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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-10-23 15:02:06
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Ather, I have not seen that particular error, but we have done some pretty extensive work getting it to compile on Ubuntu and have created a github project to house the code. We have added some compile notes, including some other packages that you need to install on Ubuntu before compil;ing (like csh – C Shell). Git hub main site: https://github.com/HARPgroup/cbp_wsm Github Wiki: https://github.com/HARPgroup/cbp_wsm/wiki#ubuntu-1 From: ather abbas via Npsource-cbpmodel [mailto:nps...@li...] Sent: Saturday, October 21, 2017 9:11 AM To: nps...@li... Cc: ather abbas Subject: [Npsource-cbpmodel] P53 Installation on Ubuntu 16.04 Hi everyone I am trying to install P5.3 watershed model on my machine with Ubuntu 16.04 by following readme file. The point 3b o 'readme' says me to execute 'compile_all.csh' script. When I execute it from terminal, I get following error MANPATH: Variable not defined. How can I fix this error? Regards, Ather Abbas |
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From: ather a. <ath...@ya...> - 2017-10-21 13:11:47
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Hi everyone I am trying to install P5.3 watershed model on my machine with Ubuntu 16.04 by following readme file. The point 3b o 'readme' says me to execute 'compile_all.csh' script. When I execute it from terminal, I get following errorMANPATH: Variable not defined. How can I fix this error? Regards,Ather Abbas |
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From: Ebrahim A. <eah...@vt...> - 2017-04-18 16:45:06
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Yes. Looks like the model can't open the WDM for afo land use in the stmary's test run. Here's the error: "PROBLEM FILE WRITTEN Error: opening wdm= *** ../../../tmp/wdm/land/afo/p532cal_062211/afoA24037.wdm" Thoughts? |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-04-18 12:51:35
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Hey Ebrahim - maybe a bit of detail can help here. Looks like much of the routine ran OK, then it failed somewhere around the AFO land use? ________________________________ From: Ebrahim Ahmadisharaf [eah...@vt...] Sent: Monday, April 17, 2017 12:52 PM To: nps...@li... Subject: [Npsource-cbpmodel] p532c Running Error on Ubuntu 16.04 Although I have been able to successfully compile the p532c code on Ubuntu 16.04 (did not get any error), I get an error when running the model following the Readme file at: ftp://ftp.chesapeakebay.net/modeling/phase5/community/P532/READMEp532c.txt. Here's the full log report: "Binary ETM file for PL1_5910_0001 p532cal_062211 reading data files all data read, make binary etm file A24037 for hvf hwm lwm hom alf hyw hyo pas trp urs nhi nlo nho nal nhy npa rpd npd rcn afo rid nid F24037 for hvf rpd npd rcn rid nid '../../..//config/blank_wdm/river.wdm' -> 'PL1_5910_0001.wdm' Land Loads and transfer wdms for p532cal_062211 PL1_5910_0001 1985 2005 PL1_5910_0001 A24037, for River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.051 Land variables => SEDM River variable 5 SILT BMP sed 0.051 Land variables => SEDM River variable 6 CLAY BMP sed 0.051 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hvf River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.051 Land variables => SEDM River variable 5 SILT BMP sed 0.051 Land variables => SEDM River variable 6 CLAY BMP sed 0.051 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hwm River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, lwm River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hom River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, alf River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hyw River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hyo River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, pas River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, trp River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, urs River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nhi River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nlo River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nho River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nal River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nhy River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, npa River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, rpd River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, npd River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, rcn River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.046 Land variables => SEDM River variable 5 SILT BMP sed 0.046 Land variables => SEDM River variable 6 CLAY BMP sed 0.046 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, afo River variable 1 WATR BMP flo 1.000 Land variables => SURO PROBLEM FILE WRITTEN Error: opening wdm= *** ../../../tmp/wdm/land/afo/p532cal_062211/afoA24037.wdm" Your recommendation on how to resolve this error is appreciated. -- Ebrahim Ahmadisharaf, Ph.D. Postdoctoral Associate Biological Systems Engineering Department Virginia Polytechnic Institute and State University Blacksburg, VA 24060 Webpage: ww2.bse.vt.edu/ahmadisharaf<https://sites.google.com/vt.edu/ebrahim-ahmadisharaf> |
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From: Ebrahim A. <eah...@vt...> - 2017-04-17 16:52:29
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Although I have been able to successfully compile the p532c code on Ubuntu 16.04 (did not get any error), I get an error when running the model following the Readme file at: *ftp://ftp.chesapeakebay.net/modeling/phase5/community/P532/READMEp532c.txt <ftp://ftp.chesapeakebay.net/modeling/phase5/community/P532/READMEp532c.txt>*. Here's the full log report: "Binary ETM file for PL1_5910_0001 p532cal_062211 reading data files all data read, make binary etm file A24037 for hvf hwm lwm hom alf hyw hyo pas trp urs nhi nlo nho nal nhy npa rpd npd rcn afo rid nid F24037 for hvf rpd npd rcn rid nid '../../..//config/blank_wdm/river.wdm' -> 'PL1_5910_0001.wdm' Land Loads and transfer wdms for p532cal_062211 PL1_5910_0001 1985 2005 PL1_5910_0001 A24037, for River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.051 Land variables => SEDM River variable 5 SILT BMP sed 0.051 Land variables => SEDM River variable 6 CLAY BMP sed 0.051 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hvf River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.051 Land variables => SEDM River variable 5 SILT BMP sed 0.051 Land variables => SEDM River variable 6 CLAY BMP sed 0.051 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hwm River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, lwm River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hom River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, alf River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hyw River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, hyo River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, pas River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, trp River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, urs River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nhi River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nlo River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nho River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nal River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, nhy River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.057 Land variables => SEDM River variable 5 SILT BMP sed 0.057 Land variables => SEDM River variable 6 CLAY BMP sed 0.057 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, npa River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, rpd River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, npd River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.052 Land variables => SEDM River variable 5 SILT BMP sed 0.052 Land variables => SEDM River variable 6 CLAY BMP sed 0.052 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, rcn River variable 1 WATR BMP flo 1.000 Land variables => SURO IFWO AGWO River variable 2 HEAT BMP flo 1.000 Land variables => SOHT IOHT AOHT River variable 3 DOXY BMP flo 1.000 Land variables => SDOX IDOX ADOX River variable 4 SAND BMP sed 0.046 Land variables => SEDM River variable 5 SILT BMP sed 0.046 Land variables => SEDM River variable 6 CLAY BMP sed 0.046 Land variables => SEDM River variable 7 NO3D BMP tn 0.600 Land variables => SNO3 INO3 ANO3 River variable 8 NH3D BMP tn 0.600 Land variables => SNH3 INH3 ANH3 River variable 9 NH3A River variable 10 NH3I BMP tn 0.600 Land variables => DNH3 River variable 11 NH3C BMP tn 0.600 Land variables => DNH3 River variable 12 RORN BMP tn 0.600 Land variables => DRON SRON IRON ARON River variable 13 PO4D BMP tp 0.750 Land variables => SPO4 IPO4 APO4 River variable 14 PO4A River variable 15 PO4I BMP tp 0.750 Land variables => DPO4 River variable 16 PO4C BMP tp 0.750 Land variables => DPO4 River variable 17 RORP BMP tp 0.750 Land variables => DRON SRON IRON ARON River variable 18 BODA BMP bod 0.675 Land variables => DLON SLON ILON ALON River variable 19 TORC BMP bod 0.675 Land variables => DRON SRON IRON ARON River variable 20 PHYT PL1_5910_0001 A24037, afo River variable 1 WATR BMP flo 1.000 Land variables => SURO PROBLEM FILE WRITTEN Error: opening wdm= *** ../../../tmp/wdm/land/afo/p532cal_062211/afoA24037.wdm" Your recommendation on how to resolve this error is appreciated. -- Ebrahim Ahmadisharaf, Ph.D. Postdoctoral Associate Biological Systems Engineering Department Virginia Polytechnic Institute and State University Blacksburg, VA 24060 Webpage: ww2.bse.vt.edu/ahmadisharaf <https://sites.google.com/vt.edu/ebrahim-ahmadisharaf> |
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From: Anurag M. <Anu...@re...> - 2017-04-10 22:55:41
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Dear CBP Model Listserv members Please find the announcement for the next BASINS/HSPF Workshop. The AQUA TERRA Division of RESPEC regularly conducts workshops around the globe to train individuals and organizations on the use of the Hydrological Simulation Program - FORTRAN (HSPF), the Better Assessment Science Integrating Point and Nonpoint Sources (BASINS), and other model tools and techniques. In 2017, AQUA TERRA Division of RESPEC is organizing a BASINS/HSPF Training Workshop in San Antonio, TX. The workshop will span 4.5 days and focus on model structure, setup, and calibration and validation for hydrology and water quality. A draft schedule for the workshop can be accessed at http://www.aquaterra.com/resources/workshops/baswkshop.php. Participants who are Texas Floodplain Management Association Members are eligible for up to 12 Continuing Education Credits (CECs). The details of workshop date and location are as follows: WORKSHOP LOCATION AND DATES San Antonio, TX. Dates: July 31 - Aug 4, 2017. This workshop will be conducted at the San Antonio River Authority (SARA) office in San Antonio, TX. Registration closes on June 30, 2017. INSTRUCTORS: 1. Mr. Brian Bicknell is a Senior Engineer at RESPEC, and is a lead developer of the HSPF software. Mr. Bicknell has developed HSPF models and provided BASINS/HSPF training for the past 30 years. 2. Mr. Paul Hummel is a Senior Engineer at RESPEC, and is a lead contributor to the BASINS software development. He has more than 20 year of experience in watershed modeling and software development. 3. Dr. Anurag Mishra is a Senior Environmental Engineer at RESPEC with more than a decade of experience in hydrology and surface water quality modeling, and geographic information systems. Dr. Mishra has provided BASINS/HSPF training for the past 7 years. 4. Mr. Seth Kenner is a Senior Engineer at RESPEC with about a decade of experience in watershed modeling and software development. He has provided workshops and trainings to multiple clients for the past 5 years. REGISTRATION and FEES: The attendance cost of the workshop is $2,500. A 20% early bird discount (i.e. the registration fee will be $2,000) is available for registration and payments received by April 30, 2017. To register for the workshop, please email Anurag Mishra (Anu...@re...<mailto:Anu...@re...>), with a short note about your experience and interest in watershed modeling. Please make checks payable to "RESPEC Consulting and Services." Registration costs are non-refundable. Additional details of the announcement can be found at http://www.aquaterra.com/resources/workshops/index.php<http://www.aquaterra.com/resources/workshops/index.php#_blank> ANURAG MISHRA Senior Environmental Engineer RESPEC 2685 Marine Way, Suite 1314 Mountain View, CA 94043 650.962.1864 office // 650.395.7224 cell respec.com<http://www.respec.com/> Confidentiality Notice: This E-mail and any attachments is covered by the Electronic Communications Privacy Act, 18 U.S.C. & 2510-2524, is confidential and may be legally privileged. If you are not the intended recipient, you are hereby notified that any retention, dissemination, or copying of this communication is strictly prohibited. Please reply to the sender that you have received the message in error, and permanently delete the original and destroy any copy, including printed copies of this email and any attachments thereto. |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-04-10 20:35:57
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And... as a follow up - I think that the software is assuming that the file "getatdep.a" is already precompiled and ready, but that causes an error on Ubuntu - presumably because the copy of "getatdep.a" is compiled for RH. ASo, when I delete the "getatdep.a" to eliminate a linker error (not a Lewis Linker error mind you), I get a "not found". So, I think I need to find whatever source code generates getatdep.a - anyone got any leads? Thanks! /r/b From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Monday, April 10, 2017 4:22 PM To: nps...@li... Cc: Paul Duda Subject: [Npsource-cbpmodel] github Phase 5.3 WSM Wanted to post an update to the watershed model compilation on Ubuntu, and to ask a question about "make clean" support. The project is now on github as cbp_wsm (the whole shootin match is there since it is so much more than just HSPF). https://github.com/rburghol/cbp_wsm/ Status: We have cleared up many of the errors - hspf 12.1 (and it's variants) compiles without any trouble. Most of the errors were just a case of the f77 compiler on Ubuntu being somewhat pickier with variable syntax choices. Gotten to where now the only errors are fortran linking errors, indicative of a binary file sneaking it's way into the source tree from another machine. So, to my question - is there a syntax for "make clean", that works automagically like "compile_all.sh"?? Thanks! /r/b From: Anurag Mishra [mailto:Anu...@re...] Sent: Wednesday, March 22, 2017 1:40 PM To: nps...@li...<mailto:nps...@li...> Cc: Paul Duda Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Robert RESPEC has added multiple versions of HSPF on Github. https://github.com/respec/FORTRAN ~A ANURAG MISHRA 650.962.1864 office // 650.395.7224 cell From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 10:32 AM To: nps...@li...<mailto:nps...@li...> Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Confidentiality Notice: This E-mail and any attachments is covered by the Electronic Communications Privacy Act, 18 U.S.C. & 2510-2524, is confidential and may be legally privileged. If you are not the intended recipient, you are hereby notified that any retention, dissemination, or copying of this communication is strictly prohibited. Please reply to the sender that you have received the message in error, and permanently delete the original and destroy any copy, including printed copies of this email and any attachments thereto. |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-04-10 20:21:57
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Wanted to post an update to the watershed model compilation on Ubuntu, and to ask a question about "make clean" support. The project is now on github as cbp_wsm (the whole shootin match is there since it is so much more than just HSPF). https://github.com/rburghol/cbp_wsm/ Status: We have cleared up many of the errors - hspf 12.1 (and it's variants) compiles without any trouble. Most of the errors were just a case of the f77 compiler on Ubuntu being somewhat pickier with variable syntax choices. Gotten to where now the only errors are fortran linking errors, indicative of a binary file sneaking it's way into the source tree from another machine. So, to my question - is there a syntax for "make clean", that works automagically like "compile_all.sh"?? Thanks! /r/b From: Anurag Mishra [mailto:Anu...@re...] Sent: Wednesday, March 22, 2017 1:40 PM To: nps...@li... Cc: Paul Duda Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Robert RESPEC has added multiple versions of HSPF on Github. https://github.com/respec/FORTRAN ~A ANURAG MISHRA 650.962.1864 office // 650.395.7224 cell From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 10:32 AM To: nps...@li...<mailto:nps...@li...> Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Confidentiality Notice: This E-mail and any attachments is covered by the Electronic Communications Privacy Act, 18 U.S.C. & 2510-2524, is confidential and may be legally privileged. If you are not the intended recipient, you are hereby notified that any retention, dissemination, or copying of this communication is strictly prohibited. Please reply to the sender that you have received the message in error, and permanently delete the original and destroy any copy, including printed copies of this email and any attachments thereto. |
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From: Robert B. <rbu...@vt...> - 2017-03-23 20:21:02
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Sounds awesome Gary - looking forward to it - there is a lot of interest in this modeling system in VA right now. I may make it up for a modeling subcommittee meeting some time. /r/b On Thu, Mar 23, 2017 at 4:08 PM, Gary Shenk <GS...@ch...> wrote: > Rob > > This all sounds great. We'll start pitching in on this project when we > can come up for air. > > Phase 6 has roughly the same hydrology as p5. Sediment is much improved > but generally similar in approach. The nutrient simulation is radically > changed. We should get on the phone sometime to discuss it. > > Gary > > > > > Sent from my Verizon, Samsung Galaxy smartphone > > > -------- Original message -------- > From: "Burgholzer, Robert (DEQ)" <Rob...@de...> > Date: 3/23/17 3:57 PM (GMT-05:00) > To: nps...@li... > Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > Thanks a bunch Gary! I will refrain from bothering Gopal (directly) until > after June, but I will keep posting on this list as we progress in case > anyone else finds it useful or in case anyone will benefit. We at DEQ > don’t have access to AWS systems, so we need to try to make this work with > Ubuntu for now, but our colleagues at VT may be putting up an AWS image at > some time in the future. > > > > A couple of thoughts: > > · It would be super cool if you all could create a public image > on AWS of your running installs (once the dust settles of course) – then > folks could just spin up a copy at their leisure -- provided they had AWS > accounts of course J. > > · Just FYI I set up a github account for p532c here: > https://github.com/rburghol/cbp_wsm > > o The master branch is the most recent p532c from your ftp site, and I > created a branch called “p532c-ubuntu” to reflect the changes that we need > to make in order to compile successfully (thus far very minor stuff, such > as adding decimal points to function calls that are defined as needed float > instead of int). > > · I will plan on setting up and maintaining a github of the Phase > 6 when you guys release it unless someone in your shop were willing to do > so (your variant on HSPF has such powerful calibration utils, and such > great multi-processor scalability that it really is a major contribution to > the HSPF ecosystem IMO). > > · The bundled Hspf 11.1 (including the _g variant!) compiles just > fine with f77 on Ubuntu running from CBPs compile_all.csh script. > > · Some of the other stuff (like etm) is where we start to run > into errors, but as noted, we are making our way through them and I will > send updates here. > > > > /r/b > > > > *From:* Gary Shenk [mailto:GS...@ch...] > *Sent:* Thursday, March 23, 2017 11:43 AM > *To:* nps...@li... > *Subject:* Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > > > Hey Rob, > > > > I am completely out of the nuts and bolts game at this point, but I do > know the following: > > · Should we anticipate any change in the hspf (hspf_g, etc.) > executable? > > 1. We’ve made no change in the HSPF code for P5.3.2 or p6 > > · It still compile nicely with f77? > > 1. It compiles on our local machine. > > · Has anyone already set up a github (or other repo) for hspf11? > > 1. dunno > > · Has anyone set up a git repo for the Phase 5 (or 6) code? > > 1. no > > · Anyone already done the above and made a public image available > on AWS? > > 1. We’ve moved p5.3.2 to AWS and it works > > 2. We’re pretty much moved to AWS with P6 and it mostly works > > 3. There were some issues moving to AWS, mostly with SLURM, but > they have been solved. > > 4. Gopal knows quite a bit, but he is busy until June 1 > > 5. John Massey (jm...@ch...) is the AWS expert and he > would probably love to talk to you about it. > > > > > > > Gary Shenk > > USGS > > Chesapeake Bay Program Office > > 410 Severn Ave, Suite 112 > > Annapolis MD 21403 > > 410 267 5745 <(410)%20267-5745> > > 410 507 2681 <(410)%20507-2681> (c) > > > > *From:* Burgholzer, Robert (DEQ) [mailto:Robert.Burgholzer@deq. > virginia.gov <Rob...@de...>] > *Sent:* Wednesday, March 22, 2017 1:32 PM > *To:* nps...@li... > *Subject:* Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > > > Sorry I hit send before I finished my questions: > > So, first I thought we’d ask: > > · Should we anticipate any change in the hspf (hspf_g, etc.) > executable? > > · It still compile nicely with f77? > > · Has anyone already set up a github (or other repo) for hspf11? > > · Has anyone set up a git repo for the Phase 5 (or 6) code? > > · Anyone already done the above and made a public image available > on AWS? > > > > Thanks! > > Rob > > > > > > *From:* Burgholzer, Robert (DEQ) [mailto:Robert.Burgholzer@deq. > virginia.gov <Rob...@de...>] > *Sent:* Wednesday, March 22, 2017 12:47 PM > *To:* nps...@li... > *Subject:* [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > > > Gary/others, > > We are into another cycle of deploying the watershed model and wanted to > make sure that our efforts were efficient, and that we could share our > experiences and leverage the experience of others. Thus, we have a few > goals: > > > > 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use > > 2. Populate a github repo with this code (we started this 3 years > ago last time we compiled successfully but added ZERO code – what a bunch > of slackers!) > > 3. Take the lessons learned from #1 and do the same on an AWS > instance running Ubuntu > > 4. Create an AWS image from #2 for others to use (and for future > use by the folks at VT that I am collaborating with). > > 5. Get our minds in order for doing this whole thing over again > when Phase 6 is released. > > > > So, first I thought we’d ask: > > · Should we anticipate any change in the hspf (hspf_g, etc.) > executable? > > · It still compile nicely with f77? > > · > > ------------------------------------------------------------ > ------------------ > Check out the vibrant tech community on one of the world's most > engaging tech sites, Slashdot.org! http://sdm.link/slashdot > _______________________________________________ > Npsource-cbpmodel mailing list > Nps...@li... > https://lists.sourceforge.net/lists/listinfo/npsource-cbpmodel > > -- -- Robert W. Burgholzer 'Making the simple complicated is commonplace; making the complicated simple, awesomely simple, that's creativity.' - Charles Mingus Athletics: http://athleticalgorithm.wordpress.com/ Science: http://robertwb.wordpress.com/ Wine: http://reesvineyard.wordpress.com/ |
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From: Gary S. <GS...@ch...> - 2017-03-23 20:08:58
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Rob This all sounds great. We'll start pitching in on this project when we can come up for air. Phase 6 has roughly the same hydrology as p5. Sediment is much improved but generally similar in approach. The nutrient simulation is radically changed. We should get on the phone sometime to discuss it. Gary Sent from my Verizon, Samsung Galaxy smartphone -------- Original message -------- From: "Burgholzer, Robert (DEQ)" <Rob...@de...> Date: 3/23/17 3:57 PM (GMT-05:00) To: nps...@li... Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Thanks a bunch Gary! I will refrain from bothering Gopal (directly) until after June, but I will keep posting on this list as we progress in case anyone else finds it useful or in case anyone will benefit. We at DEQ don’t have access to AWS systems, so we need to try to make this work with Ubuntu for now, but our colleagues at VT may be putting up an AWS image at some time in the future. A couple of thoughts: · It would be super cool if you all could create a public image on AWS of your running installs (once the dust settles of course) – then folks could just spin up a copy at their leisure -- provided they had AWS accounts of course :). · Just FYI I set up a github account for p532c here: https://github.com/rburghol/cbp_wsm o The master branch is the most recent p532c from your ftp site, and I created a branch called “p532c-ubuntu” to reflect the changes that we need to make in order to compile successfully (thus far very minor stuff, such as adding decimal points to function calls that are defined as needed float instead of int). · I will plan on setting up and maintaining a github of the Phase 6 when you guys release it unless someone in your shop were willing to do so (your variant on HSPF has such powerful calibration utils, and such great multi-processor scalability that it really is a major contribution to the HSPF ecosystem IMO). · The bundled Hspf 11.1 (including the _g variant!) compiles just fine with f77 on Ubuntu running from CBPs compile_all.csh script. · Some of the other stuff (like etm) is where we start to run into errors, but as noted, we are making our way through them and I will send updates here. /r/b From: Gary Shenk [mailto:GS...@ch...] Sent: Thursday, March 23, 2017 11:43 AM To: nps...@li... Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Hey Rob, I am completely out of the nuts and bolts game at this point, but I do know the following: • Should we anticipate any change in the hspf (hspf_g, etc.) executable? 1. We’ve made no change in the HSPF code for P5.3.2 or p6 • It still compile nicely with f77? 1. It compiles on our local machine. • Has anyone already set up a github (or other repo) for hspf11? 1. dunno • Has anyone set up a git repo for the Phase 5 (or 6) code? 1. no • Anyone already done the above and made a public image available on AWS? 1. We’ve moved p5.3.2 to AWS and it works 2. We’re pretty much moved to AWS with P6 and it mostly works 3. There were some issues moving to AWS, mostly with SLURM, but they have been solved. 4. Gopal knows quite a bit, but he is busy until June 1 5. John Massey (jm...@ch...<mailto:jm...@ch...>) is the AWS expert and he would probably love to talk to you about it. Gary Shenk USGS Chesapeake Bay Program Office 410 Severn Ave, Suite 112 Annapolis MD 21403 410 267 5745 410 507 2681 (c) From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 1:32 PM To: nps...@li...<mailto:nps...@li...> Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we’d ask: • Should we anticipate any change in the hspf (hspf_g, etc.) executable? • It still compile nicely with f77? • Has anyone already set up a github (or other repo) for hspf11? • Has anyone set up a git repo for the Phase 5 (or 6) code? • Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code – what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we’d ask: • Should we anticipate any change in the hspf (hspf_g, etc.) executable? • It still compile nicely with f77? • |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-03-23 19:57:17
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Thanks a bunch Gary! I will refrain from bothering Gopal (directly) until after June, but I will keep posting on this list as we progress in case anyone else finds it useful or in case anyone will benefit. We at DEQ don't have access to AWS systems, so we need to try to make this work with Ubuntu for now, but our colleagues at VT may be putting up an AWS image at some time in the future. A couple of thoughts: * It would be super cool if you all could create a public image on AWS of your running installs (once the dust settles of course) - then folks could just spin up a copy at their leisure -- provided they had AWS accounts of course :). * Just FYI I set up a github account for p532c here: https://github.com/rburghol/cbp_wsm o The master branch is the most recent p532c from your ftp site, and I created a branch called "p532c-ubuntu" to reflect the changes that we need to make in order to compile successfully (thus far very minor stuff, such as adding decimal points to function calls that are defined as needed float instead of int). * I will plan on setting up and maintaining a github of the Phase 6 when you guys release it unless someone in your shop were willing to do so (your variant on HSPF has such powerful calibration utils, and such great multi-processor scalability that it really is a major contribution to the HSPF ecosystem IMO). * The bundled Hspf 11.1 (including the _g variant!) compiles just fine with f77 on Ubuntu running from CBPs compile_all.csh script. * Some of the other stuff (like etm) is where we start to run into errors, but as noted, we are making our way through them and I will send updates here. /r/b From: Gary Shenk [mailto:GS...@ch...] Sent: Thursday, March 23, 2017 11:43 AM To: nps...@li... Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Hey Rob, I am completely out of the nuts and bolts game at this point, but I do know the following: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? 1. We've made no change in the HSPF code for P5.3.2 or p6 * It still compile nicely with f77? 1. It compiles on our local machine. * Has anyone already set up a github (or other repo) for hspf11? 1. dunno * Has anyone set up a git repo for the Phase 5 (or 6) code? 1. no * Anyone already done the above and made a public image available on AWS? 1. We've moved p5.3.2 to AWS and it works 2. We're pretty much moved to AWS with P6 and it mostly works 3. There were some issues moving to AWS, mostly with SLURM, but they have been solved. 4. Gopal knows quite a bit, but he is busy until June 1 5. John Massey (jm...@ch...<mailto:jm...@ch...>) is the AWS expert and he would probably love to talk to you about it. Gary Shenk USGS Chesapeake Bay Program Office 410 Severn Ave, Suite 112 Annapolis MD 21403 410 267 5745 410 507 2681 (c) From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 1:32 PM To: nps...@li...<mailto:nps...@li...> Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * |
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From: Gary S. <GS...@ch...> - 2017-03-23 18:14:08
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Hey Rob, I am completely out of the nuts and bolts game at this point, but I do know the following: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? 1. We've made no change in the HSPF code for P5.3.2 or p6 * It still compile nicely with f77? 1. It compiles on our local machine. * Has anyone already set up a github (or other repo) for hspf11? 1. dunno * Has anyone set up a git repo for the Phase 5 (or 6) code? 1. no * Anyone already done the above and made a public image available on AWS? 1. We've moved p5.3.2 to AWS and it works 2. We're pretty much moved to AWS with P6 and it mostly works 3. There were some issues moving to AWS, mostly with SLURM, but they have been solved. 4. Gopal knows quite a bit, but he is busy until June 1 5. John Massey (jm...@ch...) is the AWS expert and he would probably love to talk to you about it. Gary Shenk USGS Chesapeake Bay Program Office 410 Severn Ave, Suite 112 Annapolis MD 21403 410 267 5745 410 507 2681 (c) From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 1:32 PM To: nps...@li... Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * |
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From: Robert B. <rbu...@vt...> - 2017-03-22 18:14:10
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Thanks Anurag -- hope you are well! On Wed, Mar 22, 2017 at 1:40 PM, Anurag Mishra <Anu...@re...> wrote: > Robert > > > > RESPEC has added multiple versions of HSPF on Github. > > > > https://github.com/respec/FORTRAN > > > > ~A > > > > *ANURAG MISHRA* > > > 650.962.1864 <(650)%20962-1864> office // 650.395.7224 > <(650)%20395-7224> cell > > > > *From:* Burgholzer, Robert (DEQ) [mailto:Robert.Burgholzer@deq. > virginia.gov] > *Sent:* Wednesday, March 22, 2017 10:32 AM > *To:* nps...@li... > *Subject:* Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > > > Sorry I hit send before I finished my questions: > > So, first I thought we’d ask: > > · Should we anticipate any change in the hspf (hspf_g, etc.) > executable? > > · It still compile nicely with f77? > > · Has anyone already set up a github (or other repo) for hspf11? > > · Has anyone set up a git repo for the Phase 5 (or 6) code? > > · Anyone already done the above and made a public image available > on AWS? > > > > Thanks! > > Rob > > > > > > *From:* Burgholzer, Robert (DEQ) [mailto:Robert.Burgholzer@deq. > virginia.gov <Rob...@de...>] > *Sent:* Wednesday, March 22, 2017 12:47 PM > *To:* nps...@li... > *Subject:* [Npsource-cbpmodel] github + AWS image + p6 changes to hspf > > > > Gary/others, > > We are into another cycle of deploying the watershed model and wanted to > make sure that our efforts were efficient, and that we could share our > experiences and leverage the experience of others. Thus, we have a few > goals: > > > > 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use > > 2. Populate a github repo with this code (we started this 3 years > ago last time we compiled successfully but added ZERO code – what a bunch > of slackers!) > > 3. Take the lessons learned from #1 and do the same on an AWS > instance running Ubuntu > > 4. Create an AWS image from #2 for others to use (and for future > use by the folks at VT that I am collaborating with). > > 5. Get our minds in order for doing this whole thing over again > when Phase 6 is released. > > > > So, first I thought we’d ask: > > · Should we anticipate any change in the hspf (hspf_g, etc.) > executable? > > · It still compile nicely with f77? > > · > Confidentiality Notice: This E-mail and any attachments is covered by the > Electronic Communications Privacy Act, 18 U.S.C. & 2510-2524, is > confidential and may be legally privileged. If you are not the intended > recipient, you are hereby notified that any retention, dissemination, or > copying of this communication is strictly prohibited. Please reply to the > sender that you have received the message in error, and permanently delete > the original and destroy any copy, including printed copies of this email > and any attachments thereto. > > ------------------------------------------------------------ > ------------------ > Check out the vibrant tech community on one of the world's most > engaging tech sites, Slashdot.org! http://sdm.link/slashdot > _______________________________________________ > Npsource-cbpmodel mailing list > Nps...@li... > https://lists.sourceforge.net/lists/listinfo/npsource-cbpmodel > > -- -- Robert W. Burgholzer 'Making the simple complicated is commonplace; making the complicated simple, awesomely simple, that's creativity.' - Charles Mingus Athletics: http://athleticalgorithm.wordpress.com/ Science: http://robertwb.wordpress.com/ Wine: http://reesvineyard.wordpress.com/ |
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From: Anurag M. <Anu...@re...> - 2017-03-22 18:12:22
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Robert RESPEC has added multiple versions of HSPF on Github. https://github.com/respec/FORTRAN ~A ANURAG MISHRA 650.962.1864 office // 650.395.7224 cell From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 10:32 AM To: nps...@li... Subject: Re: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Confidentiality Notice: This E-mail and any attachments is covered by the Electronic Communications Privacy Act, 18 U.S.C. & 2510-2524, is confidential and may be legally privileged. If you are not the intended recipient, you are hereby notified that any retention, dissemination, or copying of this communication is strictly prohibited. Please reply to the sender that you have received the message in error, and permanently delete the original and destroy any copy, including printed copies of this email and any attachments thereto. |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-03-22 17:33:57
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Sorry I hit send before I finished my questions: So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * Has anyone already set up a github (or other repo) for hspf11? * Has anyone set up a git repo for the Phase 5 (or 6) code? * Anyone already done the above and made a public image available on AWS? Thanks! Rob From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Wednesday, March 22, 2017 12:47 PM To: nps...@li... Subject: [Npsource-cbpmodel] github + AWS image + p6 changes to hspf Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2017-03-22 16:47:17
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Gary/others, We are into another cycle of deploying the watershed model and wanted to make sure that our efforts were efficient, and that we could share our experiences and leverage the experience of others. Thus, we have a few goals: 1. Compile and run hspf + p5.3 on an Ubuntu machine that we use 2. Populate a github repo with this code (we started this 3 years ago last time we compiled successfully but added ZERO code - what a bunch of slackers!) 3. Take the lessons learned from #1 and do the same on an AWS instance running Ubuntu 4. Create an AWS image from #2 for others to use (and for future use by the folks at VT that I am collaborating with). 5. Get our minds in order for doing this whole thing over again when Phase 6 is released. So, first I thought we'd ask: * Should we anticipate any change in the hspf (hspf_g, etc.) executable? * It still compile nicely with f77? * |
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From: Robert B. <rbu...@vt...> - 2015-10-27 15:02:46
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John - thanks for all of this, awesome information. /r/b On Fri, Oct 23, 2015 at 12:26 PM, Paine, John <joh...@ae...> wrote: > Cherie: > > > > I compiled and ran the Phase 5.2 and 5.3 Watershed Models using both > Ubuntu and Fedora on different desktop PCs. One had 6 GB of RAM and worked > fine. Ultimately I stuck with Ubuntu. That was in 2010 and 2011, and my > memory is rusty. I still have it compiled on an Ubuntu computer in my > office but haven’t updated it in quite some time. > > > > I compared modeling results with what Bill Keeling and others at DCR/DEQ > got on their computers in 2010 and 2011. There were some significant > differences in the computational results based on which computer was > used—which I attributed largely to differences in the Fortran compiler > being used (although I didn’t bird dog the exact cause because of the > investment in compilers and the time that would have been required). The > problem could also have been related to the large number of data files > being written and read. (I would recommend an SSD drive to speed up the > runs.) Attached is a self-explanatory email I generated that summarizes > Phase 5.3 model comparisons between Ubuntu 10.04 and Fedora 13. > > > > I wrote a Phase 5.2 installation guide (attached) for Fedora—it is out of > date now but might be helpful. Phase 5.3 was a lot easier to install and > compile. > > > > Also attached is a run guide that came from Gary Shenk or Mike Barnes (I > think) at EPA/CBP. > > > > Good luck. > > > > John > > > > *John Paine*, PE, PH, CFM > > Vice President, Program Manager > > T 1-757-873-0559 > > D 1-757-383-6208 > > C 1-757-615-7353 > > john.paine@aecom,com > > > > *AECOM* > > 11832 Rock Landing Drive, Suite 306 > > Newport News, VA 23606 > > www.aecom.com > > AECOM and URS are now one company. Learn More > <http://www.aecom-urs.com/?from=header>. > > > > *From:* Cherie Schultz [mailto:csc...@ic...] > *Sent:* Friday, October 23, 2015 11:03 AM > *To:* nps...@li... > *Subject:* [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? > > > > We are wondering if anyone has successfully run the CBP model with Ubuntu? > At one point someone here tried for a day or two to set the model up on a > machine with Ubuntu and ran into problems and switched to Fedora. But we > are buying a new machine and are considering trying Ubuntu again. Any > experience or insights would be greatly appreciated. > > Cherie > > > > --------------------------------------------------------------------- > Cherie L. Schultz, Ph.D > Director for CO-OP Operations > Interstate Commission on the Potomac River Basin > 30 West Gude Drive, Suite 450, Rockville, MD 20850 > telephone: 301-274-8120 > e-mail: csc...@ic... > > > ------------------------------------------------------------------------------ > > _______________________________________________ > Npsource-cbpmodel mailing list > Nps...@li... > https://lists.sourceforge.net/lists/listinfo/npsource-cbpmodel > > -- -- Robert W. Burgholzer 'Making the simple complicated is commonplace; making the complicated simple, awesomely simple, that's creativity.' - Charles Mingus Athletics: http://athleticalgorithm.wordpress.com/ Science: http://robertwb.wordpress.com/ Wine: http://reesvineyard.wordpress.com/ |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2015-10-27 13:55:47
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Thanks Cheri – I look forward to it. Myself, Bill Keeling, and Dr. Sridhar (from VT) have all compiled numerous times, and ended up wading through many compilation errors in the process. Some I recall being just differences in the syntax of compile time options, so I am sure there may be some useful feedback in the group. /r/b From: Cherie Schultz [mailto:csc...@ic...] Sent: Tuesday, October 27, 2015 9:19 AM To: nps...@li... Subject: Re: [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? Robert - we did not post the errors we encountered a few years ago trying to get the model running on a machine running Ubuntu. I've talked to Ross about that attempt, and he said the problems arose during compilation. But if we try this again and run into problems, we will post errors and see whether you all have suggestions. On Fri, Oct 23, 2015 at 3:04 PM, Burgholzer, Robert (DEQ) <Rob...@de...<mailto:Rob...@de...>> wrote: Cherie - Good question. I have run on redhat/fedora/centos as well as OSX, but not Ubuntu. Did you post up the errors that you ran into when trying Ubuntu? FWIW - I have never run it without FIRST debugging some crazy errors, trying multiple compilers, etc. :) But it works in the end. /r/b ________________________________ From: Cherie Schultz [csc...@ic...<mailto:csc...@ic...>] Sent: Friday, October 23, 2015 11:03 AM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? We are wondering if anyone has successfully run the CBP model with Ubuntu? At one point someone here tried for a day or two to set the model up on a machine with Ubuntu and ran into problems and switched to Fedora. But we are buying a new machine and are considering trying Ubuntu again. Any experience or insights would be greatly appreciated. Cherie --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120<tel:301-274-8120> e-mail: csc...@ic...<mailto:csc...@ic...> ------------------------------------------------------------------------------ _______________________________________________ Npsource-cbpmodel mailing list Nps...@li...<mailto:Nps...@li...> https://lists.sourceforge.net/lists/listinfo/npsource-cbpmodel -- --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic...<mailto:csc...@ic...> |
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From: Cherie S. <csc...@ic...> - 2015-10-27 13:45:43
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Robert - we did not post the errors we encountered a few years ago trying to get the model running on a machine running Ubuntu. I've talked to Ross about that attempt, and he said the problems arose during compilation. But if we try this again and run into problems, we will post errors and see whether you all have suggestions. On Fri, Oct 23, 2015 at 3:04 PM, Burgholzer, Robert (DEQ) < Rob...@de...> wrote: > Cherie - Good question. I have run on redhat/fedora/centos as well as > OSX, but not Ubuntu. Did you post up the errors that you ran into when > trying Ubuntu? FWIW - I have never run it without FIRST debugging some > crazy errors, trying multiple compilers, etc. :) But it works in the end. > > /r/b > > ------------------------------ > *From:* Cherie Schultz [csc...@ic...] > *Sent:* Friday, October 23, 2015 11:03 AM > *To:* nps...@li... > *Subject:* [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? > > We are wondering if anyone has successfully run the CBP model with Ubuntu? > At one point someone here tried for a day or two to set the model up on a > machine with Ubuntu and ran into problems and switched to Fedora. But we > are buying a new machine and are considering trying Ubuntu again. Any > experience or insights would be greatly appreciated. > > Cherie > > > --------------------------------------------------------------------- > Cherie L. Schultz, Ph.D > Director for CO-OP Operations > Interstate Commission on the Potomac River Basin > 30 West Gude Drive, Suite 450, Rockville, MD 20850 > telephone: 301-274-8120 > e-mail: csc...@ic... > > > ------------------------------------------------------------------------------ > > _______________________________________________ > Npsource-cbpmodel mailing list > Nps...@li... > https://lists.sourceforge.net/lists/listinfo/npsource-cbpmodel > > -- --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic... |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2015-10-23 19:05:39
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Cherie - Good question. I have run on redhat/fedora/centos as well as OSX, but not Ubuntu. Did you post up the errors that you ran into when trying Ubuntu? FWIW - I have never run it without FIRST debugging some crazy errors, trying multiple compilers, etc. :) But it works in the end. /r/b ________________________________ From: Cherie Schultz [csc...@ic...] Sent: Friday, October 23, 2015 11:03 AM To: nps...@li... Subject: [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? We are wondering if anyone has successfully run the CBP model with Ubuntu? At one point someone here tried for a day or two to set the model up on a machine with Ubuntu and ran into problems and switched to Fedora. But we are buying a new machine and are considering trying Ubuntu again. Any experience or insights would be greatly appreciated. Cherie --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic...<mailto:csc...@ic...> |
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From: Cherie S. <csc...@ic...> - 2015-10-23 16:32:01
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John - thank you so much - this will be very helpful. On Fri, Oct 23, 2015 at 12:26 PM, Paine, John <joh...@ae...> wrote: > Cherie: > > > > I compiled and ran the Phase 5.2 and 5.3 Watershed Models using both > Ubuntu and Fedora on different desktop PCs. One had 6 GB of RAM and worked > fine. Ultimately I stuck with Ubuntu. That was in 2010 and 2011, and my > memory is rusty. I still have it compiled on an Ubuntu computer in my > office but haven’t updated it in quite some time. > > > > I compared modeling results with what Bill Keeling and others at DCR/DEQ > got on their computers in 2010 and 2011. There were some significant > differences in the computational results based on which computer was > used—which I attributed largely to differences in the Fortran compiler > being used (although I didn’t bird dog the exact cause because of the > investment in compilers and the time that would have been required). The > problem could also have been related to the large number of data files > being written and read. (I would recommend an SSD drive to speed up the > runs.) Attached is a self-explanatory email I generated that summarizes > Phase 5.3 model comparisons between Ubuntu 10.04 and Fedora 13. > > > > I wrote a Phase 5.2 installation guide (attached) for Fedora—it is out of > date now but might be helpful. Phase 5.3 was a lot easier to install and > compile. > > > > Also attached is a run guide that came from Gary Shenk or Mike Barnes (I > think) at EPA/CBP. > > > > Good luck. > > > > John > > > > *John Paine*, PE, PH, CFM > > Vice President, Program Manager > > T 1-757-873-0559 > > D 1-757-383-6208 > > C 1-757-615-7353 > > john.paine@aecom,com > > > > *AECOM* > > 11832 Rock Landing Drive, Suite 306 > > Newport News, VA 23606 > > www.aecom.com > > AECOM and URS are now one company. Learn More > <http://www.aecom-urs.com/?from=header>. > > > > *From:* Cherie Schultz [mailto:csc...@ic...] > *Sent:* Friday, October 23, 2015 11:03 AM > *To:* nps...@li... > *Subject:* [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? > > > > We are wondering if anyone has successfully run the CBP model with Ubuntu? > At one point someone here tried for a day or two to set the model up on a > machine with Ubuntu and ran into problems and switched to Fedora. But we > are buying a new machine and are considering trying Ubuntu again. Any > experience or insights would be greatly appreciated. > > Cherie > > > > --------------------------------------------------------------------- > Cherie L. Schultz, Ph.D > Director for CO-OP Operations > Interstate Commission on the Potomac River Basin > 30 West Gude Drive, Suite 450, Rockville, MD 20850 > telephone: 301-274-8120 > e-mail: csc...@ic... > -- --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic... |
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From: Paine, J. <joh...@ae...> - 2015-10-23 16:26:49
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Cherie: I compiled and ran the Phase 5.2 and 5.3 Watershed Models using both Ubuntu and Fedora on different desktop PCs. One had 6 GB of RAM and worked fine. Ultimately I stuck with Ubuntu. That was in 2010 and 2011, and my memory is rusty. I still have it compiled on an Ubuntu computer in my office but haven’t updated it in quite some time. I compared modeling results with what Bill Keeling and others at DCR/DEQ got on their computers in 2010 and 2011. There were some significant differences in the computational results based on which computer was used—which I attributed largely to differences in the Fortran compiler being used (although I didn’t bird dog the exact cause because of the investment in compilers and the time that would have been required). The problem could also have been related to the large number of data files being written and read. (I would recommend an SSD drive to speed up the runs.) Attached is a self-explanatory email I generated that summarizes Phase 5.3 model comparisons between Ubuntu 10.04 and Fedora 13. I wrote a Phase 5.2 installation guide (attached) for Fedora—it is out of date now but might be helpful. Phase 5.3 was a lot easier to install and compile. Also attached is a run guide that came from Gary Shenk or Mike Barnes (I think) at EPA/CBP. Good luck. John John Paine, PE, PH, CFM Vice President, Program Manager T 1-757-873-0559 D 1-757-383-6208 C 1-757-615-7353 john.paine@aecom,com<mailto:john.paine@aecom,com> AECOM 11832 Rock Landing Drive, Suite 306 Newport News, VA 23606 www.aecom.com<http://www.aecom.com/> AECOM and URS are now one company. Learn More<http://www.aecom-urs.com/?from=header>. From: Cherie Schultz [mailto:csc...@ic...] Sent: Friday, October 23, 2015 11:03 AM To: nps...@li... Subject: [Npsource-cbpmodel] Have you run the CBPModel with Ubuntu? We are wondering if anyone has successfully run the CBP model with Ubuntu? At one point someone here tried for a day or two to set the model up on a machine with Ubuntu and ran into problems and switched to Fedora. But we are buying a new machine and are considering trying Ubuntu again. Any experience or insights would be greatly appreciated. Cherie --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic...<mailto:csc...@ic...> |
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From: Cherie S. <csc...@ic...> - 2015-10-23 15:26:43
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We are wondering if anyone has successfully run the CBP model with Ubuntu? At one point someone here tried for a day or two to set the model up on a machine with Ubuntu and ran into problems and switched to Fedora. But we are buying a new machine and are considering trying Ubuntu again. Any experience or insights would be greatly appreciated. Cherie --------------------------------------------------------------------- Cherie L. Schultz, Ph.D Director for CO-OP Operations Interstate Commission on the Potomac River Basin 30 West Gude Drive, Suite 450, Rockville, MD 20850 telephone: 301-274-8120 e-mail: csc...@ic... |
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From: Burgholzer, R. (DEQ) <Rob...@de...> - 2015-06-02 16:22:21
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Thanks Gary - if I wanted to poke around in that, do you know off hand where I'd find the flow files that correspond to that gage? My best to you, Kelly and Jack, /r/b From: Gary Shenk [mailto:GS...@ch...] Sent: Tuesday, June 02, 2015 11:37 AM To: nps...@li... Subject: Re: [Npsource-cbpmodel] Flow Calibration station for James River segment JL7_6800_7070 Rob - Great to hear from you. To the best of my knowledge, the James at Richmond is the combination of those two stations and the concentration data set is the weighted average. Glad to hear that it's helpful to your efforts and that the low flow is good enough and serendipitously biased in the right direction! Gary Shenk Integrated Analysis Coordinator EPA Chesapeake Bay Program Office 410 Severn Ave, Suite 112 Annapolis MD 21403 410 267 5745 From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Tuesday, June 02, 2015 10:41 AM To: nps...@li...<mailto:nps...@li...> Subject: [Npsource-cbpmodel] Flow Calibration station for James River segment JL7_6800_7070 Gary/CBP Modelers, I have been doing some low flow analysis in the James River and wanted to ask a question about the flow gages for calibration. Looking at the file input/calib/observed/all_stations.csv, the gage indicated there is the USGS 02037500 which IS the gage that corresponds to that location, however, there is a smallish (always less than 200 cfs) diversion through the Kanwha Canal just above that point that is NOT in any of our withdrawal data sets that we share with you all. In other words, if one wants to know the actual flow above that point you ahve to add the flow from 02037500 and 02037000 together. This is a really small difference under all but the lowest of flow conditions -- less than the 1% on average, and only greater than 5% of flow during 4 months during 1984-2005 period. Nevertheless, during the 2002 drought, from June-September this would amount to a large portion of the flow (>10%) if it is not accounted for. So, I guess my question is: 1) Do you account for the Kanawha canal flow (02037000) in the calibration file somehow? 2) If not, do you have interest in doing so in future version of the model? 3) If I'm wrong about the flow calibration file, please enlighten me! FWIW, you guys have always been up front that low-flows are not the highest priority given the intent of the CBP model, but despite that, it really performs quite well - and from a water supply standpoint, UNDER-estimation of flows during critical drought just provides an extra MOS, so that is cool with me. That said, if this is not already acounted for, it might improve the calibration data set just a wee bit. Thanks for your attention to this. /r/b |
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From: Gary S. <GS...@ch...> - 2015-06-02 15:48:53
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Rob - Great to hear from you. To the best of my knowledge, the James at Richmond is the combination of those two stations and the concentration data set is the weighted average. Glad to hear that it's helpful to your efforts and that the low flow is good enough and serendipitously biased in the right direction! Gary Shenk Integrated Analysis Coordinator EPA Chesapeake Bay Program Office 410 Severn Ave, Suite 112 Annapolis MD 21403 410 267 5745 From: Burgholzer, Robert (DEQ) [mailto:Rob...@de...] Sent: Tuesday, June 02, 2015 10:41 AM To: nps...@li... Subject: [Npsource-cbpmodel] Flow Calibration station for James River segment JL7_6800_7070 Gary/CBP Modelers, I have been doing some low flow analysis in the James River and wanted to ask a question about the flow gages for calibration. Looking at the file input/calib/observed/all_stations.csv, the gage indicated there is the USGS 02037500 which IS the gage that corresponds to that location, however, there is a smallish (always less than 200 cfs) diversion through the Kanwha Canal just above that point that is NOT in any of our withdrawal data sets that we share with you all. In other words, if one wants to know the actual flow above that point you ahve to add the flow from 02037500 and 02037000 together. This is a really small difference under all but the lowest of flow conditions -- less than the 1% on average, and only greater than 5% of flow during 4 months during 1984-2005 period. Nevertheless, during the 2002 drought, from June-September this would amount to a large portion of the flow (>10%) if it is not accounted for. So, I guess my question is: 1) Do you account for the Kanawha canal flow (02037000) in the calibration file somehow? 2) If not, do you have interest in doing so in future version of the model? 3) If I'm wrong about the flow calibration file, please enlighten me! FWIW, you guys have always been up front that low-flows are not the highest priority given the intent of the CBP model, but despite that, it really performs quite well - and from a water supply standpoint, UNDER-estimation of flows during critical drought just provides an extra MOS, so that is cool with me. That said, if this is not already acounted for, it might improve the calibration data set just a wee bit. Thanks for your attention to this. /r/b |
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