Scilab Bag Of Tricks - Claymore

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6.6.1.3. Lhs .......................................................................................................... 135 6.6.1.4. Rhs .......................................................................................................... 135 6.6.1.5. GetType ................................................................................................. 135 6.6.2. Access Object ...................................................................................................... 136 6.6.2.1. GetRhsVar ............................................................................................. 137 6.6.2.2. GetMatrixptr....................................................................................... 138 6.6.2.3. GetRhsCVar........................................................................................... 139 6.6.2.4. GetFuncPtr........................................................................................... 139 6.6.2.5. LhsVar.................................................................................................... 140 6.6.3. Create Object ....................................................................................................... 141 6.6.3.1. CreateVar ............................................................................................. 141 6.6.3.2. CreateVarFromPtr .............................................................................. 142 6.6.3.3. FreePtr ................................................................................................. 142 6.6.3.4. WriteMatrix......................................................................................... 143 6.6.3.5. WriteString......................................................................................... 143 6.6.4. Miscellaneous ...................................................................................................... 144 6.6.4.1. Scierror ............................................................................................... 144 6.6.4.2. PExecSciFunction .............................................................................. 145 6.6.4.3. ReadString........................................................................................... 145 6.6.4.4. SciFunction......................................................................................... 146 6.6.4.5. SciString ............................................................................................. 146 7. Further Information ................................................................................................................... 149 7.1. Coping With <strong>Scilab</strong> .......................................................................................................... 149 7.1.1. Distribution Size.................................................................................................. 149 7.1.1.1. CVS......................................................................................................... 149 7.1.1.2. locate....................................................................................................... 149 7.1.1.3. Glimpse................................................................................................... 150 7.1.2. Bug Hunting ........................................................................................................ 150 7.2. Local Documents ............................................................................................................. 151 7.3. Hyperlinks ........................................................................................................................ 153 8. Complete Examples .................................................................................................................... 155 8.1. frac.sci ........................................................................................................................ 155 8.2. benchmark.sci.............................................................................................................. 166 8.3. listdiff.sci................................................................................................................ 168 8.4. whatis.sci .................................................................................................................... 171 8.5. Auto-Determination of Precedence and Associativity..................................................... 175 8.5.1. assoc.sci.......................................................................................................... 175 8.5.2. prec.sci............................................................................................................ 176 8.5.3. parser.sci........................................................................................................ 178 8.6. cat.sci........................................................................................................................... 179 8.7. quadpack.sci................................................................................................................ 180 A. GNU Free Documentation License........................................................................................... 183 0. PREAMBLE ....................................................................................................................... 183 8
1. APPLICABILITY AND DEFINITIONS ........................................................................... 183 2. VERBATIM COPYING...................................................................................................... 184 3. COPYING IN QUANTITY ................................................................................................ 184 4. MODIFICATIONS.............................................................................................................. 185 5. COMBINING DOCUMENTS............................................................................................ 187 6. COLLECTIONS OF DOCUMENTS ................................................................................. 187 7. AGGREGATION WITH INDEPENDENT WORKS......................................................... 187 8. TRANSLATION ................................................................................................................. 188 9. TERMINATION.................................................................................................................. 188 10. FUTURE REVISIONS OF THIS LICENSE.................................................................... 188 B. GNU General Public License .................................................................................................... 189 0. APPLICABILITY 1 .............................................................................................................. 190 1. VERBATIM COPYING...................................................................................................... 190 2. MODIFICATIONS.............................................................................................................. 190 3. DISTRIBUTION................................................................................................................. 191 4. TERMINATION.................................................................................................................. 192 5. ACCEPTANCE ................................................................................................................... 192 6. REDISTRIBUTION............................................................................................................ 192 7. CONSEQUENCES ............................................................................................................. 193 8. LIMITATIONS.................................................................................................................... 193 9. FUTURE REVISIONS OF THIS LICENSE...................................................................... 193 10. AGGREGATION WITH INDEPENDENT WORKS....................................................... 194 11. NO WARRANTY ............................................................................................................. 194 12. LIABILITY ....................................................................................................................... 194 Bibliography.................................................................................................................................... 197 Index................................................................................................................................................. 199 1. The titles of the sections have been added by the authors. They do not occur in the original GNU General Public License. Everything else has been copied in verbatim. 9
Page 1: Scilab Bag Of Tricks The Scilab-2.5
Page 4 and 5: Revision History Revision 0.14 2001
Page 6 and 7: 4.4.3. Bulletproof Functions.......
Page 11 and 12: List of Tables 4-1. List of all ope
Page 13 and 14: Preface Often we encounter technica
Page 15 and 16: data checksum sci-bot.ps.bz2 sci-bo
Page 17 and 18: Chapter 1. Introduction “I have r
Page 19 and 20: Chapter 2. Common Pitfalls The nice
Page 21 and 22: ->m1 = [1+%i -1+%i; -1+%i 1-%i] m1
Page 23 and 24: 2.5. Variable Lifetime And Scoping
Page 25 and 26: } void first_local(void) { int x =
Page 27 and 28: ->useglobal() !-error 4 undefined v
Page 29 and 30: Chapter 3. Programming Style The on
Page 31 and 32: 3.2. Indentation Chapter 3. Style H
Page 33 and 34: 3.4. Choice Of Control Structures C
Page 35 and 36: %f %f] then s = dense’ else s =
Page 37 and 38: Chapter 4. Unknown Spots In this ch
Page 39 and 40: Chapter 4. Unknown Spots Modern lan
Page 41 and 42: Variable type Code string optype Co
Page 43 and 44: Operator Code Note >= 4 greater-or-
Page 45 and 46: names which are not already used by
Page 47 and 48: f = frac(2, 3); g = frac(1, 3); h =
Page 49 and 50: ~~~~~~~~~~~~~~~%t returns F. Chapte
Page 51 and 52: Chapter 4. Unknown Spots The parent
Page 53 and 54: [nl, nr] = argn(0); ➊ if nr ~= 1
Page 55 and 56: ->fun(2, 3, 4) ans = 9. Chapter 4.
Page 57 and 58: f = 0.5 * norm(diff)^2; g = grad’
Page 59 and 60:
4.5. Libraries of sci-functions Cha
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lvandijk@hydra:~/hsc/scilab/src/min
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minilib 4.5.2. genlib Chapter 4. Un
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Chapter 4. Unknown Spots Starting s
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Chapter 4. Unknown Spots What one m
Page 69 and 70:
Chapter 5. Performance Scilab—The
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end Chapter 5. Performance The seco
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5.1.2.1. $-Constant Chapter 5. Perf
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5.1.3.1.2. linspace The syntax of l
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Chapter 5. Performance mat(i, i) =
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! 1. 3. 4. 5. ! ->a(index) ans = !
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5.1.3.3.3. and, or Chapter 5. Perfo
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->mat1 = [11 12; 21 22; 31 32] mat1
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5.1.3.3.8. matrix A (hyper-)matrix
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Chapter 5. Performance So what is w
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[n, m] = size(a) b = zeros(n, m) if
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Figure 5-1. Benchmark results for t
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double precision function fals(x) d
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{ } return 2.0 / (2.0 + sin(10.0 *
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use Interfaces.Fortran; with Ada.Nu
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Chapter 5. Performance Our experien
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Chapter 6. Scilab Core Aerosmith vi
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pAda C type TypeString is String (1
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procedure dgemm (OrientationA : in
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Chapter 6. Scilab Core * PARAMETERS
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Chapter 6. Scilab Core type FloatVe
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external dcopy, dgeqrf, dorgqr, zge
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* get ready to exit if (lhs .ge. 1)
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6.3.2. Functionals Chapter 6. Scila
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character*6 namef - Name of the rou
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* catch all other errors write(errs
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}; C2F(intgen), C2F(intgk), C2F(int
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end 6.4.3. Messages limit = limit /
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Example See also Chapter 6. Scilab
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Example See also Chapter 6. Scilab
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6.5.2.5. getscalar Synopsis functio
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Example array (Positive range ) of
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6.6.1. Query Chapter 6. Scilab Core
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6.6.1.3. Lhs Synopsis function Lhs
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Chapter 6. Scilab Core stk(idx1) an
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Description Example FIXME: Write it
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} See also /* compute Vandermonde m
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See also FreePtr 6.6.3.3. FreePtr S
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Description Example Chapter 6. Scil
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6.6.4.5. SciString Synopsis procedu
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Chapter 7. Further Information We a
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scilex binaries Code optimized for
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Lmi.ps - LMI-Optimization Toolbox F
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Chapter 8. Complete Examples Welcom
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end q0 = q0 * q case 16 then // tli
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function b = %s_2_frac(s, f) assert
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= %frac_m_s(f, s) function r = %fra
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end warning(’could not achieve pr
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eps = 10^(-d); fl = frac2float( flo
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delta = [r(:, 2); r($, 2)] - [r(1,
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operator ’==’ is used. // // RE
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end 8.4. whatis.sci end if jcurs
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deff(’b = hm_isstring(hm)’, ..
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end 8.5. Auto-Determination of Prec
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Chapter 8. Complete Examples // wit
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Chapter 8. Complete Examples row =
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8.7. quadpack.sci Chapter 8. Comple
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Appendix A. GNU Free Documentation
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3. COPYING IN QUANTITY Appendix A.
Page 187 and 188:
Appendix A. GNU Free Documentation
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Appendix B. GNU General Public Lice
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2. MODIFICATIONS Appendix B. GNU Ge
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6. REDISTRIBUTION Appendix B. GNU G
Page 195 and 196:
Appendix B. GNU General Public Lice
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Bibliography [Cameron:1996] Debra C
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Index Symbols $ constant, 73 & (See
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E Lmi.ps, 151 Manual.ps, 151 Metane
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H I J getf (See function, getf) Gli
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P [ ; ], 42 \, 42 \., 42 ^, 42 |, 4
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native functions, 108 functionals,
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