| zacko |
January 14, 2020 05:05 |
CFD Post Batch File Error
Hello everyone,
i was thinking about doing a batch file to automate my post-processing whcih incldues a simple contour (later export a .png-file and the export of a .csv.
I was mainly guided throuhg the common tutorial provided by Ansys ( http://200.19.248.10:8002/professore...Processing.pdf)
I did every single step with creating a session file, ect.
I tested the .cse File from CFD-Post with the CFX launcher and it worked, and exported a .csv, but when I added the loop lines from the tutorial, I get an error : "Unrecognized character \xC2 <eval 77> line 7. But in line 7 is nothing. I deleted the first comments, but still the error occurs in line 7.
Hopefully it's just a tiny mistake that I made.
Would be very thankful for help.
Best regards
Daniel
Code:
COMMAND FILE:
CFX Post Version = 14.0
END
!foreach $res ('R01_alpha_30_Dep_d_01micro_dt1Em08_n8000_v2.res','R01_alpha_30_Dep_d_01micro_dt1Em07_n8000_v2.res')
!{
! print “Processing $res\n”;
! @temp = split('_001.res',$res);
! $type = $temp[0];
DATA READER:
Clear All Objects = false
Append Results = false
Edit Case Names = false
Multi Configuration File Load Option = Last Case
Open in New View = true
Keep Camera Position = true
Load Particle Tracks = true
Multi Configuration File Load Option = Last Case
Open to Compare = false
Files to Compare =
END
DATA READER:
Domains to Load=
END
>load filename= $res
# Sending visibility action from ViewUtilities
>show /DATA READER/CASE:Case R01_alpha_30_Dep_d_01micro_dt1Em08_n8000_v2/RES \
PARTICLE TRACK:Res PT for H2Ol, view=/VIEW:View 1
DATA READER:
CASE:Case R01_alpha_30_Dep_d_01micro_dt1Em08_n8000_v2
RES PARTICLE TRACK:Res PT for H2Ol
Activate Filter = On
Any All Condition = Match ALL
Apply Instancing Transform = On
Colour = 0.75, 0.75, 0.75
Colour Map = Default Colour Map
Colour Mode = Constant
Colour Scale = Linear
Colour Variable = Pressure
Colour Variable Boundary Values = Hybrid
Culling Mode = No Culling
Domain List = Domain 1
Draw Faces = On
Draw Lines = Off
Draw Symbols = Off
Draw Tracks = On
Ending Boundary = Wall
Filter On Diameter = Off
Filter On End = On
Filter On Start = Off
Filter On Track Selection = Off
Font = Sans Serif
Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
Lighting = On
Limit Track Option = Up To Current Timestep
Line Width = 1
Max = 0.0 [Pa]
Maximum Number of Tracks = 8000
Min = 0.0 [Pa]
Number of Sides = 8
Option = From Res
Particle Diameter = 1e-007 [m]
Particle Diameter Condition = gt
Particle Diameter Condition Two = NA
Particle Diameter Two = 1e-007 [m]
Range = Global
Reduction Factor = 1.0
Reduction or Max Tracks = Max Tracks
Show Track Labels = Off
Specular Lighting = On
Starting Boundary = Inlet
Surface Drawing = Smooth Shading
Symbol Max Time Selection = User Specified
Symbol Scale Type = Relative
Symbol Size = 1.0
Symbol Size Option = Constant
Symbol Start Time = 10.0 [s]
Symbol Stop Time = -10.0 [s]
Symbol Time Interval = 1.0 [s]
Text Colour = 0, 0, 0
Text Colour Mode = Default
Text Height = 0.024
Track Drawing Mode = Line
Track End Distance = 0.0 [m]
Track End Time = 0.0 [s]
Track Limit Type = Time
Track Line Width = 2
Track Size = 1.0
Track Start Distance = 0.0 [m]
Track Start Time = 0.0 [s]
Track Symbol = Ball
Transparency = 0.0
OBJECT VIEW TRANSFORM:
Apply Reflection = Off
Apply Rotation = Off
Apply Scale = Off
Apply Translation = Off
Principal Axis = Z
Reflection Plane Option = XY Plane
Rotation Angle = 0.0 [degree]
Rotation Axis From = 0 [m], 0 [m], 0 [m]
Rotation Axis To = 0 [m], 0 [m], 0 [m]
Rotation Axis Type = Principal Axis
Scale Vector = 1 , 1 , 1
Translation Vector = 0 [m], 0 [m], 0 [m]
X = 0.0 [m]
Y = 0.0 [m]
Z = 0.0 [m]
END
END
END
END
# Sending visibility action from ViewUtilities
>show /DATA READER/CASE:Case R01_alpha_30_Dep_d_01micro_dt1Em08_n8000_v2/RES \
PARTICLE TRACK:Res PT for H2Ol, view=/VIEW:View 1
CONTOUR:Contour 1
Apply Instancing Transform = On
Clip Contour = Off
Colour Map = Default Colour Map
Colour Scale = Linear
Colour Variable = H2Ol.Wall Mass Flow Density
Colour Variable Boundary Values = Hybrid
Constant Contour Colour = Off
Contour Range = Local
Culling Mode = No Culling
Domain List = /DOMAIN GROUP:All Domains
Draw Contours = On
Font = Sans Serif
Fringe Fill = On
Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
Lighting = On
Line Colour = 0, 0, 0
Line Colour Mode = Default
Line Width = 1
Location List = Wall
Max = 0.0 [kg m^-2 s^-1]
Min = 0.0 [kg m^-2 s^-1]
Number of Contours = 11
Show Numbers = Off
Specular Lighting = On
Surface Drawing = Smooth Shading
Text Colour = 0, 0, 0
Text Colour Mode = Default
Text Height = 0.024
Transparency = 0.0
Value List = 0 [kg m^-2 s^-1],1 [kg m^-2 s^-1]
OBJECT VIEW TRANSFORM:
Apply Reflection = Off
Apply Rotation = Off
Apply Scale = Off
Apply Translation = Off
Principal Axis = Z
Reflection Plane Option = XY Plane
Rotation Angle = 0.0 [degree]
Rotation Axis From = 0 [m], 0 [m], 0 [m]
Rotation Axis To = 0 [m], 0 [m], 0 [m]
Rotation Axis Type = Principal Axis
Scale Vector = 1 , 1 , 1
Translation Vector = 0 [m], 0 [m], 0 [m]
X = 0.0 [m]
Y = 0.0 [m]
Z = 0.0 [m]
END
END
# Sending visibility action from ViewUtilities
>show /CONTOUR:Contour 1, view=/VIEW:View 1
VIEW:View 1
Camera Mode = User Specified
CAMERA:
Option = Pivot Point and Quaternion
Pivot Point = 0.088, 0.00268059, 0.153989
Scale = 31.6704
Pan = 0, 0
Rotation Quaternion = -0.399329, 0.0227511, 0.0423899, 0.915544
END
END
> update
! $exfile = "chart".$type.".csv";
EXPORT:
ANSYS Export Data = Element Heat Flux
ANSYS File Format = ANSYS
ANSYS Reference Temperature = 0.0 [K]
ANSYS Specify Reference Temperature = Off
ANSYS Supplemental HTC = 0.0 [W m^-2 K^-1]
BC Profile Type = Inlet Velocity
Export Connectivity = Off
Export Coord Frame = Global
Export File = $exfile
Export Geometry = On
Export Location Aliases =
Export Node Numbers = On
Export Null Data = On
Export Type = Generic
Export Units System = Current
Export Variable Type = Current
Include File Information = Off
Include Header = On
Location List = Wall
Null Token = null
Overwrite = On
Precision = 8
Separator = ", "
Spatial Variables = X,Y,Z
Variable List = Yplus
Vector Brackets = ()
Vector Display = Scalar
END
>export
>close
!}
# Session file stopped: 2020/01/14 10:19:22
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