Hi Joachim,

Some things that can get you started:

The Class Library does have a few spectrum-related methods through the IDMSElement.SpectrumAnalyzer interface. These methods communicate directly with the SLSpectrum module to create and update presets / scripts / monitors / measurement points.

More specifically the SetMeasurementPoints method is of interest.

Caveats:

• You’ll probably need to save all measurement points at one (you can use the GetMeasurementPoints method to retrieve the current ones though)
• The definition is an array of string arrays which is not well documented. An example is below:

// when true, services will be created for the measurement points
bool createServices = false;

// measptdata specified ALL measurement points for the element at once.
object[] measptdata = new object[]
{
new string[]
{
“1”, // Measurement point ID (unique per meas pt)
“7”, // dma id of parameter to set (in case multiple parameters need to be set, this is “;” separated)
“123”, // element id(s) of parameter to set
“100”, // parameter id(s) to set
“measurement point name”,
“false”, // for each parameter to set, “true” if it is of string type
“111”, // value(s) to set in parameter
“0”, // delay time after set
“99”, // read pids associated with the write parameter ids specified above
“idx1”, // table indices of the parameters to set
“”, // freq offset
“”, // needs invert freq
“”, // automation script info (to be used instead of parameter sets)
“” // amplitude correction (RN3223)
},
new string[]
{
“2”, // Measurement point ID (unique per meas pt)
“7;7”, // dma id of parameter to set (in case multiple parameters need to be set, this is “;” separated)
“123;123”, // element id(s) of parameter to set
“100;100”, // parameter id(s) to set
“measurement point 2”,
“false;false”, // for each parameter to set, “true” if it is of string type
“111;112”, // value(s) to set in parameter
“0”, // delay time after set
“99;99”, // read pids associated with the write parameter ids specified above
“idx1;idx2”, // table indices of the parameters to set
“”, // freq offset
“”, // needs invert freq
“”, // automation script info (to be used instead of parameter sets)
“” // amplitude correction (RN3223)
},
new string[]
{
“3”, // Measurement point ID (unique per meas pt)
“”, // dma id of parameter to set (in case multiple parameters need to be set, this is “;” separated)
“”, // element id(s) of parameter to set
“”, // parameter id(s) to set
“measurement point 3”,
“”, // for each parameter to set, “true” if it is of string type
“”, // value(s) to set in parameter
“”, // delay time after set
“”, // read pids associated with the write parameter ids specified above
“”, // table indices of the parameters to set
“”, // freq offset
“”, // needs invert freq
“MyScriptName;#;PROTOCOL:1:7:59”, // automation script info (to be used instead of parameter sets)
“” // amplitude correction (RN3223)
},
};