In addition, NAG recommends that before calling any library routine you should read the following reference material (see Section 5):
(a) Essential Introduction
(b) Chapter Introduction
(c) Routine Document
By default [INSTALL_DIR] (see Installer's Note (in.html)) is /opt/NAG/clmin08dgl; however it could have been changed by the installer. To identify [INSTALL_DIR] for this installation:
gcc driver.c -I[INSTALL_DIR]/include [INSTALL_DIR]/lib/libnagc_vl.dylib -framework vecLib -lpthread -lmwhere driver.c is your application program;
or
gcc driver.c -I[INSTALL_DIR]/include [INSTALL_DIR]/lib/libnagc_vl.a -framework vecLib -lpthread -lmif the static library is required.
However, if you prefer to link to a version of the NAG library which does not require the use of the vecLib library, you may wish to use the self-contained libraries as follows:
gcc driver.c -I[INSTALL_DIR]/include [INSTALL_DIR]/lib/libnagc_nag.dylib -lpthread -lmor
gcc driver.c -I[INSTALL_DIR]/include [INSTALL_DIR]/lib/libnagc_nag.a -lpthread -lmif the static library is required.
Please note that using a self-contained library may result in some degradation in the performance of your application.
If your application has been linked with one of the NAG shareable libraries then the environment variable DYLD_LIBRARY_PATH must be set (or extended) to include the directory containing the NAG shareable library.
In the C shell, type:
setenv DYLD_LIBRARY_PATH [INSTALL_DIR]/libto set DYLD_LIBRARY_PATH, or
setenv DYLD_LIBRARY_PATH [INSTALL_DIR]/lib:${DYLD_LIBRARY_PATH}to extend DYLD_LIBRARY_PATH if you already have it set.
In the Bourne shell, type:
DYLD_LIBRARY_PATH=[INSTALL_DIR]/lib export DYLD_LIBRARY_PATHto set DYLD_LIBRARY_PATH, or
DYLD_LIBRARY_PATH=[INSTALL_DIR]/lib:${DYLD_LIBRARY_PATH} export DYLD_LIBRARY_PATHto extend DYLD_LIBRARY_PATH if you already have it set.
In this section we assume that the compiled libraries are pointed at by symbolic links from a directory in the search path of the linker, such as /usr/lib, and the include files have been moved to a standard location such as /usr/include.
To use the NAG C Library and the vecLib library, you may link in the following manner:
gcc driver.c -lnagc_vl -framework vecLib -lpthread -lmThe linker will, by default, pick up the shared library libnagc_vl.dylib. To force the use of the static library libnagc_vl.a you will have to specify the library in full on your command line:
gcc driver.c /usr/lib/libnagc_vl.a -framework vecLib -lpthread -lmPlease note that if the symbolic links were created in a directory other than /usr/lib this directory must be used in place of /usr/lib in the above statement.
However, if you prefer to link to a version of the NAG library which does not require the use of the vecLib library, you may wish to use the self-contained libraries as follows:
gcc driver.c -lnagc_nag -lpthread -lmThe linker will, by default, pick up the shared library libnagc_nag.dylib. To force the use of the static library libnagc_nag.a you will have to specify the library in full on your command line:
gcc driver.c /usr/lib/libnagc_nag.a -lpthread -lmPlease note that if the symbolic links were created in a directory other than /usr/lib this directory must be used in place of /usr/lib in the above statement.
Please note that using a self-contained library may result in some degradation in the performance of your application.
If your application has been linked with one of the NAG shareable libraries then the environment variable DYLD_LIBRARY_PATH must be set (or extended) to include the directory containing the NAG shareable library.
In the C shell, type:
setenv DYLD_LIBRARY_PATH [INSTALL_DIR]/libto set DYLD_LIBRARY_PATH, or
setenv DYLD_LIBRARY_PATH [INSTALL_DIR]/lib:${DYLD_LIBRARY_PATH}to extend DYLD_LIBRARY_PATH if you already have it set.
In the Bourne shell, type:
DYLD_LIBRARY_PATH=[INSTALL_DIR]/lib export DYLD_LIBRARY_PATHto set DYLD_LIBRARY_PATH, or
DYLD_LIBRARY_PATH=[INSTALL_DIR]/lib:${DYLD_LIBRARY_PATH} export DYLD_LIBRARY_PATHto extend DYLD_LIBRARY_PATH if you already have it set.
The example programs are most easily accessed by one of the commands
Each command will provide you with a copy of an example program (and its data, if any), compile the program and link it with the appropriate libraries (showing you the compile command so that you can recompile your own version of the program). Finally, the executable program will be run, and its output saved.
e.g.
nagc_example d01ajcwill copy the example program d01ajce.c to the current directory and process it to produce the example program results, d01ajce.r.
The example programs are supplied in machine-readable form. They are suitable for immediate usage. Note that the distributed example programs are those used in this implementation and may not correspond exactly with the programs published in the manual. The distributed example programs should be used in preference wherever possible.
The distributed example results are those obtained with the NAG self-contained static library libnagc_nag.a, (using the NAG BLAS and LAPACK routines). Running the examples with vendor BLAS or LAPACK may give slightly different results.
In this implementation calls to the NAG version of the following Basic Linear Algebra Subprograms (BLAS) and linear algebra routines (LAPACK) are included in the libraries libnagc_vl.a and libnagc_vl.dylib to avoid problems with the vendor version:
zhpr2 zhpev zhpevd zhpevx zhpgst zhpgv zhpgvd zhpgvx zhptrd
s10aac E(1) = 1.8500e+1 s10abc fail.code = NE_REAL_ARG_GT if X > 7.080e+2 s10acc fail.code = NE_REAL_ARG_GT if X > 7.080e+2 s13aac X(hi) = 7.083e+2 s13acc X(hi) = 1.0e+16 s13adc X(hi) = 1.0e+17 s14aac fail.code = NE_REAL_ARG_GT if X > 1.70e+2 fail.code = NE_REAL_ARG_LT if X < -1.70e+2 fail.code = NE_REAL_ARG_TOO_SMALL if ABS(X) < 2.23e-308 s14abc fail.code = NE_REAL_ARG_GT if X > 2.55e+305 s17acc fail.code = NE_REAL_ARG_GT if X > 1.0e+16 s17adc fail.code = NE_REAL_ARG_GT if X > 1.0e+16 fail.code = NE_REAL_ARG_TOO_SMALL if X <= 2.23e-308 s17aec fail.code = NE_REAL_ARG_GT if ABS(X) > 1.0e+16 s17afc fail.code = NE_REAL_ARG_GT if ABS(X) > 1.0e+16 s17agc fail.code = NE_REAL_ARG_GT if X > 1.038e+2 fail.code = NE_REAL_ARG_LT if X < -5.6e+10 s17ahc fail.code = NE_REAL_ARG_GT if X > 1.041e+2 fail.code = NE_REAL_ARG_LT if X < -5.6e+10 s17ajc fail.code = NE_REAL_ARG_GT if X > 1.041e+2 fail.code = NE_REAL_ARG_LT if X < -1.8e+9 s17akc fail.code = NE_REAL_ARG_GT if X > 1.041e+2 fail.code = NE_REAL_ARG_LT if X < -1.8e+9 s18adc fail.code = NE_REAL_ARG_TOO_SMALL if 0.0D+00 < X <= 2.23e-308 s18aec fail.code = NE_REAL_ARG_GT if ABS(X) > 7.116e+2 s18afc fail.code = NE_REAL_ARG_GT if ABS(X) > 7.116e+2 s18cdc fail.code = NE_REAL_ARG_TOO_SMALL if 0.0D+00 < X <= 2.23e-308 s19aac fail.code = NE_REAL_ARG_GT if ABS(X) >= 4.95000e+1 s19abc fail.code = NE_REAL_ARG_GT if ABS(X) >= 4.95000e+1 s19acc fail.code = NE_REAL_ARG_GT if X > 9.9726e+2 s19adc fail.code = NE_REAL_ARG_GT if X > 9.9726e+2 s21bcc fail.code = NE_REAL_ARG_LT if an argument < 1.579e-205 fail.code = NE_REAL_ARG_GE if an argument >= 3.774e+202 s21bdc fail.code = NE_REAL_ARG_LT if an argument < 2.820e-103 fail.code = NE_REAL_ARG_GT if an argument > 1.404e+102
X01AAC (pi) = 3.14159265358979323846e+00 X01ABC (gamma) = 0.5772156649015328606e+00
The basic parameters of the model
X02BHC = 2 X02BJC = 53 X02BKC = -1021 X02BLC = 1024 X02DJC = Nag_TRUE
Derived parameters of the floating-point arithmetic
X02AJC = 1.11022302462516e-16 X02AKC = 2.22507385850721e-308 X02ALC = 1.79769313486231e+308 X02AMC = 2.22507385850721e-308 X02ANC = 2.22507385850721e-308
Parameters of other aspects of the computing environment
X02AHC = 1.84467440737095e+19 X02BBC = 2147483647 X02BEC = 15 X02DAC = Nag_FALSE
The Library Manual is supplied in the form of Portable Document Format (PDF) files, with an HTML index, in the nagdoc_cl08 directory. The introductory material is also provided as HTML files in the nagdoc_cl08 directory.
A main index file has been provided (nagdoc_cl08/html/mark8.html) which contains a fully linked contents document pointing to all the available PDF (and where available HTML) files. Use your HTML browser to navigate from here.
In addition the following are provided:
The NAG Response Centres are available for general enquiries from all users and also for technical queries from sites with an annually licensed product or support service.
The Response Centres are open during office hours, but contact is possible by fax, email and phone (answering machine) at all times.
When contacting a Response Centre it helps us deal with your enquiry quickly if you can quote your NAG site reference and NAG product code (in this case CLMIN08DGL).
The NAG websites provide information about implementation availability, descriptions of products, downloadable software, product documentation and technical reports. The NAG websites can be accessed at the following URLs:
http://www.nag.co.uk/, http://www.nag.com/ or http://www.nag-j.co.jp/
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