#include <array>
#include <functional>
#include <string>
#include <vector>
Go to the source code of this file.
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void | GetBound (int ib, int nx, int ny, double const w[], double s[]) |
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void | AddBound (int ib, int nx, int ny, double w[], double const s[]) |
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◆ AddBound()
void AddBound |
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int |
ib, |
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int |
nx, |
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int |
ny, |
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double |
w[], |
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double const |
s[] |
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) |
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Computes w
:= w
+ s
at the interface/boundary nodes on the boundary ib
. South (ib==1), East (ib==2), North (ib==3), West (ib==4)
- Parameters
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[in] | ib | my local boundary |
[in] | nx | number of discretization intervals in x-direction |
[in] | ny | number of discretization intervals in y-direction |
[in,out] | w | vector for all nodes of local discretization |
[in] | s | short vector with values on boundary ib |
Definition at line 347 of file geom.cpp.
◆ GetBound()
void GetBound |
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int |
ib, |
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int |
nx, |
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int |
ny, |
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double const |
w[], |
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double |
s[] |
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) |
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Copies the values of w
corresponding to boundary ib
onto vector s. South (ib==1), East (ib==2), North (ib==3), West (ib==4). The vector s
has to be long enough!!
- Parameters
-
[in] | ib | my local boundary |
[in] | nx | number of discretization intervals in x-direction |
[in] | ny | number of discretization intervals in y-direction |
[in] | w | vector for all nodes of local discretization |
[out] | s | short vector with values on boundary ib |
Definition at line 301 of file geom.cpp.