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C programs based on Numerical Computation

 you can get source codes in C based on numerical computation from

    http://zsoftwares.googlepages.com/CPrograms.html

  Many numerical computation source codes in C /C++ are given on above
website.
  I have mentioned some of them below. And you can see the complete
source code before
  downloading.

  - Creation of Polynomial ,addition, Evaluation etc..
  - Bisection Method, Secant Method, And False Position method.
  - Newton raphson method and Modified Newton Raphson.
  - Langranges Interpolation method.
  - Newton Gregory forward and backward method.
  - Euler's method and modified method.
  - Trapezoidal method and Simpson's 1/3 and 3/8 rule
  - Solution of linear simultaneous equation
  - Union and Intersection of Set.
  - Area of Circle and circumference of circle. etc

 http://zsoftwares.googlepages.com/CPrograms.html

0
georgerxz (16)
9/7/2007 5:20:25 AM
comp.lang.c 30436 articles. 2 followers. spinoza1111 (3246) is leader. Post Follow

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On Sep 7, 7:20 am, george...@gmail.com wrote:
>  you can get source codes in C based on numerical computation from
>
>    http://zsoftwares.googlepages.com/CPrograms.html
>
>   Many numerical computation source codes in C /C++ are given on above
> website.
>   I have mentioned some of them below. And you can see the complete
> source code before
>   downloading.
>
>   - Creation of Polynomial ,addition, Evaluation etc..
>   - Bisection Method, Secant Method, And False Position method.
>   - Newton raphson method and Modified Newton Raphson.
>   - Langranges Interpolation method.
>   - Newton Gregory forward and backward method.
>   - Euler's method and modified method.
>   - Trapezoidal method and Simpson's 1/3 and 3/8 rule
>   - Solution of linear simultaneous equation
>   - Union and Intersection of Set.
>   - Area of Circle and circumference of circle. etc
>
>  http://zsoftwares.googlepages.com/CPrograms.html

Are you aware of the fact that Numerical Recipes with source code in C
is available freely online ?

R




0
9/7/2007 6:04:43 AM
On Sep 6, 10:20 pm, george...@gmail.com wrote:
>  you can get source codes in C based on numerical computation from
>
>    http://zsoftwares.googlepages.com/CPrograms.html
>
>   Many numerical computation source codes in C /C++ are given on above
> website.
>   I have mentioned some of them below. And you can see the complete
> source code before
>   downloading.
>
>   - Creation of Polynomial ,addition, Evaluation etc..
>   - Bisection Method, Secant Method, And False Position method.
>   - Newton raphson method and Modified Newton Raphson.
>   - Langranges Interpolation method.
>   - Newton Gregory forward and backward method.
>   - Euler's method and modified method.
>   - Trapezoidal method and Simpson's 1/3 and 3/8 rule
>   - Solution of linear simultaneous equation
>   - Union and Intersection of Set.
>   - Area of Circle and circumference of circle. etc
>
>  http://zsoftwares.googlepages.com/CPrograms.html

Any relation to one Herbert Schildt?  Here's a quality clue:
C:\junk>grep "void main" *.c
  ADD_LONG.C (    165): void main()
      ADV1.C (      5): void main()
   Assign1.c (      7): void main()
   Assign2.c (     14): void main()
   Assign3.C (     15): void main()
   Assign4.c (     21): void main()
   Assign5.c (     20): void main()
   Assign6.c (     22): void main()
   Assign7.c (     15): void main()
   Assign8.c (     29):  void main()
   Assign9.c (     21): void main()
   ave_per.c (      4): void main()
  BFS_GRAP.C (    220): void main()
    BI_TRE.C (    154): void main()
   BIN_SER.C (    163): void main()
   BINTDEC.c (      4): void main()
    BT_BFS.C (    143): void main()
  COG_DATA.C (     54): void main()
    D_LINK.C (     38): void main()
     DL_OP.C (    119): void main()
    EDITOR.C (     31): void main()
     excha.c (      5): void main()
    FIBREC.C (      4): void main()
      FILE.C (     39): void main()
  INSE_DEL.C (     50): void main()
  LIN_SORT.C (     43): void main()
  LINK_REV.C (     45): void main()
      MERG.C (     87): void main()
 MUL_LISTS.C (    125): void main()
       NC1.C (     23): void main()
       NC2.C (     22): void main()
       NC3.C (     13): void main()
       NC4.C (     15): void main()
       Nc5.c (     25):  void main()
       Nc6.c (     24): void main()
       Nc7.c (     22): void main()
       Nc8.c (     13):  void main()
       Nc9.c (     14):  void main()
   POLY_OP.C (    185): void main()
     POLYX.C (     69): void main()
   prepost.C (    217): void main()
    Q_LINK.C (     61): void main()
     radia.c (      5): void main()
  S_LIN_OP.C (    105): void main()
 Shellsort.c (      6): void main()
  SORCRTNO.C (      4): void main()
     Spars.C (     61): void main()
  STA_LINK.C (     62): void main()
      STK1.C (     37): void main()
       STR.c (      5): void main()
  str_stdl.c (      5): void main()
      TEST.c (      4): void main()
    UNIINS.C (    118): void main()

C:\junk>grep gets *.c
   Assign4.c (     48):                         gets(s1);
   Assign4.c (     58):                     gets(s1);
   Assign4.c (     68):                     gets(s1);
   Assign4.c (     78):                         gets(s1);
   Assign4.c (     88):                         gets(s1);
   Assign4.c (     98):                     gets(s1);
   Assign4.c (    101):                         gets(s2);
   Assign4.c (    111):                     gets(s1);
   Assign4.c (    114):                     gets(s2);
   Assign4.c (    127):                         gets(s1);
   Assign4.c (    130):                     gets(s2);
   Assign5.c (     58):                         gets(a);
   Assign5.c (     66):                         gets(a);
   Assign5.c (     74):                         gets(a);
   Assign5.c (     82):                         gets(a);
   Assign5.c (     90):                         gets(a);
   Assign5.c (     98):                         gets(a);
   Assign5.c (    101):                         gets(b);
   Assign5.c (    109):                         gets(a);
   Assign5.c (    112):                         gets(b);
   Assign5.c (    120):                         gets(a);
   Assign5.c (    123):                         gets(b);
   Assign5.c (    136):                         gets(a);
   Assign8.c (     79):                           gets(studname);
   Assign8.c (    104):                           gets(studname);
   Assign8.c (    151):  gets(e.name);
   ave_per.c (     15):           gets(s1);
  COG_DATA.C (     67):   gets(new->name);
  COG_DATA.C (     70):   gets(new->class);
  COG_DATA.C (     80):   gets(new->address);
  COG_DATA.C (     97):  gets(sname);
      FILE.C (     19):  gets(s.name);
      FILE.C (     76):           gets(name);
      FILE.C (     99):           gets(name);
       STR.c (     30):                    gets(a);
       STR.c (     36):                    gets(a);
  str_stdl.c (     31):                          gets(s1);
  str_stdl.c (     40):                          gets(s1);
  str_stdl.c (     48):                          gets(s1);
  str_stdl.c (     56):                          gets(s1);
  str_stdl.c (     64):                          gets(s1);
  str_stdl.c (     72):                          gets(s1);
  str_stdl.c (     75):                          gets(s2);
  str_stdl.c (     91):                          gets(s1);
  str_stdl.c (     94):                          gets(s2);
  str_stdl.c (    109):                          gets(s1);
  str_stdl.c (    112):                          gets(s2);

If you want some numerical C software, try this stuff:
http://www.moshier.net/

Or this stuff:
http://www.gnu.org/software/gsl/

Here are a few of the sensible math things I have found on the net:
 arprec
 arprec-2.1.100
 arprec-2.1.101
 arprec-2.1.103-windll
 arprec-2.1.99-win
 ATLAS
 benchfft-3.1
 benchmark
 bond
 cfft
 clippoly-pl11
 cln-1.1.13
 ComputationalGeometry
 crlibm-1.0beta1
 dist
 double_exponential_quadrature
 Fflas_Ffpack
 fftw-3.1.2
 fortran
 ggnfs
 gmp-4.2.1
 gmtl-0.4.12
 gnuplot
 gnuplot-4.2.0
 goblin.2.8b15
 GotoBLAS
 graphsource
 gsl-1.9
 igraph-0.3.3
 intde
 jacobi
 Lambert
 lapack-3.1.1
 linbox-1.1.2
 lp_solve_5.5
 man-eng-scilab-4.1
 Maxima-5.11.0
 miracl
 mpfi-1.3.4-RC3
 mpfr
 mpfr-2.2.1
 mpfrcpp-1.2.0
 mpfrpp
 nurbsR2006b
 octave
 ofeli
 ogata
 ooura
 opt
 optalg
 pari-2.4.0.alpha
 pdf
 qd
 qd-2.2.0
 qd-2.2.4-windll
 qd-2.2.5
 qd-win-2.1.19
 sba-1.2
 SciEng
 scilab-4.1
 scslib-1.4.1
 shaw
 specfun
 statlib
 stats
 stems
 SuiteSparse
 SuperLU_3.0
 symplectic
 tmp
 toms
 tvom
 ubasic
 ump-0.8.6
 units-1.4.17
 usr
 utils
 wallaroo-0.1
 WinNTL-5_4
 wxMaxima
 wxMaxima-0.7.1
 xblas_1.0
 xnumbers
 yacas-1.0.63

I understand that you want to be helpful.  I suggest reading K&R2.

0
dcorbit (2698)
9/8/2007 1:34:47 AM
Reply: