Using the Windows Interface

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7.1 Using the Library Tool Library Tool 7 The Library Tool lets you quickly manage your libraries. You can add and remove libraries and you can add and remove files within the libraries. 7.1.1 Managing Libraries Using the New Library button, you can create a new library for organizing your code. You can remove a library by selecting the Delete Library button. 7.1.2 Managing the Library Index To add absolute path names to the library index, use the Add Paths button. To only use file names for searching libraries, use the Strip Paths button. Use Rebuild to recompile all the files used in the library, and rebuild the library index file. Use the Revert to Original button to revert to the configuration the library was in when the Library Tool was opened. 7-1 Library Tool
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Aptech Systems, Inc. — Mathematic
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Contents 1 Introduction Contents 1.
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Contents 5.4 Using the Error Output
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Contents 10.6.7 Character Matrices
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Contents 15.1.2 aconcat . . . . . .
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19 Compiler Contents 19.1 Compiling
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Contents 24.3.4 Transparent Graphic
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Contents 30.10 OS Functions and Fil
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1.1 Product Overview Introduction 1
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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
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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 and 40: Main File the Output window. Introd
Page 41 and 42: 4.1.8 Window Menu Introduction to t
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
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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
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Page 81 and 82: Figure 8.1: Source Browser GAUSS So
Page 83 and 84: 9.1 Help Menu GAUSS Help 9 From the
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Page 88 and 89: GAUSS User Guide variable with the
Page 90 and 91: GAUSS User Guide zed = rndn(3,3); p
Page 92 and 93: GAUSS User Guide #definecs Define a
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Page 108 and 109: GAUSS User Guide A string can be sa
Page 110 and 111: GAUSS User Guide create f1=ˆdatase
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Page 118 and 119: GAUSS User Guide 10.8 Flow Control
Page 120 and 121: GAUSS User Guide for loop endif; s
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GAUSS User Guide 10.10 Rules of Syn
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GAUSS User Guide The reference to a
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GAUSS User Guide rv and cv can be a
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11.1 Element-by-Element Operators O
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Operators • If x is an N×1 colum
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Operators Performs element-by-eleme
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y = x .*. z; This results in a matr
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y = 7 8 9 z = 1 2 3 3 4 5 7 8 9 ∼
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• Equal to • Not equal z = x le
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• Element-by-element greater than
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• Disjunction • Exclusive or
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Space Spaces are used inside of ind
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z = "dog" $+ k[1,1]; The resulting
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11.6 Using Dot Operators with Const
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Operators Within a term, operators
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GAUSS User Guide 12.1 Defining a Pr
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GAUSS User Guide being defined, the
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GAUSS User Guide 12.2 Calling a Pro
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GAUSS User Guide keyword add(s); lo
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GAUSS User Guide proc myproc(&f1,&f
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GAUSS User Guide Also, a procedure
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GAUSS User Guide whenever it is nee
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GAUSS User Guide let sparse matrix
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GAUSS User Guide .== > .> >= .>= <
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GAUSS User Guide Other Numeric Oper
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N-Dimensional Arrays 14 In GAUSS, i
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N-Dimensional Arrays scalar whose p
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x[.,2,1:3] returns a 2×1×3 array
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15.1 Initializing Arrays Working wi
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panel = areshape(loadd("panel"),5|1
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dimension: rndseed 345678; x1 = rnd
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15.1.5 arrayalloc a = arrayinit(ord
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getArray Get a subarray from an arr
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1.0000 2.0000 3.0000 4.0000 Plane [
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15.2.3 getMatrix Working with Array
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15.2.6 putArray t1 = date; e1 = eth
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Plane [3,.,.] 3.0000 3.0000 3.0000
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amult(W,atranspose(W,2|1)); endfor;
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for j(1,3,1); for k(1,3,1); setarra
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15.4.2 amult Plane [2,.,.] 2.0000 8
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Working with Arrays Suppose we have
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15.4.4 getDims print amax(a,3); Pla
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Working with Arrays In the first ap
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Working with Arrays on the last two
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K×1 vector of coefficients. Then y
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15.7 Appendix Working with Arrays T
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16.1 Basic Structures 16.1.1 Struct
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16.1.3 Initializing an Instance Mem
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#include trade.sdf struct option p0
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matrix w string aray sa matrix z st
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16.1.7 Loading an Instance from the
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struct example_struct es; and then
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}; struct sa { matrix x; struct str
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16.3 Special Structures Structures
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struct PV p0; p0 = pvPack(pvCreate,
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vc = { 1 .6 .4, .6 1 .2, .4 .2 1 };
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pvGetParVector b0[1,1] garch[1,1] g
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matrix bounds; scalar gradProc; sca
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C an sqpSolvemtControl structure St
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Structures FeasibleTest scalar, if
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16.4.3 Example Define Y = Λη + θ
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c0 = sqpSolveMTcontrolCreate; Struc
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local lambda,phi,psi,sigma,e; lambd
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GAUSS User Guide x = zeros(4,3); /*
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GAUSS User Guide A PV instance can,
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GAUSS User Guide print pvLength(p1)
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GAUSS User Guide struct DS d0; d0 =
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GAUSS User Guide 17-10 start = { 2,
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GAUSS User Guide 17-12 struct SQPso
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GAUSS User Guide 17-14 proc ineq(st
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GAUSS User Guide 18.1.1 Forward Ref
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GAUSS User Guide generated and all
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GAUSS User Guide retp(maxc(sumc(abs
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GAUSS User Guide fge : proc c:\gaus
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GAUSS User Guide appropriate librar
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GAUSS User Guide xix = xi*x; if feq
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GAUSS User Guide proc (0) = globset
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GAUSS User Guide 19.1 Compiling Pro
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File I/O 20 The following is a part
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saved Save a matrix in a GAUSS data
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format Specify format for printing
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20.2 Data Sets str = fgets(fin, 102
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The following example illustrates t
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Using the Uppercase/Lowercase Conve
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If you want to read only a part of
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Version Extension Support Small Str
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Offset Description 0-1 DFDF hex, id
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element: [1, 1] [1, 2] [1, 3] [2, 1
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Offset Description 8-11 reserved 12
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precede the data, along with 4 padd
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Offset Type Description 20-23 32-bi
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Offset Type Description 32-39 64-bi
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GAUSS User Guide 21.1 Writing FLI F
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GAUSS User Guide 21-4 } free(wx); r
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GAUSS User Guide Linux CCOPTIONS =
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GAUSS User Guide 22.1 Data Loop Sta
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GAUSS User Guide line numbers corre
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GAUSS User Guide The output display
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Publication Quality Graphics 24 GAU
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Header Publication Quality Graphics
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Publication Quality Graphics xlabel
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24.3 Graphic Panels Publication Qua
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nextwind Set to next available grap
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Publication Quality Graphics The es
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Publication Quality Graphics For ex
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[M,1] x starting point. [M,2] y sta
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[M,11] line type: 1 dashed 2 dotted
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Publication Quality Graphics _pboxl
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[1] 1 frame on 0 frame off [2] 1 ti
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1 line in plot coordinates 2 line i
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Publication Quality Graphics _plots
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2 axes numbers displayed, horizonta
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_pversno string, the graphics versi
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GAUSS User Guide 25.1 Time and Date
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GAUSS User Guide 1954 3 17 4 16 0 3
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GAUSS User Guide x = seqa(1970,1,20
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ATOG 26 ATOG is a stand-alone conve
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ATOG The output file will have four
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invar ATOG Soft Delimited ASCII Fil
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BILL , 222.3, 123.2, 456.4, 345.2,
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ATOG If several variables are liste
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outtyp ATOG Selects the numerical a
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Jan 167.3 822.4 6.34E06 yes 84.3 10
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The data set defaults to single pre
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atog - Open comment ATOG The comman
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Error Messages 27 The following is
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G0017 WARNING: local outside of pro
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A matrix argument was passed to a f
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G0063 Operator missing An expressio
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G0085 Invalid file type You cannot
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G0109 Not enough data items You omi
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G0137 Negative argument - erf or er
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G0163 Wrong size format matrix G016
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Error Messages The seed argument to
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G0368 Unable to allocate translatio
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G0398 recode Variable is a Number G
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G0436 Matrix is empty G0437 loadexe
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G0492 Licensing failure G0497 Missi
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G0543 Array has too many dimensions
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GAUSS User Guide You can optimize y
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GAUSS User Guide This represents mo
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GAUSS User Guide A.1 Simplex A-2
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GAUSS User Guide A.3 Microb A-4
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Reserved Words Appendix B The follo
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Reserved Words Reserved Words Appen
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X Y Z x_indcv xlabel xor xpnd xtics
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GAUSS User Guide C.1 Reading and Se
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Index _loess_NumEval, 31-504 _loess
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Index cdftvn, 31-100 cdir, 31-102 c
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Index delimited files, 20-3 delimit
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Index exponential function, 31-272
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Index gradMTm, 31-377 gradp, 31-379
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Index lapgeigv, 31-458 lapgschur, 3
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Index movingaveWgt, 31-540 msym, 31
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Index procedures, passing to other
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Index rref, 31-731 rules of syntax,
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Index strtofcplx, 31-821 strtriml,
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Index vput, 31-907 vread, 31-908 vt
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