Type: INSTANCE FUNCTION Purpose: Make the real-time plot of the CIIV object the Active plot. If the runner window‘s Curve List control is set to Active, the plot is displayed.… read more →
Type: INSTANCE FUNCTION Purpose: Return the number of points actually acquired in a CIIV object. Usage: NumPoints = Ciiv.Count() NumPoints INDEX The number of points in the… 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 CIIV object’s data array. The data, once… read more →
Type: CLASS FUNCTION Purpose: Creates a new Ciiv object. The data-array is sized according to the signal generator used. Usage: Ciiv = CIIV.New(Tag, Pstat) Tag STRING Curve tag for data… read more →
Type: CLASS Purpose: The CIIV class manages data acquisition for a Controlled Current I–V curve. There may be more than one data-acquisition object in a script, but only one may… read more →
Type: CLASS Purpose: The VUPDN class describes a dual voltage-ramp waveform which can be applied by a potentiostat while in the Potentiostat mode. The voltage is ramped from an initial voltage… read more →
Type: CLASS Purpose: The VSTEP class describes a two-part voltage-step waveform which can be applied by a potentiostat while in the Potentiostat mode. The Vstep object encapsulates information about the initial and final… read more →
Type: CLASS Purpose: The VRAMP class describes a voltage-ramp waveform that can be applied by a potentiostat while in the Potentiostat mode. The Vramp object encapsulates information about the starting and ending voltages,… read more →
Type: CLASS Purpose: The VMSTEP class describes a multi-part voltage-step waveform which can be applied by a potentiostat while in the Potentiostat mode. The Vmstep object encapsulates information about the initial and step… read more →
Type: CLASS Purpose: The LINFIT class performs a linear least-squares fit of y and x data arrays. The data arrays are normally extracted from one of the Explain CURVE type objects. The fit is to an equation of the form y =… read more →