public static void getCurrentConfig(mscl.DisplacementNode node)
{
mscl.LinearEquation cals = node.getAnalogToDisplacementCal();
Console.WriteLine("Analog to Displacement Cal: Slope: " + cals.slope() + " Offset: " + cals.offset());
Console.WriteLine("Output Data Rate: " + node.getDisplacementOutputDataRate().prettyStr());
}
public static void getCurrentConfig(mscl.WirelessNode node)
{
Console.WriteLine("Current Configuration Settings");
//read some of the current node configuration settings
Console.WriteLine("# of Triggers: " + node.getNumDatalogSessions());
Console.WriteLine("User Inactivity Timeout: " + node.getInactivityTimeout() + " seconds");
Console.WriteLine("Total active channels: " + node.getActiveChannels().count());
Console.WriteLine("# of sweeps: " + node.getNumSweeps());
//If a configuration function requires a ChannelMask parameter, this indicates that the
//option may affect 1 or more channels on the Node. For instance, a hardware gain may
//affect ch1 and ch2 with just 1 setting. If you know the mask for your Node, you can just provide
//that mask when asking for the configuration. If you want to programatically determine
//the mask for each setting, you can ask for the Node's ChannelGroups. See below.
mscl.ChannelGroups chGroups = node.features().channelGroups();
//iterate over each channel group
foreach (var group in chGroups)
{
//get all of the settings for this group (ie. may contain linear equation and hardware gain).
mscl.ChannelGroupSettings groupSettings = group.settings();
//iterate over each setting for this group
foreach (var setting in groupSettings)
{
//if the group contains the linear equation setting
if (setting == mscl.WirelessTypes.ChannelGroupSetting.chSetting_linearEquation)
{
//we can now pass the channel mask (group.channels()) for this group to the node.getLinearEquation function.
//Note: once this channel mask is known for a specific node (+ fw version), it should never change
mscl.LinearEquation le = node.getLinearEquation(group.channels());
Console.WriteLine("Linear Equation for: " + group.name());
Console.WriteLine("Slope: " + le.slope());
Console.WriteLine("Offset: " + le.offset());
}
}
}
}