# # Copyright (C) 1999-2004 Liz Potterton, Peter Briggs # # This code is distributed under the terms and conditions of the # CCP4 Program Suite Licence Agreement as a CCP4 Library. # A copy of the CCP4 licence can be obtained by writing to the # CCP4 Secretary, Daresbury Laboratory, Warrington WA4 4AD, UK. # #CCP4i_cvs_Id $Id$ # ====================================================================== # amore.tcl -- # # CCP4Interface # # ======================================================================= source [SearchPath TOP utils amore_utils.tcl] #------------------------------------------------------------------- proc amore_run { arrayname } { #------------------------------------------------------------------- upvar #0 $arrayname array upvar #0 mr_database_[GetCurrentProject] mr_database set array(AMORE_DATABASE) [FileJoin [GetDbDirPath] mr_database.def ] set process [GetValue $arrayname PROCESS] if { [StringSame $process AUTO SETUP ROTFUN RESHIFT] } { if { $array(MODEL) == "" } { WarningMessage "Select a model from menu at top of interface. If you have not already done so then enter details on the model(s) in the MR Database interface." return 0 } set model [mr_get_model_number $array(MODEL)] if { [StringSame $process RESHIFT ] } { set mr_database(XYZIN,$model) $array(MODEL_XYZIN) set mr_database(DIR_XYZIN,$model) $array(DIR_MODEL_XYZIN) set mr_database(XYZSHFT,$model) $array(MODEL_XYZSHFT) set mr_database(DIR_XYZSHFT,$model) $array(DIR_MODEL_XYZSHFT) } else { set array(MODEL_TITLE) $mr_database(MODEL_TITLE,$model) set array(MODEL_MODE) $mr_database(MODEL_MODE,$model) set array(MODEL_HKLIN) $mr_database(HKLIN,$model) set array(DIR_MODEL_HKLIN) $mr_database(DIR_HKLIN,$model) set array(MODEL_XYZIN) $mr_database(XYZIN,$model) set array(DIR_MODEL_XYZIN) $mr_database(DIR_XYZIN,$model) set array(MODEL_XYZSHFT) $mr_database(XYZSHFT,$model) set array(DIR_MODEL_XYZSHFT) $mr_database(DIR_XYZSHFT,$model) set array(MODEL_FC) $mr_database(FC,$model) set array(MODEL_PHIC) $mr_database(PHIC,$model) set array(MODEL_SF_TABLE) $mr_database(SF_TABLE,$model) set array(DIR_MODEL_SF_TABLE) $mr_database(DIR_SF_TABLE,$model) set array(MODEL_COM_1) $mr_database(MODEL_COM_1,$model) set array(MODEL_COM_2) $mr_database(MODEL_COM_2,$model) set array(MODEL_COM_3) $mr_database(MODEL_COM_3,$model) set array(MODEL_EULER_1) $mr_database(MODEL_EULER_1,$model) set array(MODEL_EULER_2) $mr_database(MODEL_EULER_2,$model) set array(MODEL_EULER_3) $mr_database(MODEL_EULER_3,$model) } } if { $process == "SELFROT"} { if { $array(CRYSTAL_IRMAX) ==""} { WarningMessage "Sphere radius for crystal not set for self rotation" return 0 } } set array(MODEL_LIST) "" set array(SF_TABLE_LIST) "" set array(XYZIN_LIST) "" set array(XYZSHFT_LIST) "" for { set n 1 } { $n <= $mr_database(N_MODELS) } { incr n } { lappend array(MODEL_LIST) $mr_database(MODEL_TITLE,$n) lappend array(SF_TABLE_LIST) \ [list $mr_database(SF_TABLE,$n) $mr_database(DIR_SF_TABLE,$n) ] lappend array(XYZIN_LIST) \ [list $mr_database(XYZIN,$n) $mr_database(DIR_XYZIN,$n)] lappend array(XYZSHFT_LIST) \ [list $mr_database(XYZSHFT,$n) $mr_database(DIR_XYZSHFT,$n)] } if { [StringSame $process RESHIFT ] } { set array(INPUT_FILES) MODEL_XYZIN set array(OUTPUT_FILES) MODEL_XYZSHFT } else { set array(INPUT_FILES) "" set array(OUTPUT_FILES) "" if [file exists [GetFullFileName0 $arrayname HKLPCK0]] { append array(INPUT_FILES) " " HKLPCK0 } else { append array(INPUT_FILES) " " HKLIN # append array(OUTPUT_FILES) " " HKLPCK0 } } if { [StringSame $process TRAFUN ] } { append array(INPUT_FILES) " " ROT_SOLUTION_FILE if { ![amore_check_mr_symm $arrayname ROT_SOLUTION_FILE] } { return 0 } } elseif [StringSame $process FITFUN ] { append array(INPUT_FILES) " " TRAN_SOLUTION_FILE if { ![amore_check_mr_symm $arrayname TRAN_SOLUTION_FILE] } { return 0 } } if { [StringSame $process TRAFUN ] && $array(N_SOLFIL) > 0 } { for { set i 1 } { $i <= $array(N_SOLFIL) } { incr i } { append array(INPUT_FILES) " " [Indxv SOLFIL $i] if { ![amore_check_mr_symm $arrayname [Indxv SOLFIL $i]] } { return 0 } } } SetDefaultTitle $arrayname "Run $array(PROCESS) for $array(MODEL)" return 1 } #--------------------------------------------------------------------- proc amore_setup { typedefVar arrayname } { #--------------------------------------------------------------------- upvar #0 $typedefVar typedef upvar #0 $arrayname array upvar #0 mr_database_[GetCurrentProject] mr_database source [SearchPath TOP tasks mr_utils.tcl] set typedef(_amore_process) { menu { "auto-AMoRe" "sort & tabling" "rotation function" "translation function" "refine fitting" "get origin shifted model" "self rotation function" } { AUTO SETUP ROTFUN TRAFUN FITFUN RESHIFT SELFROT } } set typedef(_amore_refsolution) { menu { "all parameters" "all parameters except y" "all parameters except z" } { "BF AL BE GA X Y Z" "BF AL BE GA X Z" "BF AL BE GA X Y" } } set typedef(_amore_rotate_mode) { menu { cross self } { CROSS SELF } } set typedef(_amore_translate_mode) { menu { "Crowther-Blow" \ "phased translation (no external phases)" \ "phased translation (with external phases)" \ "Harada-Lifchitz" " correlation coefficient" } \ { CB PT PTF HL CC } } set typedef(_laue_space_group) { varmenu LAUE_SPGP_LIST LAUE_SPGP_ALIAS 8 } # Load the MR database or open the window mr_open_database return 1 } #--------------------------------------------------------------------- proc amore_check_mr_symm { arrayname fileParam } { #--------------------------------------------------------------------- # Check that the symmetry in the mr file specified by fileParam # is consistent with that being used for this amore run upvar #0 $arrayname array set mrfile [GetFullFileName0 $arrayname $fileParam] if { [file exists $mrfile] } { set symmetry [lindex [amore_extract_mr_header $mrfile SYMMETRY] 0] # No symmetry info found if { $symmetry == "" } { return 1 } # Symmetry found - does it match? if { $symmetry != $array(TEST_SPACE_GROUP) } { # Doesn't match - warn the user and offer the option # of aborting if { [regexp Abort [ChooseOptionDialog "Warning: Inconsistent symmetry" Warning \ "The .mr solution file input file: $mrfile was produced using spacegroup [lindex $symmetry 0] which is different from the spacegroup to be used in this run ($array(TEST_SPACE_GROUP)) This is likely to cause severe problems!" \ [list Continue Abort ] ] ] } { return 0 } } } return 1 } #--------------------------------------------------------------------- proc amore_select_solfiles { arrayname counter } { #--------------------------------------------------------------------- CreateInputFileLine line \ "Enter solution file name" \ "Solution file" \ SOLFIL DIR_SOLFIL } #----------------------------------------------------------------------- proc amore_update_n_solfil { arrayname } { #----------------------------------------------------------------------- # If user changes from TRAFUN then reset N_SOLFIL to 0 upvar #0 $arrayname array if { $array(N_SOLFIL) > 0 && \ ![StringSame [GetValue $arrayname PROCESS] TRAFUN] } { update_extendingframe amore_select_solfiles 0 $arrayname N_SOLFIL \ $array(N_SOLFIL) -$array(N_SOLFIL) 1 } } #--------------------------------------------------------------------- proc amore_update_test_model { arrayname } { #--------------------------------------------------------------------- upvar #0 $arrayname array upvar #0 mr_database_[GetCurrentProject] mr_database if { $array(MODEL) == {} } { return } set model [mr_get_model_number $array(MODEL)] set array(box) "" for { set i 1 } { $i <= 3 } { incr i } { lappend array(box) $mr_database(MINIMAL_BOX_[subst $i],$model) } set array(max_dcom) $mr_database(MAX_DCOM,$model) # Call procedure to calculate model cell amore_update_model_cell $arrayname set array(MODEL_XYZIN) $mr_database(XYZIN,$model) set array(DIR_MODEL_XYZIN) $mr_database(DIR_XYZIN,$model) set array(MODEL_HKLIN) $mr_database(HKLIN,$model) set array(DIR_MODEL_HKLIN) $mr_database(DIR_HKLIN,$model) set array(MODEL_XYZSHFT) $mr_database(XYZSHFT,$model) set array(DIR_MODEL_XYZSHFT) $mr_database(DIR_XYZSHFT,$model) } #--------------------------------------------------------------------- proc amore_update_model_cell { arrayname { mode all} } { #--------------------------------------------------------------------- upvar #0 $arrayname array # This procedure uses same algorthm as amore_calc_model_cell in # utils/amore_util.tcl - these procedures should be kept the same # The box for the model should have been got from database when # the user chose the model if { ![ElementExists $arrayname box] || [lindex $array(box) 0] == "" || ![ElementExists $arrayname max_dcom] || $array(max_dcom) == ""} { return } # Has the user chosen a exptl data file? if {![file exists [GetFullFileName0 $arrayname HKLIN]] || \ $array(CRYSTAL_CELL_1) == "" } { return } if [regexp all $mode ] { # set min_rad 9999999.9 # foreach dim $array(box) { set min_rad [min $dim $min_rad] } # set irmax [expr 0.75 * $min_rad ] set irmax [expr 0.8 * $array(max_dcom) ] foreach cell_length [list $array(CRYSTAL_CELL_1) \ $array(CRYSTAL_CELL_2) $array(CRYSTAL_CELL_3)] { set dim [expr $cell_length / 2.0 ] if { $dim < $irmax } { set irmax $dim } } if { $array(MODEL_IRMAX) == "" } { set array(MODEL_IRMAX) $irmax } } set i 0; foreach bx $array(box) { incr i set array(MODEL_CELL_[subst $i]) [expr $bx + $array(MODEL_IRMAX) + 5.0 ] } } #--------------------------------------------------------------------- proc amore_set_test_space_group { arrayname } { #--------------------------------------------------------------------- upvar #0 $arrayname array set spgp_list {} set spgp_alias {} set laue_no [GetLaueGroupNumber $array(FILE_SPACE_GROUP)] # update the varlabel set field_list [GetWidget $arrayname FILE_SPACE_GROUP] foreach field $field_list { if { [ winfo exists $field] } { $field configure -text $array(FILE_SPACE_GROUP) } } if { $laue_no <= 0 } { lappend spgp_list $array(FILE_SPACE_GROUP) lappend spgp_alias [GetSpaceGroupNumber $array(FILE_SPACE_GROUP)] } else { set spgp_alias [GetLaueGroup $laue_no] foreach gp_no $spgp_alias { lappend spgp_list [GetSpaceGroupCode $gp_no] } } UpdateVariableMenu $arrayname initialise [llength $array(LAUE_SPGP_LIST)] \ LAUE_SPGP_LIST $spgp_list \ LAUE_ALIAS_LIST $spgp_alias set array(TEST_SPACE_GROUP) [GetSpaceGroupCode $array(FILE_SPACE_GROUP)] } #----------------------------------------------------------------------- proc amore_set_res_max_limit { arrayname limit } { #----------------------------------------------------------------------- upvar #0 $arrayname array if { $array(RESOLUTION_MAX) == "" } { return } set array(RESOLUTION_MAX) [max $limit $array(RESOLUTION_MAX)] } #--------------------------------------------------------------------- proc amore_task_window { arrayname } { #--------------------------------------------------------------------- upvar #0 $arrayname array if { [CreateTaskWindow $arrayname \ "AMoRe" "AMoRe" \ [ list "Key Parameters" \ "Reorient Trial Model" \ "Sort & Tabling Parameters" \ "Modify Crystal Data for Rotation and/or Translation" \ "Rotation Function Parameters" \ "Translation Function Parameters" \ "Refine Fitting Parameters" \ "Memory Allocation" ] \ ] == 0 } return mr_copy_memory mr_database $arrayname mr_model_menu $arrayname amore_update_test_model $arrayname SetProgramHelpFile "amore" #=PROTOCOL============================================================== OpenFolder protocol CreateLine line \ message "Open the MR Model Database window" \ button "Open MR Model Database window" \ -command "RunTask mr_database" pack forget $line.b1 pack $line.b1 -side right CreateTitleLine line TITLE CreateLine line \ label "Run" \ message "Select one AMoRe function or do 'automatic AMoRe'" \ help function \ widget PROCESS \ -command "amore_update_n_solfil $arrayname" CreateLine line \ widget VERBOSE \ label "Verbose output" # CreateLine line \ # widget IFKNOWN \ # label "Enter known solutions for multi-molecule in asymmetric unit" #---------------------------------------------------------------files OpenFolder file CreateLine line \ label "Use trial model" \ message "Choose one of the models from the MR database" \ widget MODEL \ -command "amore_update_test_model $arrayname" \ toggle_display PROCESS hide [list SELFROT TRAFUN FITFUN ] CreateInputFileLine line \ "Enter input solution file name" \ "Rotation solution file" \ ROT_SOLUTION_FILE DIR_ROT_SOLUTION_FILE \ -toggle_display PROCESS open TRAFUN CreateInputFileLine line \ "Enter input solution file name" \ "Translation solution file" \ TRAN_SOLUTION_FILE DIR_TRAN_SOLUTION_FILE \ -toggle_display PROCESS open FITFUN OpenSubFrame frame -toggle_display PROCESS open [list TRAFUN FITFUN] CreateLine line \ label "Enter solution file(s) for 'known' molecules" -italic CreateExtendingFrame N_SOLFIL amore_select_solfiles \ "Select additional models to use in this run of AMoRe" \ "Add known solutions" \ [ list SOLFIL DIR_SOLFIL ] CloseSubFrame OpenSubFrame frame -toggle_display PROCESS hide [list RESHIFT ] CreateLine line \ label "Experimental data - enter MTZ file and its derived packed data file" -italic CreateInputFileLine line \ "Enter observed data MTZ file name (HKLIN)" \ "MTZ in" HKLIN DIR_HKLIN \ -filein HKLPCK0 DIR_HKLPCK0 -- \ -setfileparam cell_1 CRYSTAL_CELL_1 \ -setfileparam cell_2 CRYSTAL_CELL_2 \ -setfileparam cell_3 CRYSTAL_CELL_3 \ -setfileparam cell_4 CRYSTAL_CELL_4 \ -setfileparam cell_5 CRYSTAL_CELL_5 \ -setfileparam cell_6 CRYSTAL_CELL_6 \ -setfileparam resolution_max RESOLUTION_MAX \ -setfileparam resolution_max MTZ_RESOLUTION_MAX \ -setfileparam resolution_max SORT_RESOLUTION_MAX \ -setfileparam space_group_name FILE_SPACE_GROUP \ -command "amore_set_test_space_group $arrayname" \ -command "amore_set_res_max_limit $arrayname 3.0" \ -command "amore_update_model_cell $arrayname" CreateLabinLine line \ "Observed amplitude (FP) and obligatory sigma (SIGFP)" \ HKLIN FP FP0 {FP F_P} \ -sigma Sigma SIGFP0 {SIGFP SIGF_P SIGP } CreateLine line \ label "The following input packed hkl is generated from the MTZ file on the first AMoRe run" -italic CreateInputFileLine line \ "Packed hkl file (HKLPCK0)" \ "Packed hkl file" \ HKLPCK0 DIR_HKLPCK0 \ -notoblig CloseSubFrame OpenSubFrame frame -toggle_display PROCESS open [list RESHIFT ] CreateInputFileLine line \ "Original coords file (default from MR database) (XYZIN)" \ "Input original coords" \ MODEL_XYZIN DIR_MODEL_XYZIN \ -help step_tabling CreateOutputFileLine line \ "Shifted coords file (default from MR database) (XYZOUT)" \ "Output shifted coords" \ MODEL_XYZSHFT DIR_MODEL_XYZSHFT \ -help step_tabling CloseSubFrame CreateLine line \ message "Create a map representation of the rotation/translation result" \ widget IFMAPOUT \ label "Output map of the rotation and/or translation function" \ toggle_display PROCESS open [list AUTO ROTFUN SELFROT TRAFUN] #------------------------------------------------------------------------ OpenFolder 1 PROCESS closed [list RESHIFT ] open CreateLine line \ message "Space group assigned in MTZ file" \ label "Space group read from file" \ varlabel FILE_SPACE_GROUP \ message "Test alternative space groups?" \ label ". Run AMoRe with test space group" \ widget TEST_SPACE_GROUP # -command "amore_set_test_space_group $arrayname" \ CreateLine line \ message "Resolution in Angstrom (minimum is the biggest number!)(GENERATE/CLMN RESOLUTION)" \ help roting_clmn_resolution \ label "Resolution range from minimum" \ widget RESOLUTION_MIN \ label "to maximum" \ widget RESOLUTION_MAX CreateLine line \ message "Enter sphere to override value derived from model extent(CLMN SPHERE)" \ help roting_clmn_sphere \ label "Rotation function search sphere" \ widget MODEL_IRMAX \ -command "amore_update_model_cell $arrayname cell" \ message "Fitting: refine which parameters (REFSOLUTION)" \ help fitfun_refsolution \ label " Fitting: refine" \ widget REFSOLUTION \ toggle_display PROCESS hide [list SELFROT ] CreateLine line \ message "Enter sphere to override value derived from model extent(CLMN SPHERE)" \ help roting_clmn_sphere \ label "Rotation function search sphere" \ widget MODEL_IRMAX -oblig \ toggle_display PROCESS open [list SELFROT ] CreateLine line \ widget UPDATE_DATABASE \ label "Update MR Model Database from this AMoRe run" #------------------------------------------------------------------reorient OpenFolder 2 PROCESS open [list RESHIFT ] closed CreateLine line \ message "Default is to move model to origin and reorient (NOROTATE/NOTRANSLATE)" \ help tabling_tabfun_norotate \ widget TABFUN_ROTATE \ label "Rotate and" \ help tabfun_notranslate \ widget TABFUN_TRANSLATE \ label "translate model to optimal coords" # OpenSubFrame frame -toggle_display PROCESS closed [list RESHIFT] #------------------------------------------------------------------tabling OpenFolder 3 closed CreateLine line \ message "Default to output table file which can be used in subsequent runs(NOTAB/NOHKLOUT)" \ help tabfun_notab \ widget TABFUN_TABLE \ label "Output table file and" \ help tabfun_hklout \ widget TABFUN_HKLOUT \ label "ascii version of table file" CreateLine line \ message "Generate table using modified B-factors(BREPLACE/BADD)" \ label "Set Bfactors to" \ help tabfun_model_breplace \ widget BREP0 \ help tabfun_model_badd \ label "and add" \ widget BADD0 \ label "to input Bfactors" CreateLine line \ message "Larger model cell implies finer sampling in reciprocal space(SAMPLE SCALE)" \ label "Set model cell to" \ help tabfun_sample_scale \ widget TABFUN_SCALE0 \ message "Sampling uses grid of about Dmin/(2*Shannon) (SAMPLE SHANNON)" \ label "* minimal box and use Shannon sampling frequency" \ help tabfun_sample_shann \ widget TABFUN_SHANN0 # CloseSubFrame #----------------------------------------------modify crystal parameters OpenFolder 4 closed CreateLine line \ message "Crystal cell parameters put in coord file header (CRYSTAL CELL_CRYST)" \ help tabfun_crystal \ label "Crystal cell" \ widget CRYSTAL_CELL_1 \ widget CRYSTAL_CELL_2 \ widget CRYSTAL_CELL_3 \ widget CRYSTAL_CELL_4 \ widget CRYSTAL_CELL_5 \ widget CRYSTAL_CELL_6 CreateLine line \ message "Limit range of experimental SF's in rotate/translate (CLMN CRYSTAL FMIN/FMAX)" \ label "Limit F values to range" \ help rotfun_clmn_flim \ widget CRYSTAL_FMIN \ label "to" \ widget CRYSTAL_FMAX \ help rotfun_clmn_sharpen \ message "Apply sharpening Bvalue to experimental data (CLMN SHARP)" \ label "Apply sharpening Bvalue" \ widget CRYSTAL_BADD CreateLine line \ message "Code from MTZ file put in coord file header (CRYSTAL ORTH)" \ help tabfun_crystal_orth \ label "Orthogonalisation code" \ widget CRYSTAL_ORTH #---------------------------------------------------rotation function params OpenFolder 5 PROCESS open [list SELFROT ] closed OpenSubFrame frame -toggle_display PROCESS hide [list SELFROT ] CreateLine line \ label "Modify model data" -italic CreateLine line \ message "Model cell parameters used in rotation function derived from minimal box (CELL_MODEL)" \ label "Model cell x=" \ widget MODEL_CELL_1 \ label "y=" \ widget MODEL_CELL_2 \ label "z=" \ widget MODEL_CELL_3 \ CreateLine line \ message "Limit range of model SF's in rotate/translate (CLMN MODEL FMIN/FMAX)" \ label "Limit F values to range" \ help rotfun_clmn_flim \ widget MODEL_FMIN \ label "to" \ widget MODEL_FMAX \ message "Apply sharpening factor to model SFs (CLMN MODEL SHARP)" \ label "Apply sharpening Bvalue" \ help roting_clmn_sharp \ widget ROTATE_MODEL_BADD \ CloseSubFrame CreateLine line \ message "Override radius of integration sphere derived from model extent (CLMN MODEL SPHERE)" \ label "Calculate spherical harmonics - sphere radius for crystal" \ help rotfun_clmn_sphere \ widget CRYSTAL_IRMAX -oblig \ toggle_display PROCESS open [list SELFROT ] CreateLine line \ message "Override radius of integration sphere derived from model extent (CLMN MODEL SHERE)" \ label "Calculate spherical harmonics - sphere radius for crystal" \ help rotfun_clmn_sphere \ widget CRYSTAL_IRMAX \ toggle_display PROCESS hide [list SELFROT ] CreateLine line \ label "Calculate rotation function" \ -italic CreateLine line \ message "Use Bessel spherical harmonic function (ROTATE BESLIM)" \ help rotfun_rotate_beslim \ widget BESLIM \ -toggleon \ label "Use spherical harmonic functions between" \ widget BESLIM_MIN \ label and \ widget BESLIM_MAX CreateLine line \ message "Default step size 2.5degs (ROTATE STEP)" \ help rotfun_rotate_step \ label "Angular step size" \ widget ROTFUN_STEP \ label "and maximum beta angle" \ message "Maximum beta angle to consider (def 180)(ROTATE BMAX)" \ help roting_rotate_bmax \ widget ROTFUN_BMAX CreateLine line \ message "Control picking of output peaks (ROTATE NPIK PKLIM)" \ label "Find" \ help rotfun_rotate_npic \ widget ROTFUN_NPIC \ label "peaks above" \ help rotfun_rotate_pklim \ widget ROTFUN_PKLIMC \ label "fraction of maximum peak height" \ toggle_display PROCESS hide [list SELFROT ] CreateLine line \ message "Control picking of output peaks (ROTATE NPIK PKLIM)" \ label "Find" \ help rotfun_rotate_npic \ widget ROTFUN_NPIC \ label "peaks above" \ help rotfun_rotate_pklim \ widget ROTFUN_PKLIMS \ label "fraction of maximum peak height" \ toggle_display PROCESS open [list SELFROT ] #-------------------------------------------translation function parameters OpenFolder 6 closed CreateLine line \ message "Translation mode (TRAING CB|PT)" \ help trafun_target \ label "Use" \ widget TRAFUN_MODE \ label "method" CreateLine line \ message "Control picking of output peaks (TRAING NPIK PKLIM)" \ label "Find" \ help trafun_npic \ widget TRAFUN_NPIC \ label "peaks above" \ help trafun_pklim \ widget TRAFUN_PKLIM \ label "fraction of maximum peak height" #-----------------------------------------------------------------refine OpenFolder 7 closed CreateLine line \ message "Override fitting refinement parameters (FITFUN ITER/CONV)" \ label "Refine for" \ help fitfun_iter \ widget FITFUN_NITER \ label "iterations or to convergence acceptance" \ help fitfun_conv \ widget FITFUN_CONV #-----------------------------------------------------------------memory OpenFolder 8 closed DrawMemoryWidgets }