809 lines
312 KiB
Plaintext
809 lines
312 KiB
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SQLite format 3 @ - N - .<2E><> <0F> <0F> <0C>
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<EFBFBD>K<07>d<07><04>a<04><01>(<01><01> Qe? indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
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trial_value_id INTEGER NOT NULL,
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trial_id INTEGER NOT NULL,
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objective INTEGER NOT NULL,
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value FLOAT,
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value_type VARCHAR(7) NOT NULL,
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PRIMARY KEY (trial_value_id),
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UNIQUE (trial_id, objective),
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
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)7K% indexsqlite_autoindex_trial_values_1trial_values<14>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
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param_id INTEGER NOT NULL,
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trial_id INTEGER,
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param_name VARCHAR(512),
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param_value FLOAT,
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distribution_json TEXT,
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PRIMARY KEY (param_id),
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UNIQUE (trial_id, param_name),
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
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)7K% indexsqlite_autoindex_trial_params_1trial_params<12>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
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trial_system_attribute_id INTEGER NOT NULL,
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trial_id INTEGER,
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"key" VARCHAR(512),
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value_json TEXT,
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PRIMARY KEY (trial_system_attribute_id),
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UNIQUE (trial_id, "key"),
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
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)Ma; indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>? 77<01> tabletrial_user_attributestrial_user_attributes
CREATE TABLE trial_user_attributes (
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trial_user_attribute_id INTEGER NOT NULL,
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trial_id INTEGER,
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"key" VARCHAR(512),
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value_json TEXT,
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PRIMARY KEY (trial_user_attribute_id),
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UNIQUE (trial_id, "key"),
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
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)I
]7 indexsqlite_autoindex_trial_user_attributes_1trial_user_attributesX 1uindexix_trials_study_idtrials CREATE INDEX ix_trials_study_id ON trials (study_id)<29>
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<01> tabletrialstrials CREATE TABLE trials (
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trial_id INTEGER NOT NULL,
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number INTEGER,
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study_id INTEGER,
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state VARCHAR(8) NOT NULL,
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datetime_start DATETIME,
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datetime_complete DATETIME,
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PRIMARY KEY (trial_id),
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FOREIGN KEY(study_id) REFERENCES studies (study_id)
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)<29>J;;<01>+tablestudy_system_attributesstudy_system_attributes CREATE TABLE study_system_attributes (
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study_system_attribute_id INTEGER NOT NULL,
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study_id INTEGER,
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"key" VARCHAR(512),
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value_json TEXT,
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PRIMARY KEY (study_system_attribute_id),
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UNIQUE (study_id, "key"),
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FOREIGN KEY(study_id) REFERENCES studies (study_id)
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)M a; indexsqlite_autoindex_study_system_attributes_1study_system_attributes
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<EFBFBD>@77<01> tablestudy_user_attributesstudy_user_attributesCREATE TABLE study_user_attributes (
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study_user_attribute_id INTEGER NOT NULL,
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study_id INTEGER,
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"key" VARCHAR(512),
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value_json TEXT,
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PRIMARY KEY (study_user_attribute_id),
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UNIQUE (study_id, "key"),
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FOREIGN KEY(study_id) REFERENCES studies (study_id)
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)I]7 indexsqlite_autoindex_study_user_attributes_1study_user_attributes<08>J--<01>Gtablestudy_directionsstudy_directionsCREATE TABLE study_directions (
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study_direction_id INTEGER NOT NULL,
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direction VARCHAR(8) NOT NULL,
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study_id INTEGER NOT NULL,
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objective INTEGER NOT NULL,
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PRIMARY KEY (study_direction_id),
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UNIQUE (study_id, objective),
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FOREIGN KEY(study_id) REFERENCES studies (study_id)
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)?S- indexsqlite_autoindex_study_directions_1study_directions <00>\%%<01>{tableversion_infoversion_infoCREATE TABLE version_info (
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version_info_id INTEGER NOT NULL,
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schema_version INTEGER,
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library_version VARCHAR(256),
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PRIMARY KEY (version_info_id),
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CHECK (version_info_id=1)
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)j7<01>indexix_studies_study_namestudiesCREATE UNIQUE INDEX ix_studies_study_name ON studies (study_name)<29> <01>otablestudiesstudiesCREATE TABLE studies (
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study_id INTEGER NOT NULL,
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study_name VARCHAR(512) NOT NULL,
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PRIMARY KEY (study_
<0F> <0F> A
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<0F> <0F> A uav_arm_atomizerfield_test
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4.6.0
<0F> <0F><0F>
MINIMIZE
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! <0F><0F><0F><0F>uY=! 9NSGAIISampler:parent:8 9NSGAIISampler:parent:7 9NSGAIISampler:parent:6 9NSGAIISampler:parent:5 9NSGAIISampler:parent:4 9NSGAIISampler:parent:3 9NSGAIISampler:parent:2 9 NSGAIISampler:parent:1
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<EFBFBD>
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D <09> <09> r ,<08><08>Z<07><07>B<06><06>p*<05><05>X<04><04>@<03><03>n(<02><02>V<01><01>Y <00> <00> D9 AA8COMPLETE2025-11-25 11:29:32.2381222025-11-25 11:29:32.346253D8 AA7COMPLETE2025-11-25 11:29:32.1183672025-11-25 11:29:32.228597D7 AA6COMPLETE2025-11-25 11:29:32.0013962025-11-25 11:29:32.107575D6 AA5COMPLETE2025-11-25 11:29:31.7498172025-11-25 11:29:31.990645)5 A 4RUNNING2025-11-25 11:29:20.271335D4 AA3COMPLETE2025-11-25 11:29:09.5199802025-11-25 11:29:20.256029D3 AA2COMPLETE2025-11-25 11:28:55.3488752025-11-25 11:29:09.506783D2 AA1COMPLETE2025-11-25 11:28:44.7966052025-11-25 11:28:55.337870D1 AA0COMPLETE2025-11-25 11:28:30.5664682025-11-25 11:28:44.766257D0 AA/COMPLETE2025-11-25 11:28:16.2056042025-11-25 11:28:30.549925D/ AA.COMPLETE2025-11-25 11:27:31.4489682025-11-25 11:28:16.187813D. AA-COMPLETE2025-11-25 11:27:20.0264302025-11-25 11:27:31.431828D- AA,COMPLETE2025-11-25 11:27:06.8842622025-11-25 11:27:20.011276D, AA+COMPLETE2025-11-25 11:26:53.3042882025-11-25 11:27:06.869511D+ AA*COMPLETE2025-11-25 11:26:41.2388662025-11-25 11:26:53.290406D* AA)COMPLETE2025-11-25 11:26:29.2706222025-11-25 11:26:41.224283D) AA(COMPLETE2025-11-25 11:26:16.1805012025-11-25 11:26:29.261368D( AA'COMPLETE2025-11-25 11:26:03.2060212025-11-25 11:26:16.165209D' AA&COMPLETE2025-11-25 11:25:51.4199242025-11-25 11:26:03.192712D& AA%COMPLETE2025-11-25 11:25:36.7455442025-11-25 11:25:51.405457D% AA$COMPLETE2025-11-25 11:25:23.8047102025-11-25 11:25:36.731520D$ AA#COMPLETE2025-11-25 11:25:11.9623382025-11-25 11:25:23.790710D# AA"COMPLETE2025-11-25 11:24:59.3661862025-11-25 11:25:11.946835D" AA!COMPLETE2025-11-25 11:24:46.3985282025-11-25 11:24:59.355950D! AA COMPLETE2025-11-25 11:24:31.7425452025-11-25 11:24:46.383457D AA COMPLETE2025-11-25 11:24:19.6255042025-11-25 11:24:31.727822D AA COMPLETE2025-11-25 11:23:59.2971782025-11-25 11:24:19.609459D AA COMPLETE2025-11-25 09:49:32.1633282025-11-25 09:49:44.854850D AA COMPLETE2025-11-25 09:49:17.7569472025-11-25 09:49:32.153482D AACOMPLETE2025-11-25 09:49:04.7771232025-11-25 09:49:17.743947D AACOMPLETE2025-11-25 09:48:49.5706422025-11-25 09:49:04.763730D AACOMPLETE2025-11-25 09:48:34.8387022025-11-25 09:48:49.559640D AACOMPLETE2025-11-25 09:48:21.8700192025-11-25 09:48:34.827075D AACOMPLETE2025-11-25 09:48:07.5301802025-11-25 09:48:21.859665D AACOMPLETE2025-11-25 09:47:51.5490132025-11-25 09:48:07.513825D AACOMPLETE2025-11-25 09:47:37.9367602025-11-25 09:47:51.535599D AACOMPLETE2025-11-25 09:47:23.7235332025-11-25 09:47:37.925745D AACOMPLETE2025-11-25 09:47:07.7677482025-11-25 09:47:23.710051D AACOMPLETE2025-11-25 09:46:54.3225012025-11-25 09:47:07.755272D AACOMPLETE2025-11-25 09:46:42.0721102025-11-25 09:46:54.309892D AACOMPLETE2025-11-25 09:46:28.1026212025-11-25 09:46:42.051838D AACOMPLETE2025-11-25 09:46:14.3335552025-11-25 09:46:28.091367D AACOMPLETE2025-11-25 09:46:01.8316722025-11-25 09:46:14.320512D AA
COMPLETE2025-11-25 09:45:47.3277252025-11-25 09:46:01.817768D
AA COMPLETE2025-11-25 09:45:34.9307192025-11-25 09:45:47.313646D AA COMPLETE2025-11-25 09:45:20.7051382025-11-25 09:45:34.917398D AA
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COMPLETE2025-11-25 09:45:03.9975532025-11-25 09:45:20.692747D
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AA COMPLETE2025-11-25 09:44:49.2484842025-11-25 09:45:03.981762D AACOMPLETE2025-11-25 09:44:36.5965962025-11-25 09:44:49.236165D AACOMPLETE2025-11-25 09:44:21.6027502025-11-25 09:44:36.581913D AACOMPLETE2025-11-25 09:44:06.6972542025-11-25 09:44:21.588547D AACOMPLETE2025-11-25 09:43:52.7460662025-11-25 09:44:06.683738D AACOMPLETE2025-11-25 09:43:37.0739222025-11-25 09:43:52.733946D AACOMPLETE2025-11-25 09:43:23.3563812025-11-25 09:43:37.060421D AACOMPLETE2025-11-25 09:43:11.1072982025-11-25 09:43:23.342312C AACOMPLETE2025-11-25 09:42:56.4213082025-11-25 09:43:11.094220C AACOMPLETE2025-11-25 09:42:41.9029282025-11-25 09:42 -q ,9
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<09> <09> <09> <09> c 8 <08><08><08><08>p[=<07><07><07><07>yM)<06><06><06><06>pR/<05><05><05><05>_<' <04><04><04><04>dA<03><03><03><03>rO: <02><02><02><02>xU)<01><01><01><01>cN1 u /frequency21.20096778869629t /mass4353.920868226083s feasiblefalse!r !/max_stress908.2288208007812*q -5max_displacement0.036786045879125595 p /frequency16.64651870727539o /mass3911.726848195828n feasiblefalse!m !/max_stress759.5623779296875*l -5max_displacement0.040556859225034714!k 1frequency15.898102760314941 j 1mass3358.8179313839833i feasiblefalse!h !/max_stress227.0664825439453*g -5max_displacement0.024386651813983917!f 1frequency19.431882858276367e /mass4310.908942015822d feasiblefalse!c !/max_stress982.6076049804688)b -3max_displacement0.03594466671347618!a 1frequency17.269065856933594` /mass4801.834238678327_ feasiblefalse!^ !/max_stress284.5617980957031*] -5max_displacement0.030427929013967514!\ 1frequency20.805625915527344[ /mass2919.414526761638Z feasiblefalse"Y !1max_stress266.37664794921875*X -5max_displacement0.027775324881076813!W 1frequency21.298219680786133 V 1mass3201.7531002010373U feasiblefalse!T !/max_stress305.9248352050781*S -5max_displacement0.028918668627738953!R 1frequency18.254257202148438 Q 1mass3806.4328990424597P feasiblefalse!O !/max_stress551.2527465820312)N -3max_displacement0.03300582244992256!M 1frequency17.112903594970703 L 1mass3516.2545895165063K feasiblefalse!J !/max_stress676.9888916015625*I -5max_displacement0.040323346853256226!H 1frequency16.185922622680664G /mass3213.793478226333F feasiblefalse"E !1max_stress185.02517700195312*D -5max_displacement0.019860349595546722 C /frequency20.83148956298828 B 1mass5055.8603368836375A
feasiblefalse @ !-
max_stress695.014404296875)? -3
max_displacement0.03416329249739647 > /
frequency17.11578941345215 = 1
mass3430.7297336265456< feasiblefalse ; !- max_stress255.481689453125*: -5 max_displacement0.027771631255745888!9 1 frequency18.908977508544922 8 1 mass3735.34941934438537 feasiblefalse"6 !1 max_stress335.70428466796875)5 -3 max_displacement0.03199426457285881 4 / frequency18.09408187866211 3 1 mass3420.15391594061982
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feasiblefalse!1 !/
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max_stress910.6671142578125)0 -3
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max_displacement0.04109802842140198!/ 1
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frequency15.831931114196777 . 1
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mass3349.6099072172533- feasiblefalse!, !/ max_stress267.6662902832031*+ -5 max_displacement0.028996456414461136 * / frequency21.92365074157715 ) 1 mass2808.5628180340927( feasiblefalse"' !1max_stress1083.8499755859375)& -3max_displacement0.04027493670582771 % -frequency16.2733097076416$ /mass4159.912121589758# feasiblefalse"" !1max_stress228.28634643554688*! -5max_displacement0.024444641545414925 /frequency19.42190933227539 /mass4330.969673315037 feasiblefalse! !/max_stress795.2747802734375) -3max_displacement0.03388679027557373! 1frequency16.876663208007812 1mass4443.2931865156825 feasiblefalse" !1max_stress316.30963134765625) -3max_displacement0.02891721948981285! 1frequency18.240983963012695 1mass3739.8588536156817 feasiblefalse !'max_stress642.693359375* -5max_displacement0.028571313247084618 /frequency18.16075897216797 /mass5107.665514625097 feasiblefalse! !/max_stress228.7364959716797(
-1max_displacement0.0235770083963871! 1frequency19.287874221801758 /mass4729.977446942276
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feasiblefalse! !/max_stress759.5623779296875* -5max_displacement0.040556859225034714! 1frequency15.898102760314941 1mass3358.8179313839833 feasiblefalse! !1max_stress228.33424377441406) -5max_displacement0.024460498243570328 /frequency20.51 C<>( :<3A>9 5<>G 0<>Q *<2A>\ "<22>g !u <0F> I<0F><0F><0F><0F><0F><0F><0F>qGW0 <0E><0E><0E><0E>l<0E><0E><0E>{Qa:)
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<01><01><01> ,frequency <00> ,mass <00> +feasible <00>!+max_stress <00>-+max_displacement <00> +frequency <00> +mass <00> *feasible <00>!*max_stress <00>-*max_displacement <00> *frequency <00> *mass <00> )feasible <00>!)max_stress <00>-)max_displacement <00> )frequency <00> )mass <00> (feasible <00>!(max_stress <00>-(max_displacement <00> (frequency <00> (mass <00> 'feasible <00>!'max_stress <00>-'max_displacement <00> 'frequency <00> 'mass <00> &feasible <00>!&max_stress <00>-&max_displacement <00> &frequency <00> &mass <00> %feasible <00>!%max_stress <00>-%max_displacement <00> %frequency <00> %mass <00> $feasible <00>!$max_stress <00>-$max_displacement <00> $frequency <00> $mass <00> #feasible <00>!#max_stress <00>-#max_displacement <00> #frequency <00> #mass <00> "feasible <00>!"max_stress <00>-"max_displacement <00> "frequency <00> "mass <00> !feasible <00>!!max_stress <00>-!max_displacement <00> !frequency <00> !mass <00> feasible <00>! max_stress <00>- max_displacement <00> frequency <00> mass <00> feasible <00>! max_stress <00>- max_displacement <00> frequency <00> mass <00> feasible <00>! max_stress <00>- max_displacement <00> frequency <00> mass <00> feasible <00>! max_stress <00>- max_displacement <00> frequency <00> mass <00> feasible <00>! max_stress <00>- max_displacement <00> frequency <00> mass <00> feasible <00>!max_stress <00>-max_displacement <00> frequency <00> mass <00> feasible <00>!max_stress <00>-max_displacement <00> frequency
|
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mass~ feasible}!max_stress|-max_displacement{ frequencyz
|
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massy feasiblex!max_stressw-max_displacementv frequencyu
|
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masst feasibles!max_stressr-max_displacementq frequencyp
|
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masso feasiblen!max_stressm-max_displacementl frequencyk
|
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massj feasiblei!max_stressh-max_displacementg frequencyf
|
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masse feasibled!max_stressc-max_displacementb frequencya
|
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mass` feasible_!max_stress^-max_displacement] frequency\
|
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mass[ feasibleZ!max_stressY-max_displacementX frequencyW
|
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massV feasibleU!max_stressT-max_displacementS frequencyR
|
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massQ feasibleP!max_stressO-max_displacementN frequencyM
|
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massL feasibleK!max_stressJ-max_displacementI frequencyH
|
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massG feasibleF!max_stressE-max_displacementD frequencyC
|
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massB
feasibleA!
max_stress@-
max_displacement?
frequency>
|
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mass= feasible<! max_stress;- max_displacement: frequency9
|
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mass8 feasible7! max_stress6- max_displacement5 frequency4
|
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mass3
|
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feasible2!
|
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max_stress1-
|
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max_displacement0
|
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frequency/
|
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mass. feasible-! max_stress,- max_displacement+ frequency*
|
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mass) feasible(!max_stress'-max_displacement& frequency%
|
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mass$ feasible#!max_stress"-max_displacement! frequency
|
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mass feasible !max_stress -max_displacement frequency
|
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mass feasible!max_stress-max_displacement frequency
|
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mass feasible!max_stress-max_displacement frequency
|
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mass feasible!max_stress-max_displacement
frequency
|
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mass feasible
|
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!max_stress -max_displacement freq < <00>feasible<02> 2-^neural_predicted )-Eneural_predictedn ( 'mass <00> <0F> @<0F>}\;<0E><0E><0E><0E>uT3
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|
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|
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|
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<EFBFBD>
|
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<EFBFBD>
|
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<EFBFBD>
|
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v
|
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U
|
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4
|
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<09> <09> <09> <09> n M , <08><08><08><08>fE$<07><07><07>^= <06><06><06><06>wV5<05><05><05><05>oN- <04><04><04><04>gF%<03><03><03><03>_> <02><02><02><02>xW6<01><01><01><01>pO.
t =tNSGAIISampler:generation5 s =sNSGAIISampler:generation5 r =rNSGAIISampler:generation5 q =qNSGAIISampler:generation5 p =pNSGAIISampler:generation5 o =oNSGAIISampler:generation5 n =nNSGAIISampler:generation5 m =mNSGAIISampler:generation5 l =lNSGAIISampler:generation5 k =kNSGAIISampler:generation5 j =jNSGAIISampler:generation5 i =iNSGAIISampler:generation5 h =hNSGAIISampler:generation5 g =gNSGAIISampler:generation5 f =fNSGAIISampler:generation5 e =eNSGAIISampler:generation4 d =dNSGAIISampler:generation4 c =cNSGAIISampler:generation4 b =bNSGAIISampler:generation4 a =aNSGAIISampler:generation4 ` =`NSGAIISampler:generation4 _ =_NSGAIISampler:generation4 ^ =^NSGAIISampler:generation4 ] =]NSGAIISampler:generation4 \ =\NSGAIISampler:generation4 [ =[NSGAIISampler:generation4 Z =ZNSGAIISampler:generation4 Y =YNSGAIISampler:generation4 X =XNSGAIISampler:generation4 W =WNSGAIISampler:generation4 V =VNSGAIISampler:generation4 U =UNSGAIISampler:generation4 T =TNSGAIISampler:generation4 S =SNSGAIISampler:generation4 R =RNSGAIISampler:generation4 Q =QNSGAIISampler:generation3 P =PNSGAIISampler:generation3 O =ONSGAIISampler:generation3 N =NNSGAIISampler:generation3 M =MNSGAIISampler:generation3 L =LNSGAIISampler:generation3 K =KNSGAIISampler:generation3 J =JNSGAIISampler:generation3 I =INSGAIISampler:generation3 H =HNSGAIISampler:generation3 G =GNSGAIISampler:generation3 F =FNSGAIISampler:generation3 E =ENSGAIISampler:generation3 D =DNSGAIISampler:generation3 C =CNSGAIISampler:generation3 B =BNSGAIISampler:generation3 A =ANSGAIISampler:generation3 @ =@NSGAIISampler:generation3 ? =?NSGAIISampler:generation3 > =>NSGAIISampler:generation3 = ==NSGAIISampler:generation2 < =<NSGAIISampler:generation2 ; =;NSGAIISampler:generation2 : =:NSGAIISampler:generation2 9 =9NSGAIISampler:generation2 8 =8NSGAIISampler:generation2 7 =7NSGAIISampler:generation2 6 =6NSGAIISampler:generation2 5 =5NSGAIISampler:generation2 4 =4NSGAIISampler:generation2 3 =3NSGAIISampler:generation2 2 =2NSGAIISampler:generation2 1 =1NSGAIISampler:generation2 0 =0NSGAIISampler:generation2 / =/NSGAIISampler:generation2 . =.NSGAIISampler:generation2 - =-NSGAIISampler:generation2 , =,NSGAIISampler:generation2 + =+NSGAIISampler:generation2 * =*NSGAIISampler:generation2 ) =)NSGAIISampler:generation2 ( =(NSGAIISampler:generation1 ' ='NSGAIISampler:generation1 & =&NSGAIISampler:generation1 % =%NSGAIISampler:generation1 $ =$NSGAIISampler:generation1 # =#NSGAIISampler:generation1 " ="NSGAIISampler:generation1 ! =!NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0
=
NSGAIISampler:generation0 = NSGAIISampler:generation0 = NSGAIISampler:generation0
|
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=
|
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NSGAIISampler:generation0 = NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:genera ?t <0F> E<0F><0F>gH)
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|
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<09> <09> <09> <09> x Y : <08><08><08><08><08>aB#<07><07><07><07>iJ+ <06><06><06><06>qR3<05><05><05><05>yZ; <04><04><04><04><04>bC$<03><03><03><03>jK,
<02><02><02><02>rS4<01><01><01><01>z[< ={NSGAIISampler:generation{ =zNSGAIISampler:generationz =yNSGAIISampler:generationy =xNSGAIISampler:generationx =wNSGAIISampler:generationw =vNSGAIISampler:generationv =uNSGAIISampler:generationu =tNSGAIISampler:generationt =sNSGAIISampler:generations =rNSGAIISampler:generationr =qNSGAIISampler:generationq =pNSGAIISampler:generationp =oNSGAIISampler:generationo =nNSGAIISampler:generationn =mNSGAIISampler:generationm =lNSGAIISampler:generationl =kNSGAIISampler:generationk =jNSGAIISampler:generationj =iNSGAIISampler:generationi =hNSGAIISampler:generationh =gNSGAIISampler:generationg =fNSGAIISampler:generationf =eNSGAIISampler:generatione =dNSGAIISampler:generationd =cNSGAIISampler:generationc =bNSGAIISampler:generationb =aNSGAIISampler:generationa =`NSGAIISampler:generation` =_NSGAIISampler:generation_ =^NSGAIISampler:generation^ =]NSGAIISampler:generation] =\NSGAIISampler:generation\ =[NSGAIISampler:generation[ =ZNSGAIISampler:generationZ =YNSGAIISampler:generationY =XNSGAIISampler:generationX =WNSGAIISampler:generationW =VNSGAIISampler:generationV =UNSGAIISampler:generationU =TNSGAIISampler:generationT =SNSGAIISampler:generationS =RNSGAIISampler:generationR =QNSGAIISampler:generationQ =PNSGAIISampler:generationP =ONSGAIISampler:generationO =NNSGAIISampler:generationN =MNSGAIISampler:generationM =LNSGAIISampler:generationL =KNSGAIISampler:generationK =JNSGAIISampler:generationJ =INSGAIISampler:generationI =HNSGAIISampler:generationH =GNSGAIISampler:generationG =FNSGAIISampler:generationF =ENSGAIISampler:generationE =DNSGAIISampler:generationD =CNSGAIISampler:generationC =BNSGAIISampler:generationB =ANSGAIISampler:generationA =@NSGAIISampler:generation@ =?NSGAIISampler:generation? =>NSGAIISampler:generation> ==NSGAIISampler:generation= =<NSGAIISampler:generation< =;NSGAIISampler:generation; =:NSGAIISampler:generation: =9NSGAIISampler:generation9 =8NSGAIISampler:generation8 =7NSGAIISampler:generation7 =6NSGAIISampler:generation6 =5NSGAIISampler:generation5 =4NSGAIISampler:generation4 =3NSGAIISampler:generation3 =2NSGAIISampler:generation2 =1NSGAIISampler:generation1 =0NSGAIISampler:generation0 =/NSGAIISampler:generation/ =.NSGAIISampler:generation. =-NSGAIISampler:generation- =,NSGAIISampler:generation, =+NSGAIISampler:generation+ =*NSGAIISampler:generation* =)NSGAIISampler:generation) =(NSGAIISampler:generation( ='NSGAIISampler:generation' =&NSGAIISampler:generation& =%NSGAIISampler:generation% =$NSGAIISampler:generation$ =#NSGAIISampler:generation# ="NSGAIISampler:generation" =!NSGAIISampler:generation! = NSGAIISampler:generation = NSGAIISampler:generation = NSGAIISampler:generation = NSGAIISampler:generation = NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =
NSGAIISampler:generation
= NSGAIISampler:generation = NSGAIISampler:generation =
|
|||
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NSGAIISampler:generation
|
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|
|
= NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:generation =NSGAIISampler:gener D =?NSGAIISampler:generation? <0F> N<0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><0F><02>R<01>N <00> <00> =<07>Sbeam_half_core_thickness@ <1F>)<29><><EFBFBD>n{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@&+<2B>j<EFBFBD><6A><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@1<><31><EFBFBD><EFBFBD><EFBFBD>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness@<04><14><<3C>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ <0C><><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@$ev<65>YbZ{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@5<><35><EFBFBD><EFBFBD>h4{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness?<3F>v<EFBFBD><76>/<2F> {"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ W<><57><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@#~<7E><>I<EFBFBD>s{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@;G <1D> <1D>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness@ eg <03>2{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@<15>d<EFBFBD>u@{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@"3k,<2C> <1C>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@1E<31>=<3D><07>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness?<3F><>{d <00>&{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D>
=<07>Sbeam_half_core_thickness@"S
<0A><>V={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@+<2B><>%?^{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@%<25><><08>i<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>
|
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3<07>Qbeam_face_thickness@TC<54>MAA{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ ڻ<><DABB><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}| !<07>Shole_count@'/0e0<65>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@C<><43>s <00>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness@6 4]<5D>*{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D>
|
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& <09> <09> <09> <09> } <09> W h 8<08> <08><08><08><08>`z:K<07><07><07><07>|<07>C] .<06><06><06><06><06><06>_p&@ <05><05><05><05>h<05>BS #<04><04><04><04><04><04>Ke$6<03><03><03><03><03>^p#><02>
<02><02><02><02>]x5G<01><01><01><01><01>o<01>O =(beam_half_core_thickness <00>!'hole_count <00>)'holes_diameter <00>3'beam_face_thickness <00> ='beam_half_core_thickness <00>!&hole_count <00>)&holes_diameter <00>3&beam_face_thickness <00> =&beam_half_core_thickness <00>!%hole_count <00>)%holes_diameter <00>3%beam_face_thickness <00> =%beam_half_core_thickness <00>!$hole_count <00>)$holes_diameter <00>3$beam_face_thickness <00> =$beam_half_core_thickness <00>!#hole_count <00>)#holes_diameter <00>3#beam_face_thickness <00> =#beam_half_core_thickness <00>!"hole_count <00>)"holes_diameter <00>3"beam_face_thickness <00> ="beam_half_core_thickness <00>!!hole_count <00>)!holes_diameter <00>3!beam_face_thickness <00> =!beam_half_core_thickness <00>! hole_count <00>) holes_diameter3 beam_face_thickness~ = beam_half_core_thickness}! hole_count|) holes_diameter{3 beam_face_thicknessz = beam_half_core_thicknessy! hole_countx) holes_diameterw3 beam_face_thicknessv = beam_half_core_thicknessu! hole_countt) holes_diameters3 beam_face_thicknessr = beam_half_core_thicknessq! hole_countp) holes_diametero3 beam_face_thicknessn = beam_half_core_thicknessm!hole_countl)holes_diameterk3beam_face_thicknessj =beam_half_core_thicknessi!hole_counth)holes_diameterg3beam_face_thicknessf =beam_half_core_thicknesse!hole_countd)holes_diameterc3beam_face_thicknessb =beam_half_core_thicknessa!hole_count`)holes_diameter_3beam_face_thickness^ =beam_half_core_thickness]!hole_count\)holes_diameter[3beam_face_thicknessZ =beam_half_core_thicknessY!hole_countX)holes_diameterW3beam_face_thicknessV =beam_half_core_thicknessU!hole_countT)holes_diameterS3beam_face_thicknessR =beam_half_core_thicknessQ!hole_countP)holes_diameterO3beam_face_thicknessN =beam_half_core_thicknessM!hole_countL)holes_diameterK3beam_face_thicknessJ =beam_half_core_thicknessI!hole_countH)holes_diameterG3beam_face_thicknessF =beam_half_core_thicknessE!hole_countD)holes_diameterC3beam_face_thicknessB =beam_half_core_thicknessA!hole_count@)holes_diameter?3beam_face_thickness> =beam_half_core_thickness=!hole_count<)holes_diameter;3beam_face_thickness: =beam_half_core_thickness9!hole_count8)holes_diameter73beam_face_thickness6 =beam_half_core_thickness5!
hole_count4)
holes_diameter33
beam_face_thickness2 =
beam_half_core_thickness1! hole_count0) holes_diameter/3 beam_face_thickness. = beam_half_core_thickness-! hole_count,) holes_diameter+3 beam_face_thickness* = beam_half_core_thickness)!
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hole_count()
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holes_diameter'3
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beam_face_thickness& =
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<EFBFBD>K<07>d<07><04>a<04><01>(<01><01> Qe? indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
|
|||
|
|
trial_value_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER NOT NULL,
|
|||
|
|
objective INTEGER NOT NULL,
|
|||
|
|
value FLOAT,
|
|||
|
|
value_type VARCHAR(7) NOT NULL,
|
|||
|
|
PRIMARY KEY (trial_value_id),
|
|||
|
|
UNIQUE (trial_id, objective),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
) <04>K% indexsqlite_autoindex_trial_values_1trial_values<14>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
|
|||
|
|
param_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
param_name VARCHAR(512),
|
|||
|
|
param_value FLOAT,
|
|||
|
|
distribution_json TEXT,
|
|||
|
|
PRIMARY KEY (param_id),
|
|||
|
|
UNIQUE (trial_id, param_name),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
) aK% indexsqlite_autoindex_trial_params_1trial_params<12>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
|
|||
|
|
trial_system_attribute_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (trial_system_attribute_id),
|
|||
|
|
UNIQUE (trial_id, "key"),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
) <01>a; indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>? 77<01> tabletrial_user_attributestrial_user_attributes
CREATE TABLE trial_user_attributes (
|
|||
|
|
trial_user_attribute_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (trial_user_attribute_id),
|
|||
|
|
UNIQUE (trial_id, "key"),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
)I
]7 indexsqlite_autoindex_trial_user_attributes_1trial_user_attributesX 1uindexix_trials_study_idtrials CREATE INDEX ix_trials_study_id ON trials (study_id)<29>
|
|||
|
|
<01> tabletrialstrials CREATE TABLE trials (
|
|||
|
|
trial_id INTEGER NOT NULL,
|
|||
|
|
number INTEGER,
|
|||
|
|
study_id INTEGER,
|
|||
|
|
state VARCHAR(8) NOT NULL,
|
|||
|
|
datetime_start DATETIME,
|
|||
|
|
datetime_complete DATETIME,
|
|||
|
|
PRIMARY KEY (trial_id),
|
|||
|
|
FOREIGN KEY(study_id) REFERENCES studies (study_id)
|
|||
|
|
)<29>J;;<01>+tablestudy_system_attributesstudy_system_attributes CREATE TABLE study_system_attributes (
|
|||
|
|
study_system_attribute_id INTEGER NOT NULL,
|
|||
|
|
study_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (study_system_attribute_id),
|
|||
|
|
UNIQUE (study_id, "key"),
|
|||
|
|
FOREIGN KEY(study_id) REFERENCES studies (study_id)
|
|||
|
|
)M a; indexsqlite_autoindex_study_system_attributes_1study_system_attributes
|
|||
|
|
<EFBFBD>@77<01> tablestudy_user_attributesstudy_user_attributesCREATE TABLE study_user_attributes (
|
|||
|
|
study_user_attribute_id INTEGER NOT NULL,
|
|||
|
|
study_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (study_user_attribute_id),
|
|||
|
|
UNIQUE (study_id, "key"),
|
|||
|
|
FOREIGN KEY(study_id) REFERENCES studies (study_id)
|
|||
|
|
)I]7 indexsqlite_autoindex_study_user_attributes_1study_user_attributes<08>J--<01>Gtablestudy_directionsstudy_directionsCREATE TABLE study_directions (
|
|||
|
|
study_direction_id INTEGER NOT NULL,
|
|||
|
|
direction VARCHAR(8) NOT NULL,
|
|||
|
|
study_id INTEGER NOT NULL,
|
|||
|
|
objective INTEGER NOT NULL,
|
|||
|
|
PRIMARY KEY (study_direction_id),
|
|||
|
|
UNIQUE (study_id, objective),
|
|||
|
|
FOREIGN KEY(study_id) REFERENCES studies (study_id)
|
|||
|
|
)?S- indexsqlite_autoindex_study_directions_1study_directions <00>\%%<01>{tableversion_infoversion_infoCREATE TABLE version_info (
|
|||
|
|
version_info_id INTEGER NOT NULL,
|
|||
|
|
schema_version INTEGER,
|
|||
|
|
library_version VARCHAR(256),
|
|||
|
|
PRIMARY KEY (version_info_id),
|
|||
|
|
CHECK (version_info_id=1)
|
|||
|
|
)j7<01>indexix_studies_study_namestudiesCREATE UNIQUE INDEX ix_studies_study_name ON studies (study_name)<29> <01>otablestudiesstudiesCREATE TABLE studies (
|
|||
|
|
study_id INTEGER NOT NULL,
|
|||
|
|
study_name VARCHAR(512) NOT NULL,
|
|||
|
|
PRIMARY KEY (study_id)
|
|||
|
|
)
<07> <05> <0E>s
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|
|||
|
|
( <09>V<06><07><05>Z <00>)++<01> tablealembic_versionalembic_versionCREATE TABLE alembic_version (
|
|||
|
|
version_num VARCHAR(32) NOT NULL,
|
|||
|
|
CONSTRAINT alembic_version_pkc PRIMARY KEY (version_num)
|
|||
|
|
)=Q+ indexsqlite_autoindex_alembic_version_1alembic_version <1C> --<01>otabletrial_heartbeatstrial_heartbeatsCREATE TABLE trial_heartbeats (
|
|||
|
|
trial_heartbeat_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER NOT NULL,
|
|||
|
|
heartbeat DATETIME NOT NULL,
|
|||
|
|
PRIMARY KEY (trial_heartbeat_id),
|
|||
|
|
UNIQUE (trial_id),
|
|||
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
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)?S- indexsqlite_autoindex_trial_heartbeats_1trial_heartbeats Qe? indexsqlite_autoindex_trial_intermediate_values_1trial_intermediate_values<16>??<01>;tabletrial_intermediate_valuestrial_intermediate_valuesCREATE TABLE trial_intermediate_values (
|
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trial_intermediate_value_id INTEGER NOT NULL,
|
|||
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trial_id INTEGER NOT NULL,
|
|||
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step INTEGER NOT NULL,
|
|||
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intermediate_value FLOAT,
|
|||
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intermediate_value_type VARCHAR(7) NOT NULL,
|
|||
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PRIMARY KEY (trial_intermediate_value_id),
|
|||
|
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UNIQUE (trial_id, step),
|
|||
|
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FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
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)7K% indexsqlite_autoindex_trial_values_1trial_values<14>E%%<01>Mtabletrial_valuestrial_valuesCREATE TABLE trial_values (
|
|||
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trial_value_id INTEGER NOT NULL,
|
|||
|
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trial_id INTEGER NOT NULL,
|
|||
|
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objective INTEGER NOT NULL,
|
|||
|
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value FLOAT,
|
|||
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value_type VARCHAR(7) NOT NULL,
|
|||
|
|
PRIMARY KEY (trial_value_id),
|
|||
|
|
UNIQUE (trial_id, objective),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
)7K% indexsqlite_autoindex_trial_params_1trial_params<12>,%%<01>tabletrial_paramstrial_paramsCREATE TABLE trial_params (
|
|||
|
|
param_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
param_name VARCHAR(512),
|
|||
|
|
param_value FLOAT,
|
|||
|
|
distribution_json TEXT,
|
|||
|
|
PRIMARY KEY (param_id),
|
|||
|
|
UNIQUE (trial_id, param_name),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
)Ma; indexsqlite_autoindex_trial_system_attributes_1trial_system_attributes<10>I;;<01>)tabletrial_system_attributestrial_system_attributesCREATE TABLE trial_system_attributes (
|
|||
|
|
trial_system_attribute_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (trial_system_attribute_id),
|
|||
|
|
UNIQUE (trial_id, "key"),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
)I
]7 indexsqlite_autoindex_trial_user_attributes_1trial_user_attributes<0E>? 77<01> tabletrial_user_attributestrial_user_attributes
CREATE TABLE trial_user_attributes (
|
|||
|
|
trial_user_attribute_id INTEGER NOT NULL,
|
|||
|
|
trial_id INTEGER,
|
|||
|
|
"key" VARCHAR(512),
|
|||
|
|
value_json TEXT,
|
|||
|
|
PRIMARY KEY (trial_user_attribute_id),
|
|||
|
|
UNIQUE (trial_id, "key"),
|
|||
|
|
FOREIGN KEY(trial_id) REFERENCES trials (trial_id)
|
|||
|
|
)
|
|||
|
|
|
|||
|
|
v3.2.0.a
|
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|
|
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|
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|
|
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|
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|
|
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=<07>Sbeam_half_core_thickness@"S
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|
|||
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3<07>Qbeam_face_thickness@TC<54>MAA{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ ڻ<><DABB><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}} !<07>Shole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> =<07>Sbeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}| !<07>Shole_count@'/0e0<65>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>Uholes_diameter@C<><43>s <00>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D> 3<07>Qbeam_face_thickness@6 4]<5D>*{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D>
|
|||
|
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beam_half_core_thickness@ <1E>(<18>T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}0 !<07>S hole_count@&=<3D>"O<>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>/ )<07>U holes_diameter@6w<36><77> 3{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>. 3<07>Q beam_face_thickness@<02><><EFBFBD><EFBFBD><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> - =<07>S beam_half_core_thickness@,<2C><18><><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}, !<07>S hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>+ )<07>U holes_diameter@&<26>F<EFBFBD><46><EFBFBD>@{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>* 3<07>Q beam_face_thickness?<3F><>}?U1 {"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> ) =<07>S beam_half_core_thickness@p<><70><EFBFBD>e<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}( !<07>S
|
|||
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|
|||
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|||
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|||
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|||
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|
|||
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<01>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}D !<07>Shole_count@)<29>Y`?vf{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>C )<07>Uholes_diameter@/F <20><>u<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>B 3<07>Qbeam_face_thickness@ <00><><16>O<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> A =<07>Sbeam_half_core_thickness@<19>b{<04>}{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}@ !<07>Shole_count@$G<>;r<>u{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>? )<07>Uholes_diameter@E<>"<22><><EFBFBD>P{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>> 3<07>Qbeam_face_thickness?<3F><><EFBFBD>*(<28>
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<06><05>~<04>h<03>d<02>N<01>J <00> <00> u =<07>S beam_half_core_thickness@ <0C><><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}t !<07>S hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>s )<07>U holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>r 3<07>Q beam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> q =<07>S beam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}p !<07>S hole_count@+<2B><>%?^{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>o )<07>U holes_diameter@E<>"<22><><EFBFBD>P{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>n 3<07>Q beam_face_thickness@TC<54>MAA{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> m =<07>S beam_half_core_thickness@<1B><18>H<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}l !<07>Shole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>k )<07>Uholes_diameter@&<26>F<EFBFBD><46><EFBFBD>@{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>j 3<07>Qbeam_face_thickness@<02><><EFBFBD><EFBFBD><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> i =<07>Sbeam_half_core_thickness@p<><70><EFBFBD>e<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}h !<07>Shole_count@(<28><><EFBFBD><EFBFBD>mj{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>g )<07>Uholes_diameter@7<eQz <1F>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>f 3<07>Qbeam_face_thickness@ !Heά{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> e =<07>Sbeam_half_core_thickness@ E<> <02>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}d !<07>Shole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>c )<07>Uholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>b 3<07>Qbeam_face_thickness?<3F><>}?U1 {"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> a =<07>Sbeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}` !<07>Shole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>_ )<07>Uholes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>^ 3<07>Qbeam_face_thickness@Q6{<7B>s{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> ] =<07>Sbeam_half_core_thickness@#e <06>r<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}\ !<07>Shole_count@%H&<01>_<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>[ )<07>Uholes_diameter@E<>"<22><><EFBFBD>P{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>Z 3<07>Qbeam_face_thickness?<3F> !D<>on{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> Y =<07>Sbeam_half_core_thickness@ ;<3B><><0F> {"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}
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<09> <09> <09> <09> c 8 <08><08><08><08>p[=<07><07><07><07>yM)<06><06><06><06>pR/<05><05><05><05>_<' <04><04><04><04>dA<03><03><03><03>rO: <02><02><02><02>xU)<01><01><01><01>cN1 u /frequency21.20096778869629t /mass4353.920868226083s feasiblefalse!r !/max_stress908.2288208007812*q -5max_displacement0.036786045879125595 p /frequency16.64651870727539o /mass3911.726848195828n feasiblefalse!m !/max_stress759.5623779296875*l -5max_displacement0.040556859225034714!k 1frequency15.898102760314941 j 1mass3358.8179313839833i feasiblefalse!h !/max_stress227.0664825439453*g -5max_displacement0.024386651813983917!f 1frequency19.431882858276367e /mass4310.908942015822d feasiblefalse!c !/max_stress982.6076049804688)b -3max_displacement0.03594466671347618!a 1frequency17.269065856933594` /mass4801.834238678327_ feasiblefalse!^ !/max_stress284.5617980957031*] -5max_displacement0.030427929013967514!\ 1frequency20.805625915527344[ /mass2919.414526761638Z feasiblefalse"Y !1max_stress266.37664794921875*X -5max_displacement0.027775324881076813!W 1frequency21.298219680786133 V 1mass3201.7531002010373U feasiblefalse!T !/max_stress305.9248352050781*S -5max_displacement0.028918668627738953!R 1frequency18.254257202148438 Q 1mass3806.4328990424597P feasiblefalse!O !/max_stress551.2527465820312)N -3max_displacement0.03300582244992256!M 1frequency17.112903594970703 L 1mass3516.2545895165063K feasiblefalse!J !/max_stress676.9888916015625*I -5max_displacement0.040323346853256226!H 1frequency16.185922622680664G /mass3213.793478226333F feasiblefalse"E !1max_stress185.02517700195312*D -5max_displacement0.019860349595546722 C /frequency20.83148956298828 B 1mass5055.8603368836375A
feasiblefalse @ !-
max_stress695.014404296875)? -3
max_displacement0.03416329249739647 > /
frequency17.11578941345215 = 1
mass3430.7297336265456< feasiblefalse ; !- max_stress255.481689453125*: -5 max_displacement0.027771631255745888!9 1 frequency18.908977508544922 8 1 mass3735.34941934438537 feasiblefalse"6 !1 max_stress335.70428466796875)5 -3 max_displacement0.03199426457285881 4 / frequency18.09408187866211 3 1 mass3420.15391594061982
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feasiblefalse!1 !/
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max_stress910.6671142578125)0 -3
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max_displacement0.04109802842140198!/ 1
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frequency15.831931114196777 . 1
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mass3349.6099072172533- feasiblefalse!, !/ max_stress267.6662902832031*+ -5 max_displacement0.028996456414461136 * / frequency21.92365074157715 ) 1 mass2808.5628180340927( feasiblefalse"' !1max_stress1083.8499755859375)& -3max_displacement0.04027493670582771 % -frequency16.2733097076416$ /mass4159.912121589758# feasiblefalse"" !1max_stress228.28634643554688*! -5max_displacement0.024444641545414925 /frequency19.42190933227539 /mass4330.969673315037 feasiblefalse! !/max_stress795.2747802734375) -3max_displacement0.03388679027557373! 1frequency16.876663208007812 1mass4443.2931865156825 feasiblefalse" !1max_stress316.30963134765625) -3max_displacement0.02891721948981285! 1frequency18.240983963012695 1mass3739.8588536156817 feasiblefalse !'max_stress642.693359375* -5max_displacement0.028571313247084618 /frequency18.16075897216797 /mass5107.665514625097 feasiblefalse! !/max_stress228.7364959716797(
-1max_displacement0.0235770083963871! 1frequency19.287874221801758 /mass4729.977446942276
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feasiblefalse! !/max_stress759.5623779296875* -5max_displacement0.040556859225034714! 1frequency15.898102760314941 1mass3358.8179313839833 feasiblefalse! !1max_stress228.33424377441406) -5max_displacement0.024460498243570328 /frequency20.51445960998535 1mass3754.8484534555446
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<1B>g /0mass3273.854129901514<13>f .feasiblefalse!<21>e !/.max_stress283.5157470703125)<29>d -3.max_displacement0.03042258508503437!<21>c 1.frequency20.847980499267578 <1C>b 1.mass2899.3807304760794<13>a -feasiblefalse"<22>` !1-max_stress264.87200927734375)<29>_ -3-max_displacement0.02821275033056736!<21>^ 1-frequency21.648441314697266<1B>] /-mass3039.252057419609<13>\ ,feasiblefalse"<22>[ !1,max_stress187.03807067871094*<2A>Z -5,max_displacement0.020457856357097626!<21>Y 1,frequency21.375255584716797<1A>X -,mass4371.86173899049<13>W +feasiblefalse"<22>V !1+max_stress210.62916564941406*<2A>U -5+max_displacement0.022853853181004524!<21>T 1+frequency20.785322189331055<1B>S /+mass3902.586916819164<13>R *feasiblefalse <1F>Q !+*max_stress269.42138671875)<29>P -3*max_displacement0.02926856279373169!<21>O 1*frequency22.065078735351562 <1C>N 1*mass2754.9443626150482<13>M )feasiblefalse!<21>L !/)max_stress267.6662902832031*<2A>K -5)max_displacement0.028996456414461136 <20>J /)frequency21.92365074157715 <1C>I 1)mass2808.5628180340964<13>H (feasiblefalse <1F>G !+(max_stress696.27685546875)<29>F -3(max_displacement0.03413144871592522!<21>E 1(frequency16.594745635986328<1B>D /(mass4100.263854850897<13>C 'feasiblefalse!<21>B !/'max_stress267.6662902832031*<2A>A -5'max_displacement0.028996456414461136 <20>@ /'frequency21.92365074157715 <1C>? 1'mass2808.5628180340964<13>> &feasiblefalse"<22>= !1&max_stress242.20761108398438)<29>< -3&max_displacement0.02662809193134308!<21>; 1&frequency19.698856353759766 <1C>: 1&mass3467.0731176881345<13>9 %feasiblefalse"<22>8 !1%max_stress272.34832763671875*<2A>7 -5%max_displacement0.029705610126256943 <20>6 /%frequency19.02242088317871 <1C>5 1%mass3490.5270258762835<13>4 $feasiblefalse!<21>3 !/$max_stress283.5157470703125)<29>2 -3$max_displacement0.03042258508503437!<21>1 1$frequency20.847980499267578 <1C>0 1$mass2899.3807304760794<13>/ #feasiblefalse!<21>. !/#max_stress335.6023864746094)<29>- -3#max_displacement0.03145892173051834 <1F>, -#frequency18.0539493560791 <1C>+ 1#mass3500.2031727776853<13>* "feasiblefalse"<22>) !1"max_stress188.76913452148438)<29>( -3"max_displacement0.02076462097465992 <20>' /"frequency21.20096778869629<1B>& /"mass4353.920868226083<13>% !feasiblefalse!<21>$ !/!max_stress906.6546630859375)<29># -3!max_displacement0.03310539945960045!<21>" 1!frequency17.950206756591797<1A>! -!mass4635.35294455761<13> feasiblefalse!<21> !/ max_stress759.5623779296875*<2A> -5 max_displacement0.040556859225034714!<21> 1 frequency15.898102760314941 <1C> 1 mass3358.8179313839823<13> feasiblefalse!<21> !/ max_stress335.7108154296875)<29> -3 max_displacement0.03203963488340378!<21> 1 frequency18.089937210083008 <1C> 1 mass3429.4284567868553<13> feasiblefalse <1F> !+ max_stress696.27685546875)<29> -3 max_displacement0.03413144871592522!<21> 1 frequency16.594745635986328<1B> / mass4100.263854850898<13> feasiblefalse!<21> !/ max_stress267.6662902832031*<2A> -5 max_displacement0.028996456414461136 <20> / frequency21.92365074157715 <1C>
1 mass2808.5628180340964<13> feasiblefalse"<22> !1 max_stress242.20761108398438)<29>
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-3 max_displacement0.02662809193134308!<21> 1 frequency19.698856353759766<1B> / mass3467.073117688134<13> feasiblefalse"<22> !1max_stress272.34832763671875*<2A> -5max_displacement0.029705610126256943 <20> /frequency19.02242088317871 <1C> 1mass3490.5270258762826<13> feasiblefalse!<21> !/max_stress279.8471374511719)<29> -3max_displacement0.02996722236275673! 1frequency20.303495407104492~ /mass3157.065918232478} feasiblefalse!| !/max_stress335.6023864746094){ -3max_displacement0.03145892173051834 z -frequency18.0539493560791 y 1mass3500.2031727776844x feasiblefalse"w !1max_stress188.76913452148438)v -3max_displacement0.02076462097465992
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=<07>S$beam_half_core_thickness@ E<> <02>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>S#hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>U#holes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>
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3<07>Q#beam_face_thickness?<3F><>}?U1 {"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>S#beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>S"hole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>U"holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>Q"beam_face_thickness@Q6{<7B>s{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>S"beam_half_core_thickness@#e <06>r<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>S!hole_count@%H&<01>_<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>U!holes_diameter@E<>"<22><><EFBFBD>P{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>Q!beam_face_thickness?<3F> !D<>on{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>S!beam_half_core_thickness@#<23><> <20><><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>S hole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D> )<07>U holes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>~ 3<07>Q beam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> } =<07>S beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}| !<07>S hole_count@$~<7E>U<EFBFBD><55>\{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>{ )<07>U holes_diameter@&<26>F<EFBFBD><46><EFBFBD>@{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>z 3<07>Q beam_face_thickness?<3F><>}?U1 {"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> y =<07>S beam_half_core_thickness@p<><70><EFBFBD>e<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}x !<07>S hole_count@&+<2B>j<EFBFBD><6A><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D>w )<07>U holes_diameter@1<><31><EFBFBD><EFBFBD><EFBFBD>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D>v 3<07>Q beam_face_thickness?<3F><>S<EFBFBD> <10>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}
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& <09> <09> <09> <09> } <09> W h 8<08> <08><08><08><08>`O: <07><07><07><07><07>|bC2 <06><06><06><06><06>t_E& <05><05><05><05><05>hWB( <04><04><04><04><04><04>jK9$ <03><03><03><03><03>t^C#<02><02><02><02><02>}]K5<01><01><01><01><01><01>oT =3(beam_face_thickness <00>)'holes_diameter <00>!'hole_count <00> ='beam_half_core_thickness <00>3'beam_face_thickness <00>)&holes_diameter <00>!&hole_count <00> =&beam_half_core_thickness <00>3&beam_face_thickness <00>)%holes_diameter <00>!%hole_count <00> =%beam_half_core_thickness <00>3%beam_face_thickness <00>)$holes_diameter <00>!$hole_count <00> =$beam_half_core_thickness <00>3$beam_face_thickness <00>)#holes_diameter <00>!#hole_count <00> =#beam_half_core_thickness <00>3#beam_face_thickness <00>)"holes_diameter <00>!"hole_count <00> ="beam_half_core_thickness <00>3"beam_face_thickness <00>)!holes_diameter <00>!!hole_count <00> =!beam_half_core_thickness <00>3!beam_face_thickness <00>) holes_diameter! hole_count <00> = beam_half_core_thickness}3 beam_face_thickness~) holes_diameter{! hole_count| = beam_half_core_thicknessy3 beam_face_thicknessz) holes_diameterw! hole_countx = beam_half_core_thicknessu3 beam_face_thicknessv) holes_diameters! hole_countt = beam_half_core_thicknessq3 beam_face_thicknessr) holes_diametero! hole_countp = beam_half_core_thicknessm3 beam_face_thicknessn)holes_diameterk!hole_countl =beam_half_core_thicknessi3beam_face_thicknessj)holes_diameterg!hole_counth =beam_half_core_thicknesse3beam_face_thicknessf)holes_diameterc!hole_countd =beam_half_core_thicknessa3beam_face_thicknessb)holes_diameter_!hole_count` =beam_half_core_thickness]3beam_face_thickness^)holes_diameter[!hole_count\ =beam_half_core_thicknessY3beam_face_thicknessZ)holes_diameterW!hole_countX =beam_half_core_thicknessU3beam_face_thicknessV)holes_diameterS!hole_countT =beam_half_core_thicknessQ3beam_face_thicknessR!hole_countP)holes_diameterO3beam_face_thicknessN =beam_half_core_thicknessM!hole_countL)holes_diameterK3beam_face_thicknessJ =beam_half_core_thicknessI!hole_countH)holes_diameterG3beam_face_thicknessF =beam_half_core_thicknessE!hole_countD)holes_diameterC3beam_face_thicknessB =beam_half_core_thicknessA!hole_count@)holes_diameter?3beam_face_thickness> =beam_half_core_thickness=!hole_count<)holes_diameter;3beam_face_thickness: =beam_half_core_thickness9!hole_count8)holes_diameter73beam_face_thickness6 =beam_half_core_thickness5!
hole_count4)
holes_diameter33
beam_face_thickness2 =
beam_half_core_thickness1! hole_count0) holes_diameter/3 beam_face_thickness. = beam_half_core_thickness-! hole_count,) holes_diameter+3 beam_face_thickness* = beam_half_core_thickness)!
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beam_half_core_thickness%! hole_count$) holes_diameter#3 beam_face_thickness" = beam_half_core_thickness!!hole_count )holes_diameter 3beam_face_thickness =beam_half_core_thickness !hole_count )holes_diameter3beam_face_thickness =beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness =beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness =beam_half_core_thickness!hole_count)holes_diameter3beam_face_thickness =beam_half_core_thickness
!hole_count )holes_diameter 3beam_face_thickness
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=beam_half_core_thickness !hole_count)holes_diameter3beam_face_thickness =beam_half_core_thickness !hole_count )holes_diameter 3beam_face_thickness = beam_half_core_thickness
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<08><08><08><08><08>dD2 <07><07><07><07>~lV; <06><06><06><06><06>uUC-<05><05><05><05><05>}gL,<04><02><02><02><02><02>w\<*<01><01><01><01><01>vdN< !Nhole_count8)Iholes_diameter#!Ihole_count$ =Ibeam_half_core_thickness!3Ibeam_face_thickness")Hholes_diameter !Hhole_count =Hbeam_half_core_thickness 3Hbeam_face_thickness )Gholes_diameter!Ghole_count =Gbeam_half_core_thickness3Gbeam_face_thickness)Fholes_diameter!Fhole_count =Fbeam_half_core_thickness3Fbeam_face_thickness)Eholes_diameter!Ehole_count =Ebeam_half_core_thickness =(beam_half_core_thickness <00>3(beam_face_thickness <00>)'holes_diameter <00>!'hole_count <00> ='beam_half_core_thickness <00>3'beam_face_thickness <00>)&holes_diameter <00>!&hole_count <00> =&beam_half_core_thickness <00>3&beam_face_thickness <00>)%holes_diameter <00>!%hole_count <00> =%beam_half_core_thickness <00>3%beam_face_thickness <00>)$holes_diameter <00>!$hole_count <00> =$beam_half_core_thickness <00>3$beam_face_thickness <00>3Ebeam_face_thickness)Dholes_diameter!Dhole_count =Dbeam_half_core_thickness
3Dbeam_face_thickness)Choles_diameter !Chole_count =Cbeam_half_core_thickness 3Cbeam_face_thickness
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)Bholes_diameter!Bhole_count =Bbeam_half_core_thickness3Bbeam_face_thickness)Aholes_diameter!Ahole_count =Abeam_half_core_thickness3Abeam_face_thickness)@holes_diameter <00>!@hole_count =@beam_half_core_thickness <00>3@beam_face_thickness <00>)?holes_diameter <00>!?hole_count <00> =?beam_half_core_thickness <00>3?beam_face_thickness <00>)>holes_diameter <00>!>hole_count <00> =>beam_half_core_thickness <00>3>beam_face_thickness <00>)=holes_diameter <00>!=hole_count <00> ==beam_half_core_thickness <00>3=beam_face_thickness <00>)<holes_diameter <00>!<hole_count <00> =<beam_half_core_thickness <00>3<beam_face_thickness <00>);holes_diameter <00>!;hole_count <00> =;beam_half_core_thickness <00>3;beam_face_thickness <00>):holes_diameter <00>!:hole_count <00> =:beam_half_core_thickness <00>3:beam_face_thickness <00>)9holes_diameter <00>!9hole_count <00> =9beam_half_core_thickness <00>39beam_face_thickness <00>)8holes_diameter <00>!8hole_count <00> =8beam_half_core_thickness <00>38beam_face_thickness <00>)7holes_diameter <00>!7hole_count <00> =7beam_half_core_thickness <00>37beam_face_thickness <00>)6holes_diameter <00>!6hole_count <00> =6beam_half_core_thickness <00>36beam_face_thickness <00>)5holes_diameter <00>!5hole_count <00> =5beam_half_core_thickness <00>35beam_face_thickness <00>)4holes_diameter <00>!4hole_count <00> =4beam_half_core_thickness <00>34beam_face_thickness <00>)3holes_diameter <00>!3hole_count <00> =3beam_half_core_thickness <00>33beam_face_thickness <00>)2holes_diameter <00>!2hole_count <00> =2beam_half_core_thickness <00>32beam_face_thickness <00>)1holes_diameter <00>!1hole_count <00> =1beam_half_core_thickness <00>31beam_face_thickness <00>)0holes_diameter <00>!0hole_count <00> =0beam_half_core_thickness <00>30beam_face_thickness <00>)/holes_diameter <00>!/hole_count <00> =/beam_half_core_thickness <00>3/beam_face_thickness <00>).holes_diameter <00>!.hole_count <00> =.beam_half_core_thickness <00>3.beam_face_thickness <00>)-holes_diameter <00>!-hole_count <00> =-beam_half_core_thickness <00>3-beam_face_thickness <00>),holes_diameter <00>!,hole_count <00> =,beam_half_core_thickness <00>3,beam_face_thickness <00>)+holes_diameter <00>!+hole_count <00> =+beam_half_core_thickness <00>3+beam_face_thickness <00>)*holes_diameter <00>!*hole_count <00> =*beam_half_core_thickness <00>3*beam_face_thickness <00>))holes_diameter <00>!)hole_count <00> =)beam_half_core_thickness <00>3)beam_face_thickness <00>)(holes_diameter <00>!(hole_count <00>
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mass~ frequency feasible <00>!max_stress|-max_displacement{
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massy frequencyz feasible}!max_stressw-max_displacementv frequencyu feasiblex!max_stressr feasibles -max_displacementq
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masso frequencyp
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masst feasiblen!max_stressm-max_displacementl frequencyk
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massj feasiblei!max_stressh-max_displacementg frequencyf
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masse feasibled!max_stressc-max_displacementb frequencya
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mass` feasible_!max_stress^-max_displacement] frequency\
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mass[ feasibleZ!max_stressY-max_displacementX frequencyW
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massV feasibleU!max_stressT-max_displacementS frequencyR
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massQ feasibleP!max_stressO-max_displacementN frequencyM
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massL feasibleK!max_stressJ-max_displacementI frequencyH
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massG feasibleF!max_stressE-max_displacementD frequencyC
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mass= feasible<! max_stress;- max_displacement: frequency9
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mass8 feasible7! max_stress6- max_displacement5 frequency4
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mass3
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feasible2!
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mass. feasible-! max_stress,- max_displacement+ frequency*
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mass) feasible(!max_stress'-max_displacement& frequency%
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mass$ feasible#!max_stress"-max_displacement! frequency
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mass feasible !max_stress -max_displacement frequency
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mass feasible!max_stress-max_displacement frequency
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mass feasible!max_stress-max_displacement frequency
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mass feasible!max_stress-max_displacement
frequency
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mass feasible
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!max_stress -max_displacement frequency
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mass
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<01><01><01><01><01><01>-L Ifeasible<01>-Hneural_predicted<01>!Hmax_stress<01>-Hmax_displacement<01> Hmass~/Hinference_time_ms<01> Hfrequency Hfeasible<01>-Gneural_predicted|!Gmax_stressz-Gmax_displacementy Gmassw/Ginference_time_ms} Gfrequencyx Gfeasible{-Fneural_predictedu!Fmax_stresss-Fmax_displacementr Fmassp/Finference_time_msv Ffrequencyq Ffeasiblet-Eneural_predictedn!Emax_stressl-Emax_displacementk Emassi/Einference_time_mso Efrequencyj Efeasiblem-Dneural_predictedg!Dmax_stresse-Dmax_displacementd Dmassb/Dinference_time_msh Dfrequencyc Dfeasiblef-Cneural_predicted`!Cmax_stress^-Cmax_displacement] Cmass[/Cinference_time_msa Cfrequency\ Cfeasible_-Bneural_predictedY!Bmax_stressW-Bmax_displacementV/Binference_time_msZ BfrequencyU ,mass <00> ,frequency <00> ,feasible <00>!+max_stress <00>-+max_displacement <00> +mass <00> +frequency <00> +feasible <00>!*max_stress <00>-*max_displacement <00> *mass <00> *frequency <00> *feasible <00>!)max_stress <00>-)max_displacement <00> )mass <00> )frequency <00> )feasible <00>!(max_stress <00>-(max_displacement <00> (mass <00> (frequency <00> (feasible <00>!'max_stress <00>-'max_displacement <00> BmassT BfeasibleX-Aneural_predictedR!Amax_stressP-Amax_displacementO AmassM/Ainference_time_msS AfrequencyN AfeasibleQ-@neural_predictedK!@max_stressI-@max_displacementH @massF/@inference_time_msL @frequencyG @feasibleJ-?neural_predictedD!?max_stressB-?max_displacementA ?mass?/?inference_time_msE ?frequency@ ?feasibleC->neural_predicted=!>max_stress;->max_displacement: >mass8/>inference_time_ms> >frequency9 >feasible<-=neural_predicted6!=max_stress4-=max_displacement3 =mass1/=inference_time_ms7 =frequency2 =feasible5-<neural_predicted/!<max_stress--<max_displacement, <mass*/<inference_time_ms0 <frequency+ <feasible.-;neural_predicted(!;max_stress&-;max_displacement% ;mass#/;inference_time_ms) ;frequency$ ;feasible'-:neural_predicted!!:max_stress -:max_displacement :mass /:inference_time_ms" :frequency :feasible -9neural_predicted!9max_stress-9max_displacement 9mass/9inference_time_ms 9frequency 9feasible-8neural_predicted!8max_stress-8max_displacement 8mass/8inference_time_ms 8frequency 8feasible-7neural_predicted !7max_stress
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7frequency 7feasible -6neural_predicted!6max_stress-6max_displacement 6mass /6inference_time_ms 6frequency 6feasible!4max_stress <00>-4max_displacement <00> 4mass <00> 4frequency <00> 4feasible <00>!3max_stress <00>-3max_displacement <00> 3mass <00> 3frequency <00> 3feasible <00>!2max_stress <00>-2max_displacement <00> 2mass <00> 2frequency <00> 2feasible <00>!1max_stress <00>-1max_displacement <00> 1mass <00> 1frequency <00> 1feasible <00>!0max_stress <00>-0max_displacement <00> 0mass <00> 0frequency <00> 0feasible <00>!.max_stress <00>-.max_displacement <00> .mass <00> .frequency <00> .feasible <00>!-max_stress <00>--max_displacement <00> -mass <00> -frequency <00> -feasible <00>!,max_stress <00>-,max_displacement <00>
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//7inference_time_ms4.183530807495117<1A> -7neural_predictedtrue<13> 7feasiblefalse!<21>
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COMPLETE2025-11-25 09:45:47.3277252025-11-25 09:46:01.817768D
AA COMPLETE2025-11-25 09:45:34.9307192025-11-25 09:45:47.313646D AA COMPLETE2025-11-25 09:45:20.7051382025-11-25 09:45:34.917398D AA
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COMPLETE2025-11-25 09:45:03.9975532025-11-25 09:45:20.692747D
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AA COMPLETE2025-11-25 09:44:49.2484842025-11-25 09:45:03.981762D AACOMPLETE2025-11-25 09:44:36.5965962025-11-25 09:44:49.236165D AACOMPLETE2025-11-25 09:44:21.6027502025-11-25 09:44:36.581913D AACOMPLETE2025-11-25 09:44:06.6972542025-11-25 09:44:21.588547D AACOMPLETE2025-11-25 09:43:52.7460662025-11-25 09:44:06.683738D AACOMPLETE2025-11-25 09:43:37.0739222025-11-25 09:43:52.733946D AACOMPLETE2025-11-25 09:43:23.3563812025-11-25 09:43:37.060421D AACOMPLETE2025-11-25 09:43:11.1072982025-11-25 09:43:23.342312C AACOMPLETE2025-11-25 09:42:56.4213082025-11-25 09:43:11.094220C AACOMPLETE2025-11-25 09:42:41.9029282025-11-25 09:42:56.410060
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5 <09> <08><07><06>y<05>j<04>[<03>L<02>=<01>. <00> <00><05> 3<07>QBbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>SBbeam_half_core_thickness@ <1F>!<21><><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>SAhole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>UAholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>QAbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>SAbeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>S@hole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>U@holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>~ 3<07>Q@beam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>} =<07>S@beam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>| !<07>S?hole_count@)<29>e<EFBFBD><13><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>{ )<07>U?holes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>z 3<07>Q?beam_face_thickness@Q6{<7B>s{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>y =<07>S?beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>x !<07>S>hole_count@%H&<01>_<EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>w )<07>U>holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>v 3<07>Q>beam_face_thickness@<07>I<EFBFBD><49><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>u =<07>S>beam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>t !<07>S=hole_count@)<29>e<EFBFBD><13><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>s )<07>U=holes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>r 3<07>Q=beam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>q =<07>S=beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>p !<07>S<hole_count@"bt^<5E><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>o )<07>U<holes_diameter@Dq<44><71><EFBFBD><EFBFBD>c{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>n 3<07>Q<beam_face_thickness@ !Heά{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>m =<07>S<beam_half_core_thickness@}<7D>
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<01>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>l !<07>S;hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>k )<07>U;holes_diameter@C<><43>s <00>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>j 3<07>Q;beam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}
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+3${"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>UFholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>QFbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>SFbeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>SEhole_count@"bt^<5E><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>UEholes_diameter@Dq<44><71><EFBFBD><EFBFBD>c{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>QEbeam_face_thickness@<07>I<EFBFBD><49><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B> =<07>SEbeam_half_core_thickness@}<7D>
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<01>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>SDhole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>UDholes_diameter@Dq<44><71><EFBFBD><EFBFBD>c{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05> 3<07>QDbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>
=<07>SDbeam_half_core_thickness@}<7D>
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<01>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D> !<07>SChole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02> )<07>UCholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>
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$ <09> <09> <09> <09> s ] @ <08><08><08><08>x[0<07><07><07><07>xM.<06><06><06><06>iJ3<05><05><05><05>eN"<04><04><04><04><04>j=<03><03><03><03>X4 <02><02><02>sO9 <01><01><01><01>kU8 )<29>Q /1Sinference_time_ms4.5909881591796875<1A>P -Sneural_predictedtrue<13>O Sfeasiblefalse!<21>N !/Smax_stress5.018093585968018)<29>M -3Smax_displacement0.03233489382369298<14>L Sfrequency100.0 <1C>K 1Smass3253.5093000694496(<28>J //Rinference_time_ms4.147052764892578<1A>I -Rneural_predictedtrue<13>H Rfeasiblefalse!<21>G !/Rmax_stress5.018093585968018*<2A>F -5Rmax_displacement0.032334891855692875<14>E Rfrequency100.0 <1C>D 1Rmass3253.5093000694496(<28>C //Qinference_time_ms4.523992538452148<1A>B -Qneural_predictedtrue<13>A Qfeasiblefalse!<21>@ !/Qmax_stress5.018094062805176*<2A>? -5Qmax_displacement0.032334893802819516<14>> Qfrequency100.0 <1C>= 1Qmass3253.5093000694496(<28>< //Pinference_time_ms5.008935928344727<1A>; -Pneural_predictedtrue<13>: Pfeasiblefalse!<21>9 !/Pmax_stress5.018093585968018*<2A>8 -5Pmax_displacement0.032334893802819564<14>7 Pfrequency100.0 <1C>6 1Pmass3253.5093000694496(<28>5 //Oinference_time_ms4.009723663330078<1A>4 -Oneural_predictedtrue<13>3 Ofeasiblefalse!<21>2 !/Omax_stress5.018094062805176)<29>1 -3Omax_displacement0.03233489382369289<14>0 Ofrequency100.0 <1C>/ 1Omass3253.5093000694496(<28>. //Ninference_time_ms4.102230072021484<1A>- -Nneural_predictedtrue<13>, Nfeasiblefalse!<21>+ !/Nmax_stress5.018094062805176*<2A>* -5Nmax_displacement0.032334893837608555<14>) Nfrequency100.0 <1C>( 1Nmass3253.5093000694496(<28>' //Minference_time_ms5.090951919555664<1A>& -Mneural_predictedtrue<13>% Mfeasiblefalse!<21>$ !/Mmax_stress5.018094062805176)<29># -3Mmax_displacement0.03233489380977733<14>" Mfrequency100.0 <1C>! 1Mmass3253.5093000694496(<28> //Linference_time_ms4.203081130981445<1A> -Lneural_predictedtrue<13> Lfeasiblefalse!<21> !/Lmax_stress5.018093585968018(<28> -1Lmax_displacement0.0323348938376086<14> Lfrequency100.0 <1C> 1Lmass3253.5093000694496(<28> //Kinference_time_ms4.390478134155273<1A> -Kneural_predictedtrue<13> Kfeasiblefalse!<21> !/Kmax_stress5.018094062805176*<2A> -5Kmax_displacement0.032334893816735155<14> Kfrequency100.0 <1C> 1Kmass3253.5093000694496(<28> //Jinference_time_ms4.004240036010742<1A> -Jneural_predictedtrue<13> Jfeasiblefalse!<21> !/Jmax_stress5.018093585968018)<29> -3Jmax_displacement0.03233489184873503<14>
Jfrequency100.0 <1C> 1Jmass3253.5093000694496(<28> //Iinference_time_ms4.612207412719727<1A>
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-Ineural_predictedtrue<13> Ifeasiblefalse!<21> !/Imax_stress5.018093109130859*<2A> -5Imax_displacement0.032334891834819426<14> Ifrequency100.0 <1C> 1Imass3253.5093000694496(<28> //Hinference_time_ms5.150079727172852<1A> -Hneural_predictedtrue<13> Hfeasiblefalse!<21> !/Hmax_stress5.018093109130859)<29> -3Hmax_displacement0.03233489383760857<14> Hfrequency100.0 <1C>~ 1Hmass3253.5093000694496(<28>} //Ginference_time_ms4.303455352783203<1A>| -Gneural_predictedtrue<13>{ Gfeasiblefalse!<21>z !/Gmax_stress5.018093585968018)<29>y -3Gmax_displacement0.03233489381673514<14>x Gfrequency100.0 <1C>w 1Gmass3253.5093000694496'<27>v /-Finference_time_ms4.42051887512207<1A>u -Fneural_predictedtrue<13>t Ffeasiblefalse!<21>s !/Fmax_stress5.018093585968018)<29>r -3Fmax_displacement0.03233489383065073<14>q Ffrequency100.0 <1C>p 1Fmass3253.5093000694496(<28>o //Einference_time_ms5.006551742553711<1A>n -Eneural_predictedtrue<13>m Efeasiblefalse!<21>l !/Emax_stress5.018093109130859)<29>k -3Emax_displacement0.03233489382369294<14>j Efrequency100.0 <1C>i 1Emass3253.5093000694496)<29>h /1Dinference_time_ms4.9953460693359375<1A>g -Dneural_predictedtrue<13>f Dfeasiblefalse!<21>e !/Dmax_stress5.018093109130859)<29>d -3Dmax_displacement0.03233489182786159<14>c Dfrequency100.0 <1C>b 1Dmass3253.5093000694496(<28>a //Cinference_time_ms5.007743835449219<1A>` -Cneural_predictedtrue<13>_ Cfeasiblefalse!<21>^ !/Cmax_stress5.018093585968018)<29>] -3Cmax_displacement0.03233489380977726
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/\inference_time_ms \frequency \feasible-[neural_predicted![max_stress-[max_displacement [mass/[inference_time_ms [frequency [feasible-Zneural_predicted!Zmax_stress<01>-Zmax_displacement<01> Zmass<01>/Zinference_time_ms Zfrequency<01> Zfeasible -Yneural_predicted<01>!Ymax_stress<01>-Ymax_displacement<01> Ymass<01>/Yinference_time_ms<01> Yfrequency<01> Yfeasible<01>-Xneural_predicted<01>!Xmax_stress<01>-Xmax_displacement<01> Xmass<01>/Xinference_time_ms<01> Xfrequency<01> Xfeasible<01>-Wneural_predicted<01>!Wmax_stress<01>-Wmax_displacement<01> Wmass<01>/Winference_time_ms<01> Wfrequency<01> Wfeasible<01>-Vneural_predicted<01>!Vmax_stress<01>-Vmax_displacement<01> Vmass<01>/Vinference_time_ms<01> Vfrequency<01> Vfeasible<01>-Uneural_predicted<01>!Umax_stress<01>-Umax_displacement<01> Umass<01>/Uinference_time_ms<01> Ufrequency<01> Ufeasible<01>-Tneural_predicted<01>!Tmax_stress<01>-Tmax_displacement<01> Tmass<01>/Tinference_time_ms<01> Tfrequency<01> Tfeasible<01>-Sneural_predicted<01>!Smax_stress<01>-Smax_displacement<01> Smass<01>/Sinference_time_ms<01> Sfrequency<01> Sfeasible<01>-Rneural_predicted<01>!Rmax_stress<01>-Rmax_displacement<01> Rmass<01>/Rinference_time_ms<01> Rfrequency<01> Rfeasible<01>-Qneural_predicted<01>!Qmax_stress<01>-Qmax_displacement<01> Qmass<01>/Qinference_time_ms<01> Qfrequency<01> Qfeasible<01>-Pneural_predicted<01>!Pmax_stress<01>-Pmax_displacement<01> Pmass<01>/Pinference_time_ms<01> Pfrequency<01> Pfeasible<01>-Oneural_predicted<01>!Omax_stress<01>-Omax_displacement<01> Omass<01>/Oinference_time_ms<01> Ofrequency<01> Ofeasible<01>-Nneural_predicted<01>!Nmax_stress<01>-Nmax_displacement<01> Nmass<01>/Ninference_time_ms<01> Nfrequency<01> Nfeasible<01>-Mneural_predicted<01>!Mmax_stress<01>-Mmax_displacement<01> Mmass<01>/Minference_time_ms<01> Mfrequency<01> Mfeasible<01>-Lneural_predicted<01>!Lmax_stress<01>-Lmax_displacement<01> Lmass<01>/Linference_time_ms<01> Lfrequency<01> Lfeasible<01>-Kneural_predicted<01>!Kmax_stress<01>-Kmax_displacement<01> Kmass<01>/Kinference_time_ms<01> Kfrequency<01> Kfeasible<01>-Jneural_predicted<01>!Jmax_stress<01>-Jmax_displacement<01> Jmass<01>/Jinference_time_ms<01> Jfrequency<01> Jfeasible<01>-Ineural_predicted<01>!Imax_stress<01>-Imax_displacement<01> Imass<01>/Iinference_time_ms<01>
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1\mass3253.5093000694496(<28> //[inference_time_ms4.007577896118164<1A> -[neural_predictedtrue<13> [feasiblefalse!<21> !/[max_stress5.018093585968018)<29> -3[max_displacement0.03233489383065073<14> [frequency100.0 <1C> 1[mass3253.5093000694496(<28> //Zinference_time_ms5.187511444091797<1A> -Zneural_predictedtrue<13> Zfeasiblefalse!<21> !/Zmax_stress5.018094539642334)<29>~ -3Zmax_displacement0.03233489182786163<14>} Zfrequency100.0 <1C>| 1Zmass3253.5093000694496(<28>{ //Yinference_time_ms5.002737045288086<1A>z -Yneural_predictedtrue<13>y Yfeasiblefalse!<21>x !/Ymax_stress5.018094062805176)<29>w -3Ymax_displacement0.03233489780144003<14>v Yfrequency100.0 <1C>u 1Ymass3253.5093000694496'<27>t /-Xinference_time_ms4.52113151550293<1A>s -Xneural_predictedtrue<13>r Xfeasiblefalse!<21>q !/Xmax_stress5.018094062805176*<2A>p -5Xmax_displacement0.032334893837608555<14>o Xfrequency100.0 <1C>n 1Xmass3253.5093000694496(<28>m //Winference_time_ms5.090236663818359<1A>l -Wneural_predictedtrue<13>k Wfeasiblefalse!<21>j !/Wmax_stress5.018093585968018)<29>i -3Wmax_displacement0.03233489382369294<14>h Wfrequency100.0 <1C>g 1Wmass3253.5093000694496(<28>f //Vinference_time_ms4.008293151855469<1A>e -Vneural_predictedtrue<13>d Vfeasiblefalse!<21>c !/Vmax_stress5.018093585968018)<29>b -3Vmax_displacement0.03233489382369295<14>a Vfrequency100.0 <1C>` 1Vmass3253.5093000694496(<28>_ //Uinference_time_ms4.517555236816406<1A>^ -Uneural_predictedtrue<13>] Ufeasiblefalse!<21>\ !/Umax_stress5.018093585968018)<29>[ -3Umax_displacement0.03233489384456643<14>Z Ufrequency100.0 <1C>Y 1Umass3253.5093000694496(<28>X //Tinference_time_ms5.331277847290039<1A>W -Tneural_predictedtrue<13>V Tfeasiblefalse!<21>U !/Tmax_stress5.018093585968018*<2A>T -5Tmax_displacement0.032334893830650774<14>S Tfrequency100.0 <1C>R 1Tmass3253.5093000694496
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<09> <09> <09> <09> n J 4 <08><08><08><08>lI <07><07><07><07>sO9<06><06><06><06>sO#<05><05><05>|WA"<04><04><04><04>yU)<03><03><03>[E'<02><02><02>~Z- <01><01><01><01>_I+ !<21>9 1{frequency21.343629837036133<1B>8 /{mass3050.749807863749<13>7 zfeasiblefalse!<21>6 !/zmax_stress273.1098327636719*<2A>5 -5zmax_displacement0.029626894742250443!<21>4 1zfrequency22.466550827026367 <1C>3 1zmass2689.1200919143444<13>2 yfeasiblefalse!<21>1 !/ymax_stress253.9195098876953*<2A>0 -5ymax_displacement0.027002904564142227!<21>/ 1yfrequency20.910009384155273<1B>. /ymass3305.228936915416<13>- xfeasiblefalse"<22>, !1xmax_stress269.84783935546875*<2A>+ -5xmax_displacement0.028480563312768936 <20>* /xfrequency20.77121353149414<1B>) /xmass3362.338184161512<13>( wfeasiblefalse!<21>' !/wmax_stress759.5623779296875*<2A>& -5wmax_displacement0.040556859225034714!<21>% 1wfrequency15.898102760314941 <1C>$ 1wmass3358.8179313839833<13># vfeasiblefalse!<21>" !/vmax_stress263.5299987792969)<29>! -3vmax_displacement0.02779427170753479!<21> 1vfrequency21.397247314453125 <1C> 1vmass3136.9425995142965<13> ufeasiblefalse!<21> !/umax_stress261.8125305175781*<2A> -5umax_displacement0.027813313528895378 <20> /ufrequency20.61797332763672 <1C> 1umass3460.8323796371496<13> tfeasiblefalse"<22> !1tmax_stress206.77577209472656*<2A> -5tmax_displacement0.021952472627162933!<21> 1tfrequency20.170963287353516<1B> /tmass4796.001938440158<13> sfeasiblefalse <1F> !+smax_stress269.42138671875)<29> -3smax_displacement0.02926856279373169!<21> 1sfrequency22.065078735351562 <1C> 1smass2754.9443626150482<13> rfeasiblefalse <1F> !+rmax_stress269.42138671875)<29>
-3rmax_displacement0.02926856279373169!<21> 1rfrequency22.065078735351562 <1C> 1rmass2754.9443626150482<13>
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qfeasiblefalse!<21> !/qmax_stress261.8125305175781*<2A> -5qmax_displacement0.027813313528895378 <20> /qfrequency20.61797332763672 <1C> 1qmass3460.8323796371496<13> pfeasiblefalse!<21> !/pmax_stress267.6662902832031*<2A> -5pmax_displacement0.028996456414461136 <20> /pfrequency21.92365074157715 <1C> 1pmass2808.5628180340964<13> nfeasiblefalse!<21> !/nmax_stress267.6662902832031*<2A>~ -5nmax_displacement0.028996456414461136 <20>} /nfrequency21.92365074157715 <1C>| 1nmass2808.5628180340964<13>{ mfeasiblefalse!<21>z !/mmax_stress274.4224548339844)<29>y -3mmax_displacement0.02947807125747204!<21>x 1mfrequency20.600852966308594<1B>w /mmass3028.805653048845<13>v lfeasiblefalse!<21>u !/lmax_stress250.1320343017578)<29>t -3lmax_displacement0.02661760337650776 <20>s /lfrequency20.34812355041504 <1C>r 1lmass3689.3276842637456<13>q kfeasiblefalse!<21>p !/kmax_stress270.5152282714844*<2A>o -5kmax_displacement0.029358521103858948!<21>n 1kfrequency22.098459243774414 <1C>m 1kmass2742.0600542805355<13>l jfeasiblefalse!<21>k !/jmax_stress754.6322631835938*<2A>j -5jmax_displacement0.029645303264260292!<21>i 1jfrequency18.363162994384766<1B>h /jmass4879.475617076228<13>g ifeasiblefalse!<21>f !/imax_stress759.5623779296875*<2A>e -5imax_displacement0.040556859225034714!<21>d 1ifrequency15.898102760314941 <1C>c 1imass3358.8179313839833<13>b hfeasiblefalse!<21>a !/hmax_stress267.0928039550781)<29>` -3hmax_displacement0.02876255474984646!<21>_ 1hfrequency21.568470001220703<1A>^ -hmass2969.41818429124(<28>] //ginference_time_ms7.959127426147461<1A>\ -gneural_predictedtrue<13>[ gfeasiblefalse!<21>Z !/gmax_stress5.018093585968018)<29>Y -3gmax_displacement0.03233489382369294<14>X gfrequency100.0 <1C>W 1gmass3253.5093000694496(<28>V //finference_time_ms7.527828216552734<1A>U -fneural_predictedtrue<13>T ffeasiblefalse!<21>S !/fmax_stress5.018093585968018*<2A>R -5fmax_displacement0.032334891869608515<14>Q ffrequency100.0 <1C>P 1fmass3253.5093000694496(<28>O //einference_time_ms7.393836975097656<1A>N -eneural_predictedtrue<13>M efeasiblefalse!<21>L !/emax_stress5.018093109130859)<29>K -3emax_displacement0.03233489183481944<14>J efrequency100.0 <1C>I 1emass3253.5093000694496(<28>H //dinference_time_ms8.517265319824219
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<EFBFBD> <00>feasible <00>frequency }<01>}max_stress<02>-}max_displacement<02> }frequency<02> }mass<02>}\|feasible<02>!|max_stress<02>-|max_displacement<02> |frequency<02>}|mass<02> {feasible<02>!{max_stress<02>-{max_displacement<02> {frequency<02>} <00>{mass<02> zfeasible<02>!zmax_stress<02>-zmax_displacement<02> z! <00>max_stress<02>- <00>max_displacement<02> <00>mass<02> <00>frequency<02> <00>feasible<02>!max_stress<02> xfeasible<02> yfeasible<02><02>-xmax_displacement<02> xfrequency<02> xmass<02> wfeasible<02>!wmax_stress<02>-wmax_displacement<02> wfrequency<02> wmass<02> vfeasible<02>!vmax_stress<02>-vmax_displacement<02> vfrequency<02> vmass<02> ufeasible<02>!umax_stress<02>-umax_displacement<02> ufrequency<02> umass<02> tfeasible<02>!tmax_stress<02>-tmax_displacement<02> tfrequency<02> tmass<02> sfeasible<02>!smax_stress<02>-smax_displacement<02> sfrequency<02> smass<02> rfeasible<02>!rmax_stress<02>-rmax_displacement<02> rfrequency<02> rmass<02> qfeasible<02>!qmax_stress<02>-qmax_displacement<02> qfrequency<02> qmass<02> pfeasible<02>!pmax_stress<02>-pmax_displacement<02> pfrequency<02> pmass<02> nfeasible<02>!nmax_stress-nmax_displacement~ nfrequency} nmass| mfeasible{!mmax_stressz-mmax_displacementy mfrequencyx mmassw lfeasiblev!lmax_stressu-lmax_displacementt lfrequencys lmassr kfeasibleq!kmax_stressp-kmax_displacemento kfrequencyn kmassm jfeasiblel!jmax_stressk-jmax_displacementj jfrequencyi jmassh ifeasibleg!imax_stressf-imax_displacemente ifrequencyd imassc hfeasibleb!hmax_stressa-hmax_displacement` hfrequency_ hmass^/ginference_time_ms]-gneural_predicted\!gmax_stressZ-gmax_displacementY gmassW gfrequencyX gfeasible[-fneural_predictedU!fmax_stressS-fmax_displacementR fmassP/finference_time_msV ffrequencyQ ffeasibleT-eneural_predictedN!emax_stressL-emax_displacementK emassI/einference_time_msO efrequencyJ efeasibleM-dneural_predictedG!dmax_stressE-dmax_displacementDp ~feasible<02>!}max_stress<02>-}max_displacement<02> }mass<02> }frequency<02> }feasible<02>!|max_stress<02>-|max_displacement<02> |mass<02> |frequency<02> |feasible<02>!{max_stress<02>-{max_displacement<02> {mass<02> {frequency<02> {feasible<02>!zmax_stress<02>-zmax_displacement<02> zmass<02> zfrequency<02> zfeasible<02>!ymax_stress<02>-ymax_displacement<02> ymass<02> yfrequency<02>!xmax_stress<02> dmassB/dinference_time_msH dfrequencyC dfeasibleF-cneural_predicted@!cmax_stress>-cmax_displacement= cmass;/cinference_time_msA cfrequency< cfeasible?-bneural_predicted9!bmax_stress7-bmax_displacement6 bmass4/binference_time_ms: bfrequency5 bfeasible8-aneural_predicted2!amax_stress0-amax_displacement/ amass-/ainference_time_ms3 afrequency. afeasible1-`neural_predicted+!`max_stress)-`max_displacement( `mass&/`inference_time_ms, `frequency' `feasible*-_neural_predicted$!_max_stress"-_max_displacement! _mass /_inference_time_ms% _frequency _feasible# -max_displacement<02> mass<02> frequency<02> feasible<02>!~max_stress<02>-~max_displacement<02> ~mass<02> ~frequency<02>
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& <09> <08><07><06>p<05>j<04>R<03>L<02>4<01>. <00> <00> <0B>Q =<07>Subeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>P !<07>Sthole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>O )<07>Utholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>N 3<07>Qtbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>M =<07>Stbeam_half_core_thickness@ <1F>!<21><><EFBFBD><EFBFBD>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>L !<07>Sshole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>K )<07>Usholes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>J 3<07>Qsbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>I =<07>Ssbeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>H !<07>Srhole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>G )<07>Urholes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>F 3<07>Qrbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>E =<07>Srbeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>D !<07>Sqhole_count@)<29>e<EFBFBD><13><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>C )<07>Uqholes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>B 3<07>Qqbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>A =<07>Sqbeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>@ !<07>Sphole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>? )<07>Upholes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>> 3<07>Qpbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>= =<07>Spbeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>< !<07>Sohole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>; )<07>Uoholes_diameter@A<05>w<EFBFBD>oL{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>: 3<07>Qobeam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>9 =<07>Sobeam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}}<7D>8 !<07>Snhole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><02>7 )<07>Unholes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><05>6 3<07>Qnbeam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0B>5 =<07>Snbeam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}
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<01>}5 *<2A>' A <00>RUNNING2025-11-25 12:12:46.867729E<EFBFBD>& AA <00>COMPLETE2025-11-25 12:12:39.3864132025-11-25 12:12:46.856200E<EFBFBD>% AA <00>COMPLETE2025-11-25 12:12:31.9035912025-11-25 12:12:39.375133E<EFBFBD>$ AA <00>COMPLETE2025-11-25 12:12:24.0039952025-11-25 12:12:31.891384E<EFBFBD># AA <00>COMPLETE2025-11-25 12:12:16.7608792025-11-25 12:12:23.982745E<EFBFBD>" AA <00>COMPLETE2025-11-25 12:12:09.2423662025-11-25 12:12:16.734120E<EFBFBD>! AA <00>COMPLETE2025-11-25 12:12:01.7529082025-11-25 12:12:09.231139E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:54.2474102025-11-25 12:12:01.741903E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:43.4248922025-11-25 12:11:54.237379E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:35.8033572025-11-25 12:11:43.415319E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:28.6803702025-11-25 12:11:35.791751E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:17.2401372025-11-25 12:11:28.670318E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:08.8807202025-11-25 12:11:17.221606E<EFBFBD> AA <00>COMPLETE2025-11-25 12:11:01.2613492025-11-25 12:11:08.853978E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:52.5850042025-11-25 12:11:01.250577E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:41.8177952025-11-25 12:10:52.558245E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:34.1558652025-11-25 12:10:41.805752E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:26.4151622025-11-25 12:10:34.141705E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:17.0334312025-11-25 12:10:26.404176E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:07.8587892025-11-25 12:10:17.000896E<EFBFBD> AA <00>COMPLETE2025-11-25 12:10:00.6292942025-11-25 12:10:07.856209E<EFBFBD> AA <00>COMPLETE2025-11-25 12:09:50.0068702025-11-25 12:10:00.618988E<EFBFBD> AA <00>COMPLETE2025-11-25 12:09:39.7400762025-11-25 12:09:49.989906E<EFBFBD> AA <00>COMPLETE2025-11-25 12:09:32.2883652025-11-25 12:09:39.729162E<EFBFBD> AA <00>COMPLETE2025-11-25 12:09:24.6346692025-11-25 12:09:32.263888E<EFBFBD> AA <00>COMPLETE2025-11-25 12:09:17.0393982025-11-25 12:09:24.623846E<EFBFBD>
AA <00>COMPLETE2025-11-25 12:09:07.0397022025-11-25 12:09:17.002366E<EFBFBD> AA <00>COMPLETE2025-11-25 12:08:54.9776372025-11-25 12:09:07.026165E<EFBFBD> AA <00>COMPLETE2025-11-25 12:08:11.4171962025-11-25 12:08:54.961613E<EFBFBD>
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AA <00>COMPLETE2025-11-25 12:07:55.9957232025-11-25 12:08:11.405399E<EFBFBD> AA <00>COMPLETE2025-11-25 12:07:41.3370572025-11-25 12:07:55.985532E<EFBFBD> AA <00>COMPLETE2025-11-25 12:07:31.3227302025-11-25 12:07:41.324740E<EFBFBD> AA <00>COMPLETE2025-11-25 12:07:19.2775772025-11-25 12:07:31.309698E<EFBFBD> AA <00>COMPLETE2025-11-25 12:07:03.9454882025-11-25 12:07:19.261404E<EFBFBD> AA <00>COMPLETE2025-11-25 12:06:53.5845502025-11-25 12:07:03.934364E<EFBFBD> AA <00>COMPLETE2025-11-25 12:06:40.1398272025-11-25 12:06:53.573530E<EFBFBD> AA <00>COMPLETE2025-11-25 12:06:29.7950252025-11-25 12:06:40.129293E<EFBFBD> AA <00>COMPLETE2025-11-25 12:06:20.0027502025-11-25 12:06:29.783501E<EFBFBD> AA <00>COMPLETE2025-11-25 12:06:10.3734542025-11-25 12:06:19.991738D<EFBFBD> AACOMPLETE2025-11-25 12:05:59.1539882025-11-25 12:06:10.361430D AA~COMPLETE2025-11-25 12:05:46.4780552025-11-25 12:05:59.142730D~ AA}COMPLETE2025-11-25 12:05:34.3721492025-11-25 12:05:46.461377D} AA|COMPLETE2025-11-25 12:05:17.6374202025-11-25 12:05:34.350763D| AA{COMPLETE2025-11-25 12:04:59.9268522025-11-25 12:05:17.620367D{ AAzCOMPLETE2025-11-25 12:04:50.0585752025-11-25 12:04:59.909638Dz AAyCOMPLETE2025-11-25 12:04:35.2283532025-11-25 12:04:50.047575Dy AAxCOMPLETE2025-11-25 12:04:20.0618252025-11-25 12:04:35.210292Dx AAwCOMPLETE2025-11-25 12:04:06.3054252025-11-25 12:04:20.045209Dw AAvCOMPLETE2025-11-25 12:03:57.1071092025-11-25 12:04:06.293991Dv AAuCOMPLETE2025-11-25 12:03:47.2940552025-11-25 12:03:57.094923Du AAtCOMPLETE2025-11-25 12:03:37.1303942025-11-25 12:03:47.285044Dt AAsCOMPLETE2025-11-25 12:03:27.1212512025-11-25 12:03:37.119284Ds AArCOMPLETE2025-11-25 12:03:18.2846172025-11-25 12:03:27.111244Dr AAqCOMPLETE2025-11-25 12:03:08.2368732025-11-25 12:03:18.262414
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t =tNSGAIISampler:generation5 s =sNSGAIISampler:generation5 r =rNSGAIISampler:generation5 q =qNSGAIISampler:generation5 p =pNSGAIISampler:generation5 o =oNSGAIISampler:generation5 n =nNSGAIISampler:generation5 m =mNSGAIISampler:generation5 l =lNSGAIISampler:generation5 k =kNSGAIISampler:generation5 j =jNSGAIISampler:generation5 i =iNSGAIISampler:generation5 h =hNSGAIISampler:generation5 g =gNSGAIISampler:generation5 f =fNSGAIISampler:generation5 e =eNSGAIISampler:generation4 d =dNSGAIISampler:generation4 c =cNSGAIISampler:generation4 b =bNSGAIISampler:generation4 a =aNSGAIISampler:generation4 ` =`NSGAIISampler:generation4 _ =_NSGAIISampler:generation4 ^ =^NSGAIISampler:generation4 ] =]NSGAIISampler:generation4 \ =\NSGAIISampler:generation4 [ =[NSGAIISampler:generation4 Z =ZNSGAIISampler:generation4 Y =YNSGAIISampler:generation4 X =XNSGAIISampler:generation4 W =WNSGAIISampler:generation4 V =VNSGAIISampler:generation4 U =UNSGAIISampler:generation4 T =TNSGAIISampler:generation4 S =SNSGAIISampler:generation4 R =RNSGAIISampler:generation4 Q =QNSGAIISampler:generation3 P =PNSGAIISampler:generation3 O =ONSGAIISampler:generation3 N =NNSGAIISampler:generation3 M =MNSGAIISampler:generation3 L =LNSGAIISampler:generation3 K =KNSGAIISampler:generation3 J =JNSGAIISampler:generation3 I =INSGAIISampler:generation3 H =HNSGAIISampler:generation3 G =GNSGAIISampler:generation3 F =FNSGAIISampler:generation3 E =ENSGAIISampler:generation3 D =DNSGAIISampler:generation3 C =CNSGAIISampler:generation3 B =BNSGAIISampler:generation3 A =ANSGAIISampler:generation3 @ =@NSGAIISampler:generation3 ? =?NSGAIISampler:generation3 > =>NSGAIISampler:generation3 = ==NSGAIISampler:generation2 < =<NSGAIISampler:generation2 ; =;NSGAIISampler:generation2 : =:NSGAIISampler:generation2 9 =9NSGAIISampler:generation2 8 =8NSGAIISampler:generation2 7 =7NSGAIISampler:generation2 6 =6NSGAIISampler:generation2 5 =5NSGAIISampler:generation2 4 =4NSGAIISampler:generation2 3 =3NSGAIISampler:generation2 2 =2NSGAIISampler:generation2 1 =1NSGAIISampler:generation2 0 =0NSGAIISampler:generation2 / =/NSGAIISampler:generation2 . =.NSGAIISampler:generation2 - =-NSGAIISampler:generation2 , =,NSGAIISampler:generation2 + =+NSGAIISampler:generation2 * =*NSGAIISampler:generation2 ) =)NSGAIISampler:generation2 ( =(NSGAIISampler:generation1 ' ='NSGAIISampler:generation1 & =&NSGAIISampler:generation1 % =%NSGAIISampler:generation1 $ =$NSGAIISampler:generation1 # =#NSGAIISampler:generation1 " ="NSGAIISampler:generation1 ! =!NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 = NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation1 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0 =NSGAIISampler:generation0
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<09> <09> <09> <09> c @ <20>' = <00>NSGAIISampler:generation8 <20>& = <00>NSGAIISampler:generation8 <20>% = <00>NSGAIISampler:generation8 <20>$ = <00>NSGAIISampler:generation8 <20># = <00>NSGAIISampler:generation8 <20>" = <00>NSGAIISampler:generation8 <20>! = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20> = <00>NSGAIISampler:generation7 <20>
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= <00>beam_half_core_thickness ! <00>hole_count) <00>holes_diameter3 <00>beam_face_thickness = <00>beam_half_core_thickness! <00>hole_count) <00>holes_diameter3 <00>beam_face_thickness = <00>beam_half_core_thickness! <00>hole_count ) <00>holes_diameter<01>3 <00>beam_face_thickness<01> = <00>beam_half_core_thickness<01>!hole_count<01>)holes_diameter<01>3beam_face_thickness<01> =beam_half_core_thickness<01>!~hole_count<01>)~holes_diameter<01>3~beam_face_thickness<01> =~beam_half_core_thickness<01>!}hole_count<01>)}holes_diameter<01>3}beam_face_thickness<01> =}beam_half_core_thickness<01>!|hole_count<01>)|holes_diameter<01>3|beam_face_thickness<01> =|beam_half_core_thickness<01>!{hole_count<01>){holes_diameter<01>3{beam_face_thickness<01> ={beam_half_core_thickness<01>!zhole_count<01>)zholes_diameter<01>3zbeam_face_thickness<01> =zbeam_half_core_thickness<01>!yhole_count<01>)yholes_diameter<01>3ybeam_face_thickness<01> =ybeam_half_core_thickness<01>!xhole_count<01>)xholes_diameter<01>3xbeam_face_thickness<01> =xbeam_half_core_thickness<01>!whole_count<01>)wholes_diameter<01>3wbeam_face_thickness<01> =wbeam_half_core_thickness<01>!vhole_count<01>)vholes_diameter<01>3vbeam_face_thickness<01> =vbeam_half_core_thickness<01>!uhole_count<01>)uholes_diameter<01>3ubeam_face_thickness<01> =ubeam_half_core_thickness<01>)tholes_diameter<01>!thole_count<01> =tbeam_half_core_thickness<01>3tbeam_face_thickness<01>)sholes_diameter<01>!shole_count<01> =sbeam_half_core_thickness<01>3sbeam_face_thickness<01>)rholes_diameter<01>!rhole_count<01> =rbeam_half_core_thickness<01>3rbeam_face_thickness<01>)qholes_diameter<01>!qhole_count<01> =qbeam_half_core_thickness<01>3qbeam_face_thickness<01>)pholes_diameter<01>!phole_count<01> <01>pbeam_half) <00>holes_diameterS3 <00>beam_face_thicknessR <04> <00>beam_half_core_thicknessQ) <00>holes_diameterO3 <00>beam_face_thicknessN <04> <00>beam_half_core_thicknessM! <00>hole_countL l <00>holes_diameterK3 <00>beam_face_thicknessJ = <00>beam_half_core_thicknessI <00>holes_diameterG3 <00>beam_face_thicknessF <03> <00>beam_half_core_thicknessE! <00>hole_countD <03> <00>holes_diameter =pbeam_half_core_thickness<01>3pbeam_face_thickness<01>)oholes_diameter<01>!ohole_count<01> =obeam_half_core_thickness<01>3obeam_face_thickness<01>)nholes_diameter<01>!nhole_count<01> =nbeam_half_core_thickness<01>3nbeam_face_thickness<01>)mholes_diameter<01>!mhole_count<01> =mbeam_half_core_thickness<01>3mbeam_face_thickness<01>)lholes_diameter<01>!lhole_count<01> =lbeam_half_core_thickness<01>3lbeam_face_thickness<01>)kholes_diameter<01>!khole_count<01> =kbeam_half_core_thickness<01>3kbeam_face_thickness<01>)jholes_diameter<01>!jhole_count<01> =jbeam_half_core_thickness<01>3jbeam_face_thickness<01>)iholes_diameter<01>!ihole_count<01> =ibeam_half_core_thickness<01>3ibeam_face_thickness<01>)hholes_diameter<01>!hhole_count<01> =hbeam_half_core_thickness<01>3hbeam_face_thickness<01>)gholes_diameter<01>!ghole_count<01> =gbeam_half_core_thickness<01>
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! <09> <08><07>x<06>g<05>V<04>E<03>4<02>#<01> <00> ~<7E>( !<07>S <00>hole_count@*d䣀$<24>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03>' )<07>U <00>holes_diameter@2~Z= <00>0{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06>& 3<07>Q <00>beam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C>% =<07>S <00>beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E>$ !<07>S <00>hole_count@(<28><><EFBFBD><EFBFBD>mj{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03># )<07>U <00>holes_diameter@C<><43>s <00>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06>" 3<07>Q <00>beam_face_thickness@ !Heά{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C>! =<07>S <00>beam_half_core_thickness@Ml<>}T{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E> !<07>S <00>hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03> )<07>U <00>holes_diameter@(<28><>h<EFBFBD><68>Z{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06> 3<07>Q <00>beam_face_thickness@Q6{<7B>s{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C> =<07>S <00>beam_half_core_thickness@ <1E><><EFBFBD>U={"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E> !<07>S <00>hole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03> )<07>U <00>holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06> 3<07>Q <00>beam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C> =<07>S <00>beam_half_core_thickness@ <1E>#?<3F><>{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E> !<07>S <00>hole_count@)<29>C<EFBFBD><43>g|{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03> )<07>U <00>holes_diameter@FR<46>eՒ<65>{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06> 3<07>Q <00>beam_face_thickness?<3F><><EFBFBD>8f_<66>{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C> =<07>S <00>beam_half_core_thickness@#<23><> <1E>
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${"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E> !<07>S <00>hole_count@+<0F>e<EFBFBD>dD{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03> )<07>U <00>holes_diameter@HP 7<><37>${"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06> 3<07>Q <00>beam_face_thickness@.<2E><><EFBFBD>hD{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C> =<07>S <00>beam_half_core_thickness@)cZ%<25>V{"name": "FloatDistribution", "attributes": {"step": null, "low": 5.0, "high": 10.0, "log": false}}~<7E> !<07>S <00>hole_count@*<2A>n<EFBFBD><6E>*<2A>{"name": "FloatDistribution", "attributes": {"step": null, "low": 8.0, "high": 14.0, "log": false}}<7D><03> )<07>U <00>holes_diameter@C# <0E>BD{"name": "FloatDistribution", "attributes": {"step": null, "low": 10.0, "high": 50.0, "log": false}}<7D><06> 3<07>Q <00>beam_face_thickness@ !Heά{"name": "FloatDistribution", "attributes": {"step": null, "low": 1.0, "high": 3.0, "log": false}}<7D> <0C>
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<09> <09> <09> <09> e 8 <08><08><08><08>cL-<07><07><07>~Y+<06><06><06>~YB"<05><05><05><05>uP"<04><04><04><04>rM6<03><03><03><03> <14> <00>feasiblefalse!<21> !- <00>max_stress759.340087890625*<2A> -3 <00>max_displacement0.04427783191204071 <20> - <00>frequency16.7862606048584 <1D> 1 <00>mass2470.2316181796946<14> <00>feasiblefalse"<22>~ !/ <00>max_stress268.2894287109375+<2B>} -5 <00>max_displacement0.028886526823043823"<22>| 1 <00>frequency21.805580139160156 <1D>{ 1 <00>mass2862.1812734531436<14>z <00>feasiblefalse#<23>y !1 <00>max_stress255.70899963378906+<2B>x -5 <00>max_displacement0.027738133445382118"<22>w 1 <00>frequency21.564964294433594 <1C>v / <00>mass2981.347172547101<14>u <00>feasiblefalse"<22>t !/ <00>max_stress267.6662902832031+<2B>s -5 <00>max_displacement0.028996456414461136!<21>r / <00>frequency21.92365074157715 <1D>q 1 <00>mass2808.5628180340927<14>p <00>feasiblefalse"<22>o !/ <00>max_stress267.4781799316406*<2A>n -3 <00>max_displacement0.02854190208017826"<22>m 1 <00>frequency21.463638305664062 <1C>l / <00>mass3023.036639710288<14>k <00>feasiblefalse"<22>j !/ <00>max_stress264.8392028808594+<2B>i -5 <00>max_displacement0.028579089790582657"<22>h 1 <00>frequency21.866884231567383 <1D>g 1 <00>mass2932.0151465815134<14>f <00>feasiblefalse#<23>e !1 <00>max_stress207.25242614746094*<2A>d -3 <00>max_displacement0.02256830595433712"<22>c 1 <00>frequency20.828243255615234 <1C>b / <00>mass4023.421339500955<14>a <00>feasiblefalse#<23>` !1 <00>max_stress251.78036499023438+<2B>_ -5 <00>max_displacement0.026585325598716736"<22>^ 1 <00>frequency20.351102828979492 <1C>] / <00>mass3685.529158021476<14>\ <00>feasiblefalse#<23>[ !1 <00>max_stress263.67791748046875*<2A>Z -3 <00>max_displacement0.02784229815006256!<21>Y / <00>frequency20.60392951965332 <1C>X / <00>mass3474.607874666249<14>W <00>feasiblefalse#<23>V !1 <00>max_stress242.77474975585938*<2A>U -3 <00>max_displacement0.02647486701607704!<21>T / <00>frequency20.93098258972168 <1D>S 1 <00>mass3216.4272180105727<14>R <00>feasiblefalse"<22>Q !/ <00>max_stress261.8125305175781+<2B>P -5 <00>max_displacement0.027813313528895378!<21>O / <00>frequency20.61797332763672 <1D>N 1 <00>mass3460.8323796371496<14>M <00>feasiblefalse"<22>L !/ <00>max_stress250.1320343017578*<2A>K -3 <00>max_displacement0.02661760337650776!<21>J / <00>frequency20.34812355041504 <1D>I 1 <00>mass3689.3276842637465<14>H <00>feasiblefalse"<22>G !/ <00>max_stress268.6288757324219+<2B>F -5 <00>max_displacement0.029097817838191986"<22>E 1 <00>frequency21.954797744750977 <1D>D 1 <00>mass2795.3277169574635<14>C <00>feasiblefalse"<22>B !/ <00>max_stress250.1320343017578*<2A>A -3 <00>max_displacement0.02661760337650776!<21>@ / <00>frequency20.34812355041504 <1D>? 1 <00>mass3689.3276842637456<14>> <00>feasiblefalse"<22>= !/ <00>max_stress759.5288696289062*<2A>< -3 <00>max_displacement0.04402880743145943"<22>; 1 <00>frequency16.603023529052734 <1D>: 1 <00>mass2565.0714992503586<14>9 <00>feasiblefalse#<23>8 !1 <00>max_stress255.20889282226562*<2A>7 -3 <00>max_displacement0.02701031044125557!<21>6 / <00>frequency20.10482406616211 <1D>5 1 <00>mass3663.0559790844095<14>4 <00>feasiblefalse"<22>3 !/ <00>max_stress760.6864624023438*<2A>2 -3 <00>max_displacement0.04246704280376434"<22>1 1 <00>frequency15.906905174255371 <1D>0 1 <00>mass3129.3889272972992<14>/ <00>feasiblefalse"<22>. !/ <00>max_stress264.8138427734375+<2B>- -5 <00>max_displacement0.028030354529619217!<21>, / <00>frequency20.63286781311035 <1C>+ / <00>mass3268.187841242355<14>* <00>feasiblefalse"<22>) !/ <00>max_stress250.1320343017578
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