 76: 7.1 Using the Library Tool Library
Page 77: 7.1.3 Managing Library Files Librar
Page 80 and 81: GAUSS User Guide 8.2 Using the Sour
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Page 84 and 85: GAUSS User Guide • GAUSS windows
Page 87 and 88: Language Fundamentals 10 GAUSS is a
Page 89 and 90: 10.2.1 Executable Statements Langua
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10.3.2 Secondary Sections Language
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Language Fundamentals and then writ
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10.6 Data Types Language Fundamenta
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10.6.2 Matrices Language Fundamenta
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will result in x = The statement wi
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Complex constants can also be used
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Language Fundamentals will put the
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Language Fundamentals packedToSp Cr
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Language Fundamentals strsplitPad S
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Language Fundamentals by default, G
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Language Fundamentals format Define
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Language Fundamentals numeric infor
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DEN, UNN Language Fundamentals When
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is evaluated (2 3 ) 7 In the expres
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This will print: format /rdn 1,0; s
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10.8.2 Conditional Branching The if
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gosub pop errmsg; errorlog errmsg;
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* This kind of comment can be neste
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10.10.9 Indexing Matrices Brackets
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Then get(mvec,3) will return the 3
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GAUSS User Guide In a typical expre
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GAUSS User Guide row vector 2 4 3 1
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GAUSS User Guide y = x %z; For inte
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GAUSS User Guide z = 5 6 10 12 21 2
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GAUSS User Guide than comparisons a
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GAUSS User Guide 11-12 • Element-
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GAUSS User Guide Disjunction X Y X
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GAUSS User Guide 11.5 Other Operato
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GAUSS User Guide String Concatenati
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GAUSS User Guide To get the data se
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GAUSS User Guide is interpreted as
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Procedures and Keywords 12 Procedur
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12.1.1 Procedure Declaration The pr
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Procedures and Keywords GAUSS proce
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is legal. 12.3 Keywords y = dog(cat
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Here is another example: add; the k
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proc g(x,i); local f; f = procvec[i
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Procedures and Keywords proc (2) =
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Sparse Matrices 13 The sparse matri
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spDenseSubmat Returns a dense subma
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Element-by-Element Numeric Operator
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Sparse Matrices Since the element-b
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GAUSS User Guide Every N-dimensiona
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GAUSS User Guide For a 2×3×4 arra
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GAUSS User Guide 14-6 vector of ind
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GAUSS User Guide arrayinit Allocate
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GAUSS User Guide Expanding a Matrix
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GAUSS User Guide 15.1.3 aeye -0.430
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GAUSS User Guide print a; Plane [1,
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GAUSS User Guide 0.00000 0.00000 1.
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GAUSS User Guide 1.0000 If you requ
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GAUSS User Guide for j(1,100,1); b
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GAUSS User Guide print b; 15.2.7 se
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GAUSS User Guide endfor; for j(1,P,
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GAUSS User Guide sig0ind = sigind[1
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GAUSS User Guide 15-22 1.0000 2.000
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GAUSS User Guide 15.4.6 arraytomat
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GAUSS User Guide Plane [1,1,.,.] 45
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GAUSS User Guide 18.500 22.500 /* *
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GAUSS User Guide sigma = sigu * one
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GAUSS User Guide 15-36 getscalar3D
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GAUSS User Guide string s1; string
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GAUSS User Guide struct DS d0; d0.d
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GAUSS User Guide }; matrix w; strin
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GAUSS User Guide In this case, e3tm
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GAUSS User Guide proc center(struct
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GAUSS User Guide This code will mod
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GAUSS User Guide es1.x = rndn(1000,
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GAUSS User Guide #include ds.sdf st
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GAUSS User Guide endp; Masked Matri
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GAUSS User Guide 16.3.3 Miscellaneo
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GAUSS User Guide pvGetIndex This pr
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GAUSS User Guide The linear and bou
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GAUSS User Guide 16-26 Bounds 1×2
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GAUSS User Guide 16-28 par instance
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GAUSS User Guide 16.4.4 The Command
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GAUSS User Guide 16-32 print; print
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Run-Time Library Structures 17 Two
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struct PV p1; p1 = pvCreate; cov =
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phi = pvUnpack(par1,"phi"); theta =
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.3422 .0407 .5611 .0953 Run-Time Li
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3.059| 2.871| 2.622| 2.541| 2.184|
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etp(4*g/(rows(e)*s2)); endp; This e
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print "phi" phihat; print; print "t
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Libraries 18 The GAUSS library syst
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z = 6; y = z + dog; print y; Librar
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Libraries When autodelete is OFF, s
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Example 2 Libraries /* ** math ** *
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18.2 Global Declaration Files Libra
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.ext File: .lcg File: /* ** fcomp.d
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Libraries The autoloader cannot fin
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Compiler 19 GAUSS allows you to com
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Compiler another procedure, because
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GAUSS User Guide fgetsat Read multi
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GAUSS User Guide load x[] = dat1.as
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GAUSS User Guide endo; fp = close(f
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GAUSS User Guide Bytes Type Signifi
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GAUSS User Guide Using Type Vectors
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GAUSS User Guide ret = gdaWrite("my
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GAUSS User Guide The save command t
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GAUSS User Guide stored on disk in
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GAUSS User Guide 8-byte IEEE floati
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GAUSS User Guide 20.5.7 Matrix v92
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GAUSS User Guide The contents of th
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GAUSS User Guide Offset Description
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GAUSS User Guide [1,1,1] through [1
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Foreign Language Interface 21 The F
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21.2 Creating Dynamic Libraries For
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} } /* free whatever you malloc */
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Data Transformations 22 GAUSS allow
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22.2 Using Other Statements Data Tr
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The GAUSS Profiler 23 GAUSS now inc
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c number of times called p procedur
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GAUSS User Guide bar Bar graphs. bo
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GAUSS User Guide routines. (For a d
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GAUSS User Guide While the structur
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GAUSS User Guide window(2,3,0); mak
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GAUSS User Guide 24.3.6 Inch Units
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GAUSS User Guide fonts("simplex com
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GAUSS User Guide 24.5 Colors 24.6 G
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GAUSS User Guide [M,11] controls th
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GAUSS User Guide 2 vertical cross-h
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GAUSS User Guide _pdate date string
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GAUSS User Guide _plegctl scalar or
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GAUSS User Guide [M,6] ending point
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GAUSS User Guide If this is scalar,
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GAUSS User Guide _psym M×7 matrix,
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Time and Date 25 GAUSS offers a com
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19970529 t = { 10, 17, 33, 13.81 };
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_isleap Returns a vector of ones an
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et = hsec; /* Start timer */ /* Seg
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GAUSS User Guide complex Treat data
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GAUSS User Guide complex Instructs
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GAUSS User Guide Hard Delimited ASC
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GAUSS User Guide invar delimit(\r)
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GAUSS User Guide will result in: ms
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GAUSS User Guide invar $name #age p
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GAUSS User Guide input /gauss/dat/x
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GAUSS User Guide This is a warning
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GAUSS User Guide A variable request
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GAUSS User Guide G0005 File is alre
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GAUSS User Guide G0029 Missing left
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GAUSS User Guide G0053 Illegal inde
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GAUSS User Guide declare An attempt
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GAUSS User Guide G0097 String not c
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GAUSS User Guide G0123 File handle
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GAUSS User Guide G0152 Variable not
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GAUSS User Guide G0175 String too l
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GAUSS User Guide G0302 File has bee
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GAUSS User Guide G0383 Cannot vecto
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GAUSS User Guide G0412 default not
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GAUSS User Guide G0461 Too many dat
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GAUSS User Guide G0519 Illegal dere
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Maximizing Performance 28 These hin
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c = sumc(abs(x) .> 1); print c; The
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There are four fonts available in t
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A.2 Simgrma Fonts A-3 Fonts
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A.4 Complex Fonts A-5 Fonts
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GAUSS User Guide arctan2 areshape a
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GAUSS User Guide dataopen datasave
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GAUSS User Guide fftmi fftn fge fge
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GAUSS User Guide indicesf indicesfn
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GAUSS User Guide mbesselei1 mbessel
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GAUSS User Guide qqr qqre qqrep qr
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GAUSS User Guide sortrc sparseCols
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GAUSS User Guide vartypef vcm vcms
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Singularity Tolerance Appendix C Th
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Index ′ , 11-8 .′ , 11-8 ∼ ,
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ATOG, 26-1 atranspose, 15-21, 31-46
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contour, 31-137 control flow, 10-32
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edit windows, 5-1 edit, 31-229 edit
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fuzzy conditional functions, 30-12
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installation, UNIX/Linux, 2-1 insta
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logy, 31-508 looping, 10-32, 30-41,
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_paxes, 24-17 _paxht, 24-17 _pbarty
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qtyrep, 31-662 quadrature, 31-428 q
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sorting, 30-38 sortmc, 31-774 sortr
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toolbars, 4-10 topolar, 31-868 trac
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