Do you have any plans for recursively registered/invoked partition processors (PP) In other words, such that each recursively invoked instance is aware of the outer instance and its constraints ? For instance, let's say the FG1000 gets a top-level partition processor instance, would it be possible to limit its impact o frame rate/spacing such that page-specific PP instances could sort of "inherit" settings from the outer/top-level instance ? The point being, there is the long-standing idea to hook up a PID instance to help manage FlightGear frame rate/spacing by using [[http://wiki.flightgear.org/Feature_Scaling]], e.g. referring to James comments at [http://sourceforge.net/p/flightgear/mailman/message/33057628/] | Do you have any plans for recursively registered/invoked partition processors (PP) In other words, such that each recursively invoked instance is aware of the outer instance and its constraints ? For instance, let's say the FG1000 gets a top-level partition processor instance, would it be possible to limit its impact o frame rate/spacing such that page-specific PP instances could sort of "inherit" settings from the outer/top-level instance ? The point being, there is the long-standing idea to hook up a PID instance to help manage FlightGear frame rate/spacing by using [[http://wiki.flightgear.org/Feature_Scaling]], e.g. referring to James comments at [http://sourceforge.net/p/flightgear/mailman/message/33057628/] |