Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 1234]

CBusElectricalData
CCamera	Class responsible for the correct visualization of the elements on screen
CCapacitorElectricalData
CControlElementContainer	Class that can contain all control elements. Can identify (using RTTI) the elements from a generic list and store them separately
CControlElementSolver	Solves in the time the control system. Can solve the control system directly from a ControlEditor or from a ControlEditorElement
▼CElectricCalculation	Base class of electric calculations, with general methods
CElectromechanical	Calculates the electromechanical transient based on disturbances (e.g. system fault)
CFault	Calculate the fault of the system and update the elements data
CPowerFlow	Calculate the power flow
▼CElement	Base class of all elements of the program. This class is responsible for manage graphical and his data
►CControlElement
CConnectionLine	Connection between two control elements or other connection line and an element
CConstant	A control element that provides a constant value
CExponential	Generates an output following an exponential function
CGain	Provide an output multiplying the input by a constant
CIOControl	Provides the communication with the power element
CLimiter	Limits the input value by superior and inferior values
CMultiplier	Multiplies two inputs
CRateLimiter	Limits the rising and/or falling rate.
CSum	Sum the all inputs (can choose the input signal)
CTransferFunction	Calculates the time response by a frequency domain transfer function
►CGraphicalElement	Abstract class for graphical elements shown with power elements in workspace
CText	Element that shows power element informations in workspace
►CPowerElement	Abstract class of power elements
►CBranch	Abstract class for branch power elements
CLine	Power line element
CTransformer	Two-winding transformer power element
CBus	Node for power elements. All others power elements are connected through this
►CMachines	Abstract class for rotary machines power elements
CIndMotor	Induction motor power element
CSyncGenerator	Synchronous generator power element
CSyncMotor	Synchronous motor (synchronous compensator) power element
►CShunt	Abstract class for shunt power elements
CCapacitor	Shunt capactior power element
CInductor	Inductor shunt power element
CLoad	Loas shunt power element
CElementPlotData
CElementsLists
CFileHanding	Save and opens the projects created on disk
CGeneralData
CIndMotorElectricalData
CInductorElectricalData
CIntegrationConstant	Integration constants to calculate dynamic elements through trapezoidal integration method
CLineElectricalData
CLoadElectricalData
CNode	Node of a control element. This class manages the user interaction with the connection and control elements
COpenGLColour	Class to manage color of OpenGL
CPropertiesData	General and simulation data manager
CReactiveLimits
CSimulationData
CTransferFunction::SpaceState
CSwitchingData	Switching data of power elements
CSyncGeneratorElectricalData
CSyncMachineModelData	Synchronous machine data for different models
CSyncMotorElectricalData
▼CTextGLDrawable
►CwxGLString
CwxGLNumberRenderer
CTextTexture
CTransformerElectricalData
▼CwxApp
CMainApp
▼CwxDataObjectSimple
CElementDataObject	Class to store the elements in the clipboard
▼CwxDialog
►CAboutFormBase
CAboutForm	Form to show some informations
►CBusFormBase
CBusForm	Form to edit the bus power data
►CConstantFormBase
CConstantForm	Form to edit the constant control data
►CControlSystemTestBase
CControlSystemTest	Form to edit properties to test the control system created
►CExponentialFormBase
CExponentialForm	Form to edit the exponential control data
►CGainFormBase
CGainForm	Form to edit the gain control data
►CGeneralPropertiesFormBase
CGeneralPropertiesForm	Form to edit the software's general data
►CGeneratorStabFormBase
CGeneratorStabForm	Form to edit the synchronous generator data for electromechanical studies
►CIndMotorFormBase
CIndMotorForm	Form to edit the induction motor power data
►CIOControlFormBase
CIOControlForm	Form to edit the input/output control data
►CLimiterFormBase
CLimiterForm	Form to edit the limit control data
►CLineFormBase
CLineForm	Form to edit the line power data
►CLoadFormBase
CLoadForm	Form to edit the load power data
►CRateLimiterFormBase
CRateLimiterForm	Form to edit the rate limit control data
►CReactiveShuntElementFormBase
CReactiveShuntElementForm	Form to edit the reactive shunt element power data
►CSimulationsSettingsFormBase
CSimulationsSettingsForm	Form to edit the simulation data
►CSumFormBase
CSumForm	Form to edit the sum control data
►CSwitchingFormBase
CSwitchingForm	Form to edit the switching data of power elements for electromechanical transient studies
►CSyncMachineFormBase
CSyncMachineForm	Form to edit the synchronous machine power data
►CTextFormBase
CTextForm	Form to edit the text graphical data
►CTransferFunctionFormBase
CTransferFunctionForm	Form to edit the transfer function control data
►CTransformerFormBase
CTransformerForm	Form to edit the transformer power data
▼CwxFrame
►CChartViewBase
CChartView	This class is responsible to manage the charts generated in the transient electromechanical studies
►CControlEditorBase
CControlEditor
►CDataReportBase
CDataReport	Form that shows the results of power flow and fault calculations
►CMainFrameBase
CMainFrame	Main frame of the program. This class manage the ribbon menu and the notebook behavior
CwxGLStringArray
▼CwxPanel
►CWorkspaceBase
CWorkspace	This class manages the graphical and power elements. It is responsible for handling the user's interaction with the elements
▼CwxRibbonMSWArtProvider
CwxRibbonMetroArtProvider
▼CwxString
CwxGLString
▼CwxTreeItemData
CPlotData	This class is responsible to manage the graphical data of electromechanical result to be plotted on chart viewer
▼CwxWindow
CControlElementButton	This class is responsible to handle the user interaction with control elements