NAME
       gtirfs - Give the list of possible irfs

USAGE

       gtirfs

DESCRIPTION

        List all possible irfs in the STDOUT.

PARAMETERS

     (chatter = 2)
          This parameter fixes the output verbosity: no screen output
          (0), nominal screen output (2), maximum verbosity (4). The
          default value is 2.

     (clobber = yes)
          Overwrite existing output files. This is a hidden parameter. The
          default value is: "yes".

     (debug = no)
          Activate debugging mode. This is a hidden parameter. The
          default value is "no". When debug is "no", all exceptions
          that are not caught and handled by individual tool-specific
          code are caught by a top-level exception handler that
          displays information about the exception and then
          exits. When debug is "yes", such exceptions are not caught
          by the top level code. Instead the tool produces a
          segmentation violation, which is more useful for
          debugging. When debugging mode is enabled, the tool produces
          more verbose output describing any errors or exceptions that
          are encountered.

     (gui = no)
          Graphical user Interface (GUI) mode activated. This is a hidden
          parameter. The default value is "no".

     (mode = ql)
          Mode of automatic parameters. This is a hidden parameter. The
          default value is "ql".

EXAMPLES

    Gtirfs handles parameters following the FTOOLs model: They
    can be passed by answering a prompt or as a list in a command
    line.

    To be prompted for gtirfs options type in the command line:

    >gtirfs

    For gtirfs all parameters are hidden. If you  want to change one of
    the "hidden" parameter you should specify the
    values in the command line or modify its mode by editing the parameter
    file. For example you may type:

    >gtirfs chatter=4


    An example of how to run the tool is given below:

    > gtirfs

    P5_v13_0_diff ( = P5_v13_0_diff::FRONT + P5_v13_0_diff::BACK )
    P5_v13_0_diff::BACK
    P5_v13_0_diff::FRONT
    P5_v13_0_source ( = P5_v13_0_source::FRONT + P5_v13_0_source::BACK )
    P5_v13_0_source::BACK
    P5_v13_0_source::FRONT
    P5_v13_0_trans ( = P5_v13_0_trans::FRONT + P5_v13_0_trans::BACK )
    P5_v13_0_trans::BACK
    P5_v13_0_trans::FRONT
    P6_V1_DIFFUSE ( = P6_V1_DIFFUSE::FRONT + P6_V1_DIFFUSE::BACK )
    P6_V1_DIFFUSE::BACK
    P6_V1_DIFFUSE::FRONT
    P6_V1_SOURCE ( = P6_V1_SOURCE::FRONT + P6_V1_SOURCE::BACK )
    P6_V1_SOURCE::BACK
    P6_V1_SOURCE::FRONT
    P6_V1_TRANSIENT ( = P6_V1_TRANSIENT::FRONT + P6_V1_TRANSIENT::BACK )
    P6_V1_TRANSIENT::BACK
    P6_V1_TRANSIENT::FRONT
    PASS4 ( = PASS4::FRONT + PASS4::BACK )
    PASS4::BACK
    PASS4::FRONT
    PASS4_v2 ( = PASS4_v2::FRONT + PASS4_v2::BACK )
    PASS4_v2::BACK
    PASS4_v2::FRONT
    PASS5_v0 ( = PASS5_v0::FRONT + PASS5_v0::BACK )
    PASS5_v0::BACK
    PASS5_v0::FRONT
    PASS5_v0_DIFFUSE ( = PASS5_v0_DIFFUSE::FRONT + PASS5_v0_DIFFUSE::BACK )
    PASS5_v0_DIFFUSE::BACK
    PASS5_v0_DIFFUSE::FRONT
    PASS5_v0_TRANSIENT ( = PASS5_v0_TRANSIENT::FRONT + PASS5_v0_TRANSIENT::BACK )
    PASS5_v0_TRANSIENT::BACK
    PASS5_v0_TRANSIENT::FRONT