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//! Generated MLX-C wrappers for the FFT family.
//!
//! Each wrapper maps one MLX-C operation onto the runtime GPU stream
//! with the crate's owned-handle and captured-error semantics. The
//! coverage contract keeps this family in lockstep with the pinned
//! upstream headers.
use crate::bindings::support::optional_i32_slice;
use crate::raw;
use crate::{MlxArray, MlxBindingsContext, MlxCError};
impl MlxBindingsContext {
/// Applies MLX-C `mlx_fft_fft` on the runtime GPU stream.
pub fn fft_fft(
&self,
a: &MlxArray,
n: i32,
axis: i32,
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_fft", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_fft(output, a.raw(), n, axis, norm, stream) }
})
}
/// Applies MLX-C `mlx_fft_fft2` on the runtime GPU stream.
pub fn fft_fft2(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_fft2", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_fft2(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_fftfreq` on the runtime GPU stream.
pub fn fft_fftfreq(&self, n: i32, d: f64) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_fftfreq", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_fftfreq(output, n, d, stream) }
})
}
/// Applies MLX-C `mlx_fft_fftn` on the runtime GPU stream.
pub fn fft_fftn(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_fftn", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_fftn(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_fftshift` on the runtime GPU stream.
pub fn fft_fftshift(&self, a: &MlxArray, axes: &[i32]) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_fftshift", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_fftshift(
output,
a.raw(),
optional_i32_slice(axes),
axes.len(),
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_ifft` on the runtime GPU stream.
pub fn fft_ifft(
&self,
a: &MlxArray,
n: i32,
axis: i32,
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_ifft", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_ifft(output, a.raw(), n, axis, norm, stream) }
})
}
/// Applies MLX-C `mlx_fft_ifft2` on the runtime GPU stream.
pub fn fft_ifft2(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_ifft2", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_ifft2(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_ifftn` on the runtime GPU stream.
pub fn fft_ifftn(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_ifftn", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_ifftn(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_ifftshift` on the runtime GPU stream.
pub fn fft_ifftshift(&self, a: &MlxArray, axes: &[i32]) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_ifftshift", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_ifftshift(
output,
a.raw(),
optional_i32_slice(axes),
axes.len(),
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_irfft` on the runtime GPU stream.
pub fn fft_irfft(
&self,
a: &MlxArray,
n: i32,
axis: i32,
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_irfft", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_irfft(output, a.raw(), n, axis, norm, stream) }
})
}
/// Applies MLX-C `mlx_fft_irfft2` on the runtime GPU stream.
pub fn fft_irfft2(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_irfft2", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_irfft2(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_irfftn` on the runtime GPU stream.
pub fn fft_irfftn(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_irfftn", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_irfftn(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_rfft` on the runtime GPU stream.
pub fn fft_rfft(
&self,
a: &MlxArray,
n: i32,
axis: i32,
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_rfft", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_rfft(output, a.raw(), n, axis, norm, stream) }
})
}
/// Applies MLX-C `mlx_fft_rfft2` on the runtime GPU stream.
pub fn fft_rfft2(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_rfft2", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_rfft2(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
/// Applies MLX-C `mlx_fft_rfftfreq` on the runtime GPU stream.
pub fn fft_rfftfreq(&self, n: i32, d: f64) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_rfftfreq", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe { raw::mlx_fft_rfftfreq(output, n, d, stream) }
})
}
/// Applies MLX-C `mlx_fft_rfftn` on the runtime GPU stream.
pub fn fft_rfftn(
&self,
a: &MlxArray,
n: &[i32],
axes: &[i32],
norm: raw::mlx_fft_norm,
) -> Result<MlxArray, MlxCError> {
self.output_array("apply MLX fft_rfftn", |output, stream| {
// SAFETY: Inputs and stream are live and output is uniquely writable.
unsafe {
raw::mlx_fft_rfftn(
output,
a.raw(),
optional_i32_slice(n),
n.len(),
optional_i32_slice(axes),
axes.len(),
norm,
stream,
)
}
})
}
}