Package tools.descartes.dlim
package tools.descartes.dlim
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ClassDescriptionA representation of the model object ' Absolute Sin'.A representation of the model object ' Absolute Value Function'.A representation of the model object ' Arrival Rates From File'.A representation of the model object ' Burst'.A representation of the literals of the enumeration ' Clock Type', and utility methods for working with them.A representation of the model object ' Combinator'.A representation of the model object ' Constant'.A representation of the model object ' Custom Function'.The Factory for the model.The Package for the model.Defines literals for the meta objects that represent each class, each feature of each class, each operation of each class, each enum, and each data typeThis is the central singleton for the Dlim model plugin.The actual implementation of the Eclipse Plugin.A representation of the model object ' Exponential Increase And Decline'.A representation of the model object ' Exponential Increase Logarithmic Decline'.A representation of the model object ' Exponential Trend'.A representation of the model object ' Function'.A representation of the model object ' Linear Increase And Decline'.A representation of the model object ' Linear Trend'.A representation of the model object ' Logarithmic Trend'.A representation of the model object ' Noise'.A representation of the model object ' Normal Noise'.A representation of the literals of the enumeration ' Operator', and utility methods for working with them.A representation of the model object ' Polynomial'.A representation of the model object ' Polynomial Factor'.A representation of the model object ' Reference Clock Object'.A representation of the model object ' Seasonal'.A representation of the model object ' Sequence'.A representation of the model object ' Sin'.A representation of the model object ' Sin Trend'.A representation of the model object ' Element'.A representation of the model object ' Trend'.A representation of the model object ' Uniform Noise'.A representation of the model object ' Univariate Function'.