use vars qw(%result_texis %result_texts %result_trees %result_errors
%result_indices %result_sectioning %result_nodes %result_menus
%result_floats %result_converted %result_converted_errors
%result_elements %result_directions_text %result_indices_sort_strings);
use utf8;
$result_trees{'api_doc_with_linemacro'} = {
'contents' => [
{
'contents' => [
{
'args' => [
{
'text' => 'param',
'type' => 'macro_name'
},
{
'text' => 'param',
'type' => 'macro_arg'
},
{
'text' => 'type',
'type' => 'macro_arg'
}
],
'cmdname' => 'linemacro',
'contents' => [
{
'text' => '@defline Parameter @var{\\param\\} @code{ : \\type\\}
',
'type' => 'raw'
},
{
'args' => [
{
'contents' => [
{
'text' => 'linemacro'
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'end',
'extra' => {
'text_arg' => 'linemacro'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
'file_name' => '',
'line_nr' => 3,
'macro' => ''
}
}
],
'info' => {
'arg_line' => ' param {param, type}
'
},
'source_info' => {
'file_name' => '',
'line_nr' => 1,
'macro' => ''
}
},
{
'args' => [
{
'text' => 'returns',
'type' => 'macro_name'
},
{
'text' => 'param',
'type' => 'macro_arg'
},
{
'text' => 'type',
'type' => 'macro_arg'
}
],
'cmdname' => 'linemacro',
'contents' => [
{
'text' => '@defline {Return Value} @var{\\param\\} @code{ : \\type\\}
',
'type' => 'raw'
},
{
'args' => [
{
'contents' => [
{
'text' => 'linemacro'
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'end',
'extra' => {
'text_arg' => 'linemacro'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
'file_name' => '',
'line_nr' => 6,
'macro' => ''
}
}
],
'info' => {
'arg_line' => ' returns {param, type}
'
},
'source_info' => {
'file_name' => '',
'line_nr' => 4,
'macro' => ''
}
},
{
'args' => [
{
'text' => 'raises',
'type' => 'macro_name'
},
{
'text' => 'exception',
'type' => 'macro_arg'
}
],
'cmdname' => 'linemacro',
'contents' => [
{
'text' => '@defline {Exception} \\exception\\
',
'type' => 'raw'
},
{
'args' => [
{
'contents' => [
{
'text' => 'linemacro'
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'end',
'extra' => {
'text_arg' => 'linemacro'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
'file_name' => '',
'line_nr' => 9,
'macro' => ''
}
}
],
'info' => {
'arg_line' => ' raises {exception}
'
},
'source_info' => {
'file_name' => '',
'line_nr' => 7,
'macro' => ''
}
},
{
'text' => '
',
'type' => 'empty_line'
},
{
'args' => [
{
'text' => 'txidefnamenospace',
'type' => 'rawline_arg'
},
{
'text' => '',
'type' => 'rawline_arg'
}
],
'cmdname' => 'set',
'info' => {
'arg_line' => ' txidefnamenospace
'
}
},
{
'args' => [
{
'text' => 'txicodevaristt',
'type' => 'rawline_arg'
}
],
'cmdname' => 'clear',
'info' => {
'arg_line' => ' txicodevaristt
'
}
},
{
'text' => '
',
'type' => 'empty_line'
},
{
'args' => [
{
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'block_line_arg'
}
],
'cmdname' => 'defblock',
'contents' => [
{
'args' => [
{
'contents' => [
{
'extra' => {
'def_role' => 'category'
},
'text' => 'Function'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'name'
},
'text' => 'fft.fft'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'delimiter'
},
'text' => '(',
'type' => 'delimiter'
},
{
'extra' => {
'def_role' => 'arg'
},
'text' => 'a'
},
{
'extra' => {
'def_role' => 'delimiter'
},
'text' => ',',
'type' => 'delimiter'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'arg'
},
'text' => 'n='
},
{
'args' => [
{
'contents' => [
{
'text' => 'None'
}
],
'type' => 'brace_command_arg'
}
],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
'source_info' => {
'file_name' => '',
'line_nr' => 15,
'macro' => ''
}
},
{
'extra' => {
'def_role' => 'delimiter'
},
'text' => ',',
'type' => 'delimiter'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'arg'
},
'text' => 'axis='
},
{
'args' => [
{
'contents' => [
{
'text' => '-1'
}
],
'type' => 'brace_command_arg'
}
],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
'source_info' => {
'file_name' => '',
'line_nr' => 15,
'macro' => ''
}
},
{
'extra' => {
'def_role' => 'delimiter'
},
'text' => ',',
'type' => 'delimiter'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'arg'
},
'text' => 'norm='
},
{
'args' => [
{
'contents' => [
{
'text' => 'None'
}
],
'type' => 'brace_command_arg'
}
],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
'source_info' => {
'file_name' => '',
'line_nr' => 15,
'macro' => ''
}
},
{
'extra' => {
'def_role' => 'delimiter'
},
'text' => ')',
'type' => 'delimiter'
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'defline',
'extra' => {
'def_command' => 'defline',
'def_index_element' => {},
'omit_def_name_space' => 1,
'original_def_cmdname' => 'defline'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
'file_name' => '',
'line_nr' => 15,
'macro' => ''
},
'type' => 'def_line'
},
{
'contents' => [
{
'contents' => [
{
'text' => 'Compute the one-dimensional discrete Fourier Transform.
'
}
],
'type' => 'paragraph'
},
{
'text' => '
',
'type' => 'empty_line'
},
{
'args' => [
{
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'block_line_arg'
}
],
'cmdname' => 'defblock',
'contents' => [
{
'contents' => [
{
'source_marks' => [
{
'counter' => 1,
'element' => {
'args' => [
{
'contents' => [
{
'text' => 'a'
}
],
'info' => {
'spaces_before_argument' => {
'text' => ' '
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}
},
{
'contents' => [
{
'text' => 'array_like'
}
],
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
}
}
],
'info' => {
'command_name' => 'param'
},
'type' => 'linemacro_call'
},
'sourcemark_type' => 'linemacro_expansion',
'status' => 'start'
}
],
'text' => ''
}
],
'type' => 'def_item'
},
{
'args' => [
{
'contents' => [
{
'extra' => {
'def_role' => 'category'
},
'text' => 'Parameter'
},
{
'extra' => {
'def_role' => 'spaces'
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'text' => ' ',
'type' => 'spaces'
},
{
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{
'contents' => [
{
'text' => 'a'
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'def_role' => 'name'
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}
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'args' => [
{
'contents' => [
{
'text' => ' : array_like'
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],
'type' => 'brace_command_arg'
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],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
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'file_name' => '',
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'macro' => 'param'
},
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{
'counter' => 1,
'sourcemark_type' => 'linemacro_expansion',
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]
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
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],
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'def_command' => 'defline',
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'original_def_cmdname' => 'defline'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
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'macro' => 'param'
},
'type' => 'def_line'
},
{
'contents' => [
{
'contents' => [
{
'text' => 'Input array, can be complex.
'
}
],
'type' => 'paragraph'
},
{
'source_marks' => [
{
'counter' => 2,
'element' => {
'args' => [
{
'contents' => [
{
'text' => 'n'
}
],
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
}
},
{
'contents' => [
{
'text' => 'int, optional'
}
],
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
}
}
],
'info' => {
'command_name' => 'param'
},
'type' => 'linemacro_call'
},
'position' => 1,
'sourcemark_type' => 'linemacro_expansion',
'status' => 'start'
}
],
'text' => '
',
'type' => 'empty_line'
}
],
'type' => 'def_item'
},
{
'args' => [
{
'contents' => [
{
'extra' => {
'def_role' => 'category'
},
'text' => 'Parameter'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'args' => [
{
'contents' => [
{
'text' => 'n'
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],
'cmdname' => 'var',
'extra' => {
'def_role' => 'name'
},
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'macro' => 'param'
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},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'args' => [
{
'contents' => [
{
'text' => ' : int, optional'
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],
'type' => 'brace_command_arg'
}
],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
'source_info' => {
'file_name' => '',
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},
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{
'counter' => 2,
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}
]
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'defline',
'extra' => {
'def_command' => 'defline',
'def_index_element' => {},
'omit_def_name_space' => 1,
'original_def_cmdname' => 'defline'
},
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'spaces_before_argument' => {
'text' => ' '
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},
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'macro' => 'param'
},
'type' => 'def_line'
},
{
'contents' => [
{
'contents' => [
{
'text' => 'Length of the transformed axis of the output.
'
},
{
'text' => 'If '
},
{
'args' => [
{
'contents' => [
{
'text' => 'n'
}
],
'type' => 'brace_command_arg'
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],
'cmdname' => 'var',
'source_info' => {
'file_name' => '',
'line_nr' => 24,
'macro' => ''
}
},
{
'text' => ' is smaller than the length of the input, the input is cropped.
'
}
],
'type' => 'paragraph'
},
{
'source_marks' => [
{
'counter' => 3,
'element' => {
'args' => [
{
'contents' => [
{
'text' => 'axis'
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],
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'spaces_before_argument' => {
'text' => ' '
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},
{
'contents' => [
{
'text' => 'int, optional'
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],
'info' => {
'spaces_before_argument' => {
'text' => ' '
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}
],
'info' => {
'command_name' => 'param'
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'type' => 'linemacro_call'
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],
'text' => '
',
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],
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},
{
'args' => [
{
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'extra' => {
'def_role' => 'category'
},
'text' => 'Parameter'
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'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
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},
{
'args' => [
{
'contents' => [
{
'text' => 'axis'
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'macro' => 'param'
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},
{
'extra' => {
'def_role' => 'spaces'
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'text' => ' ',
'type' => 'spaces'
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{
'contents' => [
{
'text' => ' : int, optional'
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],
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'extra' => {
'def_role' => 'arg'
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'macro' => 'param'
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{
'counter' => 3,
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}
],
'info' => {
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'text' => '
'
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],
'cmdname' => 'defline',
'extra' => {
'def_command' => 'defline',
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'original_def_cmdname' => 'defline'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
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},
'source_info' => {
'file_name' => '',
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'macro' => 'param'
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'type' => 'def_line'
},
{
'contents' => [
{
'contents' => [
{
'text' => 'Axis over which to compute the FFT.
'
}
],
'type' => 'paragraph'
},
{
'source_marks' => [
{
'counter' => 4,
'element' => {
'args' => [
{
'contents' => [
{
'text' => 'out'
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],
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
}
},
{
'contents' => [
{
'text' => 'complex ndarray'
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],
'info' => {
'spaces_before_argument' => {
'text' => ' '
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}
}
],
'info' => {
'command_name' => 'returns'
},
'type' => 'linemacro_call'
},
'position' => 1,
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'status' => 'start'
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],
'text' => '
',
'type' => 'empty_line'
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],
'type' => 'def_item'
},
{
'args' => [
{
'contents' => [
{
'contents' => [
{
'text' => 'Return Value'
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'def_role' => 'category'
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'file_name' => '',
'line_nr' => 29,
'macro' => 'returns'
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'type' => 'bracketed_arg'
},
{
'extra' => {
'def_role' => 'spaces'
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'text' => ' ',
'type' => 'spaces'
},
{
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{
'text' => 'out'
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],
'cmdname' => 'var',
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'def_role' => 'name'
},
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'macro' => 'returns'
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},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'args' => [
{
'contents' => [
{
'text' => ' : complex ndarray'
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],
'type' => 'brace_command_arg'
}
],
'cmdname' => 'code',
'extra' => {
'def_role' => 'arg'
},
'source_info' => {
'file_name' => '',
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'macro' => 'returns'
},
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{
'counter' => 4,
'sourcemark_type' => 'linemacro_expansion',
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]
}
],
'info' => {
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'text' => '
'
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],
'cmdname' => 'defline',
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'def_index_element' => {},
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'original_def_cmdname' => 'defline'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
'source_info' => {
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'macro' => 'returns'
},
'type' => 'def_line'
},
{
'contents' => [
{
'contents' => [
{
'text' => 'The truncated or zero-padded input.
'
}
],
'type' => 'paragraph'
},
{
'source_marks' => [
{
'counter' => 5,
'element' => {
'args' => [
{
'contents' => [
{
'text' => 'IndexError'
}
],
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'spaces_before_argument' => {
'text' => ' '
}
}
}
],
'info' => {
'command_name' => 'raises'
},
'type' => 'linemacro_call'
},
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'sourcemark_type' => 'linemacro_expansion',
'status' => 'start'
}
],
'text' => '
',
'type' => 'empty_line'
}
],
'type' => 'def_item'
},
{
'args' => [
{
'contents' => [
{
'contents' => [
{
'text' => 'Exception'
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],
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},
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'line_nr' => 32,
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},
'type' => 'bracketed_arg'
},
{
'extra' => {
'def_role' => 'spaces'
},
'text' => ' ',
'type' => 'spaces'
},
{
'extra' => {
'def_role' => 'name'
},
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{
'counter' => 5,
'position' => 10,
'sourcemark_type' => 'linemacro_expansion',
'status' => 'end'
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],
'text' => 'IndexError'
}
],
'info' => {
'spaces_after_argument' => {
'text' => '
'
}
},
'type' => 'line_arg'
}
],
'cmdname' => 'defline',
'extra' => {
'def_command' => 'defline',
'def_index_element' => {},
'omit_def_name_space' => 1,
'original_def_cmdname' => 'defline'
},
'info' => {
'spaces_before_argument' => {
'text' => ' '
}
},
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@defline Function fft.fft (a, n=@code{None}, axis=@code{-1}, norm=@code{None})
Compute the one-dimensional discrete Fourier Transform.
@defblock
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Input array, can be complex.
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Length of the transformed axis of the output.
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Axis over which to compute the FFT.
@defline {Return Value} @var{out} @code{ : complex ndarray}
The truncated or zero-padded input.
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Function: fft.fft (a, n=None, axis=-1, norm=None)
Compute the one-dimensional discrete Fourier Transform.
Parameter: a : array_like
Input array, can be complex.
Parameter: n : int, optional
Length of the transformed axis of the output.
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Parameter: axis : int, optional
Axis over which to compute the FFT.
Return Value: out : complex ndarray
The truncated or zero-padded input.
Exception: IndexError
If axis is not a valid axis of a.
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1;