#  Begin METADATA documentation
#------------------------------------------------------------------------------------------------------
#  DATASET_NAME: 	camord_PHREEQC_input.txt
#  DATASET_DESCRIPTION:	This data set was used in a report to characterize the Cambrian-Ordovician Aquifer  
#			System as part of the US Geological Survey National Water Quality Assessment Program (NAWQA).
#
#			All water-quality data in this data set are from NAWQA samples collected in
#			Illinois, Iowa, Michigan (U.P.), Minnesota, and Wisconsin
#
#  DATA_SET FORMAT:	Tab-delimited ascii file
#  DATA_SET URL:        http://water.usgs.gov/nawqa-only/aq/data_archive/SIR2011_5229_Data.zip
#
#-------------------------------------------------------------------------------------------------------- 
#  REPORT TITLE: 		Water-quality assessment of the Cambrian-Ordovician aquifer system in the northern
#				Midwest, United States
#  REPORT SERIES/NUMBER:	USGS Scientific Investigation Report (SIR 2011-5229)     
#  REPORT URL:          	http://pubs.usgs.gov/sir/2011/5229/
#
#-------------------------------------------------------------------------------------------------------
#
#  NAWQA STUDY:		Principal Aquifer: Cambrian-Ordovician Aquifer System
#
#-------------------------------------------------------------------------------------------------------
#
#  METADATA DATE:    	July 5, 2011
#  METADATA CONTACT: 	John Wilson
#                    	USGS-WRD, Indiana Water Science Center 
#                    	5957 Lakeside Boulevard
#	 	     	Indianapolis, IN 46278	
#                    	voice: (317) 600-2752
#                    	fax:   (317) 290-3313
#                    	email:  jtwilson@usgs.gov
#
#  SECONDARY CONTACT:   Kelly Warner, Principal Aquifer Lead Scientist for Glacial Aquifer System, Cambrian-
#				      Ordovician Aquifer system, and New England Crystalline Aquifers 
#                    	USGS-WRD, Illinois Water Science Center 
#                       1201 West University Avenue, Suite 100       
#                       Urbana, IL 61801	
#                    	voice: (217) 328-9727
#                    	fax:   (217) 344-0082
#                    	email:  klwarner@usgs.gov
#
# ------------------------------------------------------------------------------------------------------
#  METADATA Data Description:  
#
#   Abstract:	This data set contains NAWQA ground-water data that make up the input file for the geochemical model
#		PHREEQCI (pH Redox Equilibrium Calculations in C)--C refers to the programming language,
#		I refers to the graphical user interface version.
#		Data were retrieved from the NAWQA Internal Data Warehouse on or about February 19, 2008.
#		The data will be used in a report to characterize the Cambrian-Ordovician Aquifer System 
#		as part of the U.S. Geological Survey, National Water-Quality Assessment Program.
#
#
#  SUPPLEMENTAL INFORMATION:
#   	PROCEDURES USED:
#	PROCESS STEP:
#
#       The data were originally retrieved from the NAWQA Internal Data Warehouse on or about
#       February 19, 2008. Separate retrievals were used to retrieve physical properties-major ions-nutrients, 
#	trace elements-radium.
#	Data from the different chemical classes were merged by JT Wilson
#	
#
# 	Related_Tabular_Data_Sets:  
#		camord_majors_nutrients.txt
#		camord_rad_trace.txt
#		camord_PHREEQC_output
#
#
#	The data set lists concentrations for each constituent that were used as input for PHREEQC.
#	Concentrations of non-detections are shown as the Method Detection Level so that those constituents
#	would be included in the calculation of aqueous speciation and saturation indices--constituents 
#	with missing values do not get used in calculations for that sample.
#
#	Non-detections of Dissolved Oxygen (DO) were assumed to be 0.18 mg/L or less, and these values
#	were recensored to 0.09 mg/L.
# 
#	Missing values indicate: 	1) constituent was not measured, or 
#					2) non-detection of a trace element with a Method Detection Level
#					of 1 microgram per liter or greater. Sample was not used because
#					this non-detection would have been listed at a concentration
#					greater than samples with quantified detections less than 1 ug/L.
# 
#
#	All concentrations are in units of milligrams per liter (mg/L)
#
#	*******************************************************************************************************		
#	*The analysis with PHREEQC uses the most recent sample collected by NAWQA at each well from 1995-2007 *
#	*******************************************************************************************************
#
#
#
#	To include Radium (Ra) as input to PHREEQC, the thermodynamic properties below need to be added 
#	to the 'phreeqc.dat' file in the 'Database' folder of PHREEQC. Otherwise Radium will not be listed
#	as a valid variable for data entry.
# 
#
#	Provided by David Parkhurst (dlpark@usgs.gov) but not compiled by David.
#	Radium thermodynamic data from Langmuir, Donald, and Riese, A.C., 1985, The thermodynamic properties
#	of radium: Geochimica et Cosmochimica Acta, v. 49, pp. 1593-1601.
#
#----------------------------------------------------------------------------------------------
#	SOLUTION_MASTER_SPECIES								      |
#	Ra       Ra+2           0.0     Ra              226.025                               |
#	SOLUTION_SPECIES                                                                      |
#	Ra+2 =  Ra+2                                                                          |
#	        log_k 0                                                                       |
#	        -delta_H        0       kJ/mol  # Calculated enthalpy of reaction       Ra+2  |
#                                                                                             |
#	Ra+2 + OH- = RaOH+                                                                    |
#	        log_k   0.5                                                                   |
#	        delta_h 1.1                                                                   |
#                                                                                             |
#	Ra+2 + Cl- = RaCl+                                                                    |
#	        log_k   -0.1                                                                  |
#	        delta_h 0.5                                                                   |
#                                                                                             |
#	Ra+2 + CO3-2 = RaCO3                                                                  |
#	        log_k   2.5                                                                   |
#	        delta_h 1.07                                                                  |
#	                                                                                      |
#	Ra+2 + SO4-2 = RaSO4                                                                  |
#	        log_k   2.75                                                                  |
#	        delta_h 1.3                                                                   |
#                                                                                             |
#	PHASES                                                                                |
#	RaCO3                                                                                 |
#	RaCO3 = Ra+2 + CO3-2                                                                  |
#	        log_k   -8.3                                                                  |
#	        delta_h -2.8                                                                  |
#                                                                                             |
#	RaSO4                                                                                 |
#	RaSO4 = Ra+2 + SO4-2                                                                  |
#	        log_k  -10.26                                                                 |
#	        delta_h -9.4                                                                  |
#                                                                                             |
#	END                                                                                   |
#----------------------------------------------------------------------------------------------
#
#
#------------------------------------------------------------------------------------------------------
#  METADATA Basic documentation of dataset elements:
#
#
#	DATA FIELD LABELS:
#
#	Description	
#	Ca	
#	Mg	
#	Na	
#	K	
#	Si	
#	S(6)	
#	Cl	
#	F	
#	Br	
#	N(-3)	
#	N(5)	
#	O(O)	
#	Temperature	
#	pH
#	Alkalinity	
#	Ba
#	Fe	
#	Mn	
#	Zn	
#	B	
#	Li	
#	Sr
#	Ra
#	Pb
#	U
#	Al
#	pe	
#
#
#     DATA TYPES: Note:  The row in the data file that follows the row of variable names describes the 
#                 width of the field and the data type. 
#			
#			Code:		Variable Type		Variable Length
#                 ----------------------------------------------------------------			
#			S or s 	text variable		numeric value preceding code 
#                       D or d	date variable		numeric value preceding code
#			N or n	numeric variable	numeric value preceding code
#									 
#                 For example: 15s indicates a 0- to 15-character text variable whereas
#                 9N indicates a 0- to 9-digit numeric variable.
#
#
#
#     DATA SOURCES: 	NAWQA Internal Data Warehouse: Water quality data
#
#			Hem, J.D., 1989, Study and interpretation of the chemical characteristics
#			of natural water (3d ed.): U.S. Geological Survey Water-Supply Paper 2254, 
#			263 p.  ***The Eh-pH diagram for iron in Hem's fig. 15 was used to estimate
#			values of Eh (redox potential, in volts), which were converted to pe using the
#			conversion factor of 16.9 (Hem, 1989, p. 22). The variable pe (negative log of 
#			electron activity) was used to assign an approximation of redox intensity 
#			for each sample.
#
#
#
#---------------------------------------------------------------------------------------------------------
#  METADATA Detailed documentation of dataset elements:
#---------------------------------------------------------------------------------------------------------
#
#       DATA FIELD GROUP:  UNIQUE WELL/SAMPLE IDENTIFIER
#
#	DATA FIELD LABEL: 		Description
#       Data Field Description:		unique identifier for well, matches mapno of other data sets		
#	Data Field Length/Type:		4N
#	Data Units:			none	
#       Data Source:			Assigned by JT Wilson		
#       Retrieval Date:			none
#
#
#---------------------------------------------------------------------------------------
#
#       DATA FIELD GROUP:  WATER QUALITY PARAMETERS; MAJOR IONS, TRACE ELEMENTS, PHYSICAL PROPERTIES, RADIUM
#
#       DATA FIELD LABEL:  		Ca
#       Data Field Description:		Calcium, pcode 00915
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Mg
#       Data Field Description:		Magnesium, pcode 00925
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Na
#       Data Field Description:		Sodium, pcode 00930
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		K
#       Data Field Description:		Potassium, pcode 00935
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Si
#       Data Field Description:		Silica, pcode 00955
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		S(6)
#       Data Field Description:		Sulfate, pcode 00945
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Cl
#       Data Field Description:		Chloride, pcode 00940
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		F
#       Data Field Description:		Fluoride, pcode 00950
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Br
#       Data Field Description:		Bromide, pcode 71870
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		N(-3)
#       Data Field Description:		Ammonia, as Nitrogen, pcode 00608
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		N(5)
#       Data Field Description:		Nitrate + Nitrite, as Nitrogen, pcode 00631
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		O(O)
#       Data Field Description:		Dissolved oxygen, pcode 00300
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Temperature
#       Data Field Description:		Water Temperature, in degrees Celcius, pcode 00010
#	Data Field Length/Type:		9N
#	Data Units:			degrees Celcius
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		pH
#       Data Field Description:		pH, in standard units, pcode 00400
#	Data Field Length/Type:		9N
#	Data Units:			standard units
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Alkalinity
#       Data Field Description:		Alkalinity
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter, as CaCO3
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Ba
#       Data Field Description:		Barium, pcode 01005
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Fe
#       Data Field Description:		Iron, pcode 01046
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Mn
#       Data Field Description:		Manganese, pcode 01056
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Zn
#       Data Field Description:		Zinc, pcode 01090
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		B
#       Data Field Description:		Boron, pcode 01020
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Li
#       Data Field Description:		Lithium, pcode 01130
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Sr
#       Data Field Description:		Strontium, pcode 01080
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Ra
#       Data Field Description:		Radium, combined Radium-226 (pcode 09511) and Radium-228 (pcode 81366)
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse, converted from picocuries per liter to mg/L by JT Wilson		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Pb
#       Data Field Description:		Lead, pcode 01049
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		U
#       Data Field Description:		Uranium, pcode 22703
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		Al
#       Data Field Description:		Aluminum, pcode 01106
#	Data Field Length/Type:		9N
#	Data Units:			milligrams per liter
#       Data Source: 			NAWQA Data Warehouse		
#       Retrieval Date:  		February 2008
#		
#
#       DATA FIELD LABEL:  		pe
#       Data Field Description:		negative log of electron activity
#	Data Field Length/Type:		9N
#	Data Units:			none
#       Data Source: 			Assigned by JT Wilson, from Hem (1989, figure 15)		
#       Retrieval Date:  		February 2008 (iron, pH), assigned April 2011
#
#
#----------------------------------------------------------------------------------------------------------------
#
#	First row contains the PHREEQC name 
#	Second row contains the units and PHREEQC formula for default gram formula weight, if applicable (i.e., alkalinity)
#
#----------------------------------------------------------------------------------------------------------------
# NOTE: Columns are separated by tabs. If you open file in an ascii reading program, the columns might not align
#       correctly. Be sure to use 'tab delimited' when importing data file into spreadsheet-style programs. 
#-----------------------------------------------------------------------------------------------------------------
#                         
#
#  End METADATA documentation
#
#  BEGIN DATA: camord_PHREEQC_input.txt
# ------------------------------------------------------------------------------------------------------
 Description	         Ca	         Mg	         Na	         K	           Si	        S(6)	         Cl	         F	         Br	     N(-3)	      N(5)	      O(0)	 Temperature	   pH	            Alkalinity	         Ba	         Fe	         Mn	         Zn	         B	         Li	         Sr	         Ra	         Pb	         U	         Al	pe
	 mg/l as Ca	 mg/l as Mg	 mg/l as Na	 mg/l as K	 mg/l as SiO2	 mg/l as SO4	 mg/l as Cl	 mg/l as F	 mg/l as Br	 mg/l as N	 mg/l as N	 mg/l as O			 mg/l as Ca0.5(CO3)0.5	 mg/l as Ba	 mg/l as Fe	 mg/l as Mn	 mg/l as Zn	 mg/l as B	 mg/l as Li	 mg/l as Sr	 mg/l as Ra	 mg/l as Pb	 mg/l as U	 mg/l as Al	
4N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N	9N
1	65.96	29.21	121.6	18.33	10.85	223.1	49.84	1.64	0.197	1.443	0.015	0.2	23.1	7.2	270.9	0.021532	0.08557	0.001423	0.002415	1.23256	0.13746	2.084666	3.59E-09	           	0.000515	0.000954	-2.704
2	189.9	62.81	223.8	35.28	11.13	719.8	231.4	2.97	0.914	1.315	0.015	0.31	24.13	7.22	166	0.011859	0.883	0.013376	0.009436	0.73447	0.21698	6.05062	4.66E-09	0.00004	0.000265	0.000869	-2.704
3	85.03	39.41	227.1	19.15	12.48	532.7	59.08	2.69	0.3	1.31	0.015	0.56	25.5	7.3	242.6	0.013708	0.1864	0.00205	0.015644	1.54706	0.222156	3.40053	6.99E-09	0.000041	0.00042	0.000909	-3.042
4	55.68	27.36	51.9	12.19	12.25	101.9	11.12	1.71	0.059	0.677	0.015	0.09	25.7	7.3	247.7	0.039478	0.04397	0.000706	0.003891	0.56935	0.059327	1.295183	7.65E-09	0.000181	0.000336	0.0008	-3.042
5	167.9	50.28	288	19.02	10.04	849	55.16	1.44	0.206	1.675	0.015	0.22	22.3	7.16	273.9	0.014761	1.077	0.01063	0.007192	1.55699	0.31669	3.47947	1.57E-09	0.00004	0.000246	0.0008	-2.704
6	66.17	26.52	51.1	9.82	8.82	50.8	38.94	0.59	0.277	0.462	0.015	0.24	17.9	7.12	277.5	0.054905	0.08505	0.002053	0.1096	0.279592	0.036341	2.032785	2.06E-09	0.000117	0.000231	0.0008	-2.704
7	87.03	40.59	184.4	20.7	10.95	466.9	44.74	2.19	0.088	1.358	0.015	0.34	22	7.35	266.9	0.013702	1.498	0.031543	0.002634	1.69652	0.22554	3.46028	8.01E-09	0.00004	0.000275	0.0008	-3.042
8	96.14	49.09	73.4	16.81	9.08	257.3	7.67	1.25	0.085	1.142	0.015	0.27	16.97	6.95	326.5	0.0564	0.3299	0.003348	0.006297	1.8953	0.64966	1.22821	3.84E-09	0.00004	0.000358	0.0008	-2.535
9	151.7	80.18	135.5	10.27	8.56	683.9	4.97	1.67	0.075	4.274	0.015	0.28	11.2	6.92	287.1	0.00659	0.6542	0.009765	0.027554	0.90586	0.096306	3.56847	2.16E-10	0.000059	0.000026	0.0008	-2.535
10	78.77	37.95	99.1	17.36	10.53	258.1	17.95	1.34	0.133	1.369	0.015	0.09	22.1	7.2	296.2	0.018156	0.6359	0.006353	0.01305	1.36797	0.1569	2.74925	6.59E-09	0.00004	0.000263	0.0008	-2.704
11	101	48.87	67.2	15.77	8.37	255.4	6.32	1.16	0.073	1.081	0.015	0.29	12.97	7.12	306.3	0.01224	2.155	0.021178	0.010089	0.816419	0.103921	2.364964	3.15E-09	0.00004	0.000627	0.0008	-2.704
12	54.35	23.82	9	1.952	8.59	13.9	0.05	0.39	0.018	0.422	0.015	0.44	11.2	7	224.4	0.131277	0.02221	0.001989	0.000824	0.089574	0.007434	0.404748	6.58E-10	0.000781	0.00002	0.0008	-2.704
13	78.92	40.41	58.5	12.56	8.07	162.2	5.37	1.27	0.056	0.765	0.015	0.51	12.48	7.07	309.3	0.016422	0.1656	0.00343	0.005348	0.67654	0.084108	1.802885	2.17E-09	0.00004	0.000491	0.0008	-2.704
14	164.4	64.92	97.4	23.13	9.95	542.6	10.27	1.42	0.156	0.974	0.015	0.74	17.3	6.67	309.3	0.011584	0.9585	0.01635	0.004465	0.68005	0.075834	3.19108	4.46E-09	0.00004	0.000548	0.0008	-2.366
15	188.1	83.92	172.1	26.1	9.14	847.2	17.55	1.3	0.304	0.97	0.015	0.98	15.5	6.93	236.5	0.00789	0.6427	0.00903	0.006567	0.58651	0.10576	6.30148	4.67E-09	0.00004	0.000284	0.000957	-2.535
16	81.36	34.82	71.8	20.24	8.57	179.7	9.37	1.2	0.094	1.532	0.015	0.33	13.02	7.08	304.3	0.016465	1.059	0.010724	0.001534	1.43034	0.10347	2.04043	4.78E-09	0.00004	0.000647	0.0008	-2.704
17	116.7	43.8	133	18.73	8.33	360.6	71.48	1.38	0.459	1.009	0.015	0.29	14.97	6.92	273.9	0.01153	0.3099	0.008547	0.02532	0.9817	0.14907	3.30825	3.42E-09	0.00004	0.0009	0.0008	-2.535
18	101	42.93	134.7	11.4	9.92	206.3	122	1.06	0.718	0.493	0.015	0.33	16.2	6.97	305.3	0.01059	0.2764	0.005699	0.021084	0.68863	0.078904	1.79855	2.31E-09	0.000069	0.000436	0.0008	-2.704
19	83.98	35.08	71.3	21.02	8.64	190.5	10.05	1.21	0.101	1.564	0.015	0.37	13.62	6.96	308	0.016265	0.3271	0.006372	0.020371	1.45085	0.104456	2.066987	4.51E-09	0.00004	0.000625	0.0008	-2.704
20	280.2	68.19	151.4	42.91	8.43	1068.9	27.71	1.7	0.41	2.435	0.015	0.63	17.3	6.75	268.9	0.008421	0.8699	0.040318	0.004269	1.61208	0.15755	7.43695	8.74E-09	0.00004	0.00079	0.0008	-2.366
21	105.3	39.81	8.6	4.321	19.23	96.2	14.4	0.46	0.05	0.059	3.13	0.4	11.3	6.8	294.2	0.149484	0.02508	0.013311	0.007575	0.148095	0.021743	0.645337	1.29E-09	0.000404	0.006453	0.0008	-2.366
22	88.94	34.45	65.8	20.03	8.58	182.8	9.16	1.16	0.099	1.462	0.015	0.34	12.86	6.75	255.8	0.017468	0.2857	0.01146	0.001888	1.2806	0.101058	2.128854	2.50E-09	0.00004	0.0005	0.0008	-2.366
23	56.5	32.26	33.9	7.633	7.23	43.9	1.62	2.05	0.036	1.582	0.015	0.51	10.8	7.22	289.1	0.044829	0.4648	0.00626	0.002287	0.62081	0.030447	1.624694	1.20E-09	           	0.00002	0.0008	-2.704
24	258.2	78.51	99.3	12.44	12.8	810.3	6.97	1.27	0.175	1.428	0.015	0.8	14.5	6.8	313.4	0.007509	0.9721	0.058756	0.004097	0.3609	0.083855	2.80723	8.48E-09	0.00004	0.000243	0.0008	-2.366
25	249.6	69.05	112.5	22.47	8.1	754.9	19.9	1.17	0.388	1.335	0.015	0.56	12.9	6.7	333.6	0.01635	3.939	0.1036	0.0066	0.613	0.10441	3.3307	4.02E-09	0.00004	0.000451	0.0008	-2.366
26	116	43.41	49	17	7.49	210	6.8	0.88	0.134	0.87	0.015	0.23	12.1	6.95	318.4	0.027474	0.5208	0.014254	0.002029	0.84396	0.076765	1.938754	3.59E-09	           	0.000303	0.0008	-2.704
27	69.78	27.59	15.4	7.26	7.9	56.3	1.46	0.77	0.014	0.01	0.349	8.41	12.7	7.3	196.1	0.032343	0.004712	0.00005	0.000314	0.230863	0.027109	0.567483	1.76E-09	0.000058	0.000314	0.0008	2.028
28	73.28	28.76	19.3	3.59	11.52	47.7	0.67	0.69	0.005	3.148	0.015	0.55	10	7.2	301.2	0.120404	0.6307	0.00951	0.004424	0.207039	0.01047	0.454427	1.97E-09	0.00004	0.000022	0.0008	-2.704
29	227.7	71.7	58.4	5.52	24.19	549.3	2.22	0.44	0.085	1.649	0.015	1.14	9.85	6.75	406.4	0.01298	1.78	0.237846	0.001359	0.242556	0.057888	1.06898	6.81E-09	0.00004	0.002393	0.0008	-2.366
30	100.4	36.54	21	2.5	19.48	37	0.25	0.35	0.024	0.46	0.015	0.63	9.05	6.82	376	0.121089	0.8011	0.049608	0.00192	0.08076	0.011824	0.267801	2.12E-09	0.000169	0.000175	0.0008	-2.366
31	79.22	33.53	234	17.16	11.59	485.4	108.3	1.84	0.403	1.255	0.015	0.09	20.9	7.53	251	0.01478	0.8462	0.009168	0.003011	1.067	0.21012	2.7576	4.76E-09	0.00006	0.000937	0.0008	-3.042
32	72.37	34.91	225.8	14.21	8.15	437.7	111.3	1.58	0.431	1.232	0.015	0.09	18.7	7.46	242	0.01331	0.1856	0.002289	0.002623	0.7929	0.18434	4.116	2.89E-09	0.00006	0.00069	0.0008	-3.042
33	91.23	47.83	188.4	16.17	8.5	550.7	50.04	1.39	0.244	1.323	0.015	0.28	19.8	7.57	235	0.0108	0.729	0.00487	0.01429	0.7739	0.16774	3.146	3.05E-09	0.00006	0.000637	0.004453	-3.38
34	57.39	29.83	70.1	11.58	7.97	145.3	8.31	1.25	0.056	0.813	0.015	0.22	17.4	7.39	270	0.0203	0.03184	0.0008108	0.000646	0.5331	0.0785	1.405	3.49E-09	0.00006	0.000555	0.0008	-3.042
35	64.9	33.12	83.6	12.66	7.93	203.3	16.14	1.21	0.091	0.99	0.015	0.26	17.4	7.45	258	0.01737	0.2346	0.003263	0.002733	0.5018	0.09169	1.581	3.49E-09	0.00006	0.001321	0.0008	-3.042
36	48.33	24.97	35.4	9.54	7.68	69.4	5.66	1.71	0.05	1.154	0.015	0.09	14.7	7.5	232.5	0.03114	0.08072	0.00109	0.000368	0.9015	0.09045	1.564	3.47E-09	0.00006	0.000124	0.001889	-3.042
37	54.3	26.61	10.4	6.14	6.37	50.5	1.02	0.54	0.012	0.376	0.01	0.28	13.1	7.6	225	0.03642	0.1123	0.00627	0.003199	0.16359	0.018918	0.4434	3.03E-09	0.00006	0.000216	0.0008	-3.38
38	53.92	21.62	6.4	4.52	6.84	26.6	0.53	0.48	0.011	0.222	0.015	0.83	13.4	7.5	206.2	0.06324	0.09765	0.003346	0.001577	          	0.009872	0.282	1.91E-09	0.000104	0.000314	0.0008	-3.042
39	83.11	20.85	4.3	0.93	13.01	18.9	8.04	0.14	0.02	0.005	1.37	5.4	10.1	7.4	259.8	0.06235	0.004161	0.0008789	0.0126	0.009366	0.001691	0.1037	2.28E-10	0.000574	0.000407	0.0008	1.69
40	96.74	41.62	503.5	17.32	9.23	645.1	445.2	3.32	1.364	1.248	0.015	0.09	22	7.33	235	0.012842	0.1656	0.00337	0.00258	1.664	0.2963	3.906	1.99E-08	           	0.000148	0.0008	-3.042
41	59.46	23.89	460.2	14.52	9.21	609.8	291.7	2.46	0.956	1.224	0.02	0.09	21.9	7.55	294	0.012256	0.3529	0.00411	0.0009	1.158	0.29784	2.36	1.68E-08	           	0.000252	0.0008	-3.38
42	61.23	27.72	237.6	14.27	8.49	420.5	110.5	1.73	0.446	1.092	0.01	0.09	20.9	7.46	225	0.01391	0.2033	0.0003879	0.002365	0.8788	0.0624	2.353	3.32E-09	0.000091	0.000571	0.0008	-3.042
43	77.75	32.61	379.9	15.07	8.85	760.6	180.7	1.94	0.637	1.45	0.01	0.09	22	7.44	217	0.01062	0.07894	0.002544	0.001618	1.126	0.39276	4.36	1.43E-08	0.00004	0.000288	0.0008	-3.042
44	63.4	27.71	424.1	19.91	9.68	129.8	516.7	1.6	2.357	1.039	0.01	0.28	21	7.34	310	0.05161	0.03949	0.00146	0.01509	0.7775	0.195	2.144	1.10E-08	0.000881	0.00014	           	-3.042
45	48.03	21.69	389.3	14.44	8.69	218	434.4	1.43	1.6	1.379	0.01	0.09	24	7.46	269	0.03198	0.2731	0.001989	0.002399	0.6417	0.12975	2.294	7.11E-09	0.00004	0.000011	0.0008	-3.042
46	84.86	32.96	416.3	16.62	9.08	252.8	589	0.99	2.114	1.52	0.01	0.09	21.1	7.38	240	0.02816	0.3011	0.004804	0.009702	0.6714	0.13354	7.096	6.04E-09	           	0.000345	0.0008	-3.042
47	90.9	35.72	83.5	8.75	8.36	22.3	164.2	0.65	0.889	0.574	0.01	0.09	13.11	7.13	307	0.07095	0.4212	0.02593	0.006652	0.4148	0.03906	2.2563	5.84E-09	0.00004	0.000024	0.0008	-2.704
48	74.99	29.16	53.2	12.33	7.21	84.6	37.7	0.52	0.224	0.708	0.01	0.09	15.6	7.18	296	0.06567	0.0904	0.01086	0.00972	0.38276	0.03249	1.533	6.72E-09	0.000077	0.000067	0.0008	-2.704
49	67.01	32.41	291.9	15.7	8.8	207.6	348.6	1.15	1.167	1.42	0.015	0.09	18.5	7.57	242	0.02401	0.2203	0.003239	0.006782	0.6756	0.16566	3.314	3.16E-09	0.000066	0.000365	0.0008	-3.38
50	38.63	22.04	138.6	19.98	7.41	150.2	55.87	1.1	0.311	1.065	0.01	4.08	13.1	7.5	278	0.01726	0.02275	0.001519	0.00045	0.8851	0.0721	1.619	6.29E-09	0.00004	0.00001	0.0008	1.014
51	54.69	38.3	12	1.68	13.76	11.2	1.6	0.39	0.019	0.804	0.01	0.09	12.3	7.3	316	0.2772	0.03464	0.001217	0.003998	0.12519	0.009323	0.778	5.73E-09	0.00004	0.000082	0.0008	-3.042
52	43.03	10.19	211	17.22	7.35	58.7	161.5	2.1	0.985	0.558	0.01	0.23	17.8	7.5	340	0.01312	0.2444	0.01007	0.004791	1.184	0.08855	0.9733	1.37E-09	0.000045	0.000026	0.0008	-3.042
53	57.44	25.13	37.7	14.26	6.52	52.8	6.07	1.23	0.053	0.742	0.01	0.23	17.4	7.5	294	0.049434	0.2377	0.004434	0.009288	0.51438	0.04647	2.652	3.11E-09	           	0.000306	           	-3.042
54	51.9	26.55	20.4	6.51	7.25	4.7	0.92	0.48	0.025	0.254	0.01	0.09	12	7.3	287	0.7933	0.2457	0.002562	0.00045	0.15762	0.004283	0.8704	3.60E-09	0.00004	0.000084	0.0008	-3.042
55	62.75	33.9	2.8	1.88	9.75	22.4	1.17	0.19	0.005	0.034	0.01	0.09	12.2	7.3	287	0.08188	0.3377	0.01068	0.00045	0.01073	0.002819	0.07515	1.53E-09	0.00004	0.000096	0.0008	-3.042
56	62.25	18.13	21.4	10.83	7.55	21.5	6.04	1.02	0.037	0.312	0.01	0.09	16.5	7.34	264	0.3381	0.1391	0.00516	0.00045	0.18555	0.01527	4.968	3.13E-09	0.00004	0.000112	0.0008	-3.042
57	65.5	35.97	6.4	4.16	7.3	1.2	0.68	0.29	0.005	0.434	0.01	0.09	11.8	7.3	347	0.5178	0.3569	0.00323	0.004496	0.02859	0.002727	0.4729	1.95E-09	0.000166	0.00007	0.0008	-3.042
58	46.26	23.58	13.6	7.14	7.75	27.5	138.12	0.59	0.016	0.262	0.01	0.09	14.8	7.4	255	11.08	0.05653	0.001373	0.005633	0.08758	0.005198	2.359	4.07E-09	0.00004	0.00001	0.0008	-3.042
59	65.32	36.09	4.3	1.87	9.29	16.7	6.47	0.17	0.014	0.018	1.56	0.66	11.7	7.3	302	0.2504	0.08158	0.001497	0.00191	0.008683	0.00025	0.0549	8.53E-10	0.000718	0.00067	0.0008	-3.042
60	53.51	31.82	1.7	3.08	7.54	18.9	0.9	0.28	0.011	0.041	0.015	0.09	13.1	7.3	245	0.1124	0.1363	0.003162	0.003399	0.0154	0.005871	0.08429	1.39E-09	0.000076	0.000522	0.0008	-3.042
61	97	32	20	2.2	17	40	0.8	0.2	0.03	0.53	0.09	0.09	10.1	7.36	373	0.183	2.7	0.068	0.007	          	           	           	           	           	          	0.003	-3.042
62	96.72	29.86	12	2.7	13.17	48.6	4.14	0.19	0.018	0.369	0.015	4.42	9.72	7.02	332	           	0.6347	           	           	          	           	           	           	           	          	           	-2.535
63	85	27	9.7	3.6	21	4.3	0.6	0.2	0.05	0.77	0.05	0.09	15	7.36	348	0.155	1.4	0.117	0.006	          	           	           	           	           	          	0.003	-3.042
64	76	22	3.2	1.5	9.5	22	0.2	0.2	0.04	0.12	0.05	0.09	15.3	7.31	267	0.063	0.94	0.03	0.007	          	           	           	           	           	          	0.003	-3.042
65	93	35	6.2	1.1	20	46	13	0.1	0.07	0.02	7.6	4.88	14.6	7.34	297	0.056	0.003	0.002	0.127	          	           	           	           	           	0.005	0.003	2.028
66	79	33	2.2	1.1	13	41	3.4	0.2	0.07	0.03	0.05	1.18	12.75	7.63	269	0.019	3.8	0.061	0.008	          	           	           	           	           	          	0.003	-1.69
67	92	31	6.4	2.9	17	6.5	0.6	0.2	0.11	0.35	0.05	0.5	12.6	7.3	377	0.157	4.3	0.118	0.045	          	           	           	           	           	          	0.003	-3.042
68	80.43	28	4.7	1.15	11.54	60.8	10.56	0.14	0.022	0.005	0.381	0.38	10.36	7.16	242.6	0.02127	0.04851	0.00958	0.3069	0.01337	0.00297	0.09053	7.75E-10	0.0002	0.00372	0.0008	-2.704
69	78.3	28.59	2.4	1.31	12.89	30.7	0.54	0.22	0.017	0.005	0.015	0.09	11.16	7.15	279	0.03072	0.4914	0.01216	0.03041	0.0286	0.00793	0.101	3.47E-09	0.00006	0.00056	0.00857	-2.704
70	73.49	26.24	4.5	1.41	12.72	27.2	2.53	0.13	0.017	0.077	0.015	1.12	9.41	7.42	276	0.0405	0.7283	0.0559	0.0103	0.02056	0.00424	0.129	1.58E-09	0.00006	0.00145	0.0008	-0.845
71	98	47	24	3.3	24	34	0.6	0.3	0.04	0.68	0.09	0.09	11.6	7.22	438	0.077	0.11	0.259	0.187	          	           	           	           	           	0.003	0.003	-2.704
72	91.81	29.73	11	3.17	19.46	7	0.42	0.41	0.012	0.857	0.015	2.94	10.31	7.3	383.1	0.3364	1.631	0.035	0.5978	0.07716	0.02232	0.4097	1.63E-09	0.0002	0.00022	0.0008	-0.845
73	62	25	2	0.6	18	7	1.5	0.1	0.03	0.151	0.0125	1.22	9.83	7.3	210	0.074	1.7	0.216	0.013	          	           	           	2.15E-11	           	          	0.006	-0.845
74	84	47	30	3.1	20	53	1.1	0.3	0.05	0.57	0.09	0.09	12.5	7.28	416	0.007	1.2	0.377	0.009	          	           	           	           	           	0.004	0.003	-3.042
75	71	25	4.2	1.3	16	8.7	0.4	0.2	0.05	0.04	0.08	2.19	12.7	7.43	278	0.161	0.44	0.256	0.013	          	           	           	           	           	0.001	0.003	-0.845
76	61	29	2.9	0.8	12	21	1.5	0.2	0.03	0.02	0.06	0.21	17.2	7.43	256	0.01	0.17	0.01	0.075	          	           	           	           	           	0.002	0.003	-3.042
77	68.36	34.44	2	1.5	13.57	13	1.5	0.11	0.013	0.005	0.135	0.39	12.66	7.07	297.2	0.01431	0.09018	0.003634	0.1925	0.01074	0.003749	0.05735	6.26E-11	0.000104	0.000607	0.0008	-2.704
78	59.85	25.73	2.6	1.04	12.54	19.6	0.1	0.19	0.005	0.014	0.015	0.84	10.69	7.41	245.6	0.02089	0.8724	0.0269	0.01359	0.01212	0.00333	0.06875	1.45E-09	0.00006	0.00169	0.0008	-3.042
79	62.14	25.97	4.3	0.89	14.77	18.4	13.64	0.11	0.046	0.005	11.5	6.36	9.44	7.65	190	0.02507	0.00722	0.00078	0.08264	0.01006	0.0022	0.06975	7.67E-11	0.00017	0.00072	0.00495	0.845
80	89	37	5.1	2.9	23	29	1.3	0.3	0.05	0.11	0.12	0.09	13.7	7.35	323	0.012	1.2	0.143	0.062	          	           	           	           	           	0.002	0.003	-3.042
81	90	39	5	3	24	31	5.4	0.3	0.06	0.15	0.05	0.62	15.9	7.22	347	0.086	0.52	0.269	0.066	          	           	           	           	           	0.003	0.004	-2.704
82	55	21	3.7	2.2	13	19	0.7	0.2	0.07	0.11	0.05	0.09	12.6	7.52	216	0.062	0.83	0.062	0.113	          	           	           	2.15E-11	           	          	0.003	-3.042
83	46.9	16.99	2.6	0.87	15.93	13.6	6.85	0.08	0.019	0.005	5.2	9.1	9.22	7.58	148.6	0.02059	0.0015	0.00032	0.04348	0.00826	0.00186	0.04501	3.80E-11	0.00015	0.00032	0.0008	1.352
84	69	24	3.1	2	19	28	2.3	0.1	0.06	0.03	17	0.09	12.1	7.48	246	0.217	0.28	0.331	0.012	          	           	           	           	           	0.001	0.004	-3.042
85	47	21	1.9	0.7	15	12	5.5	0.1	0.02	0.02	3.4	7.19	9.71	7.53	146	0.02	0.004	0.003	0.277	          	           	           	           	           	          	0.002	1.69
86	86.87	34.03	7	1.92	17.95	37	21.83	0.19	0.206	0.026	0.477	0.53	9.4	7.24	275	           	0.0015	           	           	          	           	           	           	           	          	           	-3.042
87	76.05	31.49	3.4	1.85	18.59	25.8	5.06	0.24	0.05	0.01	0.015	2.03	10.38	7.41	273	           	0.05279	           	           	          	           	           	           	           	          	           	0.845
89	73.17	29	4.7	2.39	17.12	13.8	11.47	0.23	0.04	0.407	0.015	0.09	10.08	7.43	299	           	0.01034	           	           	          	           	           	           	           	          	           	-3.38
90	66.1	30.19	3.9	1.09	14.11	17.1	12.4	0.13	0.023	0.005	5.59	8.53	10.06	7.36	243.6	0.02486	0.00523	0.0003386	0.02259	0.007141	0.0009822	0.05498	4.09E-11	0.000167	0.000866	0.0008	1.69
91	86	29	2.3	2	26	30	9.8	0.2	0.07	0.05	6.7	5.42	14.8	7.41	240	0.128	0.005	           	0.011	          	           	           	           	           	          	0.003	1.69
92	66	26.76	3.6	1.76	17.56	10.4	1.97	0.21	0.016	0.071	0.015	0.52	10.18	7.54	272	           	0.00675	           	           	          	           	           	           	           	          	           	-3.38
93	62	32	6	1.9	15	7.2	1.8	0.3	0.05	0.71	0.05	0.09	15.9	7.71	293	0.139	1.5	0.191	0.108	          	           	           	           	           	          	0.003	-3.718
94	67.73	30.83	5.4	1.73	18.27	16.4	6.28	0.24	0.02	0.174	0.015	0.23	11.34	7.38	279	0.1097	0.3835	0.2134	0.1148	0.02073	0.00372	0.1284	1.07E-10	0.00009	0.00111	0.0008	-3.042
95	82.81	29.46	8.2	2.39	24.33	16.1	13.32	0.2	0.023	0.327	0.015	0.19	9.99	7.58	295	           	0.0984	           	           	          	           	           	           	           	          	           	-3.38
96	72.24	33.35	6.2	3.72	22.6	10.1	3.27	0.36	0.026	0.337	0.015	0.47	9.82	7.43	319	           	0.0032	           	           	          	           	           	           	           	          	           	-3.38
97	80.31	24.89	13.3	1.5	16.88	9.3	42.14	0.14	0.033	0.005	1.35	0.71	11.56	7.34	259.8	0.02457	0.00303	0.01179	0.05689	0.01403	0.00352	0.08354	2.14E-11	0.00018	0.00087	0.0008	-3.042
98	71.45	26.85	5.2	2.3	16.15	16.3	5.85	0.24	0.033	0.143	0.015	0.09	10.16	7.36	261	           	0.1541	           	           	          	           	           	           	           	          	           	-3.042
99	64	25	3.1	1.3	19	22	4.3	0.2	0.03	0.02	1.9	2.11	16.9	7.5	228	0.006	0.003	           	0.186	          	           	           	           	0.002	0.001	0.003	1.521
100	79.32	31.29	10	1.84	17.21	18	24.43	0.24	0.037	0.505	0.015	0.09	10.01	7.39	291	           	0.08036	           	           	          	           	           	           	           	          	           	-3.38
101	91.82	34.65	25.3	2.01	19.78	22.8	65.86	0.23	0.206	0.384	0.015	0.26	10.14	7.36	275	           	0.00974	           	           	          	           	           	           	           	          	           	-3.042
102	53.39	28.17	3.1	1.11	14.63	17.5	7.31	0.11	0.021	0.01	2.15	2.73	9.32	7.57	202	           	0.0015	           	           	          	           	           	           	           	          	           	1.352
103	80.27	31.28	5.7	1.75	18.55	5.9	3.26	0.25	0.022	0.456	0.015	0.09	9.85	7.19	323	           	0.01009	           	           	          	           	           	           	           	          	           	-2.535
104	63.56	25.79	4.2	1.21	20.8	16.1	11.42	0.18	0.034	0.005	3.38	3.21	9.74	7.51	214.3	0.01633	0.0015	0.00034	0.01787	0.00952	0.00368	0.07422	2.14E-11	0.00034	0.00064	0.0008	1.521
105	47.46	17.59	5.1	3.06	10.83	11.8	13.66	0.08	0.014	0.01	5.33	          	13.27	7.47	150.6	0.03934	0.00663	0.003683	0.04317	0.01845	0.00139	0.05954	4.58E-11	0.000266	0.000131	0.0008	-3.38
106	54.74	20.01	8.4	1.55	19.35	9.5	21.42	0.19	0.024	0.05	0.277	0.24	9.72	7.61	196	           	0.0338	           	           	          	           	           	           	           	          	           	-3.38
107	76.1	30.29	6.8	2.06	23.14	18.5	12.98	0.21	0.031	0.145	0.015	0.09	10.14	7.4	273	           	0.0015	           	           	          	           	           	           	           	          	           	-3.38
108	61	31	7	0.5	28	20	25	0.1	0.05	0.28	0.05	8.7	14.3	7.61	168	0.009	0.004	           	0.007	          	           	           	           	           	          	0.003	1.352
109	91.84	38.22	11.8	2.06	19.68	88.1	39.87	0.21	0.053	0.304	0.015	0.09	10.31	7.32	263	           	0.00439	           	           	          	           	           	           	           	          	           	-3.38
110	89	45	8.7	3.3	24	22	0.7	0.2	0.1	0.55	0.05	0.09	11.2	7.89	342	0.114	0.53	1.04	0.013	          	           	           	           	           	0.003	0.003	-3.549
111	43	19	3.4	0.8	24	21	12	0.2	0.03	0.015	8.4	5.13	18.8	7.83	113	0.01	0.003	0.001	0.003	          	           	           	           	           	          	0.003	0.169
112	44.63	16.84	4	0.88	16.97	5.6	3.5	0.16	0.019	0.024	0.015	0.09	10.16	7.65	177.9	0.01933	0.6454	0.1858	0.05646	0.00878	0.00123	0.07425	2.85E-11	0.00006	0.00029	0.0008	-3.38
113	62.16	31.97	3.3	0.95	18.43	10.1	19.59	0.09	0.021	0.012	11.78	9.49	10.45	7.51	204.2	0.01455	0.002	0.0001186	0.01027	0.007071	0.001145	0.04343	5.00E-11	0.000175	0.000136	0.0008	1.521
114	55	25	5.7	2.6	19	7.5	1.4	0.2	0.03	          	          	0.09	10.6	7.64	250	0.081	0.19	0.201	0.006	          	           	           	           	           	0.002	0.004	-3.38
115	54.41	18.4	4	0.82	25.38	16.7	2.92	0.17	0.005	0.005	0.964	4.21	9.86	7.79	191.1	0.03096	0.0015	0.00019	0.02794	0.01023	0.00502	0.06112	2.33E-10	0.00009	0.00033	0.0008	0.169
116	32	14	4.4	1.1	15	0.8	0.8	0.3	0.03	0.08	0.05	0.09	16.9	7.79	130	0.001	0.083	0.03	0.009	          	           	           	           	           	          	0.003	-1.352
117	36.68	17.51	2.7	0.53	18.08	7.6	3.68	0.1	0.019	0.005	2.1	5.37	13.47	7.69	146.6	0.002555	0.002	0.00005	0.03751	0.004612	0.002237	0.0356	1.03E-10	0.000136	0.001058	0.0008	1.014
118	50	16	2.8	0.7	25	6.8	9.1	0.1	0.02	0.03	1.7	1.22	12.07	7.45	133	0.012	0.019	0.018	0.104	          	           	           	           	           	          	0.003	1.014
119	43.47	16.21	3.4	1.03	21.24	8.4	8.44	0.13	0.015	0.005	5.52	8.9	11.45	7.89	133.4	0.00144	0.0015	0.00012	0.1129	0.00853	0.00238	0.05324	6.57E-11	0.00043	0.00049	0.0008	0
120	39	16	3.6	0.8	30	3.1	0.9	0.1	0.02	0.04	1	9.35	9.55	7.71	138	0.001	0.003	           	0.049	          	           	           	           	           	          	0.002	1.014
121	86.81	29.5	10.1	1.5	24.71	11.7	52.47	0.17	0.031	0.005	0.514	1.62	11.29	7.38	269.9	0.0483	0.01471	0.00141	0.00441	0.0174	0.00709	0.1184	3.89E-11	0.00008	0.00082	0.0008	1.352
122	37.63	19.07	3.2	1.07	26.3	8.3	3.75	0.06	0.01	0.005	0.196	1.04	10.68	7.77	162.8	0.00248	0.01005	0.00126	0.04609	0.00756	0.00208	0.04879	2.14E-11	0.00007	0.0002	0.0008	0
123	40.02	14.88	3.5	0.83	24.77	0.5	0.57	0.16	0.01	0.178	0.01	0.24	10.49	7.32	166.8	0.02917	1.859	0.8527	0.04515	0.01065	0.001878	0.0748	6.99E-11	0.00004	0.000294	0.0008	-3.042
124	68	22	5.3	1	21	24	15	0.1	0.03	0.02	1.1	11.47	10.34	7.06	201	0.012	0.003	           	0.659	          	           	           	           	0.002	          	0.003	3.042
125	61	32	5.2	0.7	17	16	15	0.1	0.04	0.015	4.4	10.25	10.44	7.25	220	0.027	0.003	           	0.415	          	           	           	           	0.002	          	0.003	2.366
126	51	27.9	1.5	1.33	12.86	7.4	6.41	0.1	0.014	0.005	3.38	2.68	10.6	7.08	220	0.02401	0.0015	0.00005	0.00339	0.00985	0.00061	0.02911	2.67E-10	0.00011	0.00051	0.0008	3.042
127	68	37	1.5	0.4	13	15	1.6	0.1	0.03	0.015	1.3	9.88	10.84	7.11	360	           	0.003	           	           	          	           	           	           	           	          	           	2.704
128	93.32	49.61	21.8	1.4	10.58	25.1	46.18	0.03	0.047	0.01	19.36	7.93	10.32	7.12	344.7	0.027502	0.0025	0.00088	0.1631	0.012535	0.000316	0.052088	           	0.000771	0.000113	0.0008	2.704
129	42	25	2.1	0.6	14	14	1.2	0.1	0.01	0.015	1.3	5.6	10.96	7.58	188	           	0.007	           	           	0.005469	0.001113	           	           	0.001274	0.000399	0.0008	1.183
130	70.35	40.24	4.8	1.06	16.42	30.8	12.58	0.16	0.034	0.01	1.41	2.59	10.28	7.09	304.5	0.01681	0.0025	0.000347	0.023741	0.01001	0.001957	0.142528	           	0.000283	0.000872	0.0008	3.042
131	58.67	32.65	4.1	1.06	14.47	60.7	5.16	0.11	0.037	0.01	0.0125	0.09	9.47	7.14	232.7	0.02424	0.8774	0.011768	0.003406	0.004337	0.00108	0.052572	           	0.00006	0.000386	0.0008	-2.704
132	512.5	37	148.5	11.15	4.15	1311.9	234.2	0.87	0.844	0.313	0.0125	0.19	12.41	6.8	70.9	0.00686	0.6392	0.06939	0.19179	0.23211	0.05293	12.33966	           	0.00015	0.00004	0.0008	-2.366
133	37.97	20.6	2.3	0.51	14.41	8.1	6.74	0.03	0.0075	0.01	4.51	6.29	10.03	7.53	151	0.013576	0.0025	0.000025	0.002961	0.00175	0.000485	0.031503	           	0.000608	0.000268	0.0008	1.521
134	107.6	57.68	12.6	2.3	20.01	56.2	46.88	0.07	0.045	0.01	11.92	2.25	10.1	6.9	364.8	0.053857	0.0025	0.002181	0.072598	0.011353	0.003265	0.076248	           	0.000655	0.001048	0.0008	3.042
135	67.86	34.12	25.9	1.43	14.89	23.2	13.56	0.1	0.028	0.01	19.29	9.26	10.64	7.22	260.5	0.023625	0.0025	0.000145	0.024707	0.20787	0.000816	0.047175	           	0.00027	0.000173	0.0008	2.535
136	85.59	21.26	53.3	3.02	11.23	152.9	66.25	0.7	0.269	0.113	0.0125	0.09	13.48	7.29	166.2	0.02164	0.3817	0.046522	0.042747	0.235339	0.015282	2.002794	           	0.000044	0.000577	0.0008	-3.042
137	15	22	30	2.1	16	5.3	1.9	1.4	0.03	0.13	0.05	0.09	11.4	8.05	182	           	0.029	           	           	          	           	           	           	           	          	           	-4.732
138	42.55	31.87	5.8	1.34	14.22	33.6	8.96	0.12	0.017	0.01	4.71	0.19	10.22	7.56	190.1	0.041425	0.0025	0.021248	0.017193	0.022123	0.004207	0.104939	           	0.00004	0.000904	0.0008	-3.38
139	330	55	150	16	7.5	830	270	1.9	1.4	0.19	0.05	          	12.5	7.02	141	           	1	           	           	          	           	           	           	           	          	           	-2.535
140	59.19	38.7	3.1	1.38	17.43	15.1	2.01	0.13	0.012	0.01	0.835	2.21	9.62	7.23	287	0.02575	0.0015	0.00005	0.01235	0.01106	0.00311	0.0834	6.34E-11	0.00018	0.00067	0.0008	2.535
141	59.18	22.1	30.1	6.3	6.77	105.7	33.04	2.31	0.199	0.054	0.0125	0.88	12.23	7.33	163.7	0.021016	0.1305	0.016936	0.006716	0.195813	0.031094	9.99521	           	0.000075	0.000442	0.0008	-3.042
142	91	40.48	6.1	3.37	14.26	104.6	7.93	0.25	0.02	0.029	4.83	0.22	10.03	6.85	286.2	0.038032	0.1185	0.026407	0.03275	0.031417	0.004944	0.279081	           	0.00004	0.004698	0.0008	-2.535
143	71.45	43.18	1.4	1.22	11.9	9.3	1.25	0.17	0.005	0.005	0.031	0.09	9.32	7.19	345	0.09265	0.02271	0.05933	0.00551	0.00802	0.00277	0.1007	4.65E-10	0.00006	0.00172	0.0008	-2.704
144	71.95	40.28	4.3	1	19.57	42.4	20.01	0.2	0.022	0.01	0.0125	0.09	9.62	7.01	238.8	0.023409	0.3627	0.015397	0.015005	0.007361	0.002935	0.086063	           	0.00004	0.000847	0.0008	-2.535
145	100.9	44.07	6.6	1.67	15.09	69.1	29.55	0.03	0.03	0.01	0.131	1.54	10.13	6.86	279.8	0.067146	0.06495	0.027321	0.075074	0.011421	0.005166	0.095179	           	0.00004	0.003059	0.0008	2.028
146	58.96	32.46	5.6	2.07	8.1	20.7	10.86	0.07	0.032	0.01	0.0125	0.09	10.04	7.01	220.5	0.085257	0.408	0.031148	0.007077	0.016762	0.004368	0.2225	           	0.00004	0.000242	0.0008	-2.535
147	530.2	109.1	60.6	6.64	20.93	1696.8	64.3	1.83	0.379	0.16	0.015	0.09	10.2	7.39	87.8	0.0088	0.4675	0.0527	0.00122	0.4648	0.07146	9.208	5.42E-08	           	0.00016	0.0008	-3.042
148	58.03	25.69	1.6	0.77	10.89	17.1	2.62	0.08	0.1	0.01	0.0125	0.09	8.42	7.11	247.9	0.030875	1.015	0.030898	0.00025	0.004728	0.001273	0.041911	           	0.00004	0.000295	0.0008	-2.535
149	62.4	24.58	3.9	2.38	11.79	11.9	5.04	0.11	0.021	0.225	0.0125	0.19	9.59	7.22	232.7	0.051377	0.1704	0.022565	0.00025	0.025298	0.003443	0.177829	           	0.00004	0.000101	0.0008	-2.704
150	52.74	21.92	4.9	3.01	11.24	14.8	5.94	0.15	0.054	0.155	0.0125	0.09	10.77	7.29	186.1	0.066126	0.445	0.018129	0.002309	0.059112	0.007747	0.400236	           	0.00004	0.000013	0.0008	-3.042
151	52.86	22.02	9.8	3.39	8.83	17.6	6.7	0.33	0.032	0.154	0.015	0.19	9.04	7.32	214	0.1203	0.2547	0.00446	0.00169	0.15728	0.01131	0.4949	1.84E-09	0.00006	0.00002	0.0008	-3.042
152	54.12	19.78	2.6	3.82	7.39	12.5	1.35	0.2	0.057	0.044	0.0125	0.09	9.4	7.26	224.1	0.135772	0.3934	0.014312	0.00025	0.085312	0.004656	0.338269	           	0.00004	0.000011	0.0008	-3.042
153	52.63	22.76	6.7	3.05	7.23	17.8	3.42	0.36	0.028	0.055	0.0125	0.09	8.56	7.12	184	0.037371	0.1231	0.006925	0.005708	0.130334	0.010304	0.774401	           	0.000091	0.000199	0.0008	-2.535
154	53.73	18.72	1.7	0.93	12.5	2.5	1.64	0.13	0.0075	0.066	0.0125	0.09	8.55	7.15	178.5	0.134119	0.3396	0.018918	0.007034	0.012383	0.001051	0.104769	           	0.00004	0.000013	0.00118	-2.535
155	33.57	17.23	1.5	0.78	10.43	9.7	0.85	0.08	0.0075	0.01	0.237	7.49	7.51	7.49	153.1	0.011135	0.0025	0.000109	0.002503	0.008093	0.000605	0.028083	           	0.000075	0.00008	0.0008	1.69
