Revision as of 15:25, 21 March 2016 view source Par (talk \| contribs) Bureaucrats, Administrators 1,003 edits No edit summary ← Older edit		Revision as of 09:51, 22 March 2016 view source Par (talk \| contribs) Bureaucrats, Administrators 1,003 edits →Time-series Newer edit →
Line 84: The annotated image below, shows the workflow.<br> [[File:TuPlot Timeseries 01A.PNG]] ===Dual Axis=== A secondary y-axis is available to plot data. For example flows and velocities are likely to have quite different ranges. In the image below, two GIS locations are selected: * '''q1'' is a reporting location which sums the flows from the main channel as well as over-bank areas. This RL only has flow data available and not velocity data. * '''FC01.14''' is a 1D channel and has both flow and velocity results available. In the case below the 2nd axis is enabled with the highlighted check box, and the data to be plotted on the secondary axis is velocity. The primary data is the flow data. The legend has been enabled in the '''Options''' tab.<br> Three lines are plotted in the image below, flows for both the reporting location and channel and velocities only for the 1D channel.<br> [[File:TuPlot Timeseries 02A.PNG]] ===Multiple Results Files=== Multiple results files can be opened, see [[TuPlot#Loading_Results \| Loading Results]] above.<br> In the image two results files have been opened (the 1st using '''Add Res + GIS''' and the second with the '''Add Results''' button. These are: * M02_5m_001_LowN - A low Manning's n case of Tutorial Module 2 with Manning's decreased by 20% with the .tcf command "<font color="blue"><tt>Read Materials File </tt></font> <font color="red"><tt>==</tt></font><tt> ..\model\materials.csv \| 0.8 </tt><font color="green"><tt>!Decrease Roughness by 20%</tt></font>" * M02_5m_001_HighN - A high Manning's n case of Tutorial Module 2 with Manning's increased by 20% with the .tcf command "<font color="blue"><tt>Read Materials File </tt></font> <font color="red"><tt>==</tt></font><tt> ..\model\materials.csv \| 1.2 </tt><font color="green"><tt>!Increase Roughness by 20%</tt></font>"<br> With both sets of results loaded a reporting location has been used to plot the water levels for both the low and high Manning's n scenarios. As expected the higher Manning's n results in an increased water level.<br> [[File:TuPlot Timeseries 03A.PNG]] ==Long Profiles== =Plotting 1d_ta (tabular data)=

TuPlot: Difference between revisions