Inheritance diagram for oaSeriesRL:
Public Methods | |
oaNode * | getNode (oaEndpointType endpoint) const |
oaNode * | getOtherNode (oaNode *node) const |
oaEndpointType | getEndpoint (oaNode *node) const |
void | setValue (const oaAnalysisPoint *ap, oaFloat resistance, oaFloat inductance) |
void | getValue (const oaAnalysisPoint *ap, oaFloat &resistance, oaFloat &inductance) const |
Static Public Methods | |
oaSeriesRL * | create (oaNode *fromNode, oaNode *toNode) |
oaSeriesRL * | create (oaNode *fromNode, oaNode *toNode, oaUInt4 id) |
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This function creates a seriesRL device belonging to the parasitic network containing fromNode and toNode. An explicit unique ID id is required to be specified. An exception will be thrown if the id is the reserved oacInvalidDeviceID value or if a device with the specified id value already exists. The hasId() function will return true for devices created with this function and the getId() function will return the user-specified id. SeriesRL devices can be created between nodes in different partitions of the same root parasitic network, where one of the partitions must be an ancestor of the other. In this case, the seriesRL device will be created in the lower level partition, and the node in the higher level partition must have an id so that it can be found when loading the lower level partition.
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This function creates a seriesRL device belonging to the specified parasitic network. The device created will not have an ID associated with it. The hasId() function will return false for these devices, and the getId() function will return an oacInvalidDeviceID value. SeriesRL devices can be created between nodes in different partitions of the same root parasitic network, where one of the partitions must be an ancestor of the other. In this case, the seriesRL device will be created in the lower level partition, and the node in the higher level partition must have an id so that it can be found when loading the lower level partition.
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This function returns the endpoint of this device to which node is connected.
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This function returns the node connected to the specified endpoint of this device.
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This function returns the node connected to the other endpoint of this device (the endpoint that is not connected to node).
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This function gets the resistance and inductance values of this device for a particular analysis point. OpenAccess assumes resistance is specified in Ohms and inductance in Henrys.
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This function sets the resistance and inductance values of this device for a particular analysis point. OpenAccess assumes resistance is specified in Ohms and inductance in Henrys.
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