function [data, auxData, metaData, txtData, weights] = mydata_Xenopus_laevis

%% set metaData
metaData.phylum     = 'Chordata'; 
metaData.class      = 'Amphibia'; 
metaData.order      = 'Anura'; 
metaData.family     = 'Pipidae';
metaData.species    = 'Xenopus_laevis'; 
metaData.species_en = 'African clawed frog'; 

metaData.ecoCode.climate = {'BWk', 'BSh'};
metaData.ecoCode.ecozone = {'TPa'};
metaData.ecoCode.habitat = {'0iFm'};
metaData.ecoCode.embryo  = {'Fpf'};
metaData.ecoCode.migrate = {};
metaData.ecoCode.food    = {'biCi'};
metaData.ecoCode.gender  = {'Dg'};
metaData.ecoCode.reprod  = {'O'};

metaData.T_typical  = C2K(23); % K, body temp
metaData.data_0     = {'ah'; 'ab'; 'aj'; 'ap'; 'am'; 'Li'; 'Wwb'; 'Wwi'; 'Ri'}; 
metaData.data_1     = {'t-L';'t-Le';'t-Ww'; 't-Wwe'; 'L-Ww'; 'T-a'}; 

metaData.COMPLETE = 2.7; % using criteria of LikaKear2011

metaData.author    = {'Bas Kooijman'};    
metaData.date_subm = [2017 10 25];              
metaData.email     = {'bas.kooijman@vu.nl'};            
metaData.address   = {'VU University, Amsterdam'};   

metaData.author_mod_1    = {'Carlo Romoli'};    
metaData.date_mod_1      = [2022 03 07];              
metaData.email_mod_1     = {'carlo.romoli@ibacon.com'};            
metaData.address_mod_1   = {'ibacon GmbH, Germany'};   

metaData.author_mod_2    = {'Andre Gergs'};    
metaData.date_mod_2      = [2022 12 12];              
metaData.email_mod_2     = {'andre.gergs@bayer.com'};            
metaData.address_mod_2   = {'Bayer AG, Monheim, Germany'}; 

metaData.curator   = {'Bas Kooijman'};
metaData.email_cur = {'bas.kooijman@vu.nl'}; 
metaData.date_acc  = [2022 12 17]; 

%% set data
% zero-variate data

data.ah = 2;    units.ah = 'd';    label.ah = 'age at hatching';             bibkey.ah = 'FabeNieu1994';   
  temp.ah = C2K(23);  units.temp.ah = 'K'; label.temp.ah = 'temperature';
data.ab = 4.08; units.ab = 'd';    label.ab = 'age at birth';                bibkey.ab = 'FabeNieu1994';
  temp.ab = C2K(23);  units.temp.ab = 'K'; label.temp.ab = 'temperature';

% development times stages NF50 to stage NF62
das =[... %stage (#), age (d)  
50 15
51 17
52 21
53 24
54 26
55 32
56 38
57 41
58 44
59 45
60 46
61 48
62 49
];
  
for i = 1:length(das)  
   aNF = ['aNF',num2str(i+49)];    
   data.(aNF) = das(i,2);
   units.(aNF) = 'd';
   label.(aNF) = ['age at stage NF',num2str(i+49)];
   bibkey.(aNF) = 'FabeNieu1994'; % also available from https://www.xenbase.org/entry/anatomy/alldev.do
   temp.(aNF) = C2K(23);  units.temp.(aNF) = 'K'; label.temp.(aNF) = 'temperature';
end
  
data.tj = 7*7;    units.tj = 'd';    label.tj = 'time since birth at metam';bibkey.tj = 'ADW';   
  temp.tj = C2K(23);  units.temp.tj = 'K'; label.temp.tj = 'temperature';
  comment.tj = '6-8 weeks';
data.tj2 = 53.9; units.tj2 = 'd';    label.tj2= 'time since birth at metam';bibkey.tj2 = 'FabeNieu1994';
  temp.tj2 = C2K(23);  units.temp.tj2 = 'K'; label.temp.tj2 = 'temperature';
  comment.tj2 = 'from development stage NF45 to stage NF66';
data.tp = 11*30.5;    units.tp = 'd';    label.tp = 'time since metam at puberty'; bibkey.tp = 'ADW';
  temp.tp = C2K(23);  units.temp.tp = 'K'; label.temp.tp = 'temperature';
  comment.tp = 'Anage gives 183 d';
data.am = 30*365; units.am = 'd';    label.am = 'life span';                bibkey.am = 'Wiki';   
  temp.am = C2K(23);  units.temp.am = 'K'; label.temp.am = 'temperature'; 
  comment.am = 'ADW gives 20 yr';

data.Li  = 11;   units.Li  = 'cm';  label.Li  = 'ultimate body length for females';   bibkey.Li  = 'ADW';
  comment.Li = 'EoL gives 5.7 - 14.7 cm';
data.Lim  = 5.5;  units.Lim  = 'cm'; label.Lim  = 'ultimate body length for males';   bibkey.Lim  = 'ADW';
  comment.Lim = 'EoL gives 4.56 - 9.75 cm';

data.Wwb = 0.01; units.Wwb = 'g';   label.Wwb = 'wet weight at birth';     bibkey.Wwb = 'guess';
data.Wwi = 200;   units.Wwi = 'g';   label.Wwi = 'ultimate wet weight for females';     bibkey.Wwi = 'ADW';
data.Wwim = 60;   units.Wwim = 'g';   label.Wwim = 'ultimate wet weight for males';     bibkey.Wwim = 'ADW';

%data.Ri  = 800/365;   units.Ri  = '#/d'; label.Ri  = 'maximum reprod rate'; bibkey.Ri  = 'guess';  
% temp.Ri = C2K(23);  units.temp.Ri = 'K'; label.temp.Ri = 'temperature';
% comment.Ri = 'ADW: 4 brood/year, eggs/clutch guessed';

data.Ri  =  85.8*data.Wwi/365;   units.Ri  = '#/d'; label.Ri  = 'maximum reprod rate'; bibkey.Ri  = 'PreeKune2002'; 
temp.Ri = C2K(22);  units.temp.Ri = 'K'; label.temp.Ri = 'temperature';
comment.Ri = '85.8 eggs laid per clutch per g wet weight; temperature not provided, guessed based on time since birth at metam which was mini. ~60 days in PreeKraa2022; compared to 58 days to reach metamorphosis at 23C in FabeNieu1994 ';

% time - length  for embryo and tadpoles
data.tLtad =[ ... % time (d), total length (mm)
0	1.45
0.0625	1.45
0.083333333	1.45
0.09375	1.45
0.114583333	1.45
0.125	1.45
0.166666667	1.45
0.208333333	1.45
0.291666667	1.45
0.375	1.45
0.489583333	1.45
0.552083333	1.45
0.614583333	1.55
0.677083333	1.55
0.729166667	1.55
0.760416667	1.55
0.78125	1.55
0.822916667	1.55
0.864583333	1.55
0.90625	1.75
0.9375	1.95
1	2.1
1.03125	2.3
1.09375	2.6
1.145833333	2.9
1.229166667	3.15
1.302083333	3.55
1.354166667	3.9
1.458333333	4.25
1.5625	4.5
1.666666667	4.8
1.854166667	5
2.083333333	5.65
2.229166667	5.9
2.354166667	6.2
2.75	6.55
3.166666667	7.1
3.333333333	7.35
3.625	7.9
3.833333333	8.15
4.083333333	9
4.416666667	10.5
5.5	13.5
7.5	15.5
12	20
15	23.5
17	32
21	49
24	55
26	61.5
32	75
38	85
41	90
44	95];
data.tLtad(:,2) = data.tLtad(:,2)/10; % convert mm to cm
units.tLtad   = {'d', 'cm'};  label.tLtad = {'time since fertilization', 'total length'};  
temp.tLtad    = C2K(23);  units.temp.tLtad = 'K'; label.temp.tLtad = 'temperature';
bibkey.tLtad = 'FabeNieu1994';
subtitle.tLtad = 'Data for embryos/tadpoles';

% time length for embryo and tadpoles
data.tLtad1 =[ ... % time (d), SVL (mm)
    24	15.8
    38  24.6];
data.tLtad1(:,2) = data.tLtad1(:,2)/10; % convert mm to cm
units.tLtad1   = {'d', 'cm'};  label.tLtad1 = {'time since fertilization', 'SVL'};  
temp.tLtad1    = C2K(22);  units.temp.tLtad1 = 'K'; label.temp.tLtad1 = 'temperature';
bibkey.tLtad1 = 'AMAtests';

% time weight for embryo and tadpoles
data.tWtad1 =[ ... % time (d), weight (g)
    24	0.284
    38  0.89];
units.tWtad1   = {'d', 'g'};  label.tWtad1 = {'time since fertilization', 'weight'};  
temp.tWtad1    = C2K(22);  units.temp.tWtad1 = 'K'; label.temp.tWtad1 = 'temperature';
bibkey.tWtad1 = 'AMAtests';

% time - length for embryo and tadpoles
data.tLtad2 =[ ... % time (d), SVL (mm)
    23	16.50
    37  23.9];
data.tLtad2(:,2) = data.tLtad2(:,2)/10; % convert mm to cm
units.tLtad2   = {'d', 'cm'};  label.tLtad2 = {'time since fertilization', 'SVL'};  
temp.tLtad2    = C2K(22);  units.temp.tLtad2 = 'K'; label.temp.tLtad2 = 'temperature';
bibkey.tLtad2 = 'AMAtests';

% time weight for embryo and tadpoles
data.tWtad2 = [ ... % time (d), weight (g)
    23	0.299
    37  0.862];
units.tWtad2   = {'d', 'g'};  label.tWtad2 = {'time since fertilization', 'weight'};  
temp.tWtad2    = C2K(22);  units.temp.tWtad2 = 'K'; label.temp.tWtad2 = 'temperature';
bibkey.tWtad2 = 'AMAtests';

% time - length for embryo and tadpoles
data.tLtad3 = [ ... % time (d), SVL (mm)
    22	17.47
    36  25.48];
data.tLtad3(:,2) = data.tLtad3(:,2)/10; % convert mm to cm
units.tLtad3   = {'d', 'cm'};  label.tLtad3 = {'time since fertilization', 'SVL'};  
temp.tLtad3    = C2K(22);  units.temp.tLtad3 = 'K'; label.temp.tLtad3 = 'temperature';
bibkey.tLtad3 = 'AMAtests';

% time weight for embryo and tadpoles
data.tWtad3 = [ ... % time (d), weight (g)
    22	0.348
    36  1.3144029];
units.tWtad3   = {'d', 'g'};  label.tWtad3 = {'time since fertilization', 'weight'};  
temp.tWtad3    = C2K(22);  units.temp.tWtad3 = 'K'; label.temp.tWtad3 = 'temperature';
bibkey.tWtad3 = 'AMAtests';

% time - length for embryo and tadpoles
data.tLtad4 =[ ... % time (d), SVL (mm)
    21	18.165
    35  27.462];
data.tLtad4(:,2) = data.tLtad4(:,2)/10; % convert mm to cm
units.tLtad4   = {'d', 'cm'};  label.tLtad4 = {'time since fertilization', 'SVL'};  
temp.tLtad4    = C2K(22);  units.temp.tLtad4 = 'K'; label.temp.tLtad4 = 'temperature';
bibkey.tLtad4 = 'AMAtests';

% time - weight for embryo and tadpoles
data.tWtad4 =[ ... % time (d), weight (g)
    21	0.239
    35  1.004];
units.tWtad4   = {'d', 'g'};  label.tWtad4 = {'time since fertilization', 'weight'};  
temp.tWtad4    = C2K(22);  units.temp.tWtad4 = 'K'; label.temp.tWtad4 = 'temperature';
bibkey.tWtad4 = 'AMAtests';

% time - length for embryo and tadpoles
data.tLtad5 =[ ... % time (d), SVL (mm)
    20	16.52
    34  23.08];
data.tLtad5(:,2) = data.tLtad5(:,2)/10; % convert mm to cm
units.tLtad5   = {'d', 'cm'};  label.tLtad5 = {'time since fertilization', 'SVL'};  
temp.tLtad5    = C2K(22);  units.temp.tLtad5 = 'K'; label.temp.tLtad5 = 'temperature';
bibkey.tLtad5 = 'AMAtests';

% time weight for embryo and tadpoles
data.tWtad5 =[ ... % time (d), weight (g)
    20	0.350
    34  1.144];
units.tWtad5  = {'d', 'g'};  label.tWtad5 = {'time since fertilization', 'weight'};  
temp.tWtad5    = C2K(22);  units.temp.tWtad5 = 'K'; label.temp.tWtad5 = 'temperature';
bibkey.tWtad5 = 'AMAtests';

% time length for embryo and tadpoles
data.tLtad6 =[ ... % time (d), SVL (mm)
    19	20.13
    33  30.85];
data.tLtad6(:,2) = data.tLtad6(:,2)/10; % convert mm to cm
units.tLtad6   = {'d', 'cm'};  label.tLtad6 = {'time since fertilization', 'SVL'};  
temp.tLtad6   = C2K(22);  units.temp.tLtad6 = 'K'; label.temp.tLtad6 = 'temperature';
bibkey.tLtad6 = 'AMAtests';

% time weight for embryo and tadpoles
data.tWtad6 =[ ... % time (d), weight (g)
    19	0.546
    33  1.868];
units.tWtad6  = {'d', 'g'};  label.tWtad6 = {'time since fertilization', 'weight'};  
temp.tWtad6    = C2K(22);  units.temp.tWtad6 = 'K'; label.temp.tWtad6 = 'temperature';
bibkey.tWtad6 = 'AMAtests';

% length - weight
data.LWtad = [ ... % SVL (mm), wet weight (g)
    15.8000    0.2840
    24.6000    0.8900
    16.5000    0.2990
    23.9000    0.8620
    17.4700    0.3480
    25.4800    1.3144
    18.1650    0.2390
    27.4620    1.0040
    16.5200    0.3500
    23.0800    1.1440
    20.1300    0.5460
    30.8500    1.8680];
data.LWtad(:,1) = data.LWtad(:,1)/ 10; % convert mm to cm
units.LWtad  = {'cm', 'g'};  label.LWtad = {'SVL', 'weight'};  
bibkey.LWtad = 'AMAtests';
subtitle.LWtad = 'Data for tadpoles';

% time-length for frogs
data.tL = [ ... % time (d), body length (cm)
0.000	2.478
30.613	3.240
61.225	3.823
93.188	4.652
122.900	4.900
154.863	5.506
184.125	5.955
213.838	6.627
244.000	6.920];
% I think it was a mistake in the label looking at the predict formula,
% it looks like it is from metamorphosis and not birth as it was written before
units.tL   = {'d', 'cm'};  label.tL = {'time since metamorphosis', 'body length'};   
temp.tL    = C2K(20); units.temp.tL = 'K'; label.temp.tL = 'temperature';
bibkey.tL = 'HilkDimi1995';
subtitle.tL = 'Data for frogs';

% time - weight for frogs
data.tWw = [ ... % time (d), wet weight (g)
0.000	2.440
30.337	4.365
61.108	6.561
92.313	11.596
123.083	13.117
153.854	18.421
184.192	25.076
214.096	31.190
244.000	37.575];
units.tWw  = {'d', 'g'};  label.tWw = {'time since metamorphosis', 'wet weight'};  
temp.tWw   = C2K(20);  units.temp.tWw = 'K'; label.temp.tWw = 'temperature';
bibkey.tWw = 'HilkDimi1995';
subtitle.tWw = 'Data for frogs';

% length - weight
data.LWtad1 = [ ... % SVL (mm), wet weight (g)
19.38	0.9907
21.44	1.1307
21.10	0.8591
20.24	0.9100
20.10	0.8452
21.66	1.0565
21.15	0.9965
20.21	1.0622
22.44	0.8644
20.34	0.9329
21.16	0.8603
22.32	1.2664
20.09	0.9680
20.93	1.0246
22.15	1.1448
17.97	0.8196
19.70	0.6186
21.14	0.9452
22.18	1.0620
22.35	1.1999
21.21	1.0970
21.07	0.9995
21.07	1.2239
22.84	0.9936
21.42	0.9739
22.36	1.1528
21.32	1.1015
21.38	1.0901
20.19	0.9415
18.35	0.8009
20.38	0.9106
20.92	0.8265
21.68	1.0881
21.78	0.9355
23.11	1.0745
21.06	0.9398
21.37	0.9044
22.47	1.0941
23.44	1.2412
21.95	1.0794
22.68	1.2096
22.61	1.0744
21.70	1.1713
20.66	0.9292
21.77	1.0051
20.33	0.8522
19.46	0.8632
21.24	0.9990
22.26	1.0733
20.84	0.9042
21.07	0.7643
21.51	0.7622
20.24	0.9343
19.47	0.8825
21.51	1.2016
19.26	0.8287
19.25	0.8381
19.95	0.8824
20.69	0.9339
20.06	0.8682
20.62	0.8668
22.01	1.0632
21.66	0.9592
22.21	1.0388
20.61	0.8216
21.02	0.8881
21.14	0.8681
20.32	0.8117
21.60	0.9706
22.72	1.2575
23.22	1.3410
20.68	0.8424
23.04	1.2340
22.98	1.1456
22.41	0.9262
21.66	0.9463
20.73	0.8037
21.72	0.9611
21.99	1.0892
20.54	0.8393
21.85	0.9865
21.38	0.9542
21.56	0.9789
20.90	0.9509
24.12	1.4963
21.07	0.8970
25.02	1.5233
23.47	1.4100
21.26	0.9086
21.17	0.9289
20.79	0.8653
21.89	1.0354
21.74	0.9205
20.05	0.8054
21.65	1.1130
21.54	0.9239
21.31	1.0330
21.26	1.0708
22.52	1.1269
23.89	1.4808
23.53	1.3252
24.17	1.8368
20.70	0.8943
22.58	1.0636
21.54	0.9610
22.05	1.0652
23.15	1.2393
20.72	0.8553
21.21	0.9773
21.25	0.9231
21.31	0.9449
23.06	1.2539
22.80	1.2033
21.28	0.9835
21.51	1.0142
24.27	1.6068
24.00	1.4502
22.21	0.7580
20.34	0.8419
20.95	0.9274
19.79	0.6861
20.45	0.7404
19.80	0.7156
20.11	0.8222
20.06	0.7511
19.15	0.7100
20.25	0.7488
19.47	0.6349
20.53	0.7670
19.82	0.6997
20.77	0.8539
19.84	0.8354
19.84	0.7531
21.52	0.8394
20.30	0.7498
19.89	0.7982
19.96	0.8358
21.17	0.8289
20.55	0.8253
20.43	0.7934
19.59	0.6934
19.13	0.6241
20.10	0.7257
19.53	0.6246
20.40	0.8406
17.89	0.5112
20.29	0.9240
19.38	0.8001
19.36	0.6641
18.36	0.6394
20.85	0.8365
19.51	0.6798
21.97	0.8158
20.86	0.7904
18.48	0.5802
19.24	0.6202
18.71	0.5874
20.20	0.8696
20.31	0.8499
20.76	0.8457
19.33	0.7936
20.20	0.9874
19.98	0.8162
21.43	0.8528
20.16	0.7915
19.53	0.7017
19.16	0.6187
18.68	0.6276
20.21	0.7596
20.48	0.7601
19.78	0.6727
20.14	0.7349
20.89	0.8075
19.60	0.7028
19.63	0.8973
18.96	0.7741
21.07	0.9144
21.76	1.0479
20.23	0.8111
19.42	0.7972
20.55	0.7768
21.01	0.9693
21.01	0.9412
19.39	0.7795
20.06	0.7706
20.84	0.9027
21.15	0.8852
22.31	0.9822
21.30	0.9483
22.24	1.0645
18.91	0.6235
19.87	0.8143
21.77	1.0683
19.94	0.8383
21.50	0.9982
21.32	1.0023
21.72	1.0345
19.93	0.7766
20.32	0.7633
20.50	1.0824
22.32	0.9011
20.80	0.8019
23.31	1.0071
21.99	1.0591
19.23	0.8020
19.94	0.8104
21.00	0.9543
20.07	0.8993
20.71	0.8402
20.91	0.9694
21.06	0.8891
20.74	0.8959
21.42	0.9479
20.26	0.9103
21.59	1.0947
22.47	1.1439
21.74	1.0470
22.42	1.1369
22.79	1.0732
18.23	0.6505
20.41	0.8848
21.04	0.9038
19.41	0.8278
19.34	0.6829
20.73	0.9446
21.73	0.9707
20.69	1.0118
20.89	0.8997
21.22	0.8518
20.84	0.8942
22.18	1.0709
21.48	0.9447
24.03	1.4246
23.09	1.2901
20.86	1.1381
19.17	0.8604
20.00	0.9175
20.87	1.1241
20.22	0.9428
20.59	0.9614
22.25	0.9912
20.07	0.7015
18.78	0.7621
21.02	0.8690
21.19	0.9922
21.62	1.0710
20.10	0.7610
22.02	1.1603
25.51	1.4700
22.67	1.0316
18.97	0.9549
19.04	0.9297
19.76	1.0092
19.98	0.8565
18.01	0.7262
17.47	0.6390
21.15	1.0433
19.57	0.9643
20.51	0.9973
18.23	0.9609
20.97	0.7651
22.96	1.1175
21.61	1.0074
21.47	1.1547
21.46	0.9933
19.54	0.8618
19.22	0.8194
21.91	1.0422
19.71	0.8871
19.38	0.9722
20.75	0.8091
19.47	0.9575
20.67	0.8567
19.90	0.9815
21.62	1.1449
20.97	1.1124
20.58	1.0661
21.49	1.0307
21.13	1.0798
19.84	0.9220
20.55	0.9040
21.04	0.9647
21.49	1.0739
20.32	0.8802
21.39	1.2803
18.94	0.7997
20.14	0.9629
18.80	0.6840
19.21	0.8823
22.17	1.2468
19.58	0.8750
21.90	1.2405
19.79	0.9167
20.18	0.8979
19.14	0.7316
18.89	0.6896
19.65	0.7858
19.23	0.7570
19.58	0.7621
19.64	0.7588
19.37	0.7533
19.70	0.7787
20.16	0.8987
20.82	1.0409
20.89	0.9415
20.24	0.8403
19.95	0.8209
20.87	0.9824
22.17	1.2283
18.08	0.6075
20.98	0.9790
19.80	0.8537
19.43	0.7447
20.18	0.8853
19.51	0.7860
19.84	0.8134
19.25	0.7810
18.93	0.7459
19.09	0.7246
19.67	0.8078
21.40	0.9216
20.12	1.0820
20.16	0.9465
20.27	0.9599
19.23	0.7375
18.87	0.7937
19.67	0.8172
18.09	0.5777
20.04	0.8247
20.88	1.0052
20.64	0.9429
20.46	0.9514
19.23	0.7640
19.24	0.8226
20.14	0.9321
21.91	1.1335
20.49	0.9926
21.36	1.1238
20.44	1.0055
20.09	0.8042
19.17	0.7178
19.77	0.7539
19.43	0.6614
19.03	0.7919
19.48	0.8009
19.44	0.8085
21.26	1.0216
21.02	1.0257
20.41	0.9598
19.87	0.9606
21.65	1.0870
20.10	0.9163
20.53	1.0135
21.83	1.2366
19.33	0.7326
20.20	0.8010
18.02	0.5985
20.29	0.8482
20.05	0.7730
19.79	0.8274
20.37	0.8671
19.65	0.7290
19.25	0.7524
20.21	0.9104
18.81	0.6056
19.86	0.8774
19.02	0.6423
21.16	1.0545
20.50	1.0610
18.17	0.6099
19.00	0.6731
18.50	0.6909
19.88	0.7572
18.79	0.6923
20.30	0.8405
20.55	0.9213
19.97	0.8319
20.54	0.9036
20.32	0.9287
20.44	0.8632
19.66	0.7407
20.82	0.9103
20.95	0.9829
21.89	1.0300
19.42	0.7347
18.62	0.6313
18.65	0.6604
19.68	0.7065
19.41	0.7910
20.79	0.9531
20.39	0.8430
20.85	0.9502
20.19	0.8656
20.70	0.8848
19.40	0.7674
20.23	0.8698
19.90	0.7394
20.07	0.7659
21.22	0.9590
19.12	0.7161
18.61	0.6903
19.45	0.6915
20.14	0.8780
18.53	0.6836
18.97	0.7876
18.76	0.6393
19.16	0.7450
18.51	0.6166
18.66	0.7041
21.09	1.0226
21.12	0.8840
20.10	0.7677
19.82	0.8277
19.46	0.7387
19.81	0.8469
20.26	0.8219
20.48	0.8576
20.38	0.9191
20.29	0.8251
19.58	0.7608
20.40	0.8167
20.33	0.9442
20.14	0.8372
18.33	0.6032
24.02	0.8047
20.20	0.7880
19.66	0.8159
21.35	0.9365
20.37	0.7896
19.45	0.8210
19.46	0.8125
18.78	0.7030
18.82	0.7493
20.52	0.8948
19.11	0.7089
19.47	0.7038
18.63	0.6237
20.47	0.8921
19.95	0.7903
21.32	0.6647
21.07	0.9147
20.39	1.0395
20.53	1.0010
20.04	0.8235
20.99	0.8990
18.59	0.6522
18.88	0.6824
19.48	0.7974
18.90	0.6978
19.34	0.7420
20.18	0.8208
20.66	0.8111
19.38	0.7885
19.89	0.8176
21.12	0.9048
18.78	0.6438
20.05	0.8329
22.92	1.2230
19.20	0.7745
18.64	0.6828
19.11	0.6471
19.89	0.7621
19.93	0.7522
19.89	0.7975
19.91	0.8296
19.85	0.7656
20.84	0.9185
20.42	0.8367
20.21	0.8638
21.05	0.8417
19.41	0.6725
20.69	0.8735
19.81	0.7623
17.00	0.5656
17.52	0.7366
20.36	1.0327
18.70	0.897
18.24	0.7669
19.65	1.0208
18.57	0.7743
16.38	0.5883
17.52	0.644
17.81	0.7739
19.96	0.9653
21.40	1.3626
20.10	1.1587
17.41	0.7045
17.64	0.6838
18.82	1.0496
17.89	0.8163
20.22	1.2428
18.27	0.7638
19.02	0.893
17.63	0.7078
18.66	0.8363
18.29	0.7596
19.20	0.9312
20.73	1.0985
16.33	0.5827
20.44	1.1712
19.63	0.9220
17.86	0.7263
16.24	0.725
18.16	0.7912
18.43	0.8404
18.09	0.7504
17.30	0.7027
17.07	0.7386
19.99	1.1521
19.00	0.9076
17.49	0.6718
16.99	0.6389
20.46	1.1726
17.03	0.6683
19.04	1.0558
19.37	1.063
17.63	0.739
18.80	0.7937
17.77	0.8119
16.69	0.6193
16.65	0.6263
16.68	0.6798
19.71	1.0855
20.23	1.1299
17.07	0.6997
19.11	0.9523
17.11	0.6552
18.66	0.8942
19.14	0.954
18.07	0.6633
18.78	0.8718
19.84	0.9197
18.38	0.8486
17.51	0.7162
20.08	1.0088
18.91	0.8757
19.69	1.0305
19.51	1.1836
17.60	0.7752
19.64	0.9633
18.33	0.8711
16.53	0.6203
19.73	1.0176
18.56	0.8365
20.72	1.3264
18.33	0.9089
19.46	0.8673
19.19	0.924
18.55	0.7548
18.19	0.7787
16.67	0.6075
18.99	0.9192
18.09	0.7846
17.76	0.7004
18.13	0.7266
19.02	1.0107
19.07	1.0022
18.72	0.8782
20.09	1.0851
19.44	0.9723
20.90	1.2303
17.99	0.7794
20.39	1.0929
18.88	0.7903
20.14	0.9463
18.67	0.7418
16.84	0.6015
19.40	0.966
19.59	0.9759
17.26	0.6699
17.88	0.8565
17.82	0.6949
17.18	0.6961
20.04	1.1591
20.79	1.2063
20.73	1.1811
15.92	0.5420
18.87	0.8491
15.96	0.6611
19.77	0.996
18.26	0.7889
17.61	0.7195
19.77	1.0582
17.71	0.7869
18.55	0.9696
20.93	1.4382
21.94	1.3626
18.45	0.9521
18.82	0.9076
18.34	0.8325
18.29	0.7775
16.85	0.6013
16.99	0.7526
18.83	0.9278
16.22	0.5885
17.98	0.8221
18.06	0.8513
18.69	0.9663
16.93	0.7435
19.36	0.9542
20.19	1.1231
17.35	0.7471
17.86	0.7676
17.52	0.7530
16.36	0.6292
16.13	0.6991
17.84	0.7247
16.61	0.6328
17.71	0.8850
16.70	0.7304
17.53	0.7694
18.23	0.7891
18.38	0.9037
17.95	0.7071
19.29	1.0424
18.94	0.8654
18.19	0.8937
18.96	0.9236
17.74	0.8837
18.73	0.8549
17.85	0.7201
16.94	0.6929
17.48	0.7096
18.20	0.9067
18.16	0.8572
17.85	0.8548
19.19	0.9711
18.77	0.8258
18.50	0.9500
19.68	1.0713
18.98	0.9074
19.09	1.0824
17.32	0.6748
18.58	0.7791
17.06	0.7162
15.28	0.4414
17.80	0.7752
16.55	0.7121
19.01	0.8715
16.65	0.6484
19.32	1.1059
19.49	0.9922
18.26	0.8977
18.45	0.8817
17.98	0.8789
17.63	0.6975
18.09	0.8774
16.65	0.6413
17.94	0.7950
16.16	0.5654
18.56	0.9726
18.58	0.8927
18.00	0.8612
16.81	0.8875
18.63	0.8032
18.91	0.9360
17.32	0.7663
18.86	0.9467
17.82	0.8014
17.40	0.8378
18.62	0.9058
19.83	1.0983
18.47	0.9528
18.59	0.8305
17.72	0.7231
18.84	0.9124
18.36	0.8820
19.00	0.9142
18.47	0.8585
16.73	0.6404
17.97	0.8600
18.64	0.7887
18.21	0.8114
18.90	1.0386
19.18	1.0695
19.28	1.0970
16.79	0.6224
18.09	1.0108
16.88	0.6759
19.17	0.9386
18.11	0.8544
17.43	0.6926
19.14	1.0330
18.19	0.8596
17.94	0.8962
18.01	0.8000
19.56	0.9637
18.37	0.9119
16.40	0.7278
18.18	0.7848
17.88	0.7068
17.21	0.7293
18.10	0.9275
18.85	0.9597
18.25	0.9880
18.20	0.8408
19.32	0.9455
18.88	0.9910
17.89	0.8924
18.41	0.8685
16.74	0.6619
19.35	0.9760
17.76	0.7229
19.08	0.8156
16.89	0.6236
18.51	0.8278
18.60	0.8768
18.63	0.8056
19.21	0.7295
17.41	0.6774
18.13	0.6820
17.34	0.5551
18.36	0.8193
17.60	0.6146
17.86	0.6381
17.50	0.6036
18.41	0.7885
17.67	0.6678
18.14	0.7398
18.91	0.8075
16.22	0.5331
16.92	0.6515
18.21	0.7297
18.25	0.7894
16.05	0.4345
16.29	0.5864
19.07	0.8146
17.97	0.6793
18.07	0.8555
18.51	0.7366
18.28	0.7821
17.76	0.6966
17.72	0.6826
18.33	0.7049
17.48	0.6463
18.40	0.703
17.23	0.6398
18.02	0.7512
18.31	0.8033
17.72	0.7051
17.53	0.6728
16.31	0.5292
17.98	0.7649
17.08	0.7048
17.99	0.6479
18.91	0.8236
17.76	0.6973
17.83	0.7524
18.57	0.7218
17.69	0.6942
17.77	0.8388
18.31	0.7568
17.73	0.6696
17.05	0.6205
17.94	0.7026
18.51	0.8030
18.08	0.6347
17.48	0.8283
16.46	0.527
18.81	0.8178
18.03	0.6804
17.56	0.6455
17.81	0.6663
18.28	0.6851
19.28	0.9187
19.49	0.903
19.28	0.6405
19.99	0.9873
16.88	0.503
18.67	0.8259
19.47	0.8558
17.77	0.6778
17.71	0.5693
17.87	0.6103
17.73	0.6764
17.84	0.6592
18.33	0.7713
16.84	0.5689
17.46	0.6353
17.95	0.678
18.11	0.6558
20.65	1.0011
17.40	0.6723
16.22	0.4569
17.38	0.6624
18.63	0.6857
18.18	0.6746
17.83	0.6675
18.20	0.7388
17.93	0.6687
17.44	0.6621
17.87	0.6879
17.60	0.6396
18.46	0.7506
16.87	0.5536
17.27	0.6101
18.06	0.7065
19.75	0.8563
17.40	0.5347
18.36	0.6931
19.36	0.7742
17.63	0.6949
20.11	0.9891
17.71	0.6906
17.49	0.6402
18.52	0.8067
18.70	0.7376
18.63	0.8593
17.79	0.66
18.42	0.7598
18.79	0.7847
19.01	0.8034
16.74	0.5475
16.86	0.5751
18.15	0.6723
19.03	0.6973
17.48	0.5854
17.83	0.7499    
    ];
data.LWtad1(:,1) = data.LWtad1(:,1)/ 10; % convert mm to cm
units.LWtad1  = {'cm', 'g'};  label.LWtad1 = {'SVL', 'weight'};  
bibkey.LWtad1 = 'extAMAtests';

% length - weight
data.LWtad2 = [ ... % Hind Limb Length(mm), wet weight (g)
 23.83	0.9907
23.57	1.1307
24.92	0.8591
20.74	0.9100
19.98	0.8452
23.87	1.0565
23.81	0.9965
23.75	1.0622
23.57	0.8644
22.99	0.9329
24.79	0.8603
25.70	1.2664
23.04	0.9680
26.01	1.0246
25.47	1.1448
22.59	0.8196
18.62	0.6186
21.79	0.9452
23.51	1.0620
23.66	1.1999
25.85	1.0970
21.85	0.9995
19.72	1.2239
25.60	0.9936
22.02	0.9739
25.90	1.1528
26.13	1.1015
26.40	1.0901
24.30	0.9415
23.29	0.8009
23.46	0.9106
20.85	0.8265
23.53	1.0881
23.73	0.9355
24.18	1.0745
23.80	0.9398
24.15	0.9044
23.75	1.0941
26.36	1.2412
25.73	1.0794
22.29	1.2096
23.89	1.0744
25.78	1.1713
26.41	0.9292
19.56	1.0051
21.35	0.8522
22.84	0.8632
23.67	0.9990
25.14	1.0733
23.63	0.9042
22.89	0.7643
23.01	0.7622
22.35	0.9343
22.22	0.8825
25.72	1.2016
23.51	0.8287
25.02	0.8381
24.86	0.8824
24.70	0.9339
20.73	0.8682
22.33	0.8668
24.02	1.0632
22.97	0.9592
25.19	1.0388
23.54	0.8216
22.30	0.8881
23.02	0.8681
22.46	0.8117
24.50	0.9706
24.50	1.2575
25.22	1.3410
22.38	0.8424
25.66	1.2340
25.33	1.1456
25.30	0.9262
23.64	0.9463
22.03	0.8037
21.92	0.9611
24.10	1.0892
21.40	0.8393
23.99	0.9865
23.14	0.9542
23.72	0.9789
23.69	0.9509
28.30	1.4963
23.75	0.8970
27.25	1.5233
24.62	1.4100
23.78	0.9086
23.70	0.9289
21.81	0.8653
24.46	1.0354
25.42	0.9205
20.99	0.8054
22.84	1.1130
23.15	0.9239
23.04	1.0330
23.38	1.0708
24.60	1.1269
27.38	1.4808
26.57	1.3252
27.23	1.8368
21.73	0.8943
25.96	1.0636
24.14	0.9610
23.81	1.0652
24.98	1.2393
21.77	0.8553
22.89	0.9773
24.62	0.9231
23.32	0.9449
23.96	1.2539
25.34	1.2033
23.87	0.9835
23.86	1.0142
25.96	1.6068
26.24	1.4502
21.50	0.7580
22.78	0.8419
23.30	0.9274
22.05	0.6861
22.20	0.7404
22.78	0.7156
23.11	0.8222
23.16	0.7511
23.53	0.7100
23.80	0.7488
22.80	0.6349
24.50	0.7670
23.29	0.6997
24.83	0.8539
25.35	0.8354
22.28	0.7531
21.88	0.8394
21.85	0.7498
23.11	0.7982
23.62	0.8358
23.72	0.8289
24.78	0.8253
24.19	0.7934
23.38	0.6934
22.25	0.6241
25.04	0.7257
23.72	0.6246
24.60	0.8406
21.62	0.5112
26.14	0.9240
23.54	0.8001
22.27	0.6641
21.81	0.6394
23.88	0.8365
22.78	0.6798
24.64	0.8158
24.20	0.7904
21.94	0.5802
23.84	0.6202
23.21	0.5874
24.31	0.8696
24.09	0.8499
25.10	0.8457
24.15	0.7936
25.05	0.9874
22.85	0.8162
24.55	0.8528
23.92	0.7915
24.18	0.7017
22.55	0.6187
21.87	0.6276
23.75	0.7596
24.59	0.7601
23.46	0.6727
24.23	0.7349
25.62	0.8075
23.41	0.7028
25.49	0.8973
24.51	0.7741
20.85	0.9144
20.36	1.0479
19.52	0.8111
19.66	0.7972
19.80	0.7768
21.88	0.9693
19.54	0.9412
19.64	0.7795
22.75	0.7706
22.56	0.9027
24.02	0.8852
24.33	0.9822
24.85	0.9483
25.22	1.0645
20.01	0.6235
20.30	0.8143
23.16	1.0683
20.58	0.8383
21.10	0.9982
21.81	1.0023
23.13	1.0345
22.62	0.7766
22.21	0.7633
25.05	1.0824
25.14	0.9011
24.94	0.8019
26.08	1.0071
25.64	1.0591
19.92	0.8020
21.11	0.8104
21.83	0.9543
21.53	0.8993
21.83	0.8402
22.40	0.9694
22.36	0.8891
22.31	0.8959
22.73	0.9479
22.84	0.9103
26.10	1.0947
28.38	1.1439
24.82	1.0470
26.54	1.1369
25.76	1.0732
20.12	0.6505
21.07	0.8848
19.92	0.9038
21.36	0.8278
20.99	0.6829
21.59	0.9446
22.15	0.9707
22.77	1.0118
22.99	0.8997
22.32	0.8518
23.23	0.8942
25.47	1.0709
25.69	0.9447
27.84	1.4246
26.79	1.2901
26.61	1.1381
23.24	0.8604
24.14	0.9175
27.18	1.1241
25.82	0.9428
26.00	0.9614
25.93	0.9912
22.07	0.7015
24.92	0.7621
24.56	0.8690
26.88	0.9922
28.54	1.0710
25.18	0.7610
26.80	1.1603
29.50	1.4700
24.33	1.0316
21.75	0.9549
24.41	0.9297
25.97	1.0092
25.04	0.8565
22.87	0.7262
19.35	0.6390
26.07	1.0433
25.06	0.9643
24.24	0.9973
23.55	0.9609
26.01	0.7651
25.57	1.1175
25.92	1.0074
27.14	1.1547
23.06	0.9933
21.92	0.8618
22.30	0.8194
24.05	1.0422
23.66	0.8871
22.74	0.9722
25.92	0.8091
24.15	0.9575
26.37	0.8567
25.16	0.9815
26.54	1.1449
23.46	1.1124
23.06	1.0661
25.20	1.0307
26.87	1.0798
22.49	0.9220
23.28	0.9040
23.96	0.9647
24.33	1.0739
23.54	0.8802
24.43	1.2803
23.50	0.7997
25.11	0.9629
22.89	0.6840
24.55	0.8823
24.29	1.2468
24.08	0.8750
27.29	1.2405
26.21	0.9167
25.45	0.8979
17.47	0.7316
21.32	0.6896
20.68	0.7858
21.26	0.7570
21.35	0.7621
21.01	0.7588
21.50	0.7533
21.23	0.7787
21.42	0.8987
23.68	1.0409
24.44	0.9415
22.95	0.8403
22.13	0.8209
23.63	0.9824
25.83	1.2283
18.10	0.6075
20.42	0.9790
20.25	0.8537
20.56	0.7447
22.27	0.8853
21.28	0.7860
22.12	0.8134
20.74	0.7810
20.70	0.7459
21.56	0.7246
22.30	0.8078
25.00	0.9216
23.12	1.0820
22.12	0.9465
25.03	0.9599
20.72	0.7375
21.21	0.7937
20.66	0.8172
21.52	0.5777
22.21	0.8247
22.62	1.0052
23.34	0.9429
24.16	0.9514
22.42	0.7640
20.95	0.8226
23.80	0.9321
23.84	1.1335
22.48	0.9926
23.41	1.1238
22.86	1.0055
21.36	0.8042
19.93	0.7178
22.59	0.7539
20.90	0.6614
21.69	0.7919
22.68	0.8009
22.47	0.8085
23.54	1.0216
22.72	1.0257
22.10	0.9598
22.95	0.9606
22.85	1.0870
23.82	0.9163
23.38	1.0135
27.37	1.2366
20.05	0.7326
24.31	0.8010
20.31	0.5985
24.46	0.8482
23.72	0.7730
23.96	0.8274
22.89	0.8671
23.34	0.7290
22.19	0.7524
23.78	0.9104
22.71	0.6056
23.42	0.8774
22.17	0.6423
25.19	1.0545
24.44	1.0610
22.29	0.6099
20.53	0.6731
21.06	0.6909
23.29	0.7572
22.44	0.6923
23.53	0.8405
24.29	0.9213
23.32	0.8319
23.01	0.9036
24.09	0.9287
25.12	0.8632
24.41	0.7407
24.97	0.9103
26.05	0.9829
26.24	1.0300
23.64	0.7347
22.48	0.6313
19.44	0.6604
21.25	0.7065
21.79	0.7910
23.48	0.9531
23.03	0.8430
24.64	0.9502
22.56	0.8656
23.11	0.8848
23.04	0.7674
23.94	0.8698
22.41	0.7394
23.71	0.7659
26.90	0.9590
22.48	0.7161
21.51	0.6903
22.86	0.6915
24.63	0.8780
19.97	0.6836
22.03	0.7876
21.04	0.6393
23.66	0.7450
22.21	0.6166
22.13	0.7041
25.55	1.0226
25.18	0.8840
22.40	0.7677
23.62	0.8277
24.12	0.7387
24.93	0.8469
23.64	0.8219
24.18	0.8576
24.39	0.9191
22.09	0.8251
22.70	0.7608
25.00	0.8167
22.99	0.9442
24.11	0.8372
22.80	0.6032
19.87	0.8047
21.69	0.7880
25.97	0.8159
26.15	0.9365
24.15	0.7896
21.41	0.8210
21.22	0.8125
22.37	0.7030
21.75	0.7493
23.23	0.8948
22.08	0.7089
22.77	0.7038
22.43	0.6237
24.19	0.8921
22.09	0.7903
18.82	0.6647
26.60	0.9147
24.10	1.0395
26.13	1.0010
22.24	0.8235
23.46	0.8990
19.50	0.6522
20.58	0.6824
21.70	0.7974
21.09	0.6978
21.89	0.7420
23.44	0.8208
23.38	0.8111
23.99	0.7885
23.56	0.8176
25.47	0.9048
21.39	0.6438
21.89	0.8329
27.39	1.2230
23.00	0.7745
22.03	0.6828
21.97	0.6471
24.09	0.7621
23.82	0.7522
23.90	0.7975
22.01	0.8296
20.75	0.7656
24.49	0.9185
24.17	0.8367
21.80	0.8638
24.89	0.8417
24.28	0.6725
25.43	0.8735
24.12	0.7623
18.90	0.5656
21.05	0.7366
23.62	1.0327
23.75	0.897
21.30	0.7669
23.59	1.0208
21.45	0.7743
20.40	0.5883
21.40	0.644
22.43	0.7739
26.51	0.9653
28.28	1.3626
26.75	1.1587
22.08	0.7045
22.07	0.6838
22.41	1.0496
22.20	0.8163
23.79	1.2428
23.08	0.7638
23.39	0.893
22.02	0.7078
21.89	0.8363
22.07	0.7596
25.69	0.9312
27.00	1.0985
20.42	0.5827
26.20	1.1712
24.01	0.9220
20.95	0.7263
20.52	0.725
20.34	0.7912
22.31	0.8404
21.31	0.7504
22.06	0.7027
23.04	0.7386
26.43	1.1521
23.86	0.9076
20.91	0.6718
20.64	0.6389
27.74	1.1726
22.29	0.6683
25.52	1.0558
24.80	1.063
22.15	0.739
20.15	0.7937
21.74	0.8119
21.54	0.6193
22.57	0.6263
21.44	0.6798
26.13	1.0855
26.51	1.1299
22.03	0.6997
25.56	0.9523
21.48	0.6552
24.13	0.8942
26.02	0.954
22.71	0.6633
25.33	0.8718
22.68	0.9197
24.15	0.8486
22.19	0.7162
22.14	1.0088
23.30	0.8757
23.26	1.0305
26.49	1.1836
24.96	0.7752
24.55	0.9633
25.25	0.8711
21.88	0.6203
26.91	1.0176
23.94	0.8365
27.66	1.3264
24.77	0.9089
23.67	0.8673
24.27	0.924
22.33	0.7548
24.43	0.7787
21.58	0.6075
25.09	0.9192
21.64	0.7846
21.62	0.7004
22.93	0.7266
26.21	1.0107
25.63	1.0022
25.65	0.8782
26.53	1.0851
26.60	0.9723
28.26	1.2303
21.92	0.7794
25.48	1.0929
22.90	0.7903
23.39	0.9463
24.18	0.7418
21.69	0.6015
26.92	0.966
25.31	0.9759
22.76	0.6699
24.42	0.8565
24.59	0.6949
23.49	0.6961
26.92	1.1591
26.88	1.2063
27.51	1.1811
20.59	0.5420
23.24	0.8491
19.71	0.6611
23.91	0.996
23.78	0.7889
22.34	0.7195
25.18	1.0582
22.12	0.7869
24.50	0.9696
29.21	1.4382
27.62	1.3626
24.32	0.9521
25.29	0.9076
24.27	0.8325
19.70	0.7775
18.19	0.6013
19.32	0.7526
21.26	0.9278
19.15	0.5885
21.69	0.8221
20.40	0.8513
21.11	0.9663
20.43	0.7435
22.41	0.9542
23.00	1.1231
20.51	0.7471
22.23	0.7676
21.75	0.7530
20.85	0.6292
19.02	0.6991
19.60	0.7247
20.34	0.6328
22.23	0.8850
19.92	0.7304
21.50	0.7694
19.77	0.7891
21.18	0.9037
19.12	0.7071
23.33	1.0424
22.35	0.8654
21.69	0.8937
23.35	0.9236
22.92	0.8837
21.05	0.8549
19.86	0.7201
19.39	0.6929
20.66	0.7096
21.63	0.9067
22.41	0.8572
21.39	0.8548
21.71	0.9711
22.76	0.8258
22.82	0.9500
24.77	1.0713
24.20	0.9074
24.70	1.0824
20.63	0.6748
20.86	0.7791
19.07	0.7162
18.90	0.4414
20.31	0.7752
19.33	0.7121
21.38	0.8715
17.95	0.6484
22.09	1.1059
21.98	0.9922
21.50	0.8977
22.01	0.8817
21.42	0.8789
22.56	0.6975
22.69	0.8774
19.11	0.6413
20.06	0.7950
19.09	0.5654
21.33	0.9726
22.24	0.8927
21.64	0.8612
21.18	0.8875
21.76	0.8032
22.70	0.9360
22.34	0.7663
22.56	0.9467
23.95	0.8014
21.05	0.8378
23.33	0.9058
25.63	1.0983
23.07	0.9528
20.72	0.8305
20.26	0.7231
21.52	0.9124
20.39	0.8820
21.35	0.9142
19.63	0.8585
21.05	0.6404
22.52	0.8600
22.18	0.7887
21.40	0.8114
24.44	1.0386
23.46	1.0695
25.37	1.0970
20.21	0.6224
22.34	1.0108
19.10	0.6759
23.74	0.9386
21.00	0.8544
18.68	0.6926
22.37	1.0330
22.88	0.8596
22.34	0.8962
21.90	0.8000
21.73	0.9637
24.08	0.9119
18.33	0.7278
21.12	0.7848
20.08	0.7068
20.23	0.7293
19.98	0.9275
21.71	0.9597
22.17	0.9880
20.84	0.8408
22.14	0.9455
20.73	0.9910
21.90	0.8924
22.27	0.8685
22.19	0.6619
24.46	0.9760
23.52	0.7229
19.80	0.8156
19.21	0.6236
19.18	0.8278
20.08	0.8768
19.17	0.8056
21.60	0.7295
20.17	0.6774
20.37	0.6820
20.69	0.5551
21.00	0.8193
22.33	0.6146
20.32	0.6381
19.65	0.6036
20.23	0.7885
15.92	0.6678
18.69	0.7398
19.12	0.8075
19.09	0.5331
18.13	0.6515
19.37	0.7297
23.23	0.7894
19.64	0.4345
19.81	0.5864
19.49	0.8146
19.94	0.6793
21.16	0.8555
20.40	0.7366
17.53	0.7821
18.93	0.6966
20.63	0.6826
20.23	0.7049
18.21	0.6463
21.19	0.703
18.67	0.6398
20.63	0.7512
19.15	0.8033
19.80	0.7051
20.31	0.6728
20.11	0.5292
21.98	0.7649
19.06	0.7048
16.73	0.6479
18.05	0.8236
17.18	0.6973
18.98	0.7524
17.43	0.7218
19.57	0.6942
19.25	0.8388
21.24	0.7568
20.27	0.6696
19.62	0.6205
21.91	0.7026
21.61	0.8030
20.64	0.6347
21.84	0.8283
18.93	0.527
20.37	0.8178
19.43	0.6804
18.81	0.6455
20.00	0.6663
18.92	0.6851
22.12	0.9187
23.33	0.903
20.35	0.6405
23.98	0.9873
21.21	0.503
24.69	0.8259
23.63	0.8558
21.67	0.6778
20.55	0.5693
18.23	0.6103
19.60	0.6764
19.76	0.6592
19.82	0.7713
19.05	0.5689
20.92	0.6353
20.96	0.678
21.65	0.6558
23.18	1.0011
22.26	0.6723
20.52	0.4569
22.50	0.6624
22.96	0.6857
22.03	0.6746
21.74	0.6675
21.05	0.7388
19.86	0.6687
19.15	0.6621
21.37	0.6879
21.85	0.6396
21.39	0.7506
19.12	0.5536
21.36	0.6101
22.19	0.7065
24.20	0.8563
21.27	0.5347
24.10	0.6931
24.98	0.7742
23.19	0.6949
25.41	0.9891
19.90	0.6906
21.23	0.6402
23.20	0.8067
22.79	0.7376
22.80	0.8593
20.39	0.66
21.51	0.7598
23.23	0.7847
22.81	0.8034
20.04	0.5475
21.40	0.5751
22.07	0.6723
23.46	0.6973
22.24	0.5854
24.23	0.7499  
    ];
data.LWtad2(:,1) = data.LWtad2(:,1)/ 10; % convert mm to cm
units.LWtad2  = {'cm', 'g'};  label.LWtad2 = {'HLL', 'weight'};  
bibkey.LWtad2 = 'extAMAtests';

data.Tt = [ ...
16	0.697368421
16	1.361702128
16	1.218045113
16	1.657142857
16	1.664705882
16	1.642241379
16	1.544401544
16	1.898954704
16	2.251685393
16	2.132635253
16	2.204467354
16	2.167479675
16	2.210191083
18	0.578947368
18	1.265957447
18	1.187969925
18	1.635714286
18	1.641176471
18	1.620689655
18	1.837837838
18	1.832752613
18	1.880898876
18	1.870855148
18	1.932989691
18	1.939837398
18	2.035031847
18	1.781865966
22	0.592105263
22	0.989361702
22	0.947368421
22	1.15
22	1.025862069
22	0.965250965
22	1.052264808
22	1.168539326
22	1.111692845
22	1.183848797
22	1.232520325
22	1.326433121
22	1.178712221
22	1.264175258
22	1.464788732
22	1.38373425
22	1.238894373
22	1.059490085
22	1.21
22	1.287634409
22	1.074835526
25	1
28	0.697368421
28	1.138297872
28	0.766917293
28	0.985714286
28	0.970588235
28	0.892241379
28	0.907335907
28	0.912891986
28	0.885393258
28	0.947643979
28	0.979381443
28	0.915447154
28	0.902866242
28	0.79500657
28	0.77809254
28	0.798181818
28	0.813620072
28	0.792207792
28	0.765942029
28	0.929276316
28	0.905144695
28	0.924795235];
units.Tt   = {'C', 'rel.'};  label.Tt = {'temperature', 'time'};  
bibkey.Tt = 'KhokChun2002';
comment.Tt = 'develoment time stages 1-27 relative to development time at 25C';
%https://www.xenbase.org/entry/static/anatomy/xenopustimetemp.jsp

%% set weights for all real data
weights = setweights(data, []);
weights.tWw = 10 * weights.tWw; 

%% set pseudodata and respective weights
[data, units, label, weights] = addpseudodata(data, units, label, weights);

%% pack auxData and txtData for output
auxData.temp = temp;
txtData.units = units;
txtData.label = label;
txtData.bibkey = bibkey;
txtData.comment = comment;
txtData.subtitle = subtitle;

%% Group plots
set1 = {'tLtad6','tLtad5','tLtad4','tLtad3','tLtad2','tLtad1'}; subtitle1 = {'Tadpole data sets 6 to 1'};
set2 = {'tWtad6','tWtad5','tWtad4','tWtad3','tWtad2','tWtad1'}; subtitle2 = {'Tadpole data sets 6 to 1'};
set3 = {'LWtad','LWtad1'}; subtitle3 = {'SVL - wet weight'};
metaData.grp.sets = {set1,set2,set3};
metaData.grp.subtitle = {subtitle1,subtitle2,subtitle3};

%% Discussion points
D1 = 'Frogs are assumed to differ from tadpoles by del_M only';
D2 = 'Males are assumed to differ from females by {p_Am} only';
D3 = 'mod_1: time-length and time-weight data added for embryo/tadpole stage';
D4 = 'mod_2: repod data revised, data added: stage durations, length-weight and age-temperature';
metaData.discussion = struct('D1',D1, 'D2',D2, 'D3',D3, 'D4',D4);

%% Facts
F1 = 'Lack tongue and ears, but have a lateral line; Is tetraploid and obligate aquatic';
metaData.bibkey.F1 = 'Wiki'; 
metaData.facts = struct('F1',F1);

%% Links
metaData.links.id_CoL = '5CBC9'; % Cat of Life
metaData.links.id_ITIS = '173549'; % ITIS
metaData.links.id_EoL = '1038993'; % Ency of Life
metaData.links.id_Wiki = 'Xenopus_laevis'; % Wikipedia
metaData.links.id_ADW = 'Xenopus_laevis'; % ADW
metaData.links.id_Taxo = '47520'; % Taxonomicon
metaData.links.id_WoRMS = '1476278'; % WoRMS
metaData.links.id_amphweb = 'Xenopus+laevis'; % AmphibiaWeb
metaData.links.id_AnAge = 'Xenopus_laevis'; % AnAge

%% References
bibkey = 'Wiki'; type = 'Misc'; bib = ...
'howpublished = {\url{http://en.wikipedia.org/wiki/Xenopus_laevis}}';
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'Kooy2010'; type = 'Book'; bib = [ ...  % used in setting of chemical parameters and pseudodata
'author = {Kooijman, S.A.L.M.}, ' ...
'year = {2010}, ' ...
'title  = {Dynamic Energy Budget theory for metabolic organisation}, ' ...
'publisher = {Cambridge Univ. Press, Cambridge}, ' ...
'pages = {Table 4.2 (page 150), 8.1 (page 300)}, ' ...
'howpublished = {\url{../../../bib/Kooy2010.html}}'];
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'HilkDimi1995'; type = 'Article'; bib = [ ... 
'author = {G. Hilken and J. Dimigen and F. Iglauer}, ' ... 
'year = {1995}, ' ...
'title = {Growth of \emph{Xenopus laevis} under different laboratory rearing conditions}, ' ...
'journal = {Laboratory Animals}, ' ...
'volume = {29}, ' ...
'pages = {152-162}'];
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'EoL'; type = 'Misc'; bib = ...
'howpublished = {\url{http://eol.org/pages/330829/overview}}';
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'AnAge'; type = 'Misc'; bib = ...
'howpublished = {\url{http://genomics.senescence.info/species/entry.php?species=Xenopus_laevis}}';
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'ADW'; type = 'Misc'; bib = ...
'howpublished = {\url{http://animaldiversity.org/accounts/Xenopus_laevis/}}';
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'FabeNieu1994'; type = 'Book'; bib = [...  % used for development stage refererence
'author = {Faber, J. and P. D. Nieuwkoop}, ' ...
'year = {1994}, ' ...
'title  = {Normal table of \emph{Xenopus laevis} ({D}audin): a systematical and chronological survey of the development from the fertilized egg till the end of metamorphosis}, ' ...
'publisher = {Routledge (Taylor \& Francis Group)}'];
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'AMAtests'; type = 'Misc'; bib=...
'howpublished = {\url{https://www.epa.gov/endocrine-disruption/endocrine-disruptor-screening-program-tier-1-screening-determinations-and}}';
metaData.biblist.(bibkey) = ['''@', type, '{', bibkey, ', ' bib, '}'';'];
%
bibkey = 'KhokChun2002'; type = 'Article'; bib = [ ... 
'author = {Khokha, M. K. an Chung, C. and Bustamante, E. L. and Gaw, L. W. and Trott, K. A. and Yeh, J. and Lim, N. and Lin, J. C. and Taverner, N. and Amaya, E. and Papalopulu, N. and Smith, J. C. and Zorn, A. M. and Harland, R. M. and Grammer, T. C. }, ' ... 
'year = {2002}, ' ...
'title = {Growth of  Techniques and probes for the study of \emph{Xenopus tropicalis} development}, ' ...
'journal = {Developmental Dynamics}, ' ...
'volume = {225}, ' ...
'pages = {499-510},'...
'howpublished = {https://www.xenbase.org/entry/static/anatomy/xenopustimetemp.jsp}}'];
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'author = {Du Preez L.H. and Kunene N. and Everson G.J. and Carr J.A. and Giesy J.P. and Gross T.S. and Hosmer A.J. and Kendall R.J. and Smith E.E. and Solomon K.R. and Van Der Kraak G.J.}, ' ... 
'year = {2002}, ' ...
'title = {Reproduction, larval growth, and reproductive development in {A}frican clawed frogs \emph{Xenopus laevis} exposed to atrazine}, ' ...
'journal = {Chemosphere}, ' ...
'volume = {71}, ' ...
'pages = {546-552}'];
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'howpublished = {Control data from extended AMA tests, data presented by Coady et al. at SETAC North America Annual Meeting 2022}}';
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