RIP4 on your computer: set RIP_ROOT environment variable setenv RIP_ROOT /usr/$user/rip4 Edit src/makefile to define paths to netcdf library and inclu

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寓虾防谢
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RIP: Appendix G Read/Interpolate/Plot Cindy Bruyère Features: RIP Quality slides (publish quality) Can do shaded plots More than 2

files Need NCAR Graphics Adding diagnostic variables require code changes Must rerun if new images are needed General: Requires NCAR

html http://www.mmm.ucar.edu/mm5/documents /ripug_v4.

and backward trajectories Generate input data for Vis5D Input Data: RIP on Your Computer: MM4 or MM5 output, MM5 input and

1 RIP: Appendix G Read/Interpolate/Plot Cindy Bruyère Features: RIP Quality slides (publish quality) Can do shaded plots More than 2 overlays Lots of diagnostics Relatively easy to use Not as easy as GRAPH, but one can get up to speed fast Makes LOTS of extra data files Need NCAR Graphics Adding diagnostic variables require code changes Must rerun if new images are needed General: Requires NCAR Graphics ngwww.ucar.edu Documentation: In program tar file under the Doc/ directory /ripug.html /ripug_v4.html Purpose: Horizontal plots on σ, pressure, height, θ, θ e, or PV surfaces Vertical cross sections Skew-T/log p soundings Forward and backward trajectories Generate input data for Vis5D Input Data: RIP on Your Computer: MM4 or MM5 output, MM5 input and preprocessors RIP4 can also input WRF data setenv NCARG_ROOT /usr/local/ncarg set RIP_ROOT environment variable setenv RIP_ROOT /usr/$user/rip make <machine type> (it ll make suggestions) make dec (example) RIP has 2 parts (RIPDP and RIP) January

2 RIP4 on your computer: set RIP_ROOT environment variable setenv RIP_ROOT /usr/$user/rip4 Edit src/makefile to define paths to netcdf library and include file on your computer: new NETCDFLIB and NETCDFINC make <machine type> (it ll make suggestions) make dec (example) RIP4 has 2 parts (RIPDP and RIP) ripdp_mm5 ripdp_wrf RIPDP: RIPDP is RIP Data Preparation RIP does not read MM5 system data directly Pre-processor runs to put data into RIP input format RIP puts each variable at each time into a separate file LOTS of files HINT: mkdir storm_case Running ripdp: Optional ripdp_sample.in ripdp n namelist-file \ <model_data_name> \ <input_file1 input_file2> use directory as part of the model_data_name Example: ripdp -n ripdp_sample.in storm_case/mmout../mm5/run/mmout_domain1 Running ripdp_mm5: ripdp_mm5 [ n namelist-file] \ <model_data_name> [basic/all] \ <input_file1 input_file2> new Example ripdp_mm5 -n ripdp_sample.in storm_case/mmout basic mm5out RIPDP Namelist: &userin ptimes=0,-72,1,ptimeunites= h,tacc=90., discard= LANDMASK,H2SO4, iexpandedout=1 &end ptimes times for RIPDP to process 0,1,2 0,-72,1 0, 3,-24,3, 48 ptimeunits h, m, s tacc tolerance (s) for times defined by ptimes (time accuracy) RIPDP Namelist: &userin ptimes=0,-72,1,ptimeunites= h,tacc=90., discard= LANDMASK,H2SO4, iexpandedout=1 &end discard list of variables that will not be processed (RIP4 - only if all is selected on the command line) iexpandout 1=expanded domain, 0=nonexpanded domain (only for TERRAIN and REGRID) January

3 RIP: read the output generated by RIPDP read User Input File (UIF) (rip_sample.in) First section is a list of general parameters (namelist format) Second section is a series of plots in the Plot Specification Table (PST) Running RIP: created by ripdp / ripdp_mm5 rip [-f] model-data-set-name \ rip-execution-name User Input File (UIF) Example rip -f storm_case/mmout rip_sample.in generate meta file (same as for GRAPH) use directory as part of the model_data_set_name output ; metacode RIP UIF RIP namelist - userin Use namelist to control processing times, intervals title information text quality on a plot whether to do time series, trajectory, or to write output for Vis5D Full explanation for namelist variables is available in the user document RIP namelist - userin idotitle first part of first title line titlecolor color of title lines ptimes, ptimeunits times to process tacc tolerance for processing data timezone display of local time iusedaylightrule 1 applied, 0 not applied iinittime plotting of initial time ivalidtime plotting of valid time inearsth plot times as 2 / 4 digits flmin, frmax, fbmin, ftmax frame size ntextq text quality RIP namelist - userin ntextcd text font fcoffset 12 means hour 12 of the MM5 forecast is considered hour 0 by you idotser generate time series output idescriptive more descriptive titles icgmsplit split metacode into several files maxfld reserve memory for RIP (10-15) itrajcalc 0, 1 ONLY when doing trajectory calculations (use also namelist trajcalc) imakev5d 0, 1 generate Vis5D data January

4 ======== feld=tmc; ptyp=hc; vcor=s; levs=b1; cint=2; > -16,blue,0,yellow, 16,orange, 32,light.gray feld=slp; ptyp=hc; cint=2; linw=2 ======== Appendix A has a list of all of the keywords feld=tmc; ptyp=hc; vcor=p; levs=850; cint=2; > -16,blue,0,yellow, 16,orange, > 32,light.gray feld=tmc; ptyp=hc; vcor=p; levs=850; cint=2; > -16,blue,0,yellow, 16,orange, > 32,light.gray feld=tmc; ptyp=hc; vcor=p; levs=850; cint=2; > -16,blue,0,yellow, 16,orange, 32,light.gray colr=white; intv=5 January

NCAR/M M M feld=tmc; ptyp=hc; vcor=p; > levs=850,700,-300,100; cint=2; > -16,blue,0,yellow,

gray 850 mb 500 mb 700 mb 400 mb 600 mb 300 mb RIP PST different color fill: feld=ter;

blue, > 1e-5,white, 3000, brown time=0 RIP PST different color fill: 㼉㼈㼏㼇㻠㼛㼏㼘㼖㻞㻃㼓㼗㼜㼓㻠

㻏㼜㼈㼏㼏㼒㼚㻏㻘㻏㼜㼈㼏㼏㼒㼚㻏㻙㻏㼏㼌㼊㼋㼗㻑㼊㼕㼈㼈㼑㻏㻡㻃㻃㻚㻏㼏㼌㼊㼋㼗㻑㼜㼈㼏㼏㼒㼚㻏㻛㻏㼏㼌㼊㼋㼗㻑㼊

㻖㻏㼊㼕㼈㼈㼑㻏㻡㻃㻃㻔㻗㻏㼇㼄㼕㼎㻑㼊㼕㼈㼈㼑㻏㻔㻘㻏㼊㼕㼈㼈㼑㻏㻃㻔㻙㻏㼅㼏㼘㼈㻏㻔㻚㻏㼊㼕㼈㼈㼑㻏㻔㻛㻏㼊

5 NCAR/M M M feld=tmc; ptyp=hc; vcor=p; > levs=850,700,-300,100; cint=2; > -16,blue,0,yellow, 16,orange, > 32,light.gray 850 mb 500 mb 700 mb 400 mb 600 mb 300 mb RIP PST different color fill: feld=ter; ptyp=hc; cint=50; > cmth=fill ;cosq= -1e-5,light.blue, > 1e-5,white, 3000, brown time=0 RIP PST different color fill: 㼉㼈㼏㼇㻠㼛㼏㼘㼖㻞㻃㼓㼗㼜㼓㻠㼋㼋㻞㻃㼆㼋㼉㻞㼏㻃㼆㼒㼖㼔㻠㻔㻏㼇㼄㼕㼎㻑㼊㼕㼄㼜㻏㻕㻏㼏㼌㼊㼋㼗㻑㼜㼈㼏㼏㼒㼚㻏㻃㻡㻃㻃㻖㻏㼏㼌㼊㼋㼗㻑㼊㼕㼈㼈㼑㻏㻗㻏㼜㼈㼏㼏㼒㼚㻏㻘㻏㼜㼈㼏㼏㼒㼚㻏㻙㻏㼏㼌㼊㼋㼗㻑㼊㼕㼈㼈㼑㻏㻡㻃㻃㻚㻏㼏㼌㼊㼋㼗㻑㼜㼈㼏㼏㼒㼚㻏㻛㻏㼏㼌㼊㼋㼗㻑㼊㼕㼈㼈㼑㻏㻜㻏㼏㼌㼊㼋㼗㻑㼊㼕㼈㼈㼑㻏㻡㻃㻃㻔㻓㻏㼏㼌㼊㼋㼗㻑㼜㼈㼏㼏㼒㼚㻏㻔㻔㻏㼊㼕㼈㼈㼑㻏㻔㻕㻏㼇㼄㼕㼎㻑㼊㼕㼈㼈㼑㻏㻔㻖㻏㼊㼕㼈㼈㼑㻏㻡㻃㻃㻔㻗㻏㼇㼄㼕㼎㻑㼊㼕㼈㼈㼑㻏㻔㻘㻏㼊㼕㼈㼈㼑㻏㻃㻔㻙㻏㼅㼏㼘㼈㻏㻔㻚㻏㼊㼕㼈㼈㼑㻏㻔㻛㻏㼊㼕㼈㼈㼑㻏㻡㻃㻃㻔㻜㻏㼏㼌㼊㼋㼗㻑㼊㼕㼄㼜㻏㻕㻓㻏㼏㼌㼊㼋㼗㻑㼊㼕㼄㼜㻏㻕㻔㻏㼇㼄㼕㼎㻑㼊㼕㼈㼈㼑㻏㻃㻕㻕㻏㼏㼌㼊㼋㼗㻑㼊㼕㼄㼜㻏㻡㻃㻃㻕㻖㻏㼏㼌㼊㼋㼗㻑㼊㼕㼄㼜㻏㻕㻗㻏㼚㼋㼌㼗㼈㼉㼈㼏㼇㻠㼐㼄㼓㻞㻃㼓㼗㼜㼓㻠㼋㼅㼉㼈㼏㼇㻠㼗㼌㼆㻞㻃㼓㼗㼜㼓㻠㼋㼅㼗㼌㼐㼈㻠㻓 January

RIP PST cross section: feld=pvo; ptyp=vc; crsa=10,30; crsb=30,10;

gray; > cbeg=0; cend=5 feld=the; ptyp=vc; cint=2; colr=red

sloc=kord; hodo; sngdg feld=tmc; ptyp=sc; colr=red feld=tdp;

6 RIP PST cross section: feld=pvo; ptyp=vc; crsa=10,30; crsb=30,10; vcor=p; vwin=1050,200; cint=.25; > cmth=fill ;cosq=0,white,4,dark.gray; > cbeg=0; cend=5 feld=the; ptyp=vc; cint=2; colr=red feld=uuu,vvv,omg; ptyp=vv RIP PST skew-t: feld=tic; ptyp=sb; sloc=kord; hodo; sngdg feld=tmc; ptyp=sc; colr=red feld=tdp; ptyp=sc; colr=blue feld=uuu,vvv; ptyp=sv; colr=dark.green > hodo; sndg January

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