Module basic_dsp_interop::facade32

Functions for 32bit floating point number based vectors. Please refer to the other chapters of the help for documentation of the functions.

Functions

abs32
acos32
acosh32
add32
add_smaller_vector32
add_vector32
apply_custom_window32	Creates a window from the function window and the void pointer window_data. The window_data pointer is passed to the window function at every call and can be used to store parameters.
apply_window32	window argument is translated to:
asin32
asinh32
atan32
atanh32
clone32
complex_data32
complex_divide32
complex_dot_product32
complex_dot_product_prec32
complex_offset32
complex_scale32
complex_statistics32
complex_statistics_prec32
complex_statistics_split32
complex_statistics_split_prec32
complex_sum32
complex_sum_prec32
complex_sum_sq32
complex_sum_sq_prec32
conj32
convolve32	impulse_response argument is translated to:
convolve_complex32	Convolves the vector with an impulse response defined by impulse_response and the void pointer impulse_response_data. The impulse_response_data pointer is passed to the impulse_response function at every call and can be used to store parameters.
convolve_real32	Convolves the vector with an impulse response defined by impulse_response and the void pointer impulse_response_data. The impulse_response_data pointer is passed to the impulse_response function at every call and can be used to store parameters.
convolve_signal32
correlate32
cos32
cos_approx32
cosh32
cum_sum32
decimatei32
delete_vector32
diff32
diff_with_start32
div32
div_smaller_vector32
div_vector32
exp32
exp_approx32
expf32
expf_approx32
fft32
fft_shift32
get_allocated_len32
get_delta32
get_domain32	Returns the vector domain as integer:
get_imag32
get_len32
get_mag_phase32
get_magnitude32
get_magnitude_squared32
get_phase32
get_points32
get_real32
get_real_imag32
get_value32
ifft32
ifft_shift32
interpft32
interpolate32	frequency_response argument is translated to:
interpolate_custom32	Convolves the vector with an frequency response defined by frequency_response and the void pointer frequency_response_data. The frequency_response_data pointer is passed to the frequency_response function at every call and can be used to store parameters.
interpolate_hermite32
interpolate_lin32
interpolatef32	impulse_response argument is translated to:
interpolatef_custom32	Convolves the vector with an impulse response defined by impulse_response and the void pointer impulse_response_data. The impulse_response_data pointer is passed to the impulse_response function at every call and can be used to store parameters.
interpolatei32	frequency_response argument is translated to:
interpolatei_custom32	Convolves the vector with an impulse response defined by frequency_response and the void pointer frequency_response_data. The frequency_response_data pointer is passed to the frequency_response function at every call and can be used to store parameters.
is_complex32
ln32
ln_approx32
log32
log_approx32
magnitude32
magnitude_squared32
map_aggregate_complex32	Warning: This function interface heavily works around the Rust type system and the safety it provides. Use with great care!
map_aggregate_real32	Warning: This function interface heavily works around the Rust type system and the safety it provides. Use with great care!
map_inplace_complex32
map_inplace_real32
merge32
mirror32
mul32
mul_smaller_vector32
mul_vector32
multiply_complex_exponential32
multiply_frequency_response32	frequency_response argument is translated to:
multiply_frequency_response_complex32	Convolves the vector with an impulse response defined by frequency_response and the void pointer frequency_response_data. The frequency_response pointer is passed to the frequency_response function at every call and can be used to store parameters.
multiply_frequency_response_real32	Convolves the vector with an impulse response defined by frequency_response and the void pointer frequency_response_data. The frequency_response_data pointer is passed to the frequency_response function at every call and can be used to store parameters.
new32
new_with_detailed_performance_options32
new_with_performance_options32
overwrite_data32
phase32
plain_fft32
plain_ifft32
plain_sfft32
plain_sifft32
powf32
powf_approx32
prepare_argument32
prepare_argument_padded32
real_dot_product32
real_dot_product_prec32
real_offset32
real_scale32
real_statistics32
real_statistics_prec32
real_statistics_split32
real_statistics_split_prec32
real_sum32
real_sum_prec32
real_sum_sq32
real_sum_sq_prec32
reverse32
root32
set_len32
set_mag_phase32
set_real_imag32
set_value32
sfft32
sifft32
sin32
sin_approx32
sinh32
split_into32
sqrt32
square32
sub32
sub_smaller_vector32
sub_vector32
swap_halves32
tan32
tanh32
to_complex32
to_imag32
to_real32
unapply_custom_window32	See apply_custom_window32 for a description of the window and window_data parameter.
unapply_window32	See apply_window32 for a description of the window parameter.
unwrap32
windowed_custom_fft32	See apply_custom_window32 for a description of the window and window_data parameter.
windowed_custom_ifft32	See apply_custom_window32 for a description of the window and window_data parameter.
windowed_custom_sfft32	See apply_custom_window32 for a description of the window and window_data parameter.
windowed_custom_sifft32	See apply_custom_window32 for a description of the window and window_data parameter.
windowed_fft32	See apply_window32 for a description of the window parameter.
windowed_ifft32	See apply_window32 for a description of the window parameter.
windowed_sfft32	See apply_window32 for a description of the window parameter.
windowed_sifft32	See apply_window32 for a description of the window parameter.
wrap32
zero_interleave32
zero_pad32	padding_option argument is translated to: Returns the vector domain as integer:

Type Definitions

VecBox
VecBuf