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Modified:2022-01-26 15:59 UTC (History) CC List:10 users(show) Fixed In Version:libreport-2.12.0-3.fc32 Clone Of: Environment: Last Closed:2020-03-25 01:56:19 UTC Type:Bug Embargoed: Dependent Products: Attachments(Terms of Use) ...
When I run these commands I get an error message. The data file is 2000 obs and I want to reshape it into 50 x 50 after the density plot: set matsize 800 kdens2 var6 var7 , saving(c:/testdan2, replace) clear use c:/testdan2 reshape wide d _var7 _var6, i(_i) j(_j) ...
but I cannot plot the 1%, 5%, 10%, 50% and 100% percentiles red lines. fig,ax=pl.subplots(1,1,figsize=(8,5),dpi=150)sns.distplot(nGenesDetectedPerCell,norm_hist=False,kde=False,bins='fd')fori,xinenumerate(percentiles):fig.gca().axvline(x=x,ymin=0,ymax=1,color='red')ax....
When we apply the mechanism model method, the necessary simplification includes .A.ignore some less important nonlinear factorsB.linearize the nonlinear functions around the working pointC.apply parameter concentrationD.use less function parameters的答案
The data file is 2000 obs and I want to reshape it into 50 x 50 after the density plot: set matsize 800 kdens2 var6 var7 , saving(c:/testdan2, replace) clear use c:/testdan2 reshape wide d _var7 _var6, i(_i) j(_j) the error reads: unrecognized command: merge r(199) ...
The data file > >is 2000 obs and I want to reshape it into 50 x 50 after the density > >plot: > > > >set matsize 800 > >kdens2 var6 var7 , saving(c:/testdan2, replace) > >clear > >use c:/testdan2 > >reshape wide d _var7 _var6, i(_i) j(_j) > > > >the ...
In turn, specialists usually use the α = f (w) function to create mathematical models of processes in the intake and exhaust systems. Mathematics 2023, 11, 3285 From Figure 7, it can be seen that a change in the average heat-transfer coefficient α of pulsating air flows in the inlet ...