def count_handle2(): obslned = OrderedDict( (('spatial_replication_level_2', 'transect'), ('spatial_replication_level_3', ''), ('spatial_replication_level_4', ''), ('structured_type_1', ''), ('structured_type_2', ''), ('structured_type_3', ''), ('treatment_type_1', ''), ('treatment_type_2', ''), ('treatment_type_3', ''), ('unitobs', 'count'))) obsckbox = OrderedDict( (('spatial_replication_level_2', True), ('spatial_replication_level_3', False), ('spatial_replication_level_4', False), ('structured_type_1', False), ('structured_type_2', False), ('structured_type_3', False), ('treatment_type_1', False), ('treatment_type_2', False), ('treatment_type_3', False), ('unitobs', True))) available = [ x for x, y in zip(list(obslned.keys()), list(obsckbox.values())) if y is True ] countini = ini.InputHandler(name='rawinfo', tablename='count_table', lnedentry=extract(obslned, available), checks=obsckbox) return countini
def count_userinput(): obslned = OrderedDict(( ('spatial_replication_level_2', 'transect'), ('spatial_replication_level_3', ''), ('spatial_replication_level_4', ''), ('structure', ''), ('unitobs', 'count'), ('trt_label', '') )) obsckbox = OrderedDict(( ('spatial_replication_level_2', False), ('spatial_replication_level_3', True), ('spatial_replication_level_4', True), ('structure', True), ('unitobs', False), ('trt_label', True) )) available = [ x for x,y in zip( list(obslned.keys()), list( obsckbox.values())) if y is False ] countini = InputHandler( name='countinfo', tablename='count_table', lnedentry=extract(obslned, available), checks=obsckbox) return countini
def taxa_handle2(): taxalned = OrderedDict( (('sppcode', ''), ('kingdom', ''), ('subkingdom', ''), ('infrakingdom', ''), ('superdivision', ''), ('divsion', ''), ('subdivision', ''), ('superphylum', ''), ('phylum', ''), ('subphylum', ''), ('clss', ''), ('subclass', ''), ('ordr', ''), ('family', ''), ('genus', 'genus'), ('species', 'species'))) taxackbox = OrderedDict( (('sppcode', False), ('kingdom', False), ('subkingdom', False), ('infrakingdom', False), ('superdivision', False), ('divsion', False), ('subdivision', False), ('superphylum', False), ('phylum', False), ('subphylum', False), ('clss', False), ('subclass', False), ('ordr', False), ('family', False), ('genus', True), ('species', True))) taxacreate = {'taxacreate': False} available = [ x for x, y in zip(list(taxalned.keys()), list(taxackbox.values())) if y is True ] taxaini = ini.InputHandler(name='taxainfo', tablename='taxa_table', lnedentry=extract(taxalned, available), checks=taxacreate) return taxaini
def taxa_user_input(): taxalned = OrderedDict(( ('sppcode', ''), ('kingdom', ''), ('subkingdom', ''), ('infrakingdom', ''), ('superdivision', ''), ('divsion', ''), ('subdivision', ''), ('superphylum', ''), ('phylum', ''), ('subphylum', ''), ('clss', ''), ('subclass', ''), ('ordr', ''), ('family', ''), ('genus', 'genus'), ('species', 'species') )) taxackbox = OrderedDict(( ('sppcode', False), ('kingdom', False), ('subkingdom', False), ('infrakingdom', False), ('superdivision', False), ('divsion', False), ('subdivision', False), ('superphylum', False), ('phylum', False), ('subphylum', False), ('clss', False), ('subclass', False), ('ordr', False), ('family', False), ('genus', True), ('species', True) )) taxacreate = { 'taxacreate': False } available = [ x for x,y in zip( list(taxalned.keys()), list( taxackbox.values())) if y is True ] taxaini = InputHandler( name='taxainfo', tablename='taxa_table', lnedentry= extract(taxalned, available), checks=taxacreate) return taxaini
def taxa_handle2(): taxalned = OrderedDict( ( ("sppcode", ""), ("kingdom", ""), ("subkingdom", ""), ("infrakingdom", ""), ("superdivision", ""), ("divsion", ""), ("subdivision", ""), ("superphylum", ""), ("phylum", ""), ("subphylum", ""), ("clss", ""), ("subclass", ""), ("ordr", ""), ("family", ""), ("genus", "genus"), ("species", "species"), ) ) taxackbox = OrderedDict( ( ("sppcode", False), ("kingdom", False), ("subkingdom", False), ("infrakingdom", False), ("superdivision", False), ("divsion", False), ("subdivision", False), ("superphylum", False), ("phylum", False), ("subphylum", False), ("clss", False), ("subclass", False), ("ordr", False), ("family", False), ("genus", True), ("species", True), ) ) taxacreate = {"taxacreate": False} available = [x for x, y in zip(list(taxalned.keys()), list(taxackbox.values())) if y is True] taxaini = ini.InputHandler( name="taxainfo", tablename="taxa_table", lnedentry=extract(taxalned, available), checks=taxacreate ) return taxaini
def submit_change(self): sender = self.sender() self.obslned = OrderedDict(( )) self.obsckbox = OrderedDict(( )) available = [ x for x,y in zip( list(self.obslned.keys()), list( self.obsckbox.values())) if y is False ] rawini = ini.InputHandler( name='rawinfo', tablename='rawtable', lnedentry= hlp.extract(self.obslned, available), checks=self.obsckbox) self.facade.input_register(rawini) self.facade.create_log_record('rawtable') self._log = self.facade._tablelog['rawtable'] try: self.rawdirector = self.facade.make_table('rawinfo') assert self.rawdirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage( 'Column(s) not identified') raise AttributeError('Column(s) not identified') self.obstable = self.rawdirector._availdf.copy() self.obsmodel = self.viewEdit(self.obstable) if sender is self.btnPreview: self.preview.tabviewPreview.setModel(self.obsmodel) self.preview.show() elif sender is self.btnSaveClose: hlp.write_column_to_log( self.obslned, self._log, 'rawtable') self.close()
def submit_change(self): sender = self.sender() self.obslned = OrderedDict(()) self.obsckbox = OrderedDict(()) available = [ x for x, y in zip(list(self.obslned.keys()), list(self.obsckbox.values())) if y is False ] rawini = ini.InputHandler(name='rawinfo', tablename='rawtable', lnedentry=hlp.extract( self.obslned, available), checks=self.obsckbox) self.facade.input_register(rawini) self.facade.create_log_record('rawtable') self._log = self.facade._tablelog['rawtable'] try: self.rawdirector = self.facade.make_table('rawinfo') assert self.rawdirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage('Column(s) not identified') raise AttributeError('Column(s) not identified') self.obstable = self.rawdirector._availdf.copy() self.obsmodel = self.viewEdit(self.obstable) if sender is self.btnPreview: self.preview.tabviewPreview.setModel(self.obsmodel) self.preview.show() elif sender is self.btnSaveClose: hlp.write_column_to_log(self.obslned, self._log, 'rawtable') self.close()
def taxahandle(): taxalned = OrderedDict(( ('sppcode', ''), ('kingdom', ''), ('phylum', 'TAXON_PHYLUM'), ('class', 'TAXON_CLASS'), ('order', 'TAXON_ORDER'), ('family', 'TAXON_FAMILY'), ('genus', 'TAXON_GENUS'), ('species', 'TAXON_SPECIES') )) taxackbox = OrderedDict(( ('sppcode', False), ('kingdom', False), ('phylum', True), ('class', True), ('order', True), ('family', True), ('genus', True), ('species', True) )) taxacreate = { 'taxacreate': False } available = [ x for x,y in zip( list(taxalned.keys()), list( taxackbox.values())) if y is True ] taxaini = ini.InputHandler( name='taxainput', tablename='taxatable', lnedentry= hlp.extract(taxalned, available), checks=taxacreate) return taxaini
def count_handle2(): obslned = OrderedDict( ( ("spatial_replication_level_2", "transect"), ("spatial_replication_level_3", ""), ("spatial_replication_level_4", ""), ("structured_type_1", ""), ("structured_type_2", ""), ("structured_type_3", ""), ("treatment_type_1", ""), ("treatment_type_2", ""), ("treatment_type_3", ""), ("unitobs", "count"), ) ) obsckbox = OrderedDict( ( ("spatial_replication_level_2", True), ("spatial_replication_level_3", False), ("spatial_replication_level_4", False), ("structured_type_1", False), ("structured_type_2", False), ("structured_type_3", False), ("treatment_type_1", False), ("treatment_type_2", False), ("treatment_type_3", False), ("unitobs", True), ) ) available = [x for x, y in zip(list(obslned.keys()), list(obsckbox.values())) if y is True] countini = ini.InputHandler( name="rawinfo", tablename="count_table", lnedentry=extract(obslned, available), checks=obsckbox ) return countini
def taxahandle(): taxalned = OrderedDict( (('sppcode', ''), ('kingdom', ''), ('phylum', 'TAXON_PHYLUM'), ('class', 'TAXON_CLASS'), ('order', 'TAXON_ORDER'), ('family', 'TAXON_FAMILY'), ('genus', 'TAXON_GENUS'), ('species', 'TAXON_SPECIES'))) taxackbox = OrderedDict( (('sppcode', False), ('kingdom', False), ('phylum', True), ('class', True), ('order', True), ('family', True), ('genus', True), ('species', True))) taxacreate = {'taxacreate': False} available = [ x for x, y in zip(list(taxalned.keys()), list(taxackbox.values())) if y is True ] taxaini = ini.InputHandler(name='taxainput', tablename='taxatable', lnedentry=hlp.extract(taxalned, available), checks=taxacreate) return taxaini
def submit_change(self): sender = self.sender() self.obslned = OrderedDict( (('spatial_replication_level_2', self.lnedRep2.text()), ('spatial_replication_level_3', self.lnedRep3.text()), ('spatial_replication_level_4', self.lnedRep4.text()), ('spatial_replication_level_5', self.lnedRep5.text()), ('structure_type_1', self.lnedStructure1.text()), ('structure_type_2', self.lnedStructure2.text()), ('structure_type_3', self.lnedStructure3.text()), ('structure_type_4', self.lnedStructure4.text()), ('treatment_type_1', self.lnedTreatment1.text()), ('treatment_type_2', self.lnedTreatment2.text()), ('treatment_type_3', self.lnedTreatment3.text()), ('unitobs', self.lnedRaw.text()))) self.obsckbox = OrderedDict( (('spatial_replication_level_2', self.ckRep2.isChecked()), ('spatial_replication_level_3', self.ckRep3.isChecked()), ('spatial_replication_level_4', self.ckRep4.isChecked()), ('spatial_replication_level_5', self.ckRep5.isChecked()), ('structure_type_1', self.ckStructure1.isChecked()), ('structure_type_2', self.ckStructure2.isChecked()), ('structure_type_3', self.ckStructure3.isChecked()), ('structure_type_4', self.ckStructure4.isChecked()), ('treatment_type_1', self.ckTreatment1.isChecked()), ('treatment_type_2', self.ckTreatment2.isChecked()), ('treatment_type_3', self.ckTreatment3.isChecked()), ('unitobs', True))) self.table = { 'count_table': self.rbtnCount.isChecked(), 'biomass_table': self.rbtnBiomass.isChecked(), 'density_table': self.rbtnDensity.isChecked(), 'percent_cover_table': self.rbtnPercentcover.isChecked(), 'individual_table': self.rbtnIndividual.isChecked() } available = [ x for x, y in zip(list(self.obslned.keys()), list(self.obsckbox.values())) if y is True ] try: self.tablename = [ x for x, y in zip(list(self.table.keys()), list(self.table.values())) if y is True ][0] except Exception as e: print(str(e)) self.error.showMessage('Select data type') rawini = ini.InputHandler(name='rawinfo', tablename=self.tablename, lnedentry=hlp.extract( self.obslned, available), checks=self.obsckbox) self.facade.input_register(rawini) self.facade.create_log_record(self.tablename) self._log = self.facade._tablelog[self.tablename] try: self.rawdirector = self.facade.make_table('rawinfo') print('obs table build: ', self.rawdirector) assert self.rawdirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage('Column(s) not identified') raise AttributeError('Column(s) not identified: ' + str(e)) self.obstable = self.rawdirector._availdf.copy() self.obsmodel = self.viewEdit(self.obstable) if sender is self.btnPreview: self.preview.tabviewPreview.setModel(self.obsmodel) self.preview.show() elif sender is self.btnSaveClose: self.facade.push_tables[self.tablename] = self.obstable hlp.write_column_to_log(self.obslned, self._log, self.tablename) self.close()
def submit_change(self): sender = self.sender() self.obslned = OrderedDict(( ('spatial_replication_level_2', self.lnedRep2.text()), ('spatial_replication_level_3', self.lnedRep3.text()), ('spatial_replication_level_4', self.lnedRep4.text()), ('spatial_replication_level_5', self.lnedRep5.text()), ('structured_type_1', self.lnedStructure1.text()), ('structured_type_2', self.lnedStructure2.text()), ('structured_type_3', self.lnedStructure3.text()), ('treatment_type_1', self.lnedTreatment1.text()), ('treatment_type_2', self.lnedTreatment2.text()), ('treatment_type_3', self.lnedTreatment3.text()), ('unitobs', self.lnedRaw.text()) )) self.obsckbox = OrderedDict(( ('spatial_replication_level_2', self.ckRep2.isChecked()), ('spatial_replication_level_3', self.ckRep3.isChecked()), ('spatial_replication_level_4', self.ckRep4.isChecked()), ('spatial_replication_level_5', self.ckRep5.isChecked()), ('structured_type_1', self.ckStructure1.isChecked()), ('structured_type_2', self.ckStructure2.isChecked()), ('structured_type_3', self.ckStructure3.isChecked()), ('treatment_type_1', self.ckTreatment1.isChecked()), ('treatment_type_2', self.ckTreatment2.isChecked()), ('treatment_type_3', self.ckTreatment3.isChecked()), ('unitobs', True) )) self.table = { 'count_table': self.rbtnCount.isChecked(), 'biomass_table': self.rbtnBiomass.isChecked(), 'density_table': self.rbtnDensity.isChecked(), 'percent_cover_table': self.rbtnPercentcover.isChecked(), 'individual_table': self.rbtnIndividual.isChecked() } available = [ x for x,y in zip( list(self.obslned.keys()), list( self.obsckbox.values())) if y is True ] try: self.tablename = [ x for x, y in zip(list(self.table.keys()), list(self.table.values())) if y is True ][0] except Exception as e: print(str(e)) self.error.showMessage('Select data type') rawini = ini.InputHandler( name='rawinfo', tablename= self.tablename, lnedentry= hlp.extract(self.obslned, available), checks=self.obsckbox) self.facade.input_register(rawini) self.facade.create_log_record(self.tablename) self._log = self.facade._tablelog[self.tablename] try: self.rawdirector = self.facade.make_table('rawinfo') print('obs table build: ', self.rawdirector) assert self.rawdirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage( 'Column(s) not identified') raise AttributeError( 'Column(s) not identified: ' + str(e)) self.obstable = self.rawdirector._availdf.copy() self.obsmodel = self.viewEdit( self.obstable) if sender is self.btnPreview: self.preview.tabviewPreview.setModel(self.obsmodel) self.preview.show() elif sender is self.btnSaveClose: self.facade.push_tables[self.tablename] = self.obstable hlp.write_column_to_log( self.obslned, self._log, self.tablename) self.close()
def submit_change(self): ''' Method to take user input for the taxa dialog box, pass the information to the user facade, create the taxa table, and then rename colums as necessary. ''' sender = self.sender() self.taxalned = OrderedDict(( ('common_name', self.lnedCommonname.text().strip()), ('sppcode', self.lnedSppCode.text().strip()), ('kingdom', self.lnedKingdom.text().strip()), ('subkingdom', self.lnedSubkingdom.text().strip()), ('infrakingdom', self.lnedInfrakingdom.text().strip()), ('superdivision', self.lnedSuperdivision.text().strip()), ('division', self.lnedDivision.text().strip()), ('subsubdivision', self.lnedSubdivision.text().strip()), ('superphylum', self.lnedSuperphylum.text().strip()), ('phylum', self.lnedPhylum.text().strip()), ('subphylum', self.lnedSubphylum.text().strip()), ('clss', self.lnedClass.text().strip()), ('subclass', self.lnedSubclass.text().strip()), ('ordr', self.lnedOrder.text().strip()), ('family', self.lnedFamily.text().strip()), ('genus', self.lnedGenus.text().strip()), ('species', self.lnedSpp.text().strip()) )) self.taxackbox = OrderedDict(( ('common_name', self.ckCommonname.isChecked()), ('sppcode', self.ckSppCode.isChecked()), ('kingdom', self.ckKingdom.isChecked()), ('subkingdom', self.ckSubkingdom.isChecked()), ('infrakingdom', self.ckInfrakingdom.isChecked()), ('superdivision', self.ckSuperdivision.isChecked()), ('division', self.ckDivision.isChecked()), ('subsubdivision', self.ckSubdivision.isChecked()), ('superphylum', self.ckSuperphylum.isChecked()), ('phylum', self.ckPhylum.isChecked()), ('subphylum', self.ckSubphylum.isChecked()), ('clss', self.ckClass.isChecked()), ('subclass', self.ckSubclass.isChecked()), ('ordr', self.ckOrder.isChecked()), ('family', self.ckFamily.isChecked()), ('genus', self.ckGenus.isChecked()), ('species', self.ckSpp.isChecked()) )) # NEED TO IMPLEMNT METHODS TO CREATE COLUMNS FROM # USER INPUT (should be easy) !!!!!!!!! self.taxacreate = { 'taxacreate': self.ckCreateTaxa.isChecked() } self.available = [ x for x,y in zip( list(self.taxalned.keys()), list( self.taxackbox.values())) if y is True ] self.taxaini = ini.InputHandler( name='taxainfo', tablename='taxa_table', lnedentry=hlp.extract(self.taxalned, self.available), checks=self.taxacreate ) self.facade.input_register(self.taxaini) self.facade.create_log_record('taxa_table') self._log = self.facade._tablelog['taxa_table'] try: print('about to make taxa table') self.taxadirector = self.facade.make_table( 'taxainfo') assert self.taxadirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage( 'Column(s) not identified') raise AttributeError( 'Column(s) not identified: ' + str(e)) self.taxa_table = self.taxadirector._availdf.copy() self.taxamodel = self.viewEdit(self.taxa_table) if sender is self.btnTaxasubmit: self.preview.tabviewPreview.setModel(self.taxamodel) self.preview.show() elif sender is self.btnSaveClose: # Convert to strings and strip -- not using, screws up # matching down the line #self.taxa_table = self.taxa_table.applymap(str) #self.taxa_table = self.taxa_table.applymap(lambda x: x.strip()) self.facade.push_tables['taxa_table'] = self.taxa_table hlp.write_column_to_log( self.taxalned, self._log, 'taxa_table') self.saved = True self.close()
('structured_type_1', ''), ('structured_type_2', ''), ('structured_type_3', ''), ('treatment_type_1', ''), ('treatment_type_2', ''), ('treatment_type_3', ''), ('unitobs', 'count'))) obsckbox = OrderedDict( (('spatial_replication_level_2', True), ('spatial_replication_level_3', True), ('spatial_replication_level_4', False), ('spatial_replication_level_5', False), ('structured_type_1', False), ('structured_type_2', False), ('structured_type_3', False), ('treatment_type_1', False), ('treatment_type_2', False), ('treatment_type_3', False), ('unitobs', True))) available = [ x for x, y in zip(list(obslned.keys()), list(obsckbox.values())) if y is True ] obslned_extracted = hlp.extract(obslned, available) study_site_label = 'site' obs_columns_in_data = [x[1] for x in list(obslned_extracted.items())] obs_columns_in_push_table = [x[0] for x in list(obslned_extracted.items())] spatial_index = [ i for i, item in enumerate(obs_columns_in_push_table) if 'spatial' in item ] spatial_label = [study_site_label] spatial_key = ['spatial_replication_level_1_label'] for i in range(len(spatial_index)): spatial_key.append(obs_columns_in_push_table[i] + '_label') spatial_label.append(obs_columns_in_data[i]) update_dict = {} for i, item in enumerate(spatial_key): update_dict[item] = spatial_label[i]
def submit_change(self): ''' Method to take user input for the taxa dialog box, pass the information to the user facade, create the taxa table, and then rename colums as necessary. ''' sender = self.sender() self.taxalned = OrderedDict( (('common_name', self.lnedCommonname.text().strip()), ('sppcode', self.lnedSppCode.text().strip()), ('kingdom', self.lnedKingdom.text().strip()), ('subkingdom', self.lnedSubkingdom.text().strip()), ('infrakingdom', self.lnedInfrakingdom.text().strip()), ('superdivision', self.lnedSuperdivision.text().strip()), ('division', self.lnedDivision.text().strip()), ('subdivision', self.lnedSubdivision.text().strip()), ('superphylum', self.lnedSuperphylum.text().strip()), ('phylum', self.lnedPhylum.text().strip()), ('subphylum', self.lnedSubphylum.text().strip()), ('clss', self.lnedClass.text().strip()), ('subclass', self.lnedSubclass.text().strip()), ('ordr', self.lnedOrder.text().strip()), ('family', self.lnedFamily.text().strip()), ('genus', self.lnedGenus.text().strip()), ('species', self.lnedSpp.text().strip()))) self.taxackbox = OrderedDict( (('common_name', self.ckCommonname.isChecked()), ('sppcode', self.ckSppCode.isChecked()), ('kingdom', self.ckKingdom.isChecked()), ('subkingdom', self.ckSubkingdom.isChecked()), ('infrakingdom', self.ckInfrakingdom.isChecked()), ('superdivision', self.ckSuperdivision.isChecked()), ('division', self.ckDivision.isChecked()), ('subdivision', self.ckSubdivision.isChecked()), ('superphylum', self.ckSuperphylum.isChecked()), ('phylum', self.ckPhylum.isChecked()), ('subphylum', self.ckSubphylum.isChecked()), ('clss', self.ckClass.isChecked()), ('subclass', self.ckSubclass.isChecked()), ('ordr', self.ckOrder.isChecked()), ('family', self.ckFamily.isChecked()), ('genus', self.ckGenus.isChecked()), ('species', self.ckSpp.isChecked()))) # NEED TO IMPLEMNT METHODS TO CREATE COLUMNS FROM # USER INPUT (should be easy) !!!!!!!!! self.taxacreate = {'taxacreate': self.ckCreateTaxa.isChecked()} self.available = [ x for x, y in zip(list(self.taxalned.keys()), list(self.taxackbox.values())) if y is True ] self.taxaini = ini.InputHandler(name='taxainfo', tablename='taxa_table', lnedentry=hlp.extract( self.taxalned, self.available), checks=self.taxacreate) self.facade.input_register(self.taxaini) self.facade.create_log_record('taxa_table') self._log = self.facade._tablelog['taxa_table'] try: print('about to make taxa table') self.taxadirector = self.facade.make_table('taxainfo') assert self.taxadirector._availdf is not None except Exception as e: print(str(e)) self._log.debug(str(e)) self.error.showMessage('Column(s) not identified') raise AttributeError('Column(s) not identified: ' + str(e)) self.taxa_table = self.taxadirector._availdf.copy() self.taxamodel = self.viewEdit(self.taxa_table) if sender is self.btnTaxasubmit: self.preview.tabviewPreview.setModel(self.taxamodel) self.preview.show() elif sender is self.btnSaveClose: # Convert to strings and strip #self.taxa_table = self.taxa_table.applymap(str) #self.taxa_table = self.taxa_table.applymap(lambda x: x.strip()) self.facade.push_tables['taxa_table'] = self.taxa_table hlp.write_column_to_log(self.taxalned, self._log, 'taxa_table') self.saved = True self.close()
entered_taxacolumns = [x for x in taxalned.values() if x != ''] data_columns = facade._data.columns.values.tolist() taxacreate = { 'taxacreate': True if any(x in data_columns for x in entered_taxacolumns) == False else True } available = [ x for x, y in zip(list(taxalned.keys()), list(taxackbox.values())) if y is True ] taxainput = ini.InputHandler(name='taxainfo', tablename='taxa_table', lnedentry=hlp.extract( taxalned, available), checks=taxacreate) facade.input_register(taxainput) taxa_director = facade.make_table('taxainfo') taxatable = taxa_director._availdf taxatable.fillna('NA', inplace=True) taxatable = taxatable.applymap(str) facade.push_tables['taxa_table'] = taxatable # ------------------- # Create TIME HANDLE # ------------------ user_timeinputs = dict(