And also demote Audren and CoreTiming to High thread priority.

It was experimentally determined to be sufficient.

We want to synchronize RDTSC to real time.

The RDTSC frequency reported by CPUID is not accurate to its true frequency.
We will spawn a separate thread to calculate the true RDTSC frequency after a measurement period of 30 seconds has elapsed.

core_timing: Reduce CPU usage on Windows

Fix a bug with the Reverb command in reading from the pre delay line

kernel: add missing header for libc++

Service: USB, SSL, PSC: Update

input_common: joycon: Add stick input from passive reports

service: acc: Replace default image with a 32x32 image

fix typo in settings.h

In file included from src/core/hle/kernel/k_light_lock.cpp:4:
In file included from src/./core/hle/kernel/k_light_lock.h:8:
src/./core/hle/kernel/k_scoped_lock.h:25:51: error: no member named 'addressof' in namespace 'std'
    explicit KScopedLock(T& l) : KScopedLock(std::addressof(l)) {}
                                             ~~~~~^

Intial -> Initial

YFC - Engines: Implement Accelerate DMA Texture.

Ensures that this process is treated as a high performance process by the Windows scheduler.

We no longer support operating systems below Windows 10.

The precision of sleep_for and wait_for is limited to 1-1.5ms on Windows.
Using SleepForOneTick() allows us to sleep for exactly one interval of the current timer resolution.
This allows us to take advantage of systems that have a timer resolution of 0.5ms to reduce CPU overhead in the event loop.

Increases the precision of thread sleeps on Windows.

This utilizes undocumented NtDll functions to change the current timer resolution from the default of 1ms.

This implementation provides a consistent, high performance, and high resolution clock where/when std::chrono::steady_clock does not provide sufficient precision.

service: miscellaneous cleanups

kernel: support for 16.0.0

vulkan_common: disable vertexInputDynamicState on unsupported driver