Docs @ 1ab0f5e

Author: MFC Action

simulation/doxygen_crawl.html

@@ -630,7 +630,9 @@
 <a href="namespacem__precision__select.html#ae769e44e0858808e47fa4ca9bda06315"/>
 <a href="namespacem__sim__helpers.html"/>
 <a href="namespacem__sim__helpers.html#a81d6cbdf616d51d6e6ba9f0bce912a13"/>
+<a href="namespacem__sim__helpers.html#a88f43eb8b4a161228ed4db6d31de828d"/>
 <a href="namespacem__sim__helpers.html#ab1dee44a2a4520f7cae62477e63dbf51"/>
+<a href="namespacem__sim__helpers.html#ad18a9f401c1f61284b8ea5b3f9013a1a"/>
 <a href="namespacem__sim__helpers.html#ad5b39c05efea4c9c6636701cf657b4d0"/>
 <a href="namespacem__start__up.html"/>
 <a href="namespacem__start__up.html#a1bf604b2afd7b81737153114d92e7c80"/>

simulation/m__data__output_8fpp_8f90_a4f3dafb38455425825590217313d8ee3_cgraph.map

@@ -8,14 +8,19 @@
 <area shape="poly" id="edge5_Node000001_Node000006" title=" " alt="" coords="165,202,277,174,279,179,167,207"/>
 <area shape="rect" id="Node000007" href="$namespacem__sim__helpers.html#a81d6cbdf616d51d6e6ba9f0bce912a13" title="Computes stability criterion for a specified dt." alt="" coords="271,197,471,237"/>
 <area shape="poly" id="edge6_Node000001_Node000007" title=" " alt="" coords="223,215,257,215,257,220,223,220"/>
-<area shape="rect" id="Node000008" href="$m__mpi__common_8fpp_8f90.html#adbcc47e90968ff0f14ccc2ca3c47586a" title="The subroutine terminates the MPI execution environment." alt="" coords="319,262,422,287"/>
-<area shape="poly" id="edge7_Node000001_Node000008" title=" " alt="" coords="172,227,306,258,305,263,171,233"/>
-<area shape="rect" id="Node000009" href="$m__mpi__common_8fpp_8f90.html#abf2b4ebce724f44c966c7f1b865ce619" title="Halts all processes until all have reached barrier." alt="" coords="315,311,426,337"/>
-<area shape="poly" id="edge8_Node000001_Node000009" title=" " alt="" coords="137,228,196,262,272,298,302,307,301,312,270,302,194,267,134,233"/>
-<area shape="rect" id="Node000010" href="$m__mpi__common_8fpp_8f90.html#a7000bf91b069c9b8064eeda7c8fdbafe" title="The goal of this subroutine is to determine the global extrema of the stability criteria in the compu..." alt="" coords="285,361,457,401"/>
-<area shape="poly" id="edge9_Node000001_Node000010" title=" " alt="" coords="129,228,187,285,228,318,272,347,285,354,283,358,269,352,224,322,183,289,125,232"/>
+<area shape="rect" id="Node000010" href="$m__mpi__common_8fpp_8f90.html#adbcc47e90968ff0f14ccc2ca3c47586a" title="The subroutine terminates the MPI execution environment." alt="" coords="319,262,422,287"/>
+<area shape="poly" id="edge10_Node000001_Node000010" title=" " alt="" coords="172,227,306,258,305,263,171,233"/>
+<area shape="rect" id="Node000011" href="$m__mpi__common_8fpp_8f90.html#abf2b4ebce724f44c966c7f1b865ce619" title="Halts all processes until all have reached barrier." alt="" coords="315,311,426,337"/>
+<area shape="poly" id="edge11_Node000001_Node000011" title=" " alt="" coords="137,228,196,262,272,298,302,307,301,312,270,302,194,267,134,233"/>
+<area shape="rect" id="Node000012" href="$m__mpi__common_8fpp_8f90.html#a7000bf91b069c9b8064eeda7c8fdbafe" title="The goal of this subroutine is to determine the global extrema of the stability criteria in the compu..." alt="" coords="285,361,457,401"/>
+<area shape="poly" id="edge12_Node000001_Node000012" title=" " alt="" coords="129,228,187,285,228,318,272,347,285,354,283,358,269,352,224,322,183,289,125,232"/>
 <area shape="rect" id="Node000004" href="$m__variables__conversion_8fpp_8f90.html#aa5f8e931d984a9c40ab86bc4ae041a78" title=" " alt="" coords="548,37,724,77"/>
 <area shape="poly" id="edge3_Node000003_Node000004" title=" " alt="" coords="471,75,534,67,535,72,471,80"/>
 <area shape="rect" id="Node000005" href="$m__variables__conversion_8fpp_8f90.html#a3ded0267ada306e49f8ce81cac422acb" title=" " alt="" coords="519,101,753,141"/>
 <area shape="poly" id="edge4_Node000003_Node000005" title=" " alt="" coords="471,99,505,103,505,108,471,104"/>
+<area shape="rect" id="Node000008" href="$namespacem__sim__helpers.html#ad18a9f401c1f61284b8ea5b3f9013a1a" title="Computes the modified dtheta for Fourier filtering in azimuthal direction." alt="" coords="801,224,1000,264"/>
+<area shape="poly" id="edge7_Node000007_Node000008" title=" " alt="" coords="471,220,788,236,787,241,471,225"/>
+<area shape="rect" id="Node000009" href="$namespacem__sim__helpers.html#a88f43eb8b4a161228ed4db6d31de828d" title="Computes inviscid CFL terms for multi&#45;dimensional cases (2D/3D only)" alt="" coords="537,252,735,292"/>
+<area shape="poly" id="edge8_Node000007_Node000009" title=" " alt="" coords="469,235,525,247,524,252,468,240"/>
+<area shape="poly" id="edge9_Node000009_Node000008" title=" " alt="" coords="735,259,787,253,788,259,736,264"/>
 </map>

simulation/m__data__output_8fpp_8f90_a4f3dafb38455425825590217313d8ee3_cgraph.md5

@@ -1 +1 @@
-226401d89b20e1ed242612977d884ba1
+8f2eb4e2176df4a023b7455589481e3d