Aptech Systems, Inc. Worldwide Headquarters
Aptech Systems, Inc.
2350 East Germann Road, Suite #21
Chandler, AZ 85286
Ready to Get Started?
Request Quote & Product Information
Training & Events
Step-by-step, informative lessons for those who want to dive into GAUSS and achieve their goals, fast.
Have a Specific Question?
Q&A: Register and Login
Premier Support and Platinum Premier Support are annually renewable membership programs that provide you with important benefits including technical support, product maintenance, and substantial cost-saving features for your GAUSS System or the GAUSS Engine.
Join our community to see why our users are considered some of the most active and helpful in the industry!
Where to Buy
Recent Tagsapplications character vectors CML CMLMT Constrained Optimization datasets dates dlibrary dllcall error error handling errors Excel file i/o floating network GAUSS Engine graphics GUI hotkeys installation Java API license licensing linux loading data loops matrices matrix manipulation Maxlik MaxLikMT Memory multidimensional array optimization Optmum output PQG graphics procs RAM random numbers string functions strings structures threading Time Series writing data
Time Series 2.0 MT
Find out more now
Time Series MT 2.1
Find out more now
How to perform the equivalent of ytics() with new graphics
I want to set up Y, such as ytics(0,80,10,0), how to do it in blow code?
load aou nou t; baka=100; x = t[1:baka]; y = aou[1:baka,.]/30; /* Graphics */ //Declare the structure struct plotControl myPlot; //Initialize the structure myplot = plotGetDefaults("xy"); //Set new line colors clrs = "green"$|"red"$|"midnight blue"; plotSetLineColor(&myPlot, clrs); //Set line style newStyle = 1*ones(2,1); plotSetLineStyle(&myPlot, newStyle); plotSetXLabel(&myPlot, "Time", "English111 Vivace BT", 30, "black"); plotSetYLabel(&myPlot, "Environmental fluctuation", "Century New", 25, "black"); plotSetXTicInterval(&myPlot,baka/5, 0); plotSetGrid(&myPlot, "off"); plotSetLegend(&myPlot,"off"); plotxy(myplot,x,y); end;
Use the scalePlot1 procedure from this link right after your call to plotXY, like this:
plotXY(myPlot, x, y); //Make Y-axis range from 0 to 80 scalePlot1(minc(x)|minc(x), 0|80); end;
The scalePlot1 procedure takes a 2x1 vector for the minimum and maximum of X and a 2x1 vector for the minimum and maximum of Y. Since we do not wish to expand the X axis in this case and scalePlot1 does not contract the axes (it will only expand them), we can pass in any values that are in the range of your X data. Here we arbitrarily choose the minimum values of X.
For the Y-axis, we pass in the 2x1 vector with 0 as the first element and 80 as the second. This will make sure that the Y-axis will range from 0 to 80 even if your Y data does not extend that far.
NOTE: scalePlot1 will apply changes to an already created graph, so it must be called after the main plot call as shown in this example.
this only give us the min and max Y, how to control the step and minor subdivisions. Like we can do with ytics()?