LTspice doesn't do any of that animated s--t. Its designed by professional engineers for professional engineers, and one of the requirements in such an environment is that all results shall be repeatable. Runtime user interaction isn't repeatable as any small change in the simulation speed or user's reaction time would result in different results. What you can do is script external events using stuff like controlled switches and sources and behavioural R, L, C passives, including pulling data for a source from an external file, and measure component currents and node voltages at specific times in the simulation or when specific criteria are met. That's the way engineers like it - email a schematic to a colleague, and provided they have the same models installed, they will get the same results you did.
Its also got a waveform viewer which can display any node voltage or component current or complicated calculated functions of one or many voltages or currents. For convenience it can also display multimeter-like results on the schematic (as unadorned numbers) calculated for the DC operating point. Unfortunately it cant do the same with measured results so there is no way of displaying the voltage at time t on the schematic.
SPICE in general is extremely clumsy for RF work as it takes no account whatsoever of circuit layouts and electromagnetic interactions other than explicitly coupled inductors. If you want to model RF circuits accurately you are going to spend a lot of time calculating and/or measuring the parasitics from the physical board layout then, for each node or interconnect entering them as SPICE components on the schematic.
TLDR: If you want animation and interactivity, or easy RF circuit modelling, look elsewhere for your simulation 'fix'.