Doxygen Source Code Documentation

CheckBrikHEAD.m File Reference


Functions
check if the mandatory fields are present	for (im=1:1:N_Mandatory)
	if (~isfield(Info, CurName))
	warndlg (ErrMessage)
	if (err)
	errordlg (ErrMessage)
auto checks and cleanup of empty fields	for (ir=1:1:N_Rules)
auto checks and cleanup of empty fields	fprintf (1,'Checking%s...', Rules(ir).Name)
Check that all the Remaining Fields are OK	if (isfield(Info, Rules(ir).Name))
Check that all the Remaining Fields are OK	if (isempty(getfield(Info, Rules(ir).Name)))
Check that all the Remaining Fields are OK	fprintf (1,'Empty.\n')
else	fprintf (1,'Not Empty.\n')
check for type coherence	if (ischar(getfield(Info, Rules(ir).Name)))
check for type coherence	if (Rules(ir).isNum)
end end check for length specs	if (~isempty(Rules(ir).Length))
end end check for length specs	if (length(getfield(Info, Rules(ir).Name))~=Rules(ir).Length)
end end check for minimum length specs	if (~isempty(Rules(ir).minLength))
end end check for minimum length specs	if (length(getfield(Info, Rules(ir).Name))< Rules(ir).minLength)
end end end end end Further Field specfic checks For Mandatory Fields	if (Info.DATASET_RANK(1)~=3)
	v (1:length(Info.DATASET_RANK))
	v (1:length(Info.DATASET_DIMENSIONS))
	for (il=1:1:length(List))
end	if (s~=1)
end	if (Info.SCENE_DATA(1)< 0\|Info.SCENE_DATA(1) > 2)
end	if (Info.SCENE_DATA(2)< 0\|Info.SCENE_DATA(2) > 11)
end	if (Info.SCENE_DATA(3)< 0\|Info.SCENE_DATA(3) > 3)
end	if (Info.ORIENT_SPECIFIC(1)< 0\|Info.ORIENT_SPECIFIC(1) > 5)
end For remaining fields	if (isfield(Info, 'BRICK_STATS'))
end For remaining fields	if (length(Info.BRICK_STATS)~=2.*Info.DATASET_RANK(2))
end end	if (isfield(Info, 'BRICK_TYPES'))
end end	if (length(Info.BRICK_TYPES)~=Info.DATASET_RANK(2))
end end	if (isfield(Info, 'BRICK_FLOAT_FACS'))
end end	if (length(Info.BRICK_FLOAT_FACS)~=Info.DATASET_RANK(2))
end end	if (isfield(Info, 'TAXIS_NUMS'))
end end	if (~isfield(Info, 'TAXIS_FLOATS'))
end	if (Info.TAXIS_NUMS(1)~=Info.DATASET_RANK(2))
end	if (Info.TAXIS_NUMS(2)&(~isfield(Info,'TAXIS_OFFSETS')\|isempty(Info.TAXIS_OFFSETS)))
end end	if (isfield(Info, 'IDCODE_DATE'))
end end	if (length(Info.IDCODE_DATE) > 46)
end end	if (isfield(Info, 'BYTEORDER_STRING'))
end end	if (~strcmp(Info.BYTEORDER_STRING, 'LSB_FIRST')&~strcmp(Info.BYTEORDER_STRING, 'MSB_FIRST'))
end end	if (isfield('BRICK_LABS')&(WordCount(Info.BRICK_LABS, '~')~=Info.DATASET_RANK(2)))
end	if (isfield(Info, 'NOTES_COUNT')&(Info.NOTES_COUNT< 0\|Info.NOTES_COUNT > 999))
end	if (isfield(Info, 'WARP_TYPE')&(Info.WARP_TYPE(1)~=0 &Info.WARP_TYPE(1)~=1))
end	if (isfield(Info, 'WARP_DATA'))
end	if (rem(length(Info.WARP_DATA), 30))
end end	if (isfield(Info, 'MARKS_FLAGS'))
end end	if (Info.MARKS_FLAGS(1)~=1 &Info.MARKS_FLAGS(1)~=2)
end	if (Info.MARKS_FLAGS(2)~=1)
end end	if (isfield(Info, 'TAGSET_NUM'))
end end	if (Info.TAGSET_NUM(1) > 100)
end end	if (isfield(Info, 'TAGSET_NUM')&isfield(Info, 'TAGSET_FLOATS'))
end end	if (length(Info.TAGSET_FLOATS)~=(Info.TAGSET_NUM(1).*Info.TAGSET_NUM(2)))
end end	if (isfield(Info, 'TAGSET_NUM')&isfield(Info, 'TAGSET_LABELS'))
end end	if (WordCount(Info.TAGSET_LABELS, '~')~=Info.TAGSET_NUM(1))
end end	if (~isempty(unique(setdiff(Info.BRICK_TYPES,[0 1 3 5])))) err
end end checks on the rotate fields	if (isfield(Info, 'VOLREG_ROTCOM_NUM'))
	if (eval([spad]))
end end end check on the NOT_NUMBER_ fields	if (~isfield(Info, 'NOTES_COUNT')&isfield(Info, 'NOTE_NUMBER_001'))
end check on the HISTORY field	if (isfield(Info, 'HISTORY_NOTE'))
	if (~isempty(intersect([13 10 34 9 7 11 8], vtmp)))
Variables
	function [err, ErrMessage, Info]
Output	Parameters
Output but with the empty optional fields trimmed out Key	Terms
Output but with the empty optional fields trimmed out Key Bethesda Maryland Define the function name for easy referencing	FuncName = 'CheckBrikHEAD'
Debug Flag	DBG = 1
initailize return variables	err = 1
	ErrMessage = ''
Mandatory Fields Specs	MandatoryFieldNames = 'DATASET_RANK~DATASET_DIMENSIONS~TYPESTRING~SCENE_DATA~ORIENT_SPECIFIC~ORIGIN~DELTA'
	N_Mandatory = WordCount(MandatoryFieldNames, '~')
check if the mandatory fields are present Check that all the Mandatory Fields have been	specified [err, CurName] = GetWord(MandatoryFieldNames, im, '~')
	return
end end Now Get all the	rules [err, ErrMessage, Rules] = HEAD_Rules
end	N_Rules = length(Rules)
remove this field if it is	empty
remove this field if it is this reduces the clutter of the ascii HEAD file	Info = rmfield(Info, Rules(ir).Name)
end else a	number
end	v = zeros(1,8)
Info	DATASET_RANK = v
Info	DATASET_DIMENSIONS = v
end	List = {'3DIM_HEAD_ANAT', '3DIM_HEAD_FUNC', '3DIM_GEN_ANAT', '3DIM_GEN_FUNC'}
	s = 0
end end checks on the rotate fields	sp = pad_strn(num2str(i-1), '0', 6, 1)
	spad = sprintf('~isfield(Info, ''VOLREG_MATVEC_%s'') \| isempty(Info.VOLREG_MATVEC_%s) \| ischar(Info.VOLREG_MATVEC_%s) \| length(Info.VOLREG_MATVEC_%s) ~= 12', sp, sp, sp, sp)
end check on the HISTORY field	vtmp = unique(double(Info.HISTORY_NOTE))

Function Documentation

errordlg

(

ErrMessage

)

for ( il = 1:1:length(List) )

auto checks and cleanup of empty fields for ( ir = 1:1:N_Rules )

check if the mandatory fields are present for ( im = 1:1:N_Mandatory )

else fprintf	(	1	,
		'Not Empty.\n'
	)

Check that all the Remaining Fields are OK fprintf	(	1	,
		'Empty.\n'
	)

auto checks and cleanup of empty fields fprintf	(	1	,
		'Checking%s...'	,
		Rules(ir).	Name
	)

(

isempty(intersect([13 10 34 9 7 11 8], vtmp))

)

end check on the HISTORY field if

(

isfield(Info, 'HISTORY_NOTE')

)

end end end check on the NOT_NUMBER_ fields if

(

isfield(Info, 'NOTES_COUNT')&isfield(Info, 'NOTE_NUMBER_001')

)

(

eval([spad])

)

end end checks on the rotate fields if

(

isfield(Info, 'VOLREG_ROTCOM_NUM')

)

end end if

(

isempty(unique(setdiff(Info.BRICK_TYPES,[0 1 3 5])))

)

end end if ( WordCount(Info.TAGSET_LABELS, '~')~ = Info.TAGSET_NUM(1) )

end end if

(

isfield(Info, 'TAGSET_NUM')&isfield(Info, 'TAGSET_LABELS')

)

end end if ( length(Info.TAGSET_FLOATS)~ = (Info.TAGSET_NUM(1) .* Info.TAGSET_NUM(2)) )

end end if

(

isfield(Info, 'TAGSET_NUM')&isfield(Info, 'TAGSET_FLOATS')

)

end end if	(	Info.	TAGSET_NUM(1),
		100
	)

end end if

(

isfield(Info, 'TAGSET_NUM')

)

end if ( Info.MARKS_FLAGS(2)~ = 1 )

end end if ( Info.MARKS_FLAGS(1)~ = 1 & Info.MARKS_FLAGS(1) ~= 2 )

end end if

(

isfield(Info, 'MARKS_FLAGS')

)

end if

(

rem(length(Info.WARP_DATA), 30)

)

end if

(

isfield(Info, 'WARP_DATA')

)

end if

(

isfield(Info, 'WARP_TYPE')&(Info.WARP_TYPE(1)~=0 &Info.WARP_TYPE(1)~=1)

)

end if

(

isfield(Info, 'NOTES_COUNT')&(Info.NOTES_COUNT< 0|Info.NOTES_COUNT > 999)

)

end end if

(

isfield('BRICK_LABS')&(WordCount(Info.BRICK_LABS, '~')~=Info.DATASET_RANK(2))

)

end end if

(

strcmp(Info.BYTEORDER_STRING, 'LSB_FIRST')&~strcmp(Info.BYTEORDER_STRING, 'MSB_FIRST')

)

end end if

(

isfield(Info, 'BYTEORDER_STRING')

)

end end if	(	length(Info.IDCODE_DATE)	,
		46
	)

end end if

(

isfield(Info, 'IDCODE_DATE')

)

end if

(

Info.

TAXIS_NUMS(2)&(~isfield(Info,'TAXIS_OFFSETS')|isempty(Info.TAXIS_OFFSETS))

)

end if ( Info.TAXIS_NUMS(1)~ = Info.DATASET_RANK(2) )

end end if

(

isfield(Info, 'TAXIS_FLOATS')

)

end end if

(

isfield(Info, 'TAXIS_NUMS')

)

end end if ( length(Info.BRICK_FLOAT_FACS)~ = Info.DATASET_RANK(2) )

end end if

(

isfield(Info, 'BRICK_FLOAT_FACS')

)

end end if ( length(Info.BRICK_TYPES)~ = Info.DATASET_RANK(2) )

end end if

(

isfield(Info, 'BRICK_TYPES')

)

end For remaining fields if ( length(Info.BRICK_STATS)~ = 2.*Info.DATASET_RANK(2) )

end For remaining fields if

(

isfield(Info, 'BRICK_STATS')

)

end if

(

Info.ORIENT_SPECIFIC(1)< 0|Info.ORIENT_SPECIFIC(1) >

)

end if

(

Info.SCENE_DATA(3)< 0|Info.SCENE_DATA(3) >

)

end if

(

Info.SCENE_DATA(2)< 0|Info.SCENE_DATA(2) >

)

end if

(

Info.SCENE_DATA(1)< 0|Info.SCENE_DATA(1) >

)

end if ( s~ = 1 )

end end end end end Further Field specfic checks For Mandatory Fields if ( Info.DATASET_RANK(1)~ = 3 )

end end check for minimum length specs if

(

)

end end check for minimum length specs if

(

isempty(Rules(ir).minLength)

)

end end check for length specs if ( length(getfield(Info, Rules(ir).Name))~ = Rules(ir).Length )

end end check for length specs if

(

isempty(Rules(ir).Length)

)

end else a verify type if ( Rules(ir). isNum = = 1 & ~isint(getfield(Info, Rules(ir).Name)) )

check for type coherence if

(

ischar(getfield(Info, Rules(ir).Name))

)

Check that all the Remaining Fields are OK if

(

isempty(getfield(Info, Rules(ir).Name))

)

Check that all the Remaining Fields are OK if

(

isfield(Info, Rules(ir).Name)

)

(

err

)

(

isfield(Info, CurName)

)

(

length(Info.DATASET_DIMENSIONS)

)

(

length(Info.DATASET_RANK)

)

warndlg

(

ErrMessage

)

Variable Documentation

Info DATASET_DIMENSIONS = v

Definition at line 120 of file CheckBrikHEAD.m.

Info DATASET_RANK = v

Definition at line 113 of file CheckBrikHEAD.m.

Debug Flag DBG = 1

Definition at line 39 of file CheckBrikHEAD.m.

remove this field if it is empty

Definition at line 74 of file CheckBrikHEAD.m.

Referenced by NI_read_element().

end end check on field groups err = 1

Definition at line 270 of file CheckBrikHEAD.m.

ErrMessage = ''

Definition at line 264 of file CheckBrikHEAD.m.

Output but with the empty optional fields trimmed out Key Bethesda Maryland Define the function name for easy referencing FuncName = 'CheckBrikHEAD'

Definition at line 36 of file CheckBrikHEAD.m.

function[err, ErrMessage, Info]

Initial value:

 CheckBrikHEAD (Info)
%
%   [err, ErrMessage, InfoOut] = CheckBrikHEAD (Info)
%
%Purpose:
%   Checks to determine if the fields in Info are appropriate AFNI style
%   
%   
%Input Parameters:
%   Info is a structure containing all the Header fields

Definition at line 1 of file CheckBrikHEAD.m.

end end end check on the NOT_NUMBER_ fields Info = rmfield(Info, Rules(ir).Name)

Definition at line 257 of file CheckBrikHEAD.m.

end List = {'3DIM_HEAD_ANAT', '3DIM_HEAD_FUNC', '3DIM_GEN_ANAT', '3DIM_GEN_FUNC'}

Definition at line 124 of file CheckBrikHEAD.m.

Mandatory Fields Specs MandatoryFieldNames = 'DATASET_RANK~DATASET_DIMENSIONS~TYPESTRING~SCENE_DATA~ORIENT_SPECIFIC~ORIGIN~DELTA'

Definition at line 48 of file CheckBrikHEAD.m.

N_Mandatory = WordCount(MandatoryFieldNames, '~')

Definition at line 49 of file CheckBrikHEAD.m.

end N_Rules = length(Rules)

Definition at line 65 of file CheckBrikHEAD.m.

end else a number

Definition at line 83 of file CheckBrikHEAD.m.

Referenced by add_frame(), check_for_valid_inputs(), do_fio(), do_lio(), do_ud(), do_uio(), do_us(), explode_filename(), l_read(), l_write(), printNumber(), SetSlicesPerFrame(), stop_number(), WaitForOutputFile(), and x_wsne().

Output Parameters

Definition at line 1 of file CheckBrikHEAD.m.

return

Definition at line 271 of file CheckBrikHEAD.m.

end end Now Get all the rules[err, ErrMessage, Rules] = HEAD_Rules

Definition at line 63 of file CheckBrikHEAD.m.

otherwise s = 0

Definition at line 102 of file ErrEval.m.

Referenced by addunder(), adjust_pointer_in_string(), ap_end(), append_build_string(), apply_3shear(), apply_xshear(), apply_yshear(), apply_zshear(), apser(), balanc_(), balbak_(), basym(), bfrac(), bgrat(), binomial_p2t(), binomial_t2p(), bisect_(), blast_data(), bqr_(), builtin(), c_name(), calc_covariance(), calc_QuadrantCC(), calc_SpearmanCC(), calc_stat(), calculate_results(), calculate_sum(), cbabk2_(), cbal_(), cdfbin(), cdfnbn(), cdfpoi(), cdiv_(), cds(), cfft(), check_for_valid_inputs(), check_SUMA_surface(), cinvit_(), cl1_fort(), cl1_solve(), cl1_solve_res(), Clp_VaOptionError(), cmp_surf_usage(), coarsen(), color_init(), comblock(), comlen(), consnegop(), conssgn(), convci(), convic(), copyn(), copys(), cpstring(), create_bucket(), create_gert_script(), csroot_(), cumbin(), cumnbn(), cumpoi(), dataname(), Daubechies_forward_FWT_1d(), Daubechies_forward_FWT_2d(), Daubechies_forward_pass_1d(), Daubechies_forward_pass_2d(), Daubechies_inverse_FWT_1d(), Daubechies_inverse_FWT_2d(), Daubechies_inverse_pass_1d(), Daubechies_inverse_pass_2d(), DC_init_im_col(), DC_spectrum_AJJ(), DC_spectrum_ZSS(), dclerr(), DCM_AddElementList(), DCM_GetString(), decode_mcu(), decode_mcu_AC_first(), decode_mcu_AC_refine(), decode_mcu_DC_first(), doequiv(), doinclude(), e_d(), erf1(), erfc1(), err(), err66(), err__fl(), errext(), erri(), errl(), errstr(), evaluate_span(), execerr(), explode_filename(), f__fatal(), f__isdev(), f_list(), f_open(), f_s(), fatalstr(), file_block_getter(), fileinit(), flush_comments(), fmt_init(), fmtname(), fold(), form_clusters(), fpser(), fwd_strcpy(), FWT_1d_filter(), gaminv(), ge4_validate_header(), get_options(), getAndMoveToFrontDecode(), getarg_(), getname(), Gif_CopyString(), gran1_(), gran2_(), gran_(), gratio(), gt_num(), gts_surface_suma(), h_indx(), Haar_forward_FWT_1d(), Haar_forward_FWT_2d(), Haar_forward_pass_1d(), Haar_forward_pass_2d(), Haar_inverse_FWT_1d(), Haar_inverse_FWT_2d(), Haar_inverse_pass_1d(), Haar_inverse_pass_2d(), Haar_ip_FFWT_1d(), Haar_ip_IFWT_1d(), handle_args(), hash(), hqr2_(), hqr_(), htrib3_(), htribk_(), I_args(), i_indx(), i_tem(), idisp_ge4_series_header(), Ims_rot(), imtql1_(), imtql2_(), imtqlv_(), incbeta_inverse(), init_fdct(), initkey(), intrcall(), intrfunct(), invit_(), ioset(), ioseta(), l_put(), l_R(), list_arg_types(), listargs(), main(), malloc(), many(), mapVRtoASCII(), matrix_sprint(), matrix_sqrt(), mem(), memname(), memset(), memversion(), min_different_chars(), minfit_(), mkbitcon(), mkext(), mkext1(), mklhs(), mkname(), mkplace(), mkstrcon(), mri_drawtext(), ne_d(), new_arg_length(), new_iob_data(), nl_init(), opconv_fudge(), open_URL_http(), out_addr(), out_init(), outbuf_adjust(), output_rbrace(), pad(), pars_f(), parse_hex_color_channel(), Pfile(), plotpak_srface(), poisson_p2t(), poisson_t2p(), ppmd_text(), print_all_clusters(), print_cluster(), printNumber(), process(), process_voxel(), ps_label(), ps_linemod(), Ptoken(), putcall(), puthead(), putio(), pythag_(), qh_checkflags(), qh_init_qhull_command(), qh_initflags(), qh_initthresholds(), qh_printhyperplaneintersection(), qh_printsummary(), qh_readfeasible(), qh_readpoints(), qh_setfeasible(), qh_strtod(), qh_strtol(), qzhes_(), qzit_(), qzval_(), qzvec_(), ratqr_(), rd_F(), rd_H(), rd_I(), rd_L(), rd_POS(), rd_Z(), read_Pfiles(), read_URL_ftp(), record_block_getter(), reference_fwd_dct(), refine(), Resample(), s_paus(), s_stop(), safe_puts(), ScaleColors(), set_tmp_names(), set_volume_stats(), setdata(), setfmt(), show_run_stats(), sig_die(), srface_(), SUMA_All_Programs(), SUMA_Build_Cluster_From_Node(), SUMA_BuildMessageLog(), SUMA_cb_moreSumaInfo(), SUMA_cb_moreSurfInfo(), SUMA_cb_moreViewerInfo(), SUMA_ClusterCenterofMass(), SUMA_ColorizePlane(), SUMA_ColorMapVec_Info(), SUMA_ColorOverlayPlane_Info(), SUMA_ColorVec_Info(), SUMA_CommonFieldsInfo(), SUMA_comp_str_2_NI_str_ar(), SUMA_CreateTextShell(), SUMA_DsetColLabelCopy(), SUMA_DsetInfo(), SUMA_Engine(), SUMA_FormatMessage(), SUMA_FormSOListToSendToAFNI(), SUMA_FS_ColorTable_Info(), SUMA_Get_Sub_String(), SUMA_Help_AllSurfCont(), SUMA_help_basics(), SUMA_help_Cmap_message_Info(), SUMA_help_message(), SUMA_help_message_Info(), SUMA_help_talk(), SUMA_HighlightBox(), SUMA_Householder(), SUMA_input(), SUMA_InsertDsetPointer(), SUMA_isNumString(), SUMA_IV_FaceSetsextract(), SUMA_IV_XYZextract(), SUMA_JumpFocusFace(), SUMA_JumpFocusNode(), SUMA_JumpIndex(), SUMA_JumpXYZ(), SUMA_LoadSegDO(), SUMA_LookAtCoordinates(), SUMA_M2M_node_Info(), SUMA_mattoquat(), SUMA_Mesh_Resample(), SUMA_New_Additions(), SUMA_New_Additions_perver(), SUMA_NI_str_ar_2_comp_str(), SUMA_ParseLHS_RHS(), SUMA_PlaneOrder_Info(), SUMA_Print_PlaneOrder(), SUMA_Print_Surface_Object(), SUMA_process_NIML_data(), SUMA_Read_SpecFile(), SUMA_Read_SureFit_Param(), SUMA_ReadNumStdin(), SUMA_ReadSegDO(), SUMA_ReportDrawnROIDatumLength(), SUMA_ScaleToMapOpt_Info(), SUMA_SetLight0(), SUMA_SetNumForeSmoothing(), SUMA_Show_ColorOverlayPlanes(), SUMA_Show_CommonFields(), SUMA_Show_FS_ColorTable(), SUMA_Show_NI_str_ar(), SUMA_Show_OpenDX_Struct(), SUMA_Show_SurfaceViewer_Struct(), SUMA_Show_SurfClust_list(), SUMA_Show_SurfClust_list_Info(), SUMA_Show_ViewState(), SUMA_Show_VolPar(), SUMA_ShowMeSome(), SUMA_ShowOffset_Info(), SUMA_ShowOffset_ll_Info(), SUMA_ShowScaleToMapOpt(), SUMA_ShowSpecStruct(), SUMA_sources_Info(), SUMA_SpecStructInfo(), SUMA_StretchToFitLeCerveau(), SUMA_StringToNum(), SUMA_SureFit_Read_Coord(), SUMA_SureFit_Read_Topo(), SUMA_Surface_Curvature(), SUMA_SurfaceObject_Info(), SUMA_SurfaceViewer_StructInfo(), SUMA_UpdateViewerTitle(), SUMA_Version(), SUMA_ViewStateInfo(), SUMA_VolPar_Info(), SumaToGts(), svd_(), svd_double(), system_(), teapot(), terminate(), tinvit_(), to_upper(), tostring(), tql1_(), tql2_(), tqli(), tqlrat_(), trbak1_(), trbak3_(), tridib_(), trimunder(), tsturm_(), unamstring(), unclassifiable(), usage_3dBRAIN_VOYAGERtoAFNI(), usage_3dCRUISEtoAFNI(), usage_3dSurfMask(), usage_PROGRAM_NAME(), usage_SUMA_coarsen(), usage_SUMA_SampBias(), usage_SurfToSurf(), UTL_SqueezeBlanks(), vector_sprint(), vprint(), vpScale(), warn(), warn1(), warni(), write_ioblocks(), write_typedefs(), wrt_AP(), wrt_E(), wrt_F(), wrt_H(), wrt_Z(), x_wsne(), Xgamm(), yyerror(), and yyparse().

end end checks on the rotate fields sp = pad_strn(num2str(i-1), '0', 6, 1)

Definition at line 247 of file CheckBrikHEAD.m.

spad = sprintf('~isfield(Info, ''VOLREG_MATVEC_%s'') | isempty(Info.VOLREG_MATVEC_%s) | ischar(Info.VOLREG_MATVEC_%s) | length(Info.VOLREG_MATVEC_%s) ~= 12', sp, sp, sp, sp)

Definition at line 248 of file CheckBrikHEAD.m.

check if the mandatory fields are present Check that all the Mandatory Fields have been specified[err, CurName] = GetWord(MandatoryFieldNames, im, '~')

Definition at line 54 of file CheckBrikHEAD.m.

Output but with the empty optional fields trimmed out Key Terms

Definition at line 1 of file CheckBrikHEAD.m.

end v = zeros(1,8)

Definition at line 119 of file CheckBrikHEAD.m.

end check on the HISTORY field vtmp = unique(double(Info.HISTORY_NOTE))

Definition at line 262 of file CheckBrikHEAD.m.

AFNI/NIfTI Server

Sections

Personal tools

Navigation

Doxygen Source Code Documentation

CheckBrikHEAD.m File Reference

Functions

Variables

Function Documentation

Variable Documentation