P06_OPT02
Continuation Data for Problem 06, Option 02.

P06_OPT02 is a dataset directory of files containing points X and tangent vectors T along the curve F(X) = 0 for TEST_CON problem 6, option 2.

TEST_CON problem 6, option 2 is the Aircraft Stability function with the elevator value fixed at -0.008.

Licensing:

The computer code and data files described and made available on this web page are distributed under the GNU LGPL license.

Related Data and Programs:

PITCON66 is a FORTRAN77 library which seeks to produce a sequence of points that satisfy a set of nonlinear equations with one degree of freedom; this is version 6.6 of ACM TOMS algorithm 596.

PITCON7 is a FORTRAN90 library which seeks to produce a sequence of points that satisfy a set of nonlinear equations with one degree of freedom; this is version 7.0 of ACM TOMS algorithm 596.

TEST_CON, a FORTRAN90 library which implements test problems for numerical continuation.

TEST_CON, a MATLAB library which implements test problems for numerical continuation.

TOMS502 is a FORTRAN77 library which seeks to produce a sequence of points that satisfy a set of nonlinear equations with one degree of freedom; this library is commonly called DERPAR;
this is ACM TOMS algorithm 502.

TOMS596 is a FORTRAN77 library which seeks to produce a sequence of points that satisfy a set of nonlinear equations with one degree of freedom; this library is commonly called PITCON;
this is ACM TOMS algorithm 596.

Reference:

1. Ferdinand Freudenstein, Bernhard Roth,
   Numerical Solutions of Nonlinear Equations,
   Journal of the ACM,
   Volume 10, Number 4, October 1963, pages 550-556.

Programs:

• p06_opt02.f90, a program to compute points and tangents along the curve.
• p06_opt02_output.txt, the output file.

Data Files:

Graphics files:

• p06_opt02_x1_vs_x7.png is a PNG image of X1 versus X7.

P06_OPT02_X***.TXT contains successive values of X.

• p06_opt02_x000.txt
• p06_opt02_x001.txt
• p06_opt02_x002.txt
• p06_opt02_x003.txt
• p06_opt02_x004.txt
• p06_opt02_x005.txt
• p06_opt02_x006.txt
• p06_opt02_x007.txt
• p06_opt02_x008.txt
• p06_opt02_x009.txt
• p06_opt02_x010.txt
• p06_opt02_x011.txt
• p06_opt02_x012.txt
• p06_opt02_x013.txt
• p06_opt02_x014.txt
• p06_opt02_x015.txt
• p06_opt02_x016.txt
• p06_opt02_x017.txt
• p06_opt02_x018.txt
• p06_opt02_x019.txt
• p06_opt02_x020.txt
• p06_opt02_x021.txt
• p06_opt02_x022.txt
• p06_opt02_x023.txt
• p06_opt02_x024.txt
• p06_opt02_x025.txt
• p06_opt02_x026.txt
• p06_opt02_x027.txt
• p06_opt02_x028.txt
• p06_opt02_x029.txt
• p06_opt02_x030.txt

P06_OPT02_T***.TXT contains successive values of TAN(X), the tangent vector.

• p06_opt02_t000.txt
• p06_opt02_t001.txt
• p06_opt02_t002.txt
• p06_opt02_t003.txt
• p06_opt02_t004.txt
• p06_opt02_t005.txt
• p06_opt02_t006.txt
• p06_opt02_t007.txt
• p06_opt02_t008.txt
• p06_opt02_t009.txt
• p06_opt02_t010.txt
• p06_opt02_t011.txt
• p06_opt02_t012.txt
• p06_opt02_t013.txt
• p06_opt02_t014.txt
• p06_opt02_t015.txt
• p06_opt02_t016.txt
• p06_opt02_t017.txt
• p06_opt02_t018.txt
• p06_opt02_t019.txt
• p06_opt02_t020.txt
• p06_opt02_t021.txt
• p06_opt02_t022.txt
• p06_opt02_t023.txt
• p06_opt02_t024.txt
• p06_opt02_t025.txt
• p06_opt02_t026.txt
• p06_opt02_t027.txt
• p06_opt02_t028.txt
• p06_opt02_t029.txt
• p06_opt02_t030.txt

You can go up one level to the TEST_CON dataset page.