save_png ( 'F18_altered.png', 600, supersample = 3 )įrom os import path import tecplot as tp from nstant import PlotType, Color, LinePattern, AxisTitleMode # Run this script with "-c" to connect to Tecplot 360 on port 7600 # To enable connections in Tecplot 360, click on: # "Scripting" -> "PyTecplot Connections." -> "Accept connections" import sys if '-c' in sys. execute_extended_command ( 'CFDAnalyzer4', ''' Integrate VariableOption='Average' XOrigin=0 YOrigin=0 ScalarVar= *10', zones = ) # The contour color of the wings in the exported image will now be # red, since we have altered the 'Nj' variable by multiplying it by 10. variable ( 'Pressure_Coefficient' )) # integrate over the normalized extracted slice values # notice we have to convert zero-based index to one-based for CFDAnalyzer tecplot. name, zone = extracted_slice, x = dataset. delete_linemaps () # create line plot from extracted zone data cp_linemap = plot. min ()) extracted_x = xc # switch plot type in current frame frame. as_numpy_array () # normalize x xc = ( x - x. values ( 'x' ) # copy of data as a numpy array x = extracted_x. name = 'Quarter-chord C_p' # get x from slice extracted_x = extracted_slice. SurfaceZones, dataset = dataset ) extracted_slice.
extract_slice ( origin = ( 0, 0.25, 0 ), normal = ( 0, 1, 0 ), source = tecplot. save_png ( 'wing.png', 600, supersample = 3 ) # extract an arbitrary slice from the surface data on the wing extracted_slice = tecplot. reset_to_nice () # export image of wing tecplot.
show_contour = True # ensure consistent output between interactive (connected) and batch frame. load_tecplot ( datafile ) frame = tecplot. join ( examples_dir, 'OneraM6wing', 'OneraM6_SU2_t' ) dataset = tecplot. tecplot_examples_directory () datafile = os. INFO ) import tecplot # Run this script with "-c" to connect to Tecplot 360 on port 7600 # To enable connections in Tecplot 360, click on: # "Scripting" -> "PyTecplot Connections." -> "Accept connections" import sys if '-c' in sys. #include " grid/octree.h" #include " run.h" #if dimension>1 #include " tecplot.h" #endif //Primary variables scalar T, P vector vel scalar * list_Q = ) sprintf(tec.extname, " RHO") output_tec(tec,i) free(tec.Import os import sys import logging logging.
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