1 la
   2 ??? Undefined function or variable 'la'.
   3 
   4 ls
   5 BORUSSIA                     dilan_thesis.pdf
   6 Desktop                      dilan_thesis.ps
   7 ML_Praktikum_U01.ps          fig1.eps
   8 ML_Praktikum_U02.pdf         flatroll.mat
   9 Mail                         func1.m~
  10 Matlab_Crash_Kurs.txt        gamma.m
  11 T1.txt                       guide.pdf
  12 T1_Mitschnitt.txt            hallo.mat
  13 T1_Show.txt                  irb.mat
  14 T2.txt                       irgendwas.mat
  15 T2_Mitschnitt.txt            learning_biased_sampling.ps
  16 T2_Test.ps                   lib
  17 T3                           logfile.txt
  18 T3_Test.ps                   matlab
  19 T3_Uebung.ps                 myprod.m
  20 T3_Uebung2.ps                myprod.m~
  21 TT_DB                        praktikum
  22 Tag1.txt                     ss08
  23 Tag1_Mitschnitt.txt          ss09
  24 bin                          swissroll.mat
  25 convertLabels.m              tunet
  26 core                         ws08
  27 covs_rep01.ps                www
  28 
  29 pwd
  30 
  31 ans =
  32 
  33 /home/buenau
  34 
  35 !hostname
  36 bonito
  37 1+2
  38 
  39 ans =
  40 
  41      3
  42 
  43 3*4
  44 
  45 ans =
  46 
  47     12
  48 
  49 sin(30)
  50 
  51 ans =
  52 
  53    -0.9880
  54 
  55 help
  56 HELP topics:
  57 
  58 buenau/matlab        -  (No table of contents file)
  59 matlab/general       -  General purpose commands.
  60 matlab/ops           -  Operators and special characters.
  61 matlab/lang          -  Programming language constructs.
  62 matlab/elmat         -  Elementary matrices and matrix manipulation.
  63 matlab/elfun         -  Elementary math functions.
  64 matlab/specfun       -  Specialized math functions.
  65 matlab/matfun        -  Matrix functions - numerical linear algebra.
  66 matlab/datafun       -  Data analysis and Fourier transforms.
  67 matlab/polyfun       -  Interpolation and polynomials.
  68 matlab/funfun        -  Function functions and ODE solvers.
  69 matlab/sparfun       -  Sparse matrices.
  70 matlab/scribe        -  Annotation and Plot Editing.
  71 matlab/graph2d       -  Two dimensional graphs.
  72 matlab/graph3d       -  Three dimensional graphs.
  73 matlab/specgraph     -  Specialized graphs.
  74 matlab/graphics      -  Handle Graphics.
  75 matlab/uitools       -  Graphical User Interface Tools.
  76 matlab/strfun        -  Character strings.
  77 matlab/imagesci      -  Image and scientific data input/output.
  78 matlab/iofun         -  File input and output.
  79 matlab/audiovideo    -  Audio and Video support.
  80 matlab/timefun       -  Time and dates.
  81 matlab/datatypes     -  Data types and structures.
  82 matlab/verctrl       -  Version control.
  83 matlab/codetools     -  Commands for creating and debugging code.
  84 matlab/helptools     -  Help commands.
  85 matlab/demos         -  Examples and demonstrations.
  86 matlab/timeseries    -  Time series data visualization and exploration.
  87 matlab/hds           -  (No table of contents file)
  88 matlab/guide         -  Graphical User Interface Tools.
  89 matlab/plottools     -  Graphical User Interface Tools.
  90 toolbox/local        -  General preferences and configuration information.
  91 shared/controllib    -  Control Library
  92 simulink/simulink    -  Simulink
  93 simulink/blocks      -  Simulink block library.
  94 simulink/components  -  Simulink components.
  95 simulink/fixedandfloat -  Simulink Fixed Point utilities.
  96 fixedandfloat/fxpdemos -  Simulink Fixed Point Demos
  97 fixedandfloat/obsolete -  (No table of contents file)
  98 simulink/simdemos    -  Simulink demonstrations and examples.
  99 simdemos/aerospace   -  Simulink: Aerospace model demonstrations and samples.
 100 simdemos/automotive  -  Simulink: Automotive model demonstrations and samples.
 101 simdemos/simfeatures -  Simulink: Feature demonstrations and samples.
 102 simdemos/simgeneral  -  Simulink: General model demonstrations and samples.
 103 simulink/dee         -  Differential Equation Editor
 104 shared/dastudio      -  (No table of contents file)
 105 shared/glue          -  (No table of contents file)
 106 stateflow/stateflow  -  Stateflow
 107 rtw/rtw              -  (No table of contents file)
 108 simulink/modeladvisor -  (No table of contents file)
 109 modeladvisor/fixpt   -  (No table of contents file)
 110 simulink/MPlayIO     -  (No table of contents file)
 111 simulink/dataobjectwizard -  (No table of contents file)
 112 shared/fixedpointlib -  (No table of contents file)
 113 simulink/dataimportexport -  (No table of contents file)
 114 shared/hdlshared     -  (No table of contents file)
 115 stateflow/sfdemos    -  Stateflow demonstrations and samples.
 116 stateflow/coder      -  (No table of contents file)
 117 eml/eml              -  (No table of contents file)
 118 emlcoder/emlcoder    -  Embedded MATLAB Coder.
 119 emlcoder/emlcodermex -  (No table of contents file)
 120 fixedpoint/fixedpoint -  (No table of contents file)
 121 fixedpoint/fidemos   -  (No table of contents file)
 122 images/images        -  Image Processing Toolbox
 123 images/imuitools     -  Image Processing Toolbox --- imuitools
 124 images/imdemos       -  Image Processing Toolbox --- demos and sample images
 125 images/iptutils      -  Image Processing Toolbox --- utilities
 126 shared/imageslib     -  Image Processing Toolbox Library
 127 images/medformats    -  Image Processing Toolbox --- Medical formats
 128 slvnv/simcoverage    -  (No table of contents file)
 129 optim/optim          -  Optimization Toolbox
 130 optim/optimdemos     - 
 131 shared/optimlib      -  Optimization Toolbox Library
 132 signal/signal        -  Signal Processing Toolbox 
 133 signal/sigtools      -  (No table of contents file)
 134 signal/sptoolgui     -  (No table of contents file)
 135 signal/sigdemos      -  (No table of contents file)
 136 shared/spcuilib      -  (No table of contents file)
 137 toolbox/stats        -  Statistics Toolbox
 138 vr/vr                -  (No table of contents file)
 139 vr/vrdemos           -  Virtual Reality Toolbox examples.
 140 matlab/work          -  (No table of contents file)
 141 
 142 help ops
 143   Operators and special characters.
 144  
 145   Arithmetic operators.
 146     plus       - Plus                               +    
 147     uplus      - Unary plus                         +    
 148     minus      - Minus                              -    
 149     uminus     - Unary minus                        -    
 150     mtimes     - Matrix multiply                    *    
 151     times      - Array multiply                    .*    
 152     mpower     - Matrix power                       ^    
 153     power      - Array power                       .^    
 154     mldivide   - Backslash or left matrix divide    \    
 155     mrdivide   - Slash or right matrix divide       /    
 156     ldivide    - Left array divide                 .\    
 157     rdivide    - Right array divide                ./    
 158     kron       - Kronecker tensor product         kron   
 159  
 160   Relational operators.
 161     eq         - Equal                             ==     
 162     ne         - Not equal                         ~=     
 163     lt         - Less than                          <      
 164     gt         - Greater than                       >      
 165     le         - Less than or equal                <=     
 166     ge         - Greater than or equal             >=     
 167  
 168   Logical operators.
 169     relop      - Short-circuit logical AND         &&     
 170     relop      - Short-circuit logical OR          ||     
 171     and        - Element-wise logical AND           &      
 172     or         - Element-wise logical OR            |      
 173     not        - Logical NOT                        ~      
 174     xor        - Logical EXCLUSIVE OR
 175     any        - True if any element of vector is nonzero
 176     all        - True if all elements of vector are nonzero
 177  
 178   Special characters. 
 179     colon      - Colon                              : 
 180     paren      - Parentheses and subscripting      ( )              
 181     paren      - Brackets                          [ ]     
 182     paren      - Braces and subscripting           { }          
 183     punct      - Function handle creation           @
 184     punct      - Decimal point                      .      
 185     punct      - Structure field access             .      
 186     punct      - Parent directory                   ..     
 187     punct      - Continuation                       ...    
 188     punct      - Separator                          ,      
 189     punct      - Semicolon                          ;      
 190     punct      - Comment                            %      
 191     punct      - Invoke operating system command    !            
 192     punct      - Assignment                         =
 193     punct      - Quote                              '      
 194     transpose  - Transpose                         .'
 195     ctranspose - Complex conjugate transpose        ' 
 196     horzcat    - Horizontal concatenation          [,]     
 197     vertcat    - Vertical concatenation            [;]     
 198     subsasgn   - Subscripted assignment          ( ),{ },.   
 199     subsref    - Subscripted reference           ( ),{ },.   
 200     subsindex  - Subscript index                               
 201  
 202   Bitwise operators.
 203     bitand     - Bit-wise AND.
 204     bitcmp     - Complement bits.
 205     bitor      - Bit-wise OR.
 206     bitmax     - Maximum floating point integer.
 207     bitxor     - Bit-wise XOR.
 208     bitset     - Set bit.
 209     bitget     - Get bit.
 210     bitshift   - Bit-wise shift.
 211  
 212   Set operators.
 213     union      - Set union.
 214     unique     - Set unique.
 215     intersect  - Set intersection.
 216     setdiff    - Set difference.
 217     setxor     - Set exclusive-or.
 218     ismember   - True for set member.
 219  
 220   See also ARITH, RELOP, SLASH, FUNCTION_HANDLE.
 221 
 222 1+2
 223 
 224 ans =
 225 
 226      3
 227 
 228 a = 50;
 229 a+3
 230 
 231 ans =
 232 
 233     53
 234 
 235 b = 100;
 236 b = 100
 237 
 238 b =
 239 
 240    100
 241 
 242 b = 100;
 243 whos
 244   Name      Size            Bytes  Class     Attributes
 245 
 246   a         1x1                 8  double              
 247   ans       1x1                 8  double              
 248   b         1x1                 8  double              
 249 
 250 save whateverfilename.mat 
 251 clear
 252 load whateverfilename
 253 clear
 254 whos
 255 load whateverfilename
 256 whos
 257   Name      Size            Bytes  Class     Attributes
 258 
 259   a         1x1                 8  double              
 260   ans       1x1                 8  double              
 261   b         1x1                 8  double              
 262 
 263 ls *mat
 264 flatroll.mat          irb.mat               swissroll.mat
 265 hallo.mat             irgendwas.mat         whateverfilename.mat
 266 
 267 whos
 268   Name      Size            Bytes  Class     Attributes
 269 
 270   a         1x1                 8  double              
 271   ans       1x1                 8  double              
 272   b         1x1                 8  double              
 273 
 274 a
 275 
 276 a =
 277 
 278     50
 279 
 280 a = [ 1 3 4 5  ]
 281 
 282 a =
 283 
 284      1     3     4     5
 285 
 286 whos
 287   Name      Size            Bytes  Class     Attributes
 288 
 289   a         1x4                32  double              
 290   ans       1x1                 8  double              
 291   b         1x1                 8  double              
 292 
 293 a
 294 
 295 a =
 296 
 297      1     3     4     5
 298 
 299 a'
 300 
 301 ans =
 302 
 303      1
 304      3
 305      4
 306      5
 307 
 308 a'
 309 
 310 ans =
 311 
 312      1
 313      3
 314      4
 315      5
 316 
 317 a(1)
 318 
 319 ans =
 320 
 321      1
 322 
 323 a
 324 
 325 a =
 326 
 327      1     3     4     5
 328 
 329 a(2)
 330 
 331 ans =
 332 
 333      3
 334 
 335 a([1 2])
 336 
 337 ans =
 338 
 339      1     3
 340 
 341 a([1 2 99])
 342 ??? Index exceeds matrix dimensions.
 343 
 344 1:10
 345 
 346 ans =
 347 
 348      1     2     3     4     5     6     7     8     9    10
 349 
 350 1:2:10
 351 
 352 ans =
 353 
 354      1     3     5     7     9
 355 
 356 a
 357 
 358 a =
 359 
 360      1     3     4     5
 361 
 362 a([2 3 4])
 363 
 364 ans =
 365 
 366      3     4     5
 367 
 368 a(2:4)
 369 
 370 ans =
 371 
 372      3     4     5
 373 
 374 a(2:end)
 375 
 376 ans =
 377 
 378      3     4     5
 379 
 380 a(1:end)
 381 
 382 ans =
 383 
 384      1     3     4     5
 385 
 386 A = [ 5 6 7; 8 6 3; 2 0 3 ] 
 387 
 388 A =
 389 
 390      5     6     7
 391      8     6     3
 392      2     0     3
 393 
 394 A(1,1)
 395 
 396 ans =
 397 
 398      5
 399 
 400 A(2,3)
 401 
 402 ans =
 403 
 404      3
 405 
 406 whos
 407   Name      Size            Bytes  Class     Attributes
 408 
 409   A         3x3                72  double              
 410   a         1x4                32  double              
 411   ans       1x1                 8  double              
 412   b         1x1                 8  double              
 413 
 414 A(4,5)
 415 ??? Index exceeds matrix dimensions.
 416 
 417 A(3, 3)
 418 
 419 ans =
 420 
 421      3
 422 
 423 A(4)
 424 
 425 ans =
 426 
 427      6
 428 
 429 help ind2sub
 430  IND2SUB Multiple subscripts from linear index.
 431     IND2SUB is used to determine the equivalent subscript values
 432     corresponding to a given single index into an array.
 433  
 434     [I,J] = IND2SUB(SIZ,IND) returns the arrays I and J containing the
 435     equivalent row and column subscripts corresponding to the index
 436     matrix IND for a matrix of size SIZ.  
 437     For matrices, [I,J] = IND2SUB(SIZE(A),FIND(A>5)) returns the same
 438     values as [I,J] = FIND(A>5).
 439  
 440     [I1,I2,I3,...,In] = IND2SUB(SIZ,IND) returns N subscript arrays
 441     I1,I2,..,In containing the equivalent N-D array subscripts
 442     equivalent to IND for an array of size SIZ.
 443  
 444     Class support for input IND:
 445        float: double, single
 446  
 447     See also SUB2IND, FIND.
 448 
 449     Reference page in Help browser
 450        doc ind2sub
 451 
 452 help sub2ind
 453  SUB2IND Linear index from multiple subscripts.
 454     SUB2IND is used to determine the equivalent single index
 455     corresponding to a given set of subscript values.
 456  
 457     IND = SUB2IND(SIZ,I,J) returns the linear index equivalent to the
 458     row and column subscripts in the arrays I and J for an matrix of
 459     size SIZ. 
 460  
 461     IND = SUB2IND(SIZ,I1,I2,...,IN) returns the linear index
 462     equivalent to the N subscripts in the arrays I1,I2,...,IN for an
 463     array of size SIZ.
 464  
 465     I1,I2,...,IN must have the same size, and IND will have the same size
 466     as I1,I2,...,IN. For an array A, if IND = SUB2IND(SIZE(A),I1,...,IN)),
 467     then A(IND(k))=A(I1(k),...,IN(k)) for all k.
 468  
 469     Class support for inputs I,J: 
 470        float: double, single
 471  
 472     See also IND2SUB.
 473 
 474     Reference page in Help browser
 475        doc sub2ind
 476 
 477 A
 478 
 479 A =
 480 
 481      5     6     7
 482      8     6     3
 483      2     0     3
 484 
 485 A(1,[1 2 3])
 486 
 487 ans =
 488 
 489      5     6     7
 490 
 491 A(1,1:3)
 492 
 493 ans =
 494 
 495      5     6     7
 496 
 497 A(1,1:end)
 498 
 499 ans =
 500 
 501      5     6     7
 502 
 503 A(1,:)
 504 
 505 ans =
 506 
 507      5     6     7
 508 
 509 A(:,4)
 510 ??? Index exceeds matrix dimensions.
 511 
 512 A(:,3)
 513 
 514 ans =
 515 
 516      7
 517      3
 518      3
 519 
 520 A(:,[1 2])
 521 
 522 ans =
 523 
 524      5     6
 525      8     6
 526      2     0
 527 
 528 [ A A A ]
 529 
 530 ans =
 531 
 532      5     6     7     5     6     7     5     6     7
 533      8     6     3     8     6     3     8     6     3
 534      2     0     3     2     0     3     2     0     3
 535 
 536 [ A; A ;A ]
 537 
 538 ans =
 539 
 540      5     6     7
 541      8     6     3
 542      2     0     3
 543      5     6     7
 544      8     6     3
 545      2     0     3
 546      5     6     7
 547      8     6     3
 548      2     0     3
 549 
 550 A(:,2) = A(:,1)
 551 
 552 A =
 553 
 554      5     5     7
 555      8     8     3
 556      2     2     3
 557 
 558 A(:,2) = A
 559 ??? Subscripted assignment dimension mismatch.
 560 
 561 help repmat
 562  REPMAT Replicate and tile an array.
 563     B = repmat(A,M,N) creates a large matrix B consisting of an M-by-N
 564     tiling of copies of A. The size of B is [size(A,1)*M, size(A,2)*N].
 565     The statement repmat(A,N) creates an N-by-N tiling.
 566     
 567     B = REPMAT(A,[M N]) accomplishes the same result as repmat(A,M,N).
 568  
 569     B = REPMAT(A,[M N P ...]) tiles the array A to produce a 
 570     multidimensional array B composed of copies of A. The size of B is 
 571     [size(A,1)*M, size(A,2)*N, size(A,3)*P, ...].
 572  
 573     REPMAT(A,M,N) when A is a scalar is commonly used to produce an M-by-N
 574     matrix filled with A's value and having A's CLASS. For certain values,
 575     you may achieve the same results using other functions. Namely,
 576        REPMAT(NAN,M,N)           is the same as   NAN(M,N)
 577        REPMAT(SINGLE(INF),M,N)   is the same as   INF(M,N,'single')
 578        REPMAT(INT8(0),M,N)       is the same as   ZEROS(M,N,'int8')
 579        REPMAT(UINT32(1),M,N)     is the same as   ONES(M,N,'uint32')
 580        REPMAT(EPS,M,N)           is the same as   EPS(ONES(M,N))
 581  
 582     Example:
 583         repmat(magic(2), 2, 3)
 584         repmat(uint8(5), 2, 3)
 585  
 586     Class support for input A:
 587        float: double, single
 588  
 589     See also BSXFUN, MESHGRID, ONES, ZEROS, NAN, INF.
 590 
 591     Overloaded functions or methods (ones with the same name in other directories)
 592        help categorical/repmat.m
 593 
 594     Reference page in Help browser
 595        doc repmat
 596 
 597 [ A; A ;A ]
 598 
 599 ans =
 600 
 601      5     5     7
 602      8     8     3
 603      2     2     3
 604      5     5     7
 605      8     8     3
 606      2     2     3
 607      5     5     7
 608      8     8     3
 609      2     2     3
 610 
 611 repmat(A, [ 3 1 ])
 612 
 613 ans =
 614 
 615      5     5     7
 616      8     8     3
 617      2     2     3
 618      5     5     7
 619      8     8     3
 620      2     2     3
 621      5     5     7
 622      8     8     3
 623      2     2     3
 624 
 625 A*A
 626 
 627 ans =
 628 
 629     79    79    71
 630    110   110    89
 631     32    32    29
 632 
 633 5*A
 634 
 635 ans =
 636 
 637     25    25    35
 638     40    40    15
 639     10    10    15
 640 
 641 A
 642 
 643 A =
 644 
 645      5     5     7
 646      8     8     3
 647      2     2     3
 648 
 649 A > 2
 650 
 651 ans =
 652 
 653      1     1     1
 654      1     1     1
 655      0     0     1
 656 
 657 find(A > 2)
 658 
 659 ans =
 660 
 661      1
 662      2
 663      4
 664      5
 665      7
 666      8
 667      9
 668 
 669 find(A > 2) = -1
 670 
 671 find =
 672 
 673     -1    -1     0    -1    -1     0    -1    -1    -1
 674 
 675 
 676 A(find(A > 2)) = -1
 677 ??? Subscript indices must either be real positive integers or logicals.
 678 
 679 find(A>2)
 680 
 681 ans =
 682 
 683     -1    -1    -1    -1    -1    -1    -1
 684 
 685 hel
 686 ??? Undefined function or variable 'hel'.
 687 
 688 help
 689 HELP topics:
 690 
 691 buenau/matlab        -  (No table of contents file)
 692 matlab/general       -  General purpose commands.
 693 matlab/ops           -  Operators and special characters.
 694 matlab/lang          -  Programming language constructs.
 695 matlab/elmat         -  Elementary matrices and matrix manipulation.
 696 matlab/elfun         -  Elementary math functions.
 697 matlab/specfun       -  Specialized math functions.
 698 matlab/matfun        -  Matrix functions - numerical linear algebra.
 699 matlab/datafun       -  Data analysis and Fourier transforms.
 700 matlab/polyfun       -  Interpolation and polynomials.
 701 matlab/funfun        -  Function functions and ODE solvers.
 702 matlab/sparfun       -  Sparse matrices.
 703 matlab/scribe        -  Annotation and Plot Editing.
 704 matlab/graph2d       -  Two dimensional graphs.
 705 matlab/graph3d       -  Three dimensional graphs.
 706 matlab/specgraph     -  Specialized graphs.
 707 matlab/graphics      -  Handle Graphics.
 708 matlab/uitools       -  Graphical User Interface Tools.
 709 matlab/strfun        -  Character strings.
 710 matlab/imagesci      -  Image and scientific data input/output.
 711 matlab/iofun         -  File input and output.
 712 matlab/audiovideo    -  Audio and Video support.
 713 matlab/timefun       -  Time and dates.
 714 matlab/datatypes     -  Data types and structures.
 715 matlab/verctrl       -  Version control.
 716 matlab/codetools     -  Commands for creating and debugging code.
 717 matlab/helptools     -  Help commands.
 718 matlab/demos         -  Examples and demonstrations.
 719 matlab/timeseries    -  Time series data visualization and exploration.
 720 matlab/hds           -  (No table of contents file)
 721 matlab/guide         -  Graphical User Interface Tools.
 722 matlab/plottools     -  Graphical User Interface Tools.
 723 toolbox/local        -  General preferences and configuration information.
 724 shared/controllib    -  Control Library
 725 simulink/simulink    -  Simulink
 726 simulink/blocks      -  Simulink block library.
 727 simulink/components  -  Simulink components.
 728 simulink/fixedandfloat -  Simulink Fixed Point utilities.
 729 fixedandfloat/fxpdemos -  Simulink Fixed Point Demos
 730 fixedandfloat/obsolete -  (No table of contents file)
 731 simulink/simdemos    -  Simulink demonstrations and examples.
 732 simdemos/aerospace   -  Simulink: Aerospace model demonstrations and samples.
 733 simdemos/automotive  -  Simulink: Automotive model demonstrations and samples.
 734 simdemos/simfeatures -  Simulink: Feature demonstrations and samples.
 735 simdemos/simgeneral  -  Simulink: General model demonstrations and samples.
 736 simulink/dee         -  Differential Equation Editor
 737 shared/dastudio      -  (No table of contents file)
 738 shared/glue          -  (No table of contents file)
 739 stateflow/stateflow  -  Stateflow
 740 rtw/rtw              -  (No table of contents file)
 741 simulink/modeladvisor -  (No table of contents file)
 742 modeladvisor/fixpt   -  (No table of contents file)
 743 simulink/MPlayIO     -  (No table of contents file)
 744 simulink/dataobjectwizard -  (No table of contents file)
 745 shared/fixedpointlib -  (No table of contents file)
 746 simulink/dataimportexport -  (No table of contents file)
 747 shared/hdlshared     -  (No table of contents file)
 748 stateflow/sfdemos    -  Stateflow demonstrations and samples.
 749 stateflow/coder      -  (No table of contents file)
 750 eml/eml              -  (No table of contents file)
 751 emlcoder/emlcoder    -  Embedded MATLAB Coder.
 752 emlcoder/emlcodermex -  (No table of contents file)
 753 fixedpoint/fixedpoint -  (No table of contents file)
 754 fixedpoint/fidemos   -  (No table of contents file)
 755 images/images        -  Image Processing Toolbox
 756 images/imuitools     -  Image Processing Toolbox --- imuitools
 757 images/imdemos       -  Image Processing Toolbox --- demos and sample images
 758 images/iptutils      -  Image Processing Toolbox --- utilities
 759 shared/imageslib     -  Image Processing Toolbox Library
 760 images/medformats    -  Image Processing Toolbox --- Medical formats
 761 slvnv/simcoverage    -  (No table of contents file)
 762 optim/optim          -  Optimization Toolbox
 763 optim/optimdemos     - 
 764 shared/optimlib      -  Optimization Toolbox Library
 765 signal/signal        -  Signal Processing Toolbox 
 766 signal/sigtools      -  (No table of contents file)
 767 signal/sptoolgui     -  (No table of contents file)
 768 signal/sigdemos      -  (No table of contents file)
 769 shared/spcuilib      -  (No table of contents file)
 770 toolbox/stats        -  Statistics Toolbox
 771 vr/vr                -  (No table of contents file)
 772 vr/vrdemos           -  Virtual Reality Toolbox examples.
 773 matlab/work          -  (No table of contents file)
 774 
 775 whos
 776   Name      Size            Bytes  Class     Attributes
 777 
 778   A         3x3                72  double              
 779   a         1x4                32  double              
 780   ans       1x7                56  double              
 781   b         1x1                 8  double              
 782   find      1x9                72  double              
 783 
 784 clear find
 785 A(find(A > 2)) = -1
 786 
 787 A =
 788 
 789     -1    -1    -1
 790     -1    -1    -1
 791      2     2    -1
 792 
 793 eye(4)
 794 
 795 ans =
 796 
 797      1     0     0     0
 798      0     1     0     0
 799      0     0     1     0
 800      0     0     0     1
 801 
 802 zeros(4, 4)
 803 
 804 ans =
 805 
 806      0     0     0     0
 807      0     0     0     0
 808      0     0     0     0
 809      0     0     0     0
 810 
 811 ones(4, 4)
 812 
 813 ans =
 814 
 815      1     1     1     1
 816      1     1     1     1
 817      1     1     1     1
 818      1     1     1     1
 819 
 820 diag([1 2 3 6])
 821 
 822 ans =
 823 
 824      1     0     0     0
 825      0     2     0     0
 826      0     0     3     0
 827      0     0     0     6
 828 
 829 rand(5, 5)
 830 
 831 ans =
 832 
 833     0.8147    0.0975    0.1576    0.1419    0.6557
 834     0.9058    0.2785    0.9706    0.4218    0.0357
 835     0.1270    0.5469    0.9572    0.9157    0.8491
 836     0.9134    0.9575    0.4854    0.7922    0.9340
 837     0.6324    0.9649    0.8003    0.9595    0.6787
 838 
 839 randn(5, 5)
 840 
 841 ans =
 842 
 843    -0.4326    1.1909   -0.1867    0.1139    0.2944
 844    -1.6656    1.1892    0.7258    1.0668   -1.3362
 845     0.1253   -0.0376   -0.5883    0.0593    0.7143
 846     0.2877    0.3273    2.1832   -0.0956    1.6236
 847    -1.1465    0.1746   -0.1364   -0.8323   -0.6918
 848 
 849 which repmszt
 850 'repmszt' not found.
 851 which repmat
 852 /home/ml/matlab/toolbox/matlab/elmat/repmat.m
 853 type repmat
 854 
 855 function B = repmat(A,M,N)
 856 %REPMAT Replicate and tile an array.
 857 %   B = repmat(A,M,N) creates a large matrix B consisting of an M-by-N
 858 %   tiling of copies of A. The size of B is [size(A,1)*M, size(A,2)*N].
 859 %   The statement repmat(A,N) creates an N-by-N tiling.
 860 %   
 861 %   B = REPMAT(A,[M N]) accomplishes the same result as repmat(A,M,N).
 862 %
 863 %   B = REPMAT(A,[M N P ...]) tiles the array A to produce a 
 864 %   multidimensional array B composed of copies of A. The size of B is 
 865 %   [size(A,1)*M, size(A,2)*N, size(A,3)*P, ...].
 866 %
 867 %   REPMAT(A,M,N) when A is a scalar is commonly used to produce an M-by-N
 868 %   matrix filled with A's value and having A's CLASS. For certain values,
 869 %   you may achieve the same results using other functions. Namely,
 870 %      REPMAT(NAN,M,N)           is the same as   NAN(M,N)
 871 %      REPMAT(SINGLE(INF),M,N)   is the same as   INF(M,N,'single')
 872 %      REPMAT(INT8(0),M,N)       is the same as   ZEROS(M,N,'int8')
 873 %      REPMAT(UINT32(1),M,N)     is the same as   ONES(M,N,'uint32')
 874 %      REPMAT(EPS,M,N)           is the same as   EPS(ONES(M,N))
 875 %
 876 %   Example:
 877 %       repmat(magic(2), 2, 3)
 878 %       repmat(uint8(5), 2, 3)
 879 %
 880 %   Class support for input A:
 881 %      float: double, single
 882 %
 883 %   See also BSXFUN, MESHGRID, ONES, ZEROS, NAN, INF.
 884 
 885 %   Copyright 1984-2006 The MathWorks, Inc.
 886 %   $Revision: 1.17.4.10 $  $Date: 2006/12/15 19:27:37 $
 887 
 888 if nargin < 2
 889     error('MATLAB:repmat:NotEnoughInputs', 'Requires at least 2 inputs.')
 890 end
 891 
 892 if nargin == 2
 893     if isscalar(M)
 894         siz = [M M];
 895     else
 896         siz = M;
 897     end
 898 else
 899     siz = [M N];
 900 end
 901 
 902 if isscalar(A)
 903     nelems = prod(siz);
 904     if nelems>0
 905         % Since B doesn't exist, the first statement creates a B with
 906         % the right size and type.  Then use scalar expansion to
 907         % fill the array. Finally reshape to the specified size.
 908         B(nelems) = A;
 909         if ~isequal(B(1), B(nelems)) || ~(isnumeric(A) || islogical(A))
 910             % if B(1) is the same as B(nelems), then the default value filled in for
 911             % B(1:end-1) is already A, so we don't need to waste time redoing
 912             % this operation. (This optimizes the case that A is a scalar zero of
 913             % some class.)
 914             B(:) = A;
 915         end
 916         B = reshape(B,siz);
 917     else
 918         B = A(ones(siz));
 919     end
 920 elseif ndims(A) == 2 && numel(siz) == 2
 921     [m,n] = size(A);
 922     
 923     if (m == 1 && siz(2) == 1)
 924         B = A(ones(siz(1), 1), :);
 925     elseif (n == 1 && siz(1) == 1)
 926         B = A(:, ones(siz(2), 1));
 927     else
 928         mind = (1:m)';
 929         nind = (1:n)';
 930         mind = mind(:,ones(1,siz(1)));
 931         nind = nind(:,ones(1,siz(2)));
 932         B = A(mind,nind);
 933     end
 934 else
 935     Asiz = size(A);
 936     Asiz = [Asiz ones(1,length(siz)-length(Asiz))];
 937     siz = [siz ones(1,length(Asiz)-length(siz))];
 938     for i=length(Asiz):-1:1
 939         ind = (1:Asiz(i))';
 940         subs{i} = ind(:,ones(1,siz(i)));
 941     end
 942     B = A(subs{:});
 943 end
 944 
 945 
 946 
 947 
 948 
 949 mkdir Matlab_Crash_Kurs
 950 cd Matlab_Crash_Kurs/
 951 ls
 952 tzuurt
 953 ??? Undefined function or variable 'tzuurt'.
 954 
 955 paths
 956 ??? Undefined function or variable 'paths'.
 957 
 958 path
 959 
 960 		MATLABPATH
 961 
 962 	/home/buenau/matlab
 963 	/home/ml/matlab/toolbox/matlab/general
 964 	/home/ml/matlab/toolbox/matlab/ops
 965 	/home/ml/matlab/toolbox/matlab/lang
 966 	/home/ml/matlab/toolbox/matlab/elmat
 967 	/home/ml/matlab/toolbox/matlab/elfun
 968 	/home/ml/matlab/toolbox/matlab/specfun
 969 	/home/ml/matlab/toolbox/matlab/matfun
 970 	/home/ml/matlab/toolbox/matlab/datafun
 971 	/home/ml/matlab/toolbox/matlab/polyfun
 972 	/home/ml/matlab/toolbox/matlab/funfun
 973 	/home/ml/matlab/toolbox/matlab/sparfun
 974 	/home/ml/matlab/toolbox/matlab/scribe
 975 	/home/ml/matlab/toolbox/matlab/graph2d
 976 	/home/ml/matlab/toolbox/matlab/graph3d
 977 	/home/ml/matlab/toolbox/matlab/specgraph
 978 	/home/ml/matlab/toolbox/matlab/graphics
 979 	/home/ml/matlab/toolbox/matlab/uitools
 980 	/home/ml/matlab/toolbox/matlab/strfun
 981 	/home/ml/matlab/toolbox/matlab/imagesci
 982 	/home/ml/matlab/toolbox/matlab/iofun
 983 	/home/ml/matlab/toolbox/matlab/audiovideo
 984 	/home/ml/matlab/toolbox/matlab/timefun
 985 	/home/ml/matlab/toolbox/matlab/datatypes
 986 	/home/ml/matlab/toolbox/matlab/verctrl
 987 	/home/ml/matlab/toolbox/matlab/codetools
 988 	/home/ml/matlab/toolbox/matlab/helptools
 989 	/home/ml/matlab/toolbox/matlab/demos
 990 	/home/ml/matlab/toolbox/matlab/timeseries
 991 	/home/ml/matlab/toolbox/matlab/hds
 992 	/home/ml/matlab/toolbox/matlab/guide
 993 	/home/ml/matlab/toolbox/matlab/plottools
 994 	/home/ml/matlab/toolbox/local
 995 	/home/ml/matlab/toolbox/shared/controllib
 996 	/home/ml/matlab/toolbox/simulink/simulink
 997 	/home/ml/matlab/toolbox/simulink/blocks
 998 	/home/ml/matlab/toolbox/simulink/components
 999 	/home/ml/matlab/toolbox/simulink/fixedandfloat
1000 	/home/ml/matlab/toolbox/simulink/fixedandfloat/fxpdemos
1001 	/home/ml/matlab/toolbox/simulink/fixedandfloat/obsolete
1002 	/home/ml/matlab/toolbox/simulink/simdemos
1003 	/home/ml/matlab/toolbox/simulink/simdemos/aerospace
1004 	/home/ml/matlab/toolbox/simulink/simdemos/automotive
1005 	/home/ml/matlab/toolbox/simulink/simdemos/simfeatures
1006 	/home/ml/matlab/toolbox/simulink/simdemos/simgeneral
1007 	/home/ml/matlab/toolbox/simulink/dee
1008 	/home/ml/matlab/toolbox/shared/dastudio
1009 	/home/ml/matlab/toolbox/shared/glue
1010 	/home/ml/matlab/toolbox/stateflow/stateflow
1011 	/home/ml/matlab/toolbox/rtw/rtw
1012 	/home/ml/matlab/toolbox/simulink/simulink/modeladvisor
1013 	/home/ml/matlab/toolbox/simulink/simulink/modeladvisor/fixpt
1014 	/home/ml/matlab/toolbox/simulink/simulink/MPlayIO
1015 	/home/ml/matlab/toolbox/simulink/simulink/dataobjectwizard
1016 	/home/ml/matlab/toolbox/shared/fixedpointlib
1017 	/home/ml/matlab/toolbox/simulink/dataimportexport
1018 	/home/ml/matlab/toolbox/shared/hdlshared
1019 	/home/ml/matlab/toolbox/stateflow/sfdemos
1020 	/home/ml/matlab/toolbox/stateflow/coder
1021 	/home/ml/matlab/toolbox/eml/eml
1022 	/home/ml/matlab/toolbox/emlcoder/emlcoder
1023 	/home/ml/matlab/toolbox/emlcoder/emlcodermex
1024 	/home/ml/matlab/toolbox/fixedpoint/fixedpoint
1025 	/home/ml/matlab/toolbox/fixedpoint/fidemos
1026 	/home/ml/matlab/toolbox/images/images
1027 	/home/ml/matlab/toolbox/images/imuitools
1028 	/home/ml/matlab/toolbox/images/imdemos
1029 	/home/ml/matlab/toolbox/images/iptutils
1030 	/home/ml/matlab/toolbox/shared/imageslib
1031 	/home/ml/matlab/toolbox/images/medformats
1032 	/home/ml/matlab/toolbox/slvnv/simcoverage
1033 	/home/ml/matlab/toolbox/optim/optim
1034 	/home/ml/matlab/toolbox/optim/optimdemos
1035 	/home/ml/matlab/toolbox/shared/optimlib
1036 	/home/ml/matlab/toolbox/signal/signal
1037 	/home/ml/matlab/toolbox/signal/sigtools
1038 	/home/ml/matlab/toolbox/signal/sptoolgui
1039 	/home/ml/matlab/toolbox/signal/sigdemos
1040 	/home/ml/matlab/toolbox/shared/spcuilib
1041 	/home/ml/matlab/toolbox/stats
1042 	/home/ml/matlab/toolbox/vr/vr
1043 	/home/ml/matlab/toolbox/vr/vrdemos
1044 	/home/ml/matlab/work
1045 tzuurt
1046 ??? Undefined function or variable 'tzuurt'.
1047 
1048 func1(3, 4)
1049 
1050 ans =
1051 
1052      7
1053 
1054 which func1
1055 /home/buenau/Matlab_Crash_Kurs/func1.m
1056 func1(3, 4)
1057 
1058 ans =
1059 
1060      7
1061 
1062 [ r1, r2 ] = func1(3, 4)
1063 
1064 r1 =
1065 
1066      7
1067 
1068 
1069 r2 =
1070 
1071     12
1072 
1073 help func1
1074  FUCN1   Compute sum and product.
1075   Blabla
1076   Blabla
1077 
1078 :w
1079 ??? :w
1080     |
1081 Error: Unexpected MATLAB operator.
1082 
1083 [ r1, r2 ] = func1(3, 4)
1084 whos
1085   Name      Size            Bytes  Class     Attributes
1086 
1087   a         1x1                 8  double              
1088   c         1x1                 8  double              
1089   d         1x1                 8  double              
1090 
1091 a = 77778.3;
1092 dbcont
1093 
1094 r1 =
1095 
1096    7.7778e+04
1097 
1098 
1099 r2 =
1100 
1101     12
1102 
1103 :w
1104 ??? :w
1105     |
1106 Error: Unexpected MATLAB operator.
1107 
1108 myprod([-1 0 3 8])
1109 
1110 ans =
1111 
1112     24
1113 
1114 sum([1 5 6])
1115 
1116 ans =
1117 
1118     12
1119 
1120 A
1121 
1122 A =
1123 
1124     -1    -1    -1
1125     -1    -1    -1
1126      2     2    -1
1127 
1128 sum(A, 1)
1129 
1130 ans =
1131 
1132      0     0    -3
1133 
1134 sum(A, 2)
1135 
1136 ans =
1137 
1138     -3
1139     -3
1140      3
1141 
1142 sum(A, 1)
1143 
1144 ans =
1145 
1146      0     0    -3
1147 
1148 [1 1 1]*A
1149 
1150 ans =
1151 
1152      0     0    -3
1153 
1154 A*[1 1 1]'
1155 
1156 ans =
1157 
1158     -3
1159     -3
1160      3
1161 
1162 x = linspace(0, 4*pi, 100);
1163 y = sin(x);
1164 plot(x, y)
1165 figure
1166 plot(x, y)
1167 figure(1);
1168 help plot
1169  PLOT   Linear plot. 
1170     PLOT(X,Y) plots vector Y versus vector X. If X or Y is a matrix,
1171     then the vector is plotted versus the rows or columns of the matrix,
1172     whichever line up.  If X is a scalar and Y is a vector, disconnected
1173     line objects are created and plotted as discrete points vertically at
1174     X.
1175  
1176     PLOT(Y) plots the columns of Y versus their index.
1177     If Y is complex, PLOT(Y) is equivalent to PLOT(real(Y),imag(Y)).
1178     In all other uses of PLOT, the imaginary part is ignored.
1179  
1180     Various line types, plot symbols and colors may be obtained with
1181     PLOT(X,Y,S) where S is a character string made from one element
1182     from any or all the following 3 columns:
1183  
1184            b     blue          .     point              -     solid
1185            g     green         o     circle             :     dotted
1186            r     red           x     x-mark             -.    dashdot 
1187            c     cyan          +     plus               --    dashed   
1188            m     magenta       *     star             (none)  no line
1189            y     yellow        s     square
1190            k     black         d     diamond
1191            w     white         v     triangle (down)
1192                                ^     triangle (up)
1193                                <     triangle (left)
1194                                >     triangle (right)
1195                                p     pentagram
1196                                h     hexagram
1197                           
1198     For example, PLOT(X,Y,'c+:') plots a cyan dotted line with a plus 
1199     at each data point; PLOT(X,Y,'bd') plots blue diamond at each data 
1200     point but does not draw any line.
1201  
1202     PLOT(X1,Y1,S1,X2,Y2,S2,X3,Y3,S3,...) combines the plots defined by
1203     the (X,Y,S) triples, where the X's and Y's are vectors or matrices 
1204     and the S's are strings.  
1205  
1206     For example, PLOT(X,Y,'y-',X,Y,'go') plots the data twice, with a
1207     solid yellow line interpolating green circles at the data points.
1208  
1209     The PLOT command, if no color is specified, makes automatic use of
1210     the colors specified by the axes ColorOrder property.  The default
1211     ColorOrder is listed in the table above for color systems where the
1212     default is blue for one line, and for multiple lines, to cycle
1213     through the first six colors in the table.  For monochrome systems,
1214     PLOT cycles over the axes LineStyleOrder property.
1215  
1216     If you do not specify a marker type, PLOT uses no marker. 
1217     If you do not specify a line style, PLOT uses a solid line.
1218  
1219     PLOT(AX,...) plots into the axes with handle AX.
1220  
1221     PLOT returns a column vector of handles to lineseries objects, one
1222     handle per plotted line. 
1223  
1224     The X,Y pairs, or X,Y,S triples, can be followed by 
1225     parameter/value pairs to specify additional properties 
1226     of the lines. For example, PLOT(X,Y,'LineWidth',2,'Color',[.6 0 0]) 
1227     will create a plot with a dark red line width of 2 points.
1228  
1229     Example
1230        x = -pi:pi/10:pi;
1231        y = tan(sin(x)) - sin(tan(x));
1232        plot(x,y,'--rs','LineWidth',2,...
1233                        'MarkerEdgeColor','k',...
1234                        'MarkerFaceColor','g',...
1235                        'MarkerSize',10)
1236  
1237     See also PLOTTOOLS, SEMILOGX, SEMILOGY, LOGLOG, PLOTYY, PLOT3, GRID,
1238     TITLE, XLABEL, YLABEL, AXIS, AXES, HOLD, LEGEND, SUBPLOT, SCATTER, PLOT3.
1239 
1240     Overloaded functions or methods (ones with the same name in other directories)
1241        help timeseries/plot.m
1242        help SimTimeseries/plot.m
1243        help dspdata/plot.m
1244 
1245     Reference page in Help browser
1246        doc plot
1247 
1248 plot(x, y, 'r--')
1249 plot(x, y, 'ro)
1250 ??? plot(x, y, 'ro)
1251                |
1252 Error: A MATLAB string constant is not terminated properly.
1253 
1254 plot(x, y, 'ro')
1255 hold on;
1256 plot(x, y)
1257 z = cos(x);
1258 plot(x, z, 'kd')
1259 title('Title')
1260 xlabel('X');
1261 xlabel('sin(x)');
1262 legend('sin(x)', 'sin(x)', 'cos(x)')
1263 gca
1264 
1265 ans =
1266 
1267   158.0016
1268 
1269 get(gca)
1270 	ActivePositionProperty = outerposition
1271 	ALim = [0 1]
1272 	ALimMode = auto
1273 	AmbientLightColor = [1 1 1]
1274 	Box = on
1275 	CameraPosition = [7 0 17.3205]
1276 	CameraPositionMode = auto
1277 	CameraTarget = [7 0 0]
1278 	CameraTargetMode = auto
1279 	CameraUpVector = [0 1 0]
1280 	CameraUpVectorMode = auto
1281 	CameraViewAngle = [6.60861]
1282 	CameraViewAngleMode = auto
1283 	CLim = [0 1]
1284 	CLimMode = auto
1285 	Color = [1 1 1]
1286 	CurrentPoint = [ (2 by 3) double array]
1287 	ColorOrder = [ (7 by 3) double array]
1288 	DataAspectRatio = [7 1 1]
1289 	DataAspectRatioMode = auto
1290 	DrawMode = normal
1291 	FontAngle = normal
1292 	FontName = Helvetica
1293 	FontSize = [10]
1294 	FontUnits = points
1295 	FontWeight = normal
1296 	GridLineStyle = :
1297 	Layer = bottom
1298 	LineStyleOrder = -
1299 	LineWidth = [0.5]
1300 	MinorGridLineStyle = :
1301 	NextPlot = add
1302 	OuterPosition = [0 0 1 1]
1303 	PlotBoxAspectRatio = [1 1 1]
1304 	PlotBoxAspectRatioMode = auto
1305 	Projection = orthographic
1306 	Position = [0.13 0.135135 0.775 0.783784]
1307 	TickLength = [0.01 0.025]
1308 	TickDir = in
1309 	TickDirMode = auto
1310 	TightInset = [0.0747423 0.135135 0.0206186 0.0810811]
1311 	Title = [322.001]
1312 	Units = normalized
1313 	View = [0 90]
1314 	XColor = [0 0 0]
1315 	XDir = normal
1316 	XGrid = off
1317 	XLabel = [323.001]
1318 	XAxisLocation = bottom
1319 	XLim = [0 14]
1320 	XLimMode = auto
1321 	XMinorGrid = off
1322 	XMinorTick = off
1323 	XScale = linear
1324 	XTick = [ (1 by 8) double array]
1325 	XTickLabel = 
1326 		0 
1327 		2 
1328 		4 
1329 		6 
1330 		8 
1331 		10
1332 		12
1333 		14
1334 	XTickLabelMode = auto
1335 	XTickMode = auto
1336 	YColor = [0 0 0]
1337 	YDir = normal
1338 	YGrid = off
1339 	YLabel = [324.001]
1340 	YAxisLocation = left
1341 	YLim = [-1 1]
1342 	YLimMode = auto
1343 	YMinorGrid = off
1344 	YMinorTick = off
1345 	YScale = linear
1346 	YTick = [-1 -0.5 0 0.5 1]
1347 	YTickLabel = 
1348 		-1  
1349 		-0.5
1350 		0   
1351 		0.5 
1352 		1   
1353 	YTickLabelMode = auto
1354 	YTickMode = auto
1355 	ZColor = [0 0 0]
1356 	ZDir = normal
1357 	ZGrid = off
1358 	ZLabel = [325.001]
1359 	ZLim = [-1 1]
1360 	ZLimMode = auto
1361 	ZMinorGrid = off
1362 	ZMinorTick = off
1363 	ZScale = linear
1364 	ZTick = [-1 0 1]
1365 	ZTickLabel = 
1366 	ZTickLabelMode = auto
1367 	ZTickMode = auto
1368 
1369 	BeingDeleted = off
1370 	ButtonDownFcn = 
1371 	Children = [ (3 by 1) double array]
1372 	Clipping = on
1373 	CreateFcn = 
1374 	DeleteFcn = 
1375 	BusyAction = queue
1376 	HandleVisibility = on
1377 	HitTest = on
1378 	Interruptible = on
1379 	Parent = [1]
1380 	Selected = off
1381 	SelectionHighlight = on
1382 	Tag = 
1383 	Type = axes
1384 	UIContextMenu = []
1385 	UserData = []
1386 	Visible = on
1387 
1388 
1389 set(gca, 'XTick', [-10, 50])
1390 set(gca, 'XLim', [-10, 50])
1391 get(gca)
1392 	ActivePositionProperty = outerposition
1393 	ALim = [0 1]
1394 	ALimMode = auto
1395 	AmbientLightColor = [1 1 1]
1396 	Box = on
1397 	CameraPosition = [20 0 17.3205]
1398 	CameraPositionMode = auto
1399 	CameraTarget = [20 0 0]
1400 	CameraTargetMode = auto
1401 	CameraUpVector = [0 1 0]
1402 	CameraUpVectorMode = auto
1403 	CameraViewAngle = [6.60861]
1404 	CameraViewAngleMode = auto
1405 	CLim = [0 1]
1406 	CLimMode = auto
1407 	Color = [1 1 1]
1408 	CurrentPoint = [ (2 by 3) double array]
1409 	ColorOrder = [ (7 by 3) double array]
1410 	DataAspectRatio = [30 1 1]
1411 	DataAspectRatioMode = auto
1412 	DrawMode = normal
1413 	FontAngle = normal
1414 	FontName = Helvetica
1415 	FontSize = [10]
1416 	FontUnits = points
1417 	FontWeight = normal
1418 	GridLineStyle = :
1419 	Layer = bottom
1420 	LineStyleOrder = -
1421 	LineWidth = [0.5]
1422 	MinorGridLineStyle = :
1423 	NextPlot = add
1424 	OuterPosition = [0 0 1 1]
1425 	PlotBoxAspectRatio = [1 1 1]
1426 	PlotBoxAspectRatioMode = auto
1427 	Projection = orthographic
1428 	Position = [0.13 0.135135 0.775 0.783784]
1429 	TickLength = [0.01 0.025]
1430 	TickDir = in
1431 	TickDirMode = auto
1432 	TightInset = [0.0747423 0.135135 0.0206186 0.0810811]
1433 	Title = [322.001]
1434 	Units = normalized
1435 	View = [0 90]
1436 	XColor = [0 0 0]
1437 	XDir = normal
1438 	XGrid = off
1439 	XLabel = [323.001]
1440 	XAxisLocation = bottom
1441 	XLim = [-10 50]
1442 	XLimMode = manual
1443 	XMinorGrid = off
1444 	XMinorTick = off
1445 	XScale = linear
1446 	XTick = [-10 50]
1447 	XTickLabel = 
1448 		-10
1449 		50 
1450 	XTickLabelMode = auto
1451 	XTickMode = manual
1452 	YColor = [0 0 0]
1453 	YDir = normal
1454 	YGrid = off
1455 	YLabel = [324.001]
1456 	YAxisLocation = left
1457 	YLim = [-1 1]
1458 	YLimMode = auto
1459 	YMinorGrid = off
1460 	YMinorTick = off
1461 	YScale = linear
1462 	YTick = [-1 -0.5 0 0.5 1]
1463 	YTickLabel = 
1464 		-1  
1465 		-0.5
1466 		0   
1467 		0.5 
1468 		1   
1469 	YTickLabelMode = auto
1470 	YTickMode = auto
1471 	ZColor = [0 0 0]
1472 	ZDir = normal
1473 	ZGrid = off
1474 	ZLabel = [325.001]
1475 	ZLim = [-1 1]
1476 	ZLimMode = auto
1477 	ZMinorGrid = off
1478 	ZMinorTick = off
1479 	ZScale = linear
1480 	ZTick = [-1 0 1]
1481 	ZTickLabel = 
1482 	ZTickLabelMode = auto
1483 	ZTickMode = auto
1484 
1485 	BeingDeleted = off
1486 	ButtonDownFcn = 
1487 	Children = [ (3 by 1) double array]
1488 	Clipping = on
1489 	CreateFcn = 
1490 	DeleteFcn = 
1491 	BusyAction = queue
1492 	HandleVisibility = on
1493 	HitTest = on
1494 	Interruptible = on
1495 	Parent = [1]
1496 	Selected = off
1497 	SelectionHighlight = on
1498 	Tag = 
1499 	Type = axes
1500 	UIContextMenu = []
1501 	UserData = []
1502 	Visible = on
1503 
1504 get(gca, 'XTick')
1505 
1506 ans =
1507 
1508    -10    50
1509 
1510 figure(2);
1511 h = plot(x, z, 'kd')
1512 
1513 h =
1514 
1515   319.0022
1516 
1517 get(h)
1518                  Color: [0 0 0]
1519              EraseMode: 'normal'
1520              LineStyle: 'none'
1521              LineWidth: 0.5000
1522                 Marker: 'diamond'
1523             MarkerSize: 6
1524        MarkerEdgeColor: 'auto'
1525        MarkerFaceColor: 'none'
1526                  XData: [1x100 double]
1527                  YData: [1x100 double]
1528                  ZData: [1x0 double]
1529           BeingDeleted: 'off'
1530          ButtonDownFcn: []
1531               Children: [0x1 double]
1532               Clipping: 'on'
1533              CreateFcn: []
1534              DeleteFcn: []
1535             BusyAction: 'queue'
1536       HandleVisibility: 'on'
1537                HitTest: 'on'
1538          Interruptible: 'on'
1539               Selected: 'off'
1540     SelectionHighlight: 'on'
1541                    Tag: ''
1542                   Type: 'line'
1543          UIContextMenu: []
1544               UserData: []
1545                Visible: 'on'
1546                 Parent: 318.0011
1547            DisplayName: ''
1548              XDataMode: 'manual'
1549            XDataSource: ''
1550            YDataSource: ''
1551            ZDataSource: ''
1552 
1553 set(h, 'LineWidth', 10)
1554 doc 
1555 lookfor
1556 ??? Error using ==> lookfor
1557 Not enough input arguments.
1558 
1559 lookfor 'Axes Properties'
1560 Axes Properties not found.
1561 help graph2d
1562   Two dimensional graphs.
1563   
1564   Elementary X-Y graphs.
1565     plot      - Linear plot.
1566     loglog    - Log-log scale plot.
1567     semilogx  - Semi-log scale plot.
1568     semilogy  - Semi-log scale plot.
1569     polar     - Polar coordinate plot.
1570     plotyy    - Graphs with y tick labels on the left and right.
1571  
1572   Axis control.
1573     axis       - Control axis scaling and appearance.
1574     zoom       - Zoom in and out on a 2-D plot.
1575     grid       - Grid lines.
1576     box        - Axis box.
1577     rbbox      - Rubberband box.
1578     hold       - Hold current graph.
1579     axes       - Create axes in arbitrary positions.
1580     subplot    - Create axes in tiled positions.
1581  
1582   Graph annotation.
1583     plotedit  - Tools for editing and annotating plots.
1584     title     - Graph title.
1585     xlabel    - X-axis label.
1586     ylabel    - Y-axis label. 
1587     texlabel  - Produces the TeX format from a character string.
1588     text      - Text annotation.
1589     gtext     - Place text with mouse.
1590  
1591   Hardcopy and printing.
1592     print      - Print graph or Simulink system; or save graph to M-file.
1593     printopt   - Printer defaults.
1594     orient     - Set paper orientation. 
1595  
1596   See also GRAPH3D, SPECGRAPH.
1597 
1598 help graph3d
1599   Three dimensional graphs.
1600   
1601   Elementary 3-D plots.
1602     plot3      - Plot lines and points in 3-D space.
1603     mesh       - 3-D mesh surface.
1604     surf       - 3-D colored surface.
1605     fill3      - Filled 3-D polygons.
1606    
1607   Color control.
1608     colormap   - Color look-up table.
1609     caxis      - Pseudocolor axis scaling.
1610     shading    - Color shading mode.
1611     hidden     - Mesh hidden line removal mode.
1612     brighten   - Brighten or darken color map.
1613     colordef   - Set color defaults.
1614     graymon    - Set graphics defaults for gray-scale monitors.
1615  
1616   Lighting.
1617     surfl      - 3-D shaded surface with lighting.
1618     lighting   - Lighting mode.
1619     material   - Material reflectance mode.
1620     specular   - Specular reflectance.
1621     diffuse    - Diffuse reflectance.
1622     surfnorm   - Surface normals.
1623  
1624   Color maps.
1625     hsv        - Hue-saturation-value color map.
1626     hot        - Black-red-yellow-white color map.
1627     gray       - Linear gray-scale color map.
1628     bone       - Gray-scale with tinge of blue color map.
1629     copper     - Linear copper-tone color map.
1630     pink       - Pastel shades of pink color map.
1631     white      - All white color map.
1632     flag       - Alternating red, white, blue, and black color map.
1633     lines      - Color map with the line colors.
1634     colorcube  - Enhanced color-cube color map.
1635     vga        - Windows colormap for 16 colors.
1636     jet        - Variant of HSV.
1637     prism      - Prism color map.
1638     cool       - Shades of cyan and magenta color map.
1639     autumn     - Shades of red and yellow color map.
1640     spring     - Shades of magenta and yellow color map.
1641     winter     - Shades of blue and green color map.
1642     summer     - Shades of green and yellow color map.
1643  
1644   Transparency.
1645     alpha      - Transparency (alpha) mode.
1646     alphamap   - Transparency (alpha) look-up table.
1647     alim       - Transparency (alpha) scaling
1648  
1649   Axis control.
1650     axis       - Control axis scaling and appearance.
1651     zoom       - Zoom in and out on a 2-D plot.
1652     grid       - Grid lines.
1653     box        - Axis box.
1654     hold       - Hold current graph.
1655     axes       - Create axes in arbitrary positions.
1656     subplot    - Create axes in tiled positions.
1657     daspect    - Data aspect ratio.
1658     pbaspect   - Plot box aspect ratio.
1659     xlim       - X limits.
1660     ylim       - Y limits.
1661     zlim       - Z limits.
1662  
1663   Viewpoint control.
1664     view       - 3-D graph viewpoint specification.
1665     viewmtx    - View transformation matrix.
1666     rotate3d   - Interactively rotate view of 3-D plot.
1667  
1668   Camera control.
1669     campos     - Camera position.
1670     camtarget  - Camera target.
1671     camva      - Camera view angle.
1672     camup      - Camera up vector.
1673     camproj    - Camera projection.
1674  
1675   High level camera control.
1676     camorbit   - Orbit camera.
1677     campan     - Pan camera.
1678     camdolly   - Dolly camera.
1679     camzoom    - Zoom camera.
1680     camroll    - Roll camera.
1681     camlookat  - Move camera and target to view specified objects.
1682     cameratoolbar - Interactively manipulate camera.
1683  
1684   High level light control.
1685     camlight   - Creates or sets position of a light.
1686     lightangle - Spherical position of a light.
1687  
1688   Graph annotation.
1689     title      - Graph title.
1690     xlabel     - X-axis label.
1691     ylabel     - Y-axis label.
1692     zlabel     - Z-axis label.
1693     text       - Text annotation.
1694     gtext      - Mouse placement of text.
1695     plotedit   - Experimental graph editing and annotation tools.
1696  
1697   Hardcopy and printing.
1698     print      - Print graph or Simulink system; or save graph to M-file.
1699     printopt   - Printer defaults.
1700     orient     - Set paper orientation. 
1701     vrml       - Save graphics to VRML 2.0 file.
1702  
1703   See also GRAPH2D, SPECGRAPH.
1704 
1705 bar3(rand(3,3))
1706 help specgraph
1707   Specialized graphs.
1708  
1709   Specialized 2-D graphs.
1710     area         - Filled area plot.
1711     bar          - Bar graph.
1712     barh         - Horizontal bar graph.
1713     comet        - Comet-like trajectory.
1714     compass      - Compass plot.
1715     errorbar     - Error bar plot.
1716     ezplot       - Easy to use function plotter.
1717     ezpolar      - Easy to use polar coordinate plotter.
1718     feather      - Feather plot.
1719     fill         - Filled 2-D polygons.
1720     fplot        - Plot function.
1721     hist         - Histogram.
1722     pareto       - Pareto chart.
1723     pie          - Pie chart.
1724     plotmatrix   - Scatter plot matrix.
1725     rose         - Angle histogram plot.
1726     scatter      - Scatter plot.
1727     stem         - Discrete sequence or "stem" plot.
1728     stairs       - Stairstep plot.
1729   
1730   Contour and 2-1/2 D graphs.
1731     contour      - Contour plot.
1732     contourf     - Filled contour plot.
1733     contour3     - 3-D Contour plot.
1734     clabel       - Contour plot elevation labels.
1735     ezcontour    - Easy to use contour plotter.
1736     ezcontourf   - Easy to use filled contour plotter.
1737     pcolor       - Pseudocolor (checkerboard) plot.
1738     voronoi      - Voronoi diagram.
1739  
1740   Specialized 3-D graphs.
1741     bar3         - 3-D bar graph.
1742     bar3h        - Horizontal 3-D bar graph.
1743     comet3       - 3-D comet-like trajectories.
1744     ezgraph3     - General purpose surface plotter.
1745     ezmesh       - Easy to use 3-D mesh plotter.
1746     ezmeshc      - Easy to use combination mesh/contour plotter.
1747     ezplot3      - Easy to use 3-D parametric curve plotter.
1748     ezsurf       - Easy to use 3-D colored surface plotter.
1749     ezsurfc      - Easy to use combination surf/contour plotter.
1750     meshc        - Combination mesh/contour plot.
1751     meshz        - 3-D mesh with curtain.
1752     pie3         - 3-D pie chart.
1753     ribbon       - Draw 2-D lines as ribbons in 3-D.
1754     scatter3     - 3-D scatter plot.
1755     stem3        - 3-D stem plot.
1756     surfc        - Combination surf/contour plot.
1757     trisurf      - Triangular surface plot.
1758     trimesh      - Triangular mesh plot.
1759     waterfall    - Waterfall plot.
1760  
1761   Volume and vector visualization.
1762     vissuite     - Visualization suite.
1763     isosurface   - Isosurface extractor.
1764     isonormals   - Isosurface normals.
1765     isocaps      - Isosurface end caps.
1766     isocolors    - Isosurface and patch colors.
1767     contourslice - Contours in slice planes.
1768     slice        - Volumetric slice plot.
1769     streamline   - Streamlines from 2D or 3D vector data.
1770     stream3      - 3D streamlines.
1771     stream2      - 2D streamlines.
1772     quiver3      - 3D quiver plot.
1773     quiver       - 2D quiver plot.
1774     divergence   - Divergence of a vector field.
1775     curl         - Curl and angular velocity of a vector field.
1776     coneplot     - 3D cone plot.
1777     streamtube   - 3D stream tube.
1778     streamribbon - 3D stream ribbon.
1779     streamslice  - Streamlines in slice planes.
1780     streamparticles   - Display stream particles.
1781     interpstreamspeed - Interpolate streamline vertices from speed.
1782     subvolume    - Extract subset of volume dataset.
1783     reducevolume - Reduce volume dataset.
1784     volumebounds - Returns x,y,z and color limits for volume data.
1785     smooth3      - Smooth 3D data.
1786     reducepatch  - Reduce number of patch faces.
1787     shrinkfaces  - Reduce size of patch faces.
1788  
1789   Images display and file I/O.
1790     image        - Display image.
1791     imagesc      - Scale data and display as image.
1792     colormap     - Color look-up table.
1793     gray         - Linear gray-scale color map.
1794     contrast     - Gray scale color map to enhance image contrast.
1795     brighten     - Brighten or darken color map.
1796     colorbar     - Display color bar (color scale).
1797     imread       - Read image from graphics file.
1798     imwrite      - Write image to graphics file.
1799     imfinfo      - Information about graphics file.
1800     im2java      - Convert image to Java image.
1801  
1802   Movies and animation.
1803     getframe     - Get movie frame.
1804     movie        - Play recorded movie frames.
1805     rotate       - Rotate object about specified orgin and direction.
1806     frame2im     - Convert movie frame to indexed image.
1807     im2frame     - Convert index image into movie format.
1808  
1809   Color related functions.
1810     spinmap      - Spin color map.
1811     rgbplot      - Plot color map.
1812     colstyle     - Parse color and style from string.
1813     ind2rgb      - Convert indexed image to RGB image.
1814  
1815   Solid modeling.
1816     cylinder     - Generate cylinder.
1817     sphere       - Generate sphere.
1818     ellipsoid    - Generate ellipsoid.
1819     patch        - Create patch.
1820     surf2patch   - Convert surface data to patch data.
1821  
1822   See also GRAPH2D, GRAPH3D.
1823 
1824 A = rand(50,50);
1825 clf;
1826 imagesc(A)
1827 colorbar
1828 exit