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  1. Model ran fine, but the output from the PO lines was in seconds, which resulted in an excessively huge amount of rows.
  2. I changed Time Series Output Interval == 3600 to Time Series Output Interval == 1, I now have rainfall working in the model.
  3. Hi all, I am running a direct rainfall model and I am trying to use PO lines to obtain hydrograph outputs at key locations in my model. When I first tried to use PO lines in my tcf it came up with the error 0046 - Time Series Output Interval not specified. I was able to fix this error by using the command Time Series Output Interval == 3600. The model runs, but without any rainfall entering the model. When I remove the PO lines but keep the Time Series Output Interval command the model still runs without rainfall. The model was running with rainfall before and when I remove the Time Series command. Also, the model I have that uses 2d_bc input hydrographs rather than 2d_rf layers seems to run fine with the PO and Time Series commands. I have attached my tcf. Thanks, Rhain Traralgon_Creek_m1_v01_r013_~e1~_~e2~.tcf
  4. Hi All, I am a engineering student doing some flood modelling for the West Gippsland CMA and I am experimenting with TUFLOW's Direct Rainfall modelling to see how viable it can be for rural catchment simulation.The issue is that in order to keep this flood study in line with the 2016 ARR I have to stochastically vary my rainfall data, meaning that I have to run a large suite simulation (roughly 70) that varies the rainfall data read by the 2d_rf layers. What I need help with is that I am struggling to find an efficient way to view and analyse the large set of data produced by this suite of simulations. I am trying to compare the results between each individual run to find which storm duration/temporal pattern combination generates the largest flood extent, depth of flood water, water velocity, etc. I am just wondering if anyone had any tips or tricks that they were happy to share with me. Thanks, Rhain
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