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GENECRISpy.php
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GENECRISpy.php
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<?php
/**
* Export to PHP Array plugin for PHPMyAdmin
* @version 4.9.0.1
*/
/**
* Database `GENECRISpy`
*/
/* `GENECRISpy`.`Corona High Density` */
$Corona_High_Density = array(
array('COL 1' => 'percentage','COL 2' => 'infected_mean','COL 3' => 'infected_median','COL 4' => 'infected_max','COL 5' => 'infected_min','COL 6' => 'fatalities_mean','COL 7' => 'fatalities_median','COL 8' => 'fatalities_max','COL 9' => 'fatalities_min'),
array('COL 1' => '0.99','COL 2' => '4.778319','COL 3' => '4.619868','COL 4' => '13.002784','COL 5' => '1.794693','COL 6' => '0.053321','COL 7' => '0.000000','COL 8' => '1.113431','COL 9' => '0.000000'),
array('COL 1' => '0.95','COL 2' => '5.753190','COL 3' => '5.202050','COL 4' => '16.936330','COL 5' => '1.794693','COL 6' => '0.073980','COL 7' => '0.000000','COL 8' => '0.896667','COL 9' => '0.000000'),
array('COL 1' => '0.90','COL 2' => '9.476827','COL 3' => '5.775822','COL 4' => '45.953256','COL 5' => '1.794693','COL 6' => '0.374229','COL 7' => '0.000000','COL 8' => '5.670372','COL 9' => '0.000000'),
array('COL 1' => '0.8','COL 2' => '171.972809','COL 3' => '195.512312','COL 4' => '419.469952','COL 5' => '1.794693','COL 6' => '19.538510','COL 7' => '20.431361','COL 8' => '51.206406','COL 9' => '0.000000'),
array('COL 1' => '0.7','COL 2' => '353.455910','COL 3' => '394.580427','COL 4' => '480.716151','COL 5' => '1.794693','COL 6' => '39.029791','COL 7' => '43.323565','COL 8' => '62.113557','COL 9' => '0.000000'),
array('COL 1' => '0.6','COL 2' => '426.957644','COL 3' => '458.895765','COL 4' => '564.093525','COL 5' => '1.794693','COL 6' => '47.656504','COL 7' => '48.917412','COL 8' => '77.287296','COL 9' => '0.000000'),
array('COL 1' => '0.5','COL 2' => '467.948853','COL 3' => '492.424648','COL 4' => '574.731368','COL 5' => '1.794693','COL 6' => '51.858927','COL 7' => '53.645115','COL 8' => '77.756579','COL 9' => '0.000000'),
array('COL 1' => '0.25','COL 2' => '556.101010','COL 3' => '566.718901','COL 4' => '642.256645','COL 5' => '403.225473','COL 6' => '60.756487','COL 7' => '59.358828','COL 8' => '85.918919','COL 9' => '41.411933'),
array('COL 1' => '0.0','COL 2' => '603.597510','COL 3' => '606.488332','COL 4' => '718.551020','COL 5' => '479.630612','COL 6' => '65.899850','COL 7' => '66.284404','COL 8' => '97.353543','COL 9' => '47.257481')
);
/* `GENECRISpy`.`Corona Low Density` */
$Corona_Low_Density = array(
array('COL 1' => 'percentage','COL 2' => 'infected_mean','COL 3' => 'infected_median','COL 4' => 'infected_max','COL 5' => 'infected_min','COL 6' => 'fatalities_mean','COL 7' => 'fatalities_median','COL 8' => 'fatalities_max','COL 9' => 'fatalities_min'),
array('COL 1' => '0.99','COL 2' => '2.853785','COL 3' => '2.832226','COL 4' => '5.136213','COL 5' => '0.863014','COL 6' => '0.025058','COL 7' => '0.000000','COL 8' => '0.594096','COL 9' => '0.000000'),
array('COL 1' => '0.95','COL 2' => '3.037410','COL 3' => '3.000000','COL 4' => '7.058385','COL 5' => '0.863014','COL 6' => '0.034719','COL 7' => '0.000000','COL 8' => '0.718593','COL 9' => '0.000000'),
array('COL 1' => '0.9','COL 2' => '3.609092','COL 3' => '3.208279','COL 4' => '10.135009','COL 5' => '0.863014','COL 6' => '0.041647','COL 7' => '0.000000','COL 8' => '0.730405','COL 9' => '0.000000'),
array('COL 1' => '0.8','COL 2' => '5.266170','COL 3' => '3.760135','COL 4' => '23.879112','COL 5' => '0.863014','COL 6' => '0.112174','COL 7' => '0.000000','COL 8' => '1.747950','COL 9' => '0.000000'),
array('COL 1' => '0.7','COL 2' => '20.197870','COL 3' => '5.809249','COL 4' => '82.528432','COL 5' => '0.863014','COL 6' => '2.275829','COL 7' => '0.000000','COL 8' => '15.589010','COL 9' => '0.000000'),
array('COL 1' => '0.6','COL 2' => '111.878985','COL 3' => '133.403026','COL 4' => '245.752403','COL 5' => '0.863014','COL 6' => '17.059999','COL 7' => '16.019040','COL 8' => '53.358198','COL 9' => '0.000000'),
array('COL 1' => '0.5','COL 2' => '214.157565','COL 3' => '249.549533','COL 4' => '316.695859','COL 5' => '0.863014','COL 6' => '35.358853','COL 7' => '40.106918','COL 8' => '60.288941','COL 9' => '0.000000'),
array('COL 1' => '0.25','COL 2' => '301.328569','COL 3' => '324.126251','COL 4' => '385.180540','COL 5' => '0.863014','COL 6' => '53.177196','COL 7' => '56.240769','COL 8' => '73.220819','COL 9' => '0.000000'),
array('COL 1' => '0.0','COL 2' => '352.682061','COL 3' => '367.650449','COL 4' => '425.766523','COL 5' => '0.863014','COL 6' => '61.767985','COL 7' => '63.253165','COL 8' => '93.613760','COL 9' => '0.000000')
);
/* `GENECRISpy`.`Corona Medium Density` */
$Corona_Medium_Density = array(
array('COL 1' => 'percentage','COL 2' => 'infected_mean','COL 3' => 'infected_median','COL 4' => 'infected_max','COL 5' => 'infected_min','COL 6' => 'fatalities_mean','COL 7' => 'fatalities_median','COL 8' => 'fatalities_max','COL 9' => 'fatalities_min'),
array('COL 1' => '0.99','COL 2' => '3.473908','COL 3' => '3.635939','COL 4' => '7.023256','COL 5' => '1.232852','COL 6' => '0.048642','COL 7' => '0.000000','COL 8' => '0.658071','COL 9' => '0.000000'),
array('COL 1' => '0.95','COL 2' => '3.859328','COL 3' => '3.842897','COL 4' => '10.247676','COL 5' => '1.232852','COL 6' => '0.077602','COL 7' => '0.000000','COL 8' => '0.953382','COL 9' => '0.000000'),
array('COL 1' => '0.9','COL 2' => '4.618960','COL 3' => '3.997561','COL 4' => '13.157057','COL 5' => '1.232852','COL 6' => '0.097354','COL 7' => '0.000000','COL 8' => '0.891288','COL 9' => '0.000000'),
array('COL 1' => '0.8','COL 2' => '12.943307','COL 3' => '7.050346','COL 4' => '63.564498','COL 5' => '1.321705','COL 6' => '0.845327','COL 7' => '0.000000','COL 8' => '8.118828','COL 9' => '0.000000'),
array('COL 1' => '0.7','COL 2' => '139.069549','COL 3' => '162.917395','COL 4' => '345.494189','COL 5' => '1.321705','COL 6' => '20.411735','COL 7' => '22.174644','COL 8' => '53.866640','COL 9' => '0.000000'),
array('COL 1' => '0.6','COL 2' => '280.156276','COL 3' => '298.578427','COL 4' => '411.016647','COL 5' => '1.408213','COL 6' => '40.716985','COL 7' => '43.039758','COL 8' => '65.619501','COL 9' => '0.000000'),
array('COL 1' => '0.5','COL 2' => '335.857386','COL 3' => '347.810648','COL 4' => '437.867500','COL 5' => '1.408213','COL 6' => '49.293533','COL 7' => '50.202457','COL 8' => '79.248424','COL 9' => '0.000000'),
array('COL 1' => '0.25','COL 2' => '417.007969','COL 3' => '425.595966','COL 4' => '504.476087','COL 5' => '1.952321','COL 6' => '60.019697','COL 7' => '59.596081','COL 8' => '84.434805','COL 9' => '0.519448'),
array('COL 1' => '0.0','COL 2' => '460.948766','COL 3' => '462.776090','COL 4' => '533.529233','COL 5' => '371.018104','COL 6' => '64.990389','COL 7' => '65.338266','COL 8' => '92.672046','COL 9' => '49.504359')
);
/* `GENECRISpy`.`COVID19 Household Data` */
$COVID19_Household_Data = array(
array('COL 1' => 'Household size','COL 2' => 'All ','COL 3' => 'Children <20','COL 4' => 'Children <10'),
array('COL 1' => '1','COL 2' => '7067261','COL 3' => '41072','COL 4' => '597'),
array('COL 1' => '2','COL 2' => '7998031','COL 3' => '915779','COL 4' => '429394'),
array('COL 1' => '3','COL 2' => '3641569','COL 3' => '2276387','COL 4' => '1276979'),
array('COL 1' => '4','COL 2' => '3031078','COL 3' => '2593139','COL 4' => '1547764'),
array('COL 1' => '5','COL 2' => '1085188','COL 3' => '984632','COL 4' => '665217'),
array('COL 1' => '6','COL 2' => '386784','COL 3' => '353199','COL 4' => '260716')
);
/* `GENECRISpy`.`Fatalities Fig 1` */
$Fatalities_Fig_1 = array(
);
/* `GENECRISpy`.`Fatalities Fig 2` */
$Fatalities_Fig_2 = array(
);
/* `GENECRISpy`.`Fatalities Fig 3` */
$Fatalities_Fig_3 = array(
);
/* `GENECRISpy`.`Hosts` */
$Hosts = array(
array('COL 1' => 'deme','COL 2' => 'hostId','COL 3' => 'date','COL 4' => 'ag1','COL 5' => 'ag2','COL 6' => 'S')
);
/* `GENECRISpy`.`Infectious Disease Model 1` */
$Infectious_Disease_Model_1 = array(
);
/* `GENECRISpy`.`Infectious Disease Model 2` */
$Infectious_Disease_Model_2 = array(
);
/* `GENECRISpy`.`Novel Corona Virus Landscape WHO` */
$Novel_Corona_Virus_Landscape_WHO = array(
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'COVID-19 - Landscape of novel coronavirus candidate vaccine development worldwide','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => '01/19/2021'),
array('COL 1' => '','COL 2' => 'All','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => 'Phase 1','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => 'Phase 1/2','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => 'Phase 2','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => 'Phase 2/3','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => 'Phase 3','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Summary Information on Vaccine Products in Clinical Development','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '1. - Number of vaccines in clinical development','COL 2' => '','COL 3' => '','COL 4' => '64','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '2. - Number of vaccines in pre-clinical development','COL 2' => '','COL 3' => '','COL 4' => '173','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Vaccines in clinical development','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '64','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Vaccines in pre-clinical development','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '173','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '3. - Candidates in clinical phase','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Filter','COL 2' => 'All','COL 3' => 'Select phase of development (default is all)','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Platform','COL 2' => '','COL 3' => 'Candidate vaccines (no. and %)','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'PS','COL 2' => 'Protein subunit','COL 3' => '20','COL 4' => '31.25%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'VVnr','COL 2' => 'Viral Vector (non-replicating)','COL 3' => '10','COL 4' => '15.625%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'DNA','COL 2' => 'DNA','COL 3' => '8','COL 4' => '12.5%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'IV','COL 2' => 'Inactivated Virus','COL 3' => '9','COL 4' => '14.0625%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'RNA','COL 2' => 'RNA','COL 3' => '7','COL 4' => '10.9375%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'VVr','COL 2' => 'Viral Vector (replicating)','COL 3' => '4','COL 4' => '6.25%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'VLP','COL 2' => 'Virus Like Particle','COL 3' => '2','COL 4' => '3.125%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'VVr + APC','COL 2' => 'VVr + Antigen Presenting Cell','COL 3' => '2','COL 4' => '3.125%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'LAV','COL 2' => 'Live Attenuated Virus','COL 3' => '1','COL 4' => '1.5625%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'VVnr + APC','COL 2' => 'VVnr + Antigen Presenting Cell','COL 3' => '1','COL 4' => '1.5625%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '64','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '4. - Dosage, schedule and route of admistration of candidates in clinical phase','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Dosage & schedule','COL 2' => '','COL 3' => 'Candidate vaccines (no. and %)','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '1 dose','COL 2' => '','COL 3' => '12','COL 4' => '18.75%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '1 dose','COL 9' => '12','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Day 0','COL 2' => '','COL 3' => '12','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '2 doses','COL 9' => '38','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '2 doses','COL 2' => '','COL 3' => '38','COL 4' => '59.375%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '3 doses','COL 9' => '1','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Day 0 + 14','COL 2' => '','COL 3' => '5','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'other not specified','COL 9' => '13','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Day 0 + 21','COL 2' => '','COL 3' => '16','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Day 0 + 28','COL 2' => '','COL 3' => '17','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Day 0','COL 9' => '12','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '3 doses','COL 2' => '','COL 3' => '1','COL 4' => '1.5625%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Day 0 + 14','COL 9' => '5','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Day 0 + 28 + 56','COL 2' => '','COL 3' => '1','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Day 0 + 21','COL 9' => '16','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'TBD / No Data (ND)','COL 2' => '','COL 3' => '13','COL 4' => '20.3125%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Day 0 + 28','COL 9' => '17','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => '','COL 2' => '','COL 3' => '64','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'Day 0 + 28 + 56','COL 9' => '1','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Route of admininstration','COL 2' => '','COL 3' => '','COL 4' => '','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => 'other not specified','COL 9' => '13','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Oral','COL 2' => '','COL 3' => '3','COL 4' => '4.6875%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'Injectable','COL 2' => '','COL 3' => '53','COL 4' => '82.8125%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'SC','COL 2' => 'Sub cutaneous','COL 3' => '2','COL 4' => '3.125%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'ID','COL 2' => 'Intra dermal','COL 3' => '3','COL 4' => '4.6875%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'IM','COL 2' => 'Intra muscular','COL 3' => '48','COL 4' => '75%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => ''),
array('COL 1' => 'TBD / No Data (ND)','COL 2' => '','COL 3' => '8','COL 4' => '12.5%','COL 5' => '','COL 6' => '','COL 7' => '','COL 8' => '','COL 9' => '','COL 10' => '','COL 11' => '','COL 12' => '','COL 13' => '')
);
/* `GENECRISpy`.`Population Not Vaccinated` */
$Population_Not_Vaccinated = array(
array('COL 1' => 'fected / not vaccinated people dependent on initially vaccinated people (0-98%). People do not vaccinate themselves during simulation. Average of 22 calculations.','COL 2' => NULL),
array('COL 1' => 'initially vaccinated people (%)','COL 2' => 'infected / not vaccinated people'),
array('COL 1' => '0','COL 2' => '0.999564'),
array('COL 1' => '1','COL 2' => '0.999492929'),
array('COL 1' => '2','COL 2' => '0.999293878'),
array('COL 1' => '3','COL 2' => '0.999059794'),
array('COL 1' => '4','COL 2' => '0.998802083'),
array('COL 1' => '5','COL 2' => '0.998311579'),
array('COL 1' => '6','COL 2' => '0.997765957'),
array('COL 1' => '7','COL 2' => '0.996913647'),
array('COL 1' => '8','COL 2' => '0.995969565'),
array('COL 1' => '9','COL 2' => '0.995553846'),
array('COL 1' => '10','COL 2' => '0.994091111'),
array('COL 1' => '11','COL 2' => '0.992892135'),
array('COL 1' => '12','COL 2' => '0.991413636'),
array('COL 1' => '13','COL 2' => '0.990351724'),
array('COL 1' => '14','COL 2' => '0.988331201'),
array('COL 1' => '15','COL 2' => '0.986294118'),
array('COL 1' => '16','COL 2' => '0.984635714'),
array('COL 1' => '17','COL 2' => '0.982323171'),
array('COL 1' => '18','COL 2' => '0.980114634'),
array('COL 1' => '19','COL 2' => '0.977792593'),
array('COL 1' => '20','COL 2' => '0.97443'),
array('COL 1' => '21','COL 2' => '0.971693671'),
array('COL 1' => '22','COL 2' => '0.968648718'),
array('COL 1' => '23','COL 2' => '0.9662'),
array('COL 1' => '24','COL 2' => '0.961671053'),
array('COL 1' => '25','COL 2' => '0.958245333'),
array('COL 1' => '26','COL 2' => '0.954843243'),
array('COL 1' => '27','COL 2' => '0.951610959'),
array('COL 1' => '28','COL 2' => '0.946406445'),
array('COL 1' => '29','COL 2' => '0.943092958'),
array('COL 1' => '30','COL 2' => '0.938597143'),
array('COL 1' => '31','COL 2' => '0.93153913'),
array('COL 1' => '32','COL 2' => '0.927494118'),
array('COL 1' => '33','COL 2' => '0.920480597'),
array('COL 1' => '34','COL 2' => '0.916490377'),
array('COL 1' => '35','COL 2' => '0.909424615'),
array('COL 1' => '36','COL 2' => '0.905559375'),
array('COL 1' => '37','COL 2' => '0.897085714'),
array('COL 1' => '38','COL 2' => '0.890190323'),
array('COL 1' => '39','COL 2' => '0.882718033'),
array('COL 1' => '40','COL 2' => '0.878423333'),
array('COL 1' => '41','COL 2' => '0.867644068'),
array('COL 1' => '42','COL 2' => '0.860668966'),
array('COL 1' => '43','COL 2' => '0.848978947'),
array('COL 1' => '44','COL 2' => '0.840439286'),
array('COL 1' => '45','COL 2' => '0.833465455'),
array('COL 1' => '46','COL 2' => '0.82027037'),
array('COL 1' => '47','COL 2' => '0.818086792'),
array('COL 1' => '48','COL 2' => '0.799015385'),
array('COL 1' => '49','COL 2' => '0.790447059'),
array('COL 1' => '50','COL 2' => '0.777644'),
array('COL 1' => '51','COL 2' => '0.769538776'),
array('COL 1' => '52','COL 2' => '0.7552875'),
array('COL 1' => '53','COL 2' => '0.738429787'),
array('COL 1' => '54','COL 2' => '0.733917391'),
array('COL 1' => '55','COL 2' => '0.713008889'),
array('COL 1' => '56','COL 2' => '0.700795635'),
array('COL 1' => '57','COL 2' => '0.687893023'),
array('COL 1' => '58','COL 2' => '0.669447619'),
array('COL 1' => '59','COL 2' => '0.65862439'),
array('COL 1' => '60','COL 2' => '0.64359'),
array('COL 1' => '61','COL 2' => '0.614328205'),
array('COL 1' => '62','COL 2' => '0.596652632'),
array('COL 1' => '63','COL 2' => '0.582513514'),
array('COL 1' => '64','COL 2' => '0.559511111'),
array('COL 1' => '65','COL 2' => '0.540371429'),
array('COL 1' => '66','COL 2' => '0.5195'),
array('COL 1' => '67','COL 2' => '0.507145455'),
array('COL 1' => '68','COL 2' => '0.483257268'),
array('COL 1' => '69','COL 2' => '0.459445161'),
array('COL 1' => '70','COL 2' => '0.430726667'),
array('COL 1' => '71','COL 2' => '0.424944828'),
array('COL 1' => '72','COL 2' => '0.383757143'),
array('COL 1' => '73','COL 2' => '0.367925926'),
array('COL 1' => '74','COL 2' => '0.355530769'),
array('COL 1' => '75','COL 2' => '0.31584'),
array('COL 1' => '76','COL 2' => '0.291758333'),
array('COL 1' => '77','COL 2' => '0.286643478'),
array('COL 1' => '78','COL 2' => '0.263054545'),
array('COL 1' => '79','COL 2' => '0.222304762'),
array('COL 1' => '80','COL 2' => '0.2053'),
array('COL 1' => '81','COL 2' => '0.172627699'),
array('COL 1' => '82','COL 2' => '0.151777778'),
array('COL 1' => '83','COL 2' => '0.145717647'),
array('COL 1' => '84','COL 2' => '0.1010125'),
array('COL 1' => '85','COL 2' => '0.08292'),
array('COL 1' => '86','COL 2' => '0.07'),
array('COL 1' => '87','COL 2' => '0.0618'),
array('COL 1' => '88','COL 2' => '0.048283333'),
array('COL 1' => '89','COL 2' => '0.033818182'),
array('COL 1' => '90','COL 2' => '0.02794'),
array('COL 1' => '91','COL 2' => '0.027066667'),
array('COL 1' => '92','COL 2' => '0.01455'),
array('COL 1' => '93','COL 2' => '0.0116'),
array('COL 1' => '94','COL 2' => '0.011066667'),
array('COL 1' => '95','COL 2' => '0.01112'),
array('COL 1' => '96','COL 2' => '0.0096'),
array('COL 1' => '97','COL 2' => '0.006533333'),
array('COL 1' => '98','COL 2' => '0.007'),
array('COL 1' => '99','COL 2' => '0.0042')
);
/* `GENECRISpy`.`Social Bubbles 1` */
$Social_Bubbles_1 = array(
array('COL 1' => 'Outcome','COL 2' => 'TauB','COL 3' => 'Parameter_set','COL 4' => 'R_init','COL 5' => 'Mean_field_assumption','COL 6' => 'Compliance','COL 7' => 'Scenario','COL 8' => 'Scenario_lab','COL 9' => 'value_lo','COL 10' => 'value','COL 11' => 'value_hi','COL 12' => 'Test','COL 13' => 'Test_1','COL 14' => 'Test_2'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0.837184352877656','COL 10' => '0.870729444847892','COL 11' => '0.995848423136433','COL 12' => '0.00801517677597262','COL 13' => '0.00510662006682859','COL 14' => '0.00321548569883156'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0.837015768787579','COL 10' => '0.873348366906043','COL 11' => '1.00963728218386','COL 12' => '0.00956340578783226','COL 13' => '0.00549531527768457','COL 14' => '0.00385345031816069'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0.805566037700847','COL 10' => '0.80868180932121','COL 11' => '0.832139965842692','COL 12' => '0.00645907413603352','COL 13' => '0.008352897933407','COL 14' => '0.00480234626294891'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0.806737018497622','COL 10' => '0.815166008549928','COL 11' => '0.850669885484321','COL 12' => '0.0060276785803948','COL 13' => '0.00613865877109961','COL 14' => '0.00446389011760984'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0.81296887096533','COL 10' => '0.82096717615791','COL 11' => '0.837405884333579','COL 12' => '0.0086506175587523','COL 13' => '0.00552959766323133','COL 14' => '0.00629451991991711'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0.821712485584341','COL 10' => '0.842583028011209','COL 11' => '0.890163103711622','COL 12' => '0.00604184009942447','COL 13' => '0.00724815152039503','COL 14' => '0.00555484940643655'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0.816110228140848','COL 10' => '0.823516752535096','COL 11' => '0.861665230609794','COL 12' => '0.00797232882751554','COL 13' => '0.00749203389264256','COL 14' => '0.00444378946486402'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0.834193758527079','COL 10' => '0.865617178407607','COL 11' => '0.946307366530488','COL 12' => '0.00652454795029845','COL 13' => '0.00699804132714494','COL 14' => '0.00728454068982315'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0.945783294793993','COL 10' => '1.10428896677968','COL 11' => '1.50860336233038','COL 12' => '0.0052908594610369','COL 13' => '0.00440160185101852','COL 14' => '0.00262408439281975'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0.955209941340905','COL 10' => '1.14227741872361','COL 11' => '1.64584987829187','COL 12' => '0.00627263497112838','COL 13' => '0.0039332031806488','COL 14' => '0.00291543678948284'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0.812347538429301','COL 10' => '0.834579807210874','COL 11' => '0.886413854912023','COL 12' => '0.00755043775776229','COL 13' => '0.00671526075867883','COL 14' => '0.00376168133702926'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0.824534293508282','COL 10' => '0.857923586427878','COL 11' => '0.92912189328896','COL 12' => '0.00611706690524493','COL 13' => '0.00396857011704476','COL 14' => '0.00535458142730611'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0.85458732226235','COL 10' => '0.886452057554527','COL 11' => '0.915947442246368','COL 12' => '0.00670623012606839','COL 13' => '0.00362637268804819','COL 14' => '0.0164489637715237'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0.886095920361097','COL 10' => '0.956444079891977','COL 11' => '1.04541529673004','COL 12' => '0.00682836397233063','COL 13' => '0.00598848323593076','COL 14' => '0.00416544571917425'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0.866289042119339','COL 10' => '0.911896689577245','COL 11' => '0.980452432329392','COL 12' => '0.00371390512335086','COL 13' => '0.00527311243152166','COL 14' => '0.00969502253564572'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0.928764783772336','COL 10' => '1.03049529622801','COL 11' => '1.16627682183911','COL 12' => '0.00500858351107913','COL 13' => '0.0059377058575919','COL 14' => '0.00470980947322194'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '1.05972587651859','COL 10' => '1.33054416959188','COL 11' => '1.91983598847832','COL 12' => '0.00369979342148193','COL 13' => '0.00243967162453932','COL 14' => '0.00302566649141166'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '1.09208969212221','COL 10' => '1.43058600039182','COL 11' => '2.19138972958697','COL 12' => '0.00454644375986886','COL 13' => '0.00474436803621776','COL 14' => '0.00752582890499202'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0.828532143959366','COL 10' => '0.863710903192694','COL 11' => '0.913634971099278','COL 12' => '0.00620278724513781','COL 13' => '0.00777727121514775','COL 14' => '0.00758631104774546'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0.844965660855118','COL 10' => '0.90135323436729','COL 11' => '0.967989363976948','COL 12' => '0.00854525697199698','COL 13' => '0.00575701437615513','COL 14' => '0.0111824996716188'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0.900769550857463','COL 10' => '0.935814012443656','COL 11' => '0.953092379619196','COL 12' => '0.00656108490377799','COL 13' => '0.00535779605367323','COL 14' => '0.0236492574162933'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0.954375021571889','COL 10' => '1.0461643527828','COL 11' => '1.10511876566344','COL 12' => '0.00980114443677038','COL 13' => '0.0066551044056851','COL 14' => '0.00861076001154468'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0.916041048595652','COL 10' => '0.982217430285702','COL 11' => '1.03729305711424','COL 12' => '0.00543454920620772','COL 13' => '0.0032036081973633','COL 14' => '0.016598908654948'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '1.0170558263588','COL 10' => '1.15513591302846','COL 11' => '1.26296720058732','COL 12' => '0.00744522545809513','COL 13' => '0.00535329087227008','COL 14' => '0.00575751542812344'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.7','COL 10' => '0.7','COL 11' => '0.7','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '1.00902084857752','COL 11' => '0','COL 12' => '0','COL 13' => '0.00339918931755032','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '1.0576875753063','COL 11' => '0','COL 12' => '0','COL 13' => '0.00604604401684257','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.736392625640218','COL 11' => '0','COL 12' => '0','COL 13' => '0.0059878290799542','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.760246935320411','COL 11' => '0','COL 12' => '0','COL 13' => '0.00775687114414042','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.781923482681486','COL 11' => '0','COL 12' => '0','COL 13' => '0.00623372181758688','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0.85148901208347','COL 11' => '0','COL 12' => '0','COL 13' => '0.00542447806768007','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0.811479827600104','COL 11' => '0','COL 12' => '0','COL 13' => '0.0061630035467036','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '0.927995632692068','COL 11' => '0','COL 12' => '0','COL 13' => '0.00583009530462257','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.9','COL 10' => '0.9','COL 11' => '0.9','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '1.19941989582515','COL 11' => '0','COL 12' => '0','COL 13' => '0.00354456529645204','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '1.23664943957586','COL 11' => '0','COL 12' => '0','COL 13' => '0.00457669351382795','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.928923800051126','COL 11' => '0','COL 12' => '0','COL 13' => '0.00623878596016958','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.952351796031347','COL 11' => '0','COL 12' => '0','COL 13' => '0.00418706064286776','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.989087926183498','COL 11' => '0','COL 12' => '0','COL 13' => '0.00537061854851396','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '1.05680115145153','COL 11' => '0','COL 12' => '0','COL 13' => '0.00458448325426601','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '1.01475368115196','COL 11' => '0','COL 12' => '0','COL 13' => '0.00517736870000783','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '1.13229161229934','COL 11' => '0','COL 12' => '0','COL 13' => '0.00526934631387073','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '1.19628079763046','COL 11' => '0','COL 12' => '0','COL 13' => '0.00293906962463199','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '1.26249414831041','COL 11' => '0','COL 12' => '0','COL 13' => '0.00228250934390905','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.816154135994256','COL 11' => '0','COL 12' => '0','COL 13' => '0.00765381190117795','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.828815853064566','COL 11' => '0','COL 12' => '0','COL 13' => '0.0067248815208228','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.928812804147269','COL 11' => '0','COL 12' => '0','COL 13' => '0.00839457324279564','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0.98761190643485','COL 11' => '0','COL 12' => '0','COL 13' => '0.0047171695091877','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0.936963869117297','COL 11' => '0','COL 12' => '0','COL 13' => '0.00491885166398608','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '1.06692476052816','COL 11' => '0','COL 12' => '0','COL 13' => '0.00382313806874764','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '1.07330568318651','COL 11' => '0','COL 12' => '0','COL 13' => '0.00517221264210453','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '1.10773964624995','COL 11' => '0','COL 12' => '0','COL 13' => '0.00332731373320831','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.874663307348465','COL 11' => '0','COL 12' => '0','COL 13' => '0.00410388162417804','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.916756744041711','COL 11' => '0','COL 12' => '0','COL 13' => '0.00682207524653876','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.814763659578269','COL 11' => '0','COL 12' => '0','COL 13' => '0.00418346864922423','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0.898310183048489','COL 11' => '0','COL 12' => '0','COL 13' => '0.00585652685016065','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0.887407016408193','COL 11' => '0','COL 12' => '0','COL 13' => '0.00505816212251228','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '1.01335438649573','COL 11' => '0','COL 12' => '0','COL 13' => '0.00364106813949102','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.870818756482263','COL 11' => '0','COL 12' => '0','COL 13' => '0.0059438145805782','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.910748786598839','COL 11' => '0','COL 12' => '0','COL 13' => '0.00593164731429936','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.95290792995007','COL 11' => '0','COL 12' => '0','COL 13' => '0.0050484905699499','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '1.04390318626848','COL 11' => '0','COL 12' => '0','COL 13' => '0.00532791202425856','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0.996967771996882','COL 11' => '0','COL 12' => '0','COL 13' => '0.00480196047342425','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '1.17682136596404','COL 11' => '0','COL 12' => '0','COL 13' => '0.00564946229523405','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '0.8','COL 10' => '0.8','COL 11' => '0.8','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '0','COL 10' => '0','COL 11' => '0','COL 12' => '0','COL 13' => '0','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '0','COL 10' => '0.81682846902792','COL 11' => '0','COL 12' => '0','COL 13' => '0.00545070912272042','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '0','COL 10' => '0.829214900604561','COL 11' => '0','COL 12' => '0','COL 13' => '0.00550884053952843','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '0','COL 10' => '0.841070914493436','COL 11' => '0','COL 12' => '0','COL 13' => '0.00584185361467607','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '0','COL 10' => '0.874903417643445','COL 11' => '0','COL 12' => '0','COL 13' => '0.00465001922556857','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '0','COL 10' => '0.857910128402798','COL 11' => '0','COL 12' => '0','COL 13' => '0.00462778536847384','COL 14' => '0'),
array('COL 1' => 'Net Reproduction Number','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '0','COL 10' => '0.930298620059979','COL 11' => '0','COL 12' => '0','COL 13' => '0.00483626635794788','COL 14' => '0')
);
/* `GENECRISpy`.`Social Bubbles 2` */
$Social_Bubbles_2 = array(
array('COL 1' => 'Outcome','COL 2' => 'TauB','COL 3' => 'Parameter_set','COL 4' => 'R_init','COL 5' => 'Mean_field_assumption','COL 6' => 'Compliance','COL 7' => 'Scenario','COL 8' => 'Scenario_lab','COL 9' => 'value_lo','COL 10' => 'value','COL 11' => 'value_hi'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: Comparator 2\\n36 percent increase\\n their random contacts','COL 9' => '1.21936371335742','COL 10' => '1.56157916489784','COL 11' => '3.04584439303423'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '1.24243305882463','COL 10' => '1.56097254366817','COL 11' => '3.27247003094127'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '1.00044990018574','COL 10' => '1.02729090540558','COL 11' => '1.12135426551446'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '1.02319103154503','COL 10' => '1.05430534350087','COL 11' => '1.21712672627366'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '1.08689530121822','COL 10' => '1.16244295574239','COL 11' => '1.31304182650793'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '1.13432613499533','COL 10' => '1.29702541091384','COL 11' => '1.69534847805534'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '1.10568316991526','COL 10' => '1.18746908636632','COL 11' => '1.41810585470712'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '1.20662495172157','COL 10' => '1.49353224560372','COL 11' => '2.41457204448275'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => '2.32014182834513','COL 10' => '5.427148774578','COL 11' => '27.1132396489426'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '2.46527627158585','COL 10' => '6.50729583799587','COL 11' => '41.1365151889501'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '1.05678963866716','COL 10' => '1.14711170218374','COL 11' => '1.39661009565475'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '1.08842102215629','COL 10' => '1.2856372957964','COL 11' => '1.71140642363846'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '1.43996528022224','COL 10' => '1.83152191078383','COL 11' => '2.3531437773982'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '1.71692832986959','COL 10' => '2.55183524550642','COL 11' => '4.07178839745979'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '1.52235248855058','COL 10' => '2.03186854264206','COL 11' => '2.88558030596326'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '2.12080543268413','COL 10' => '3.74797665022596','COL 11' => '7.15944370013994'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: Comparator 2\\n36 percent increase\\n their random contacts','COL 9' => '4.29802169583003','COL 10' => '14.1691274675059','COL 11' => '81.7959936005812'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => '5.01101134594203','COL 10' => '20.6482635776485','COL 11' => '120.963995484558'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => '1.09799485609388','COL 10' => '1.31296524031104','COL 11' => '1.55018274763542'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => '1.2197593195961','COL 10' => '1.57515211247238','COL 11' => '2.03185909608452'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => '1.90250373668048','COL 10' => '2.5275757621966','COL 11' => '3.02367778596167'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => '2.48073439514224','COL 10' => '4.09126171051442','COL 11' => '5.63111074801605'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => '2.05387846198986','COL 10' => '2.94927339670848','COL 11' => '3.87629222404926'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => '3.44143816491223','COL 10' => '6.77477651049375','COL 11' => '10.4550807051211'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '6.57367802828565','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '8.15335374643463','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.17462038816087','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.32290572604785','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '1.88714117965263','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '2.75134039205202','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '2.10621853371653','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.7','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '4.24220651068304','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '4.66731643553357','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '5.41683296172798','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.13637598509989','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.23728031500493','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '1.77776058914147','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '2.37285599122953','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '1.93216324605912','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.9','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '3.41666144715498','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'small','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '7.78997324405671','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '10.128102990002','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.0322045700409','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.0894814260751','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '2.26778268584261','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '2.87845967993107','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '2.28814900186124','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '4.20248738083256','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'identical','COL 3' => 'Warwick','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => 'NaN','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '5.3937358374446','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '6.38067101508594','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.45553904020492','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.80027979459241','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '1.17486821871874','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '1.99954440944724','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '1.67233602800329','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Individual','COL 6' => 'Compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '3.86621101375724','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '0','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '0','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.31445215553207','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.59791514263585','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '2.73443674843734','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '4.03139419727871','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '3.11383636217722','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Non-compliance','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '7.37244920139814','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C1','COL 8' => 'C1: Comparator 1\\nstatus quo:\\nno social bubbles','COL 9' => '1','COL 10' => '1','COL 11' => '1'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C2','COL 8' => 'C2: unclustered contacts','COL 9' => 'NaN','COL 10' => '0','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => 'C3','COL 8' => 'C3: Increased community transmission','COL 9' => 'NaN','COL 10' => '0','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '1','COL 8' => '1: Households with\\nprimary school age\\nchildren pair up','COL 9' => 'NaN','COL 10' => '1.05708785321519','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '2','COL 8' => '3: Households with\\nchildren of any age\\n pair up','COL 9' => 'NaN','COL 10' => '1.13499203794784','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '3','COL 8' => '4: Single occupancy\\nhouseholds pair up','COL 9' => 'NaN','COL 10' => '1.35572218715425','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '4','COL 8' => '5: Single occupancy\\nhouseholds pair up\\nwith random household','COL 9' => 'NaN','COL 10' => '1.60021379628516','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '5','COL 8' => '8: Scenarios 1 and 3\\ncombined','COL 9' => 'NaN','COL 10' => '1.42573323265814','COL 11' => 'NaN'),
array('COL 1' => 'Disease incidence increase','COL 2' => 'half','COL 3' => 'LSHTM','COL 4' => '0.8','COL 5' => 'Household','COL 6' => 'Excluding Elderly','COL 7' => '6','COL 8' => '9: All households\\npair up randomly','COL 9' => 'NaN','COL 10' => '2.16887076332153','COL 11' => 'NaN')
);
/* `GENECRISpy`.`Total Infected Population without Vaccine` */
$Total_Infected_Population_without_Vaccine = array(
array('COL 1' => 'tal infected people dependent on initially vaccinated people (0-99%). People do not vaccinate themselves during simulation. Average of 22 calculations.','COL 2' => NULL),
array('COL 1' => 'initially vaccinated people (%)','COL 2' => 'total infected people without initially infected'),
array('COL 1' => '0','COL 2' => '9995.64'),
array('COL 1' => '1','COL 2' => '9894.98'),
array('COL 1' => '2','COL 2' => '9793.08'),
array('COL 1' => '3','COL 2' => '9690.88'),
array('COL 1' => '4','COL 2' => '9588.5'),
array('COL 1' => '5','COL 2' => '9483.96'),
array('COL 1' => '6','COL 2' => '9379'),
array('COL 1' => '7','COL 2' => '9270.3'),
array('COL 1' => '8','COL 2' => '9162.92'),
array('COL 1' => '9','COL 2' => '9059.54'),
array('COL 1' => '10','COL 2' => '8946.82'),
array('COL 1' => '11','COL 2' => '8836.74'),
array('COL 1' => '12','COL 2' => '8724.44'),
array('COL 1' => '13','COL 2' => '8616.06'),
array('COL 1' => '14','COL 2' => '8498.66'),
array('COL 1' => '15','COL 2' => '8383.5'),
array('COL 1' => '16','COL 2' => '8270.94'),
array('COL 1' => '17','COL 2' => '8152.3'),
array('COL 1' => '18','COL 2' => '8036.94'),
array('COL 1' => '19','COL 2' => '7920.12'),
array('COL 1' => '20','COL 2' => '7795.44'),
array('COL 1' => '21','COL 2' => '7676.38'),
array('COL 1' => '22','COL 2' => '7555.46'),
array('COL 1' => '23','COL 2' => '7439.74'),
array('COL 1' => '24','COL 2' => '7308.7'),
array('COL 1' => '25','COL 2' => '7186.84'),
array('COL 1' => '26','COL 2' => '7065.84'),
array('COL 1' => '27','COL 2' => '6946.76'),
array('COL 1' => '28','COL 2' => '6813.18'),
array('COL 1' => '29','COL 2' => '6695.96'),
array('COL 1' => '30','COL 2' => '6570.18'),
array('COL 1' => '31','COL 2' => '6427.62'),
array('COL 1' => '32','COL 2' => '6306.96'),
array('COL 1' => '33','COL 2' => '6167.22'),
array('COL 1' => '34','COL 2' => '6047.92'),
array('COL 1' => '35','COL 2' => '5911.26'),
array('COL 1' => '36','COL 2' => '5795.58'),
array('COL 1' => '37','COL 2' => '5651.64'),
array('COL 1' => '38','COL 2' => '5519.18'),
array('COL 1' => '39','COL 2' => '5384.58'),
array('COL 1' => '40','COL 2' => '5270.54'),
array('COL 1' => '41','COL 2' => '5119.1'),
array('COL 1' => '42','COL 2' => '4991.88'),
array('COL 1' => '43','COL 2' => '4839.18'),
array('COL 1' => '44','COL 2' => '4706.46'),
array('COL 1' => '45','COL 2' => '4584.06'),
array('COL 1' => '46','COL 2' => '4429.46'),
array('COL 1' => '47','COL 2' => '4335.86'),
array('COL 1' => '48','COL 2' => '4154.88'),
array('COL 1' => '49','COL 2' => '4031.28'),
array('COL 1' => '50','COL 2' => '3888.22'),
array('COL 1' => '51','COL 2' => '3770.74'),
array('COL 1' => '52','COL 2' => '3625.38'),
array('COL 1' => '53','COL 2' => '3470.62'),
array('COL 1' => '54','COL 2' => '3376.02'),
array('COL 1' => '55','COL 2' => '3208.54'),
array('COL 1' => '56','COL 2' => '3082.8'),
array('COL 1' => '57','COL 2' => '2957.94'),
array('COL 1' => '58','COL 2' => '2811.68'),
array('COL 1' => '59','COL 2' => '2700.36'),
array('COL 1' => '60','COL 2' => '2574.36'),
array('COL 1' => '61','COL 2' => '2395.88'),
array('COL 1' => '62','COL 2' => '2267.28'),
array('COL 1' => '63','COL 2' => '2155.3'),
array('COL 1' => '64','COL 2' => '2014.24'),
array('COL 1' => '65','COL 2' => '1891.3'),
array('COL 1' => '66','COL 2' => '1766.3'),
array('COL 1' => '67','COL 2' => '1673.58'),
array('COL 1' => '68','COL 2' => '1545.94'),
array('COL 1' => '69','COL 2' => '1424.28'),
array('COL 1' => '70','COL 2' => '1292.18'),
array('COL 1' => '71','COL 2' => '1232.34'),
array('COL 1' => '72','COL 2' => '1074.52'),
array('COL 1' => '73','COL 2' => '993.4'),
array('COL 1' => '74','COL 2' => '924.38'),
array('COL 1' => '75','COL 2' => '789.6'),
array('COL 1' => '76','COL 2' => '700.22'),
array('COL 1' => '77','COL 2' => '659.28'),
array('COL 1' => '78','COL 2' => '578.72'),
array('COL 1' => '79','COL 2' => '466.84'),
array('COL 1' => '80','COL 2' => '410.6'),
array('COL 1' => '81','COL 2' => '327.82'),
array('COL 1' => '82','COL 2' => '273.2'),
array('COL 1' => '83','COL 2' => '247.72'),
array('COL 1' => '84','COL 2' => '161.62'),
array('COL 1' => '85','COL 2' => '124.38'),
array('COL 1' => '86','COL 2' => '98'),
array('COL 1' => '87','COL 2' => '80.34'),
array('COL 1' => '88','COL 2' => '57.94'),
array('COL 1' => '89','COL 2' => '37.2'),
array('COL 1' => '90','COL 2' => '27.94'),
array('COL 1' => '91','COL 2' => '24.36'),
array('COL 1' => '92','COL 2' => '11.64'),
array('COL 1' => '93','COL 2' => '8.12'),
array('COL 1' => '94','COL 2' => '6.64'),
array('COL 1' => '95','COL 2' => '5.56'),
array('COL 1' => '96','COL 2' => '3.84'),
array('COL 1' => '97','COL 2' => '1.96'),
array('COL 1' => '98','COL 2' => '1.4'),
array('COL 1' => '99','COL 2' => '0.42')
);
/* `GENECRISpy`.`Vaccines` */
$Vaccines = array(
array('COL 1' => '0','COL 2' => '0.0','COL 3' => '0.0','COL 4' => '0.0','COL 5' => '0.0','COL 6' => '0.0'),
array('COL 1' => '1','COL 2' => '1.0','COL 3' => '0.0','COL 4' => '0.0','COL 5' => '0.0','COL 6' => '0.0'),
array('COL 1' => 'vaccineId','COL 2' => 'date','COL 3' => 'actualA','COL 4' => 'actualB','COL 5' => 'idealA','COL 6' => 'idealB')
);
/* `GENECRISpy`.`Viruses` */
$Viruses = array(
array('COL 1' => 'hostId','COL 2' => 'date','COL 3' => 'ag1','COL 4' => 'ag2')
);