Type: INSTANCE FUNCTION Purpose: Format the real-time display using the SetPlotView and Set Axis functions. Usage: Rcv.SetPlot(View, MinI, MinV, MinT) View INDEX 0 = I vs V 1 = Log(I)… read more →
Type: INSTANCE FUNCTION Purpose: Used to allow for a reversed-axis format when running voltammetry experiments. This displays the graph from positive to negative rather than from negative to positive. Usage:… read more →
Type: CLASS FUNCTION Purpose: Create an RCV object. The data array is sized according to the signal generator used. Usage: Rcv = RCV.New(Tag, Pstat) Tag STRING Curve tag for data… read more →
Type: INSTANCE FUNCTION Purpose: Print the results of an RCV experiment out to the Output file. The Output record is printed in the format: Tagn<tab> “TABLE” <tab> Points<tab> “Pt” <tab>… read more →
Type: INSTANCE FUNCTION Purpose: Print the results of an RCV experiment out to the Output file. The Output record contains a separate table for each cycle and is printed in… read more →
Type: INSTANCE FUNCTION Purpose: Create and return an object of the class DATACOL. The object contains data extracted from one column of the RCV object’s data array. The data, once… read more →
Type: INSTANCE FUNCTION Purpose: Extracts a single data item from an RCV object. The data item is taken from the ith data point and the jth data column. If no… read more →
Type: INSTANCE FUNCTION Purpose: Make the real-time plot of the RCV object the Active plot. If the runner window‘s Curve List control is set to Active, the plot is displayed. If… read more →
Type: INSTANCE FUNCTION Purpose: Return the number of points actually acquired in an RCV object. The number returned is not the number of points allocated. Usage: NumPoints =Rcv.Count() NumPoints INDEX… read more →
Type: INSTANCE FUNCTION Purpose: Modify an existing IRUPDN signal generator. Usage: Idstep.Tweak(Pstat,IInit,TInit,IStep1,TStep1 IFinal,TFinal,SampleTime) Pstat PSTATCLASS Potentiostat that will use the signal IInit REAL Initial value in amperes. TInit REAL Initial… read more →