Changes between Version 30 and Version 31 of u/erica/SteadyStateAccretionProblemPage

Timestamp:

03/01/19 16:05:25 (6 years ago)

Author:

Erica Kaminski

Comment:

—

u/erica/SteadyStateAccretionProblemPage

@@ -52 +52 @@
 * **Note,** running the code with the Krumholz algorithm produces ''7 frames/minute'' on 24 cores (Bluehive) compared to the new code, which produces ''5 frames/min'' (both using the optimized version of the code, and identical initial conditions). So the new code is slightly slower... 
 
-Here's the density-- 
+[attachment:rho_128plus1_subsubsonic1.gif  Density]
 
-[[Image(rho_128plus1_subsubsonic0000.1.png, 25%)]]
+[attachment:u_128plus1_subsubsonic.gif Mach]
 
-[attachment:rho_128plus1_subsubsonic1.gif  movie]
+[attachment:vr_128plus1_subsubsonic.2.gif Radial velocity]
 
-mach-- 
+[attachment:temp_128plus1_subsubsonic.gif Temperature]
 
-[[Image(u_128plus1_subsubsonic0000.1.png, 25%)]]
-
-[attachment:u_128plus1_subsubsonic.gif movie]
-
-radial velocity-- 
-
-[[Image(vr_128plus1_subsubsonic0000.1.png, 25%)]]
-
-[attachment:vr_128plus1_subsubsonic.2.gif movie]
-
-temperature-- 
-
-[[Image(temp_128plus1_subsubsonic0000.png, 25%)]]
-
-[attachment:temp_128plus1_subsubsonic.gif movie]
-
-Here's a movie of just the constants of the flow for the steady-state accretion module:
-
-[[Image(constants_128plus1_subsubsonic0000.png, 25%)]]
-
-[attachment:constants_128plus1_subsubsonic.gif movie]
+[attachment:constants_128plus1_subsubsonic.gif Constants]
 
 [[Image()]]
@@ -92 +72 @@
 Now running the simulation out to $t=0.8$ (note, $t_{sc}=1$ for a sound wave traveling from the fixed outer boundary at r=1 to the accretion kernel). 
 
-[attachment:rho_longer_subsubsonic.gif​ Density movie]
-
-[attachment:rho_longer_subsubsonic.gif​ Mach movie]
-
-[attachment:vr_longer_subsubsonic.gif​ Vr movie]