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<title>PC</title><body bgcolor="FFFFFF">
<h2>PC</h2>
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<LI><A HREF="../../../src/sles/examples/tutorials/ex12.c.html"><CONCEPT>registering preconditioners</CONCEPT></A>
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Solves a linear system in parallel with SLES.<BR>Input parameters include:<BR>
-m <mesh_x> : number of mesh points in x-direction<BR>
-n <mesh_n> : number of mesh points in y-direction<BR>
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<LI><A HREF="../../../src/sles/examples/tutorials/ex15.c.html"><CONCEPT>setting a user-defined shell preconditioner</CONCEPT></A>
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Solves a linear system in parallel with SLES. Also<BR>illustrates setting a user-defined shell preconditioner and using the<BR>
macro __FUNCT__ to define routine names for use in error handling.<BR>
Input parameters include:<BR>
-user_defined_pc : Activate a user-defined preconditioner<BR>
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<LI><A HREF="../../../src/sles/examples/tutorials/ex15f.F.html"><CONCEPT>setting a user-defined shell preconditioner</CONCEPT></A>
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<BR>
<BR>
Solves a linear system in parallel with SLES. Also indicates<BR>
use of a user-provided preconditioner. Input parameters include:<BR>
-user_defined_pc : Activate a user-defined preconditioner<BR>
<BR>
Program usage: mpirun ex15f [-help] [all PETSc options]<BR>
<BR>
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<LI><A HREF="../../../src/sles/examples/tutorials/ex21f.F.html"><CONCEPT>setting a user-defined shell preconditioner</CONCEPT></A>
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<BR>
<BR>
Solves a linear system in parallel with SLES. Also indicates<BR>
use of a user-provided preconditioner. Input parameters include:<BR>
<BR>
Program usage: mpirun ex21f [-help] [all PETSc options]<BR>
<BR>
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