Takes the device currently selected out of the device pool and hands you a mutex for mutating the device's sate This function is the link between the

this should be called every time before you want to use DEVICE_IDX

this should be called every time before you want to use DEVICE_POOL

Creates a constant `DeviceBox<T>` from a borrow of `T` ``` # use {emu_core::prelude::*, emu_glsl::*, zerocopy::*}; # fn main() -> Result<(), Box<dyn

Creates a mutable `DeviceBox<T>` from a borrow of `T` ``` # use {emu_core::prelude::*, emu_glsl::*, zerocopy::*}; # fn main() -> Result<(), Box<dyn s

this is invoked for all expressions

Builds a `DeviceFnMutParams`

Runs the given `DeviceFnMut` on a multi-dimensional space of threads to launch and arguments to pass to the launched kernel This is unsafe because it

Finish the compilation and return a `DeviceFnMut`

Downloads data from the given `DeviceBox<T>` asynchronously and returns a boxed slice of `T` This functions is asynchronous so you can either `.await

Downloads from self (a `DeviceBox<[T]>`) to a `Box<[T]>` This function is asynchronous. So you can either `.await` it in an asynchronous context or y

Asserts that the device pool has been initialized This must be the first thing you call before using Emu for anything. The only thing you might call

Creates a constant `DeviceBox<T>` with size of given number of bytes ``` # use {emu_core::prelude::*, emu_glsl::*, zerocopy::*}; # fn main() -> Resul

Creates a mutable `DeviceBox<T>` with size of given number of bytes ``` # use {emu_core::prelude::*, emu_glsl::*, zerocopy::*}; # fn main() -> Result