Doxygen Source Code Documentation

wryte3.m File Reference


Functions
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is but writes the results in IEEE format like e5 Not pleasing to the eye Default is n Note that there is no need to use the fast option with	vectors (Nx1)
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is but writes the results in IEEE format like e5 Not pleasing to the eye Default is n Note that there is no need to use the fast option with They are written very efficiently	verbose (0/1)
Set the defaults	if (nargin< 3)
end	if (~isfield(Opt,'Space')\|isempty(Opt.Space))
end	if (~isfield(Opt,'OverWrite')\|isempty(Opt.OverWrite))
end	if (~isfield(Opt,'Fast')\|isempty(Opt.Fast))
end	if (~isfield(Opt,'verbose')\|isempty(Opt.verbose))
end Check for bad input	if (isempty(M))
end	if (eq_str(Opt.Fast,'y')&eq_str(Opt.Space,','))
end	ErrEval (FuncName,'Wrn_Can not run in fast mode with comma separators, will use slow mow.')
	if (filexist(Fname))
return case all cool proceed case	while (filexist(Fname)==1)
	ErrEval (FuncName, serr)
	if (fid==-1)
return end Write the data switch Opt case fast mode	if (eq_str(op,'a'))
end	if (Opt.verbose)
end	fprintf (1,'%s verbose:Writing%s in Fast Mode...', FuncName, Fname)
end	if (eq_str(Opt.Space,'t'))
end	eval (['save 'Fname 'M-ascii-tabs-append'])
	elseif (eq_str(Opt.Space,'s'))
	if (jj==1)
I can go fast on this one	fprintf (1,'%s verbose:Writing%s in Efficient Mode...', FuncName, Fname)
end	if (eq_str(Opt.Space,'s'))
end	fprintf (fid,'%g\n', M(1:ii-1))
end	fprintf (fid,'%g\t\n', M(1:ii-1))
end	if (eq_str(Opt.Space,','))
end	fprintf (fid,'%g,\n', M(1:ii-1))
end Now put the last value in	fprintf (fid,'%g\n', M(ii))
end	if (jj > 1)
end	fprintf (1,'%s verbose:Writing%s in Slow Mode...', FuncName, Fname)
	for (i=1:1:ii)
	if (i==ii)
end	for (j=1:1:jjtemp)
end	fprintf (fid,'%g ', M(i, j))
end	fprintf (fid,'%g\t', M(i, j))
end	fprintf (fid,'%g,', M(i, j))
end end	if (i~=ii)
end end	fprintf (fid,'\n')
end end Now put the last number in	fprintf (fid,'%g\n', M(ii, jj))
return end	fclose (fid)
	fprintf (1,'Done.\n')
Variables
	function [err, Fname]
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to	y
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is	fast
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is but writes the results in IEEE format like e5 Not pleasing to the eye Default is n Note that there is no need to use the fast option with They are written very efficiently default is Output	Parameters
n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is but writes the results in IEEE format like e5 Not pleasing to the eye Default is n Note that there is no need to use the fast option with They are written very efficiently default is Output unless you re prompted to change it More	Info
initailize return variables	err = 1
	UsedName = ''
Set the defaults	Opt = []
end Opt	Space = 's'
end Opt	OverWrite = 'n'
end Opt	Fast = 'n'
end Opt	verbose = 0
	return
end Do the deed Check for filename existence	op = 'w'
switch Opt case	n
return case all cool proceed case	p
return case all cool proceed case	serr = sprintf ('Wrn_File %s exists, enter new filename:',Fname)
	Fname = input ('','s')
	end
case	a
	otherwise
return end end Open file for write operation	fid = fopen(Fname,op)
return end Write the data switch Opt case fast mode	apnd = '-append'
end case slow	mode [ii, jj] = size(M)
end	jjtemp = jj

Function Documentation

elseif

(

['save ' Fname ' M -ascii -tabs -append'] eq_str(Opt.Space,'s')

)

ErrEval	(	FuncName	,
		serr
	)

end ErrEval	(	FuncName	,
		'Wrn_Can not run in fast mode with comma	separators,
		will use slow mow.'
	)

eval

(

)

Referenced by ENV_init(), and main().

return end fclose

(

fid

)

end for ( j = 1:1:jjtemp )

for ( i = 1:1:ii )

fprintf	(	1	,
		'Done.\n'
	)

end end Now put the last number in fprintf	(	fid	,
		'%g\n'	,
		M(ii, jj)
	)

end end fprintf	(	fid	,
		'\n'
	)

end fprintf	(	fid	,
		'%	g,
		'	,
		M(i, j)
	)

end fprintf	(	fid	,
		'%g\t'	,
		M(i, j)
	)

end fprintf	(	fid	,
		'%g '	,
		M(i, j)
	)

end fprintf	(	1	,
		'%s verbose:Writing%s in Slow Mode...'	,
		FuncName	,
		Fname
	)

end Now put the last value in fprintf	(	fid	,
		'%g\n'	,
		M(ii)
	)

end fprintf	(	fid	,
		'%	g,
		\n'	,
		M(1:ii-1)
	)

end fprintf	(	fid	,
		'%g\t\n'	,
		M(1:ii-1)
	)

end fprintf	(	fid	,
		'%g\n'	,
		M(1:ii-1)
	)

I can go fast on this one fprintf	(	1	,
		'%s verbose:Writing%s in Efficient Mode...'	,
		FuncName	,
		Fname
	)

end fprintf	(	1	,
		'%s verbose:Writing%s in Fast Mode...'	,
		FuncName	,
		Fname
	)

end end if ( i~ = ii )

if ( i = = ii )

end if	(	jj	,
		1
	)

end if

(

eq_str(Opt.Space,',')

)

end if

(

eq_str(Opt.Space,'s')

)

if ( ['save ' Fname ' M -ascii -append'] jj = =1 )

end if

(

eq_str(Opt.Space,'t')

)

end if

(

Opt.

verbose

)

return end Write the data switch Opt case fast mode if

(

eq_str(op,'a')

)

if ( fid = = -1 )

(

filexist(Fname)

)

end if

(

eq_str(Opt.Fast,'y')&eq_str(Opt.Space,',')

)

end Check for bad input if

(

isempty(M)

)

end if

(

isfield(Opt,'verbose')|isempty(Opt.verbose)

)

end if

(

isfield(Opt,'Fast')|isempty(Opt.Fast)

)

end if

(

isfield(Opt,'OverWrite')|isempty(Opt.OverWrite)

)

end if

(

isfield(Opt,'Space')|isempty(Opt.Space)

)

Set the defaults if

(

)

n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is but writes the results in IEEE format like e5 Not pleasing to the eye Default is n Note that there is no need to use the fast option with vectors

(

Nx1

)

(

)

return case all cool proceed case while ( filexist(Fname) = = 1 )

Variable Documentation

Referenced by afi2o(), afo2i(), algdiv(), alnrel(), apply_3shear(), apply_xshear(), apply_yshear(), apply_zshear(), apser(), atype_squawk(), axis_to_quat(), B64_to_base64(), B64_to_binary(), b_char(), balanc_(), bandr_(), bandv_(), bang(), basym(), bcorr(), beta_p2t(), beta_t2p(), betaln(), bfrac(), bgrat(), bi7func(), blue_sort_compare(), bpser(), bqr_(), bratio(), brcmp1(), brcomp(), bup(), c_dfe(), c_div(), c_due(), c_le(), c_lir(), c_liw(), c_sfe(), c_si(), c_sue(), calc_glt_matrix(), calc_rcoef(), calculate_acontrasts(), calculate_adifferences(), calculate_ameans(), calculate_bcontrasts(), calculate_bdifferences(), calculate_bmeans(), calculate_ccontrasts(), calculate_cdifferences(), calculate_cmeans(), calculate_fa(), calculate_fab(), calculate_fabc(), calculate_fac(), calculate_fb(), calculate_fbc(), calculate_fc(), calculate_ss0(), calculate_ssi(), calculate_ssij(), calculate_ssijk(), calculate_ssijkm(), calculate_ssik(), calculate_ssj(), calculate_ssjk(), calculate_ssk(), calculate_sstr(), calculate_sum(), calculate_xdifferences(), calculate_xmeans(), calculate_ysum(), cdfbet(), check_for_valid_inputs(), check_temporary_files(), cmpstr(), commonprotos(), compare(), compare_SUMA_QSORTROW_FLOAT(), compare_SUMA_QSORTROW_INT(), compare_SUMA_Z_QSORT_DOUBLE(), compare_SUMA_Z_QSORT_FLOAT(), compare_SUMA_Z_QSORT_INT(), consbinop(), cpn(), Cpointer(), Cpointer_PIXWIN(), CREN_render(), cubic_spline(), cumbet(), cumchi(), cumgam(), cumnor(), cumt(), d_dim(), d_sign(), Daubechies_forward_pass_1d(), Daubechies_inverse_pass_1d(), dbc(), dbetrm(), DC_init_im_gry(), detrend(), devlpl(), dln1px(), dlnbet(), dlngam(), DMAT_svd(), DMAT_symeig(), E0001(), ef1asc_(), ef1cmc_(), EIG_func(), EIG_tsfunc(), elmbak_(), elmhes_(), eltran_(), epslon_(), eqn(), erf1(), erfc1(), EvalSpline(), f_back(), f_clos(), f_end(), f_inqu(), f_open(), f_rew(), fifdint(), fifdmax1(), fifdmin1(), fifidint(), fifmod(), find_base_value(), fix_entry_returns(), fk_open(), fpser(), free2D(), ft_xshear(), ft_yshear(), g_char(), gam1(), gaminv(), gamln(), gamln1(), get_argtypes(), get_options(), get_random_value(), getcd(), GRA_overlay_circle(), GRA_small_circle(), grat1(), gratio(), green_sort_compare(), grey_init(), gsumln(), h_dim(), h_indx(), h_mod(), h_sign(), Haar_forward_pass_1d(), Haar_ip_FFWT_1d(), hilbertdelay_V2(), hl_ge(), hl_gt(), hl_le(), hl_lt(), htrib3_(), htrid3_(), huber_aa(), I_args(), i_dim(), i_indx(), i_mod(), i_sign(), ibeta(), incbeta_inverse(), ind_printf(), initialize(), intersection_map(), InvertSym3(), invit_(), isort_double(), isort_doubleint(), isort_float(), isort_floatfloat(), isort_floatint(), isort_floatstuff(), isort_int(), isort_intint(), ISORT_NAME(), isort_pair(), isort_sh(), isort_short(), jdiv_round_up(), jround_up(), l_ge(), l_gt(), l_le(), l_lt(), lbit_bits(), lbit_cshift(), length_comp(), linear_filter_trend(), linear_reg(), lmax(), lmin(), lwrt_A(), lwrt_C(), main(), make_plot(), matrix_add(), matrix_check_columns(), matrix_copy(), matrix_equate(), matrix_extract(), matrix_extract_rows(), matrix_inverse(), matrix_inverse_dsc(), matrix_multiply(), matrix_norm(), matrix_scale(), matrix_singvals(), matrix_sqrt(), matrix_subtract(), matrix_to_niml(), matrix_transpose(), MatrixMult(), MD5Transform(), med3(), median_float4(), minfit_(), mri_rota_shear(), NI_stream_readbuf64(), NI_val_to_text(), NI_write_columns(), niml_to_matrix(), NUD_3string(), NUD_threestring(), op_gen(), ortbak_(), orthes_(), ortran_(), pentagon(), pixel_sort_compare(), PLOT_matrix_gray(), plot_ts_xypush(), PLUTO_scatterplot(), popularity_sort_compare(), pow_ci(), pow_zi(), pow_zz(), prcona(), print_ne(), probeDevices(), project_byte_mip(), putentries(), putsteq(), pythag_(), qbit_bits(), qbit_cshift(), qh_compare_facetarea(), qh_compare_facetmerge(), qh_compare_facetvisit(), qh_compare_vertexpoint(), qh_compareangle(), qh_comparemerge(), qh_comparevisit(), qmed_float(), qsort_double(), qsort_doubleint(), qsort_float(), qsort_floatfloat(), qsort_floatint(), qsort_floatstuff(), qsort_int(), qsort_intint(), QSORT_NAME(), qsort_pair(), qsort_partial_sh(), qsort_sh(), qsort_short(), qsrec_double(), qsrec_doubleint(), qsrec_float(), qsrec_floatfloat(), qsrec_floatint(), qsrec_floatstuff(), qsrec_int(), qsrec_intint(), QSREC_NAME(), qsrec_pair(), qsrec_sh(), qsrec_short(), quadrant_corr_prepare(), qzhes_(), qzit_(), qzval_(), qzvec_(), r_dim(), r_sign(), RAN_compare_vect(), rand_uniform(), rank_order_float(), rcomp(), RCREND_axis_rotmatrix(), RCREND_inc_angles(), RCREND_rotmatrix_to_angles(), Read_part_file_delay(), ReadParamFile(), readref(), red_sort_compare(), reduc2_(), reduc_(), REND_inc_angles(), REND_rotmatrix_to_angles(), Resample(), rg_(), rgg_(), RIC_CalcCoeffAB(), RIC_CorrectDataset(), rlog(), rlog1(), rs_(), rsb_(), rsg_(), rsgab_(), rsgba_(), rsm_(), rsp_(), rt_(), s_cmp(), s_copy(), s_rdfe(), s_rdue(), s_rsfe(), s_rsfi(), s_rsle(), s_rsli(), s_rsne(), s_rsni(), s_rsue(), s_wdfe(), s_wdue(), s_wsfe(), s_wsfi(), s_wsle(), s_wsli(), s_wsne(), s_wsni(), s_wsue(), SCAT_main(), shuffle(), sin_func(), sin_grad(), spearman_rank_prepare(), subskept(), subtract(), SUMA_Add_Color(), SUMA_BinaryZeroSearch(), SUMA_CalcNeighbDist(), SUMA_ColorVec_Info(), SUMA_compare_int(), SUMA_CreateIcosahedron(), SUMA_EquateSurfaceAreas(), SUMA_EquateSurfaceSize(), SUMA_EquateSurfaceVolumes(), SUMA_free2D(), SUMA_GetAreaDiffRange(), SUMA_getoffsets2(), SUMA_getoffsets_ll(), SUMA_GetVolDiffRange(), SUMA_input(), SUMA_iRGB_to_OverlayPointer(), SUMA_Mesh_Area(), SUMA_ProjectSurfaceToSphere(), SUMA_Reposition_Touchup(), SUMA_StretchToFitLeCerveau(), SUMA_Subdivide_Mesh(), SUMA_Suggest_Touchup(), SUMA_Suggest_Touchup_Grad(), SUMA_TriSurf3v(), svd_(), svd_double(), symeig_double(), symeigval_double(), t_runc(), terminate(), THD_insert_series(), tnonc_s2p(), trackball(), trackball_Phi(), trbak1_(), trbak3_(), tred1_(), tred2(), tred2_(), tred3_(), type_fixup(), vector_add(), vector_dot(), vector_dotself(), vector_equate(), vector_multiply(), vector_multiply_subtract(), vector_subtract(), Vpointer(), vpShadeTable(), vpSolveSystem4(), w3dMRI_affine(), w3dMRI_scaler(), warp3D_sharm2(), warp3D_sharm3(), wrt_H(), x_rsne(), x_wsne(), Xgamm(), z_div(), and zdiv().

else apnd = '-append'

Definition at line 110 of file wryte3.m.

end

Definition at line 91 of file wryte3.m.

end err = 1

Definition at line 163 of file wryte3.m.

return end Write the data switch Opt Fast = 'n'

Definition at line 106 of file wryte3.m.

n for no and p for prompting the user for a new name You can also use a for append Default is n Fast If it is set to the function will try to use matlab s save function which is fast

Definition at line 1 of file wryte3.m.

return end end Open file for write operation fid = fopen(Fname,op)

Definition at line 100 of file wryte3.m.

Fname = input ('','s')

Definition at line 90 of file wryte3.m.

function[err, Fname]

Initial value:

 wryte3 (M,Fname,Opt)
%
%   [err,UsedName] = wryte3 (M,Fname,[Opt])
%
%Purpose:
%   Write matrix M to a text file 
%   
%   
%Input Parameters:
%   M : NxK matrix
%   Fname : string containing the file name to write the matrix to
%   Opt is an optional structure with the following fields
%     .Space string specifying whether to use a space character 's' or 
%             a tab 't' or a comma ',' between numbers on the same line.
%             The default is 's'. There won't be a comma after the last number.
%     .OverWrite specifies whether you want to allow for overwrite
%          Options are 'y' for yes

Definition at line 1 of file wryte3.m.

Definition at line 33 of file wryte3.m.

jjtemp = jj

Definition at line 141 of file wryte3.m.

end case slow mode[ii, jj] = size(M)

Definition at line 122 of file wryte3.m.

Referenced by __glutGetVisualInfo(), AddBMotionBlock(), AFNI_process_drawing(), AFNI_process_setup(), ART_open_afni_link(), cfft(), cfft2d(), checkOverlayAcceptability(), COMPRESS_has_suffix(), ComputeBDiffDCTs(), ComputeBMotionBlock(), ComputeBMotionLumBlock(), csfft(), csfft_cox(), csfft_many(), dlopen(), DoBIntraCode(), DRAW_receiver(), drive_MCW_imseq(), EDT_calcmask(), fft128(), fft16(), fft256(), fft32(), fft512(), fft64(), fft8(), FFT_1dcx(), fft_3dec(), fft_4dec(), fft_5dec(), float_list_comp_mode(), GenBFrame(), get_dfile_params(), getOverlayVisualInfo(), getOverlayVisualInfoCI(), getVisualInfoCI(), getVisualInfoRGB(), iochan_init(), main(), MCW_choose_multi_editable_strlist(), MCW_choose_multi_strlist(), MotionSufficient(), MREN_set_precalculation(), mri_fft2D(), mri_fft_complex(), mri_multiply_complex(), mri_rota_variable(), mri_warp3D_method(), ncopen(), NI_stream_open(), NIH_find_clusters(), NUD_rotate(), open_file(), opf(), PLUTO_dset_redisplay_mode(), resam_str2mode(), RT_fim_recurse(), RT_tell_afni(), RT_tell_afni_one(), SHIFT_set_method(), SHM_init(), SUMA_ColMixModeString(), and THD_rota_method().

end case n

Definition at line 120 of file wryte3.m.

case op = 'w'

Definition at line 93 of file wryte3.m.

Referenced by cktype(), do_fio(), exar2(), intrcall(), krput(), NC_var_shape(), out_call(), putmnmx(), SUMA_AddDO(), SUMA_AdvancePastNumbers(), SUMA_OpenDx_Object_Attr(), SUMA_OpenDx_Object_Components(), SUMA_OpenDx_Object_Data(), SUMA_OpenDx_Object_Header_Field(), SUMA_OpenDX_Read(), and SUMA_RemoveDO().

Set the defaults Opt = []

Definition at line 50 of file wryte3.m.

end otherwise

Definition at line 155 of file wryte3.m.

switch Opt OverWrite = 'n'

Definition at line 80 of file wryte3.m.

return case all cool proceed case p

Definition at line 84 of file wryte3.m.

Definition at line 33 of file wryte3.m.

return

Definition at line 164 of file wryte3.m.

return case all cool proceed case serr = sprintf ('Wrn_File %s exists, enter new filename:',Fname)

Definition at line 88 of file wryte3.m.

end Opt Space = 's'

Definition at line 53 of file wryte3.m.

UsedName = ''

Definition at line 47 of file wryte3.m.

Referenced by SUMA_Addto_ROIplane_List().

end Opt verbose = 0

Definition at line 65 of file wryte3.m.

return end Write the data switch Opt case y

Definition at line 106 of file wryte3.m.

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