FIX: Post-processing bugs in SandiaD tutorial

Signed-off-by: Michael Wild <[email protected]>

tutorials/SandiaD/system/case.ini

@@ -50,7 +50,7 @@ limits =  0.0 2.1
 sections = 1 3 7.5 15 30 45 60
 
 [graph z]
-sets = scalar_data simulationFV
+sets = scalar_data simulationFVScalars
 field = z
 label = $\widetilde{z}\ \left[-\right]$
 limits =  0.0 1.0
@@ -59,7 +59,7 @@ paper_size = 2.2 1.55
 margins = 0.19,0.97,0.21,0.88,0.2,0.2
 
 [graph zRMS]
-sets = scalar_data simulationFV
+sets = scalar_data simulationFVScalars
 field = zRMS
 label = $z'\ \left[-\right]$
 maxNy = 3
@@ -69,7 +69,7 @@ paper_size = 2.2 1.55
 margins = 0.19,0.97,0.21,0.88,0.2,0.2
 
 [graph T]
-sets = scalar_data simulationFV
+sets = scalar_data simulationFVScalars
 field = T
 label = $\widetilde{T}\ \left[K\right]$
 powerlimits = -7 3
@@ -79,7 +79,7 @@ paper_size = 2.2 1.55
 margins = 0.19,0.97,0.21,0.88,0.2,0.2
 
 [graph TRMS]
-sets = scalar_data simulationFV
+sets = scalar_data simulationFVScalars
 field = TRMS
 label = $T'\ \left[K\right]$
 limits =  0.0 500.0
@@ -106,8 +106,20 @@ lineopts = %(markopts)s
 
 [set simulationFV]
 type = OpenFOAM
-usecols = 0 1 2  5  6  7  11 13     15        16     17        18
-columns = r U V uu vv uv  k rho  zplus zzCovplus  Tplus TTCovplus uRMS=sqrt(uu) vRMS=sqrt(vv) z=rdup(zplus) zRMS=rdup(sqrt(clip(zzCovplus,0,inf))) T=rdup(Tplus) TRMS=rdup(sqrt(clip(TTCovplus,0,inf)))
+usecols = 0 1 2  5  6  7  11 13
+columns = r U V uu vv uv  k rho uRMS=sqrt(uu) vRMS=sqrt(vv)
+name = Simulation (FV)
+style = k-
+rnorm = %(Dj)s
+xnorm = 10
+sectionNames = 10 20 30 75 150 300 450 600
+; %(section)s is replaced by the section number
+fpattern = pos%(section)s_Ux_Uy_UCloudPDFx_UCloudPDFy_Rxx_Ryy_Rxy_TauCloudPDFxx_TauCloudPDFyy_TauCloudPDFxy_k_kCloudPDF_rho_pndCloudPDF_z_zzCov_T_TTCov.xy
+
+[set simulationFVScalars]
+type = OpenFOAM
+usecols =     0    15        16     17        18
+columns = rplus zplus zzCovplus  Tplus TTCovplus r=rdup(rplus) z=rdup(zplus) zRMS=rdup(sqrt(clip(zzCovplus,0,inf))) T=rdup(Tplus) TRMS=rdup(sqrt(clip(TTCovplus,0,inf)))
 name = Simulation (FV)
 style = k-
 rnorm = %(Dj)s