This generator launch events based on a specific curve given by a calculator. This generator use the PulseEvent class. The generator use a calculator class to know events to launch. The calculator is called when the generator start and return a list of delays between each events. This list is used in a loop by the generator to wait between each event to launch. By default three calculators are available :

ExponentialCalculator Give an exponential curve	NormalCalculator Give a Gaussian curve	PulseCalculator Give a train of event

See Service Configuration for detailled information to configure your service. You must declare this generator with the <generator> section inside the <generators> section. It will looks like :

<generator name="MyGeneratorName" type="LeCouteauSuisse.Components.PulseGenerator, 
		LeCouteauSuisseComponents, Version=1.0.0.2, Culture=neutral, PublicKeyToken=8d1037c5df6d5bd0">

Key name	Mandatory	Default value	Description
type	Yes		The calculator class, assembly file name, version, culture, public key token.
data	No		Private data you want to add to each event generated.
Specific settings for PulseCalculator
pulsePeriod	No	40	The delay in second for the pulse part of the period.
quietPeriod	No	20	The delay in second for the quiet part of the period.
numberOfPulse	No	100	The number of pulse in the pulse part of the period.
Specific settings for NormalCalculator
globalPeriod	No	60	The delay in second for the global period.
numberOfInterval	No	60	The number of interval inside the global period. Each interval has the same length of time but has a number of event depending of the curve.
numberOfPulse	No	100	The total number of pulse for the whole period.
mean	No	30	The mean of the normal distribution.
deviation	No	6	The deviation of the normal distribution.
Specific settings for ExponentialCalculator
globalPeriod	No	60	The delay in second for the global period.
numberOfInterval	No	60	The number of interval inside the global period. Each interval has the same length of time but has a number of event depending of the curve.
numberOfPulse	No	100	The total number of pulse for the whole period.
lambda	No	0.1	The value of the Exponential curve.