# Sieben Hengste Cave, Switzerland LGM Stalagmite Oxygen Isotope Data
#----------------------------------------------------------------------- 
#                World Data Center for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#----------------------------------------------------------------------- 
# NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. 
# If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. 
#
#
# Online_Resource: http://ncdc.noaa.gov/paleo/study/18115
#
# Original_Source_URL: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/speleothem/europe/switzerland/sieben-hengste2015iso7h3.txt
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: Speleothems
#--------------------
# Contribution_Date
#	Date: 2015-03-03
#--------------------
# Title
#	Study_Name: Sieben Hengste Cave, Switzerland LGM Stalagmite Oxygen Isotope Data
#--------------------
# Investigators
# 	Investigators: Luetscher, M.; Boch, R.; Sodemann, H.; Spötl, C.; Cheng, H.; Edwards, R.L.; Frisia, S.; Hof, F.; Müller, W.
#--------------------
# Description_and_Notes
#	Description: Oxygen isotope (d18O) data from two alpine stalagmites from Sieben Hengste Cave, Switzerland.  The d18O data 
#	were combined to get a continuous record of meteoric precipitation between 30 and 14.7 ka. Results provide strong evidence 
#	for moisture advection from the South during the Last Glacial maximum, supporting a southward shift of the storm track.
#--------------------
# Publication 
# 	Authors: Marc Luetscher, R. Boch, H. Sodemann, C. Spötl, H. Cheng, R. L. Edwards, S. Frisia, F. Hof, W. Müller
#	Published_Date_or_Year: 2015-02-27     
#	Published_Title: North Atlantic storm track changes during the Last Glacial Maximum recorded by Alpine speleothems
#	Journal_Name: Nature Communications
#	Volume: 6
#	Edition: 
#	Issue: 6344
#	Pages: 
#	DOI: 10.1038/ncomms7344
#	Online_Resource: 
#	Full_Citation: 
#	Abstract: The European Alps are an effective barrier for meridional moisture transport and are thus uniquely placed to record shifts in the North Atlantic storm track pattern associated with the waxing and waning of Late-Pleistocene Northern Hemisphere ice sheets. The lack of well-dated terrestrial proxy records spanning this time period, however, renders the reconstruction of past atmospheric patterns difficult. Here we present a precisely dated, continuous terrestrial record of meteoric precipitation in Europe between 30 and 14.7 ka. In contrast to present-day conditions, our speleothem data provide strong evidence for preferential advection of moisture from the South across the Alps supporting a southward shift of the storm track during the local Last Glacial Maximum (that is, 26.5-23.5 ka). Moreover, our age control indicates that this circulation pattern preceded the Northern Hemisphere precession maximum by ~3 ka, suggesting that obliquity may have played a considerable role in the Alpine ice aggradation.
#
#------------------
# Funding_Agency 
#	Funding_Agency_Name: Austrian Academy of Sciences
#	Grant: APART-fellowship
#------------------
# Funding_Agency 
#	Funding_Agency_Name: Austrian Science Fund
#	Grant: P222780
#------------------
# Site_Information 
#	Site_Name: Sieben Hengste Cave
#	Location: Europe>Western Europe>Switzerland
#	Country: Switzerland
#	Northernmost_Latitude: 46.77
#	Southernmost_Latitude: 46.77
#	Easternmost_Longitude:  7.83
#	Westernmost_Longitude:  7.83
#	Elevation: 1540 m  
#------------------
# Data_Collection   
#	Collection_Name: SiebenHengste2015iso7H3
#	Earliest_Year: 23130
#	Most_Recent_Year: 14735
#	Time_Unit: Cal. Year Before 2000 AD
#	Core_Length: m
#	Notes: 
#------------------
# Chronology: 
#
# Supplementary Table 2 230Th/234U ages of 7H-2 and 7H-3 stalagmites 
#
# Sample	DFT 	±	LabID	238U 	±	232Th	±	230Th/232Th	±	d234U*	±	230Th/238U 	±	230Th Age (a) 	±	d234Uinitial**	±	230Th Age (a b2k)***	±
# 	(mm) isotrack			 (ppb)		 (ppt)		 (atomic x10-6)		 (measured)		 (activity)		(uncorrected)		(corrected)		(corrected)	
# 7H2-8	10.6	± 2.0	RB185	1383.4	± 1.3	153	± 4	34880	± 810	571	± 1.7	0.2334	± 0.0004	17374	± 38	599.7	± 1.8	17304	± 38
# 7H2-31	33	± 2.0	RB97	1291.8	± 2.2	304	± 8	17360	± 480	640.8	± 2.5	0.248	± 0.0010	17662	± 86	673.6	± 2.6	17649	± 86
# 7H2-45	53	± 2.0	RB186	1170.5	± 1.2	110	± 3	43680	± 1080	636	± 1.9	0.25	± 0.0010	17884	± 43	668.9	± 2.0	17814	± 43
# 7H2-58	56	± 2.0	top	1246.8	± 2.6	286	± 32	17668	± 1969	612.5	± 2.2	0.2462	± 0.0009	17884	± 74	644.2	± 2.3	17872	± 74
# 7H2-51	59.6	± 2.0	RB187	1361.9	± 1.4	652	± 13	8060	± 160	348.6	± 1.7	0.234	± 0.0004	20609	± 46	369.4	± 1.8	20531	± 47
# 7H2-65	68	± 2.0	RB98	1518.4	± 2.7	355	± 7	16690	± 310	347.9	± 2.3	0.237	± 0.0010	20870	± 96	369	± 2.5	20856	± 96
# 7H2-109	113.4	± 2.0	RB188	1416.8	± 1.6	127	± 3	44640	± 1060	356.5	± 1.8	0.243	± 0.0004	21302	± 50	378.6	± 1.9	21232	± 50
# 7H2-140	142.4	± 2.0	RB205	1537.7	± 1.8	92	± 3	67070	± 1870	355	± 1.8	0.244	± 0.0010	21491	± 54	377.2	± 1.9	21422	± 54
# 7H2-167	170	± 2.0	RB123	1489.9	± 2.4	29	± 7	208070	± 51930	361.6	± 2.6	0.249	± 0.0010	21830	± 122	384.6	± 2.8	21821	± 122
# 7H2-192	195.4	± 2.0	RB99	1382.2	± 2.8	146	± 8	40190	± 2140	376.3	± 2.8	0.258	± 0.0010	22410	± 114	400.9	± 3.0	22399	± 114
# 7H2-220	220	± 2.0	RB206	1763.2	± 1.9	82	± 2	96010	± 2900	423.6	± 1.7	0.271	± 0.0010	22828	± 52	451.8	± 1.8	22759	± 52
# 7H2-254	260	± 2.0	RB189	1420	± 1.4	73	± 2	88050	± 2580	412.3	± 1.7	0.274	± 0.0004	23257	± 51	440.3	± 1.8	23188	± 51
# 7H2-277	281	± 2.0	RB242	1373	± 1.4	56	± 2	110820	± 3390	401.9	± 1.8	0.275	± 0.0004	23609	± 53	429.6	± 1.9	23541	± 53
# 7H2-300	305.6	± 2.0	RB124	1026.4	± 1.5	131	± 7	35900	± 2020	385.6	± 2.6	0.278	± 0.0010	24182	± 139	412.8	± 2.8	24170	± 139
# 7H2-319	323	± 2.0	RB100	1415.8	± 2.6	278	± 8	24900	± 720	444.9	± 2.5	0.297	± 0.0010	24790	± 123	477.1	± 2.7	24777	± 123
# 7H2-354	359.6	± 2.0	RB125	921.6	± 1.4	208	± 7	23420	± 760	530.5	± 2.9	0.32	± 0.0010	25251	± 135	569.6	± 3.1	25238	± 135
# 7H2-407	411.6	± 2.0	RB190	1032.2	± 1.0	480	± 10	11180	± 230	457.9	± 1.7	0.316	± 0.0010	26272	± 58	493.1	± 1.9	26195	± 59
# 7H2-443	448.6	± 2.0	RB240	1365.2	± 1.3	267	± 6	26470	± 550	424.7	± 1.7	0.313	± 0.0010	26753	± 60	458	± 1.8	26681	± 60
# 7H2-474	479.6	± 2.0	RB126	1011.2	± 1.6	391	± 7	14440	± 270	512.5	± 2.9	0.339	± 0.0010	27244	± 146	553.5	± 3.1	27227	± 146
# 7H2-491	490.6	± 2.0	RB308	1149.7	± 1.7	766	± 15	8580	± 170	533.5	± 2.0	0.347	± 0.0001	27564	± 76	576.7	± 2.2	27483	± 77
# 7H2-500	501.2	± 2.0	RB241	695.8	± 0.5	735	± 15	5590	± 110	564.7	± 1.9	0.358	± 0.0010	27865	± 67	610.9	± 2.1	27778	± 68
# 7H2-512	512.4	± 2.0	RB416	728.4	± 0.7	481	± 10	8839	± 178	508.4	± 2.2	0.3541	± 0.0006	28733	± 71	551.3	± 2.4	28710	± 71
# 7H2-515	515	± 2.0	RB309	1058.1	± 1.6	284	± 6	20430	± 420	413.3	± 1.9	0.333	± 0.0010	28871	± 81	448.3	± 2.0	28796	± 81
# 7H2-523	525.2	± 2.0	RB207	1415.3	± 1.4	164	± 4	46370	± 1050	390	± 1.7	0.327	± 0.0010	28828	± 67	423.1	± 1.8	28757	± 67
# 7H2-539	538.6	± 2.0	RB417	1519.2	± 1.8	255	± 5	32745	± 679	410.8	± 1.9	0.3339	± 0.0006	29062	± 74	446	± 2.1	29049	± 74
# 7H2-548	548	± 2.0	RB311	1483.8	± 2.4	530	± 11	15490	± 310	414.2	± 2.0	0.336	± 0.0010	29157	± 86	449.7	± 2.2	29081	± 86
# 7H2-556	558.6	± 2.0	RB101	1302.2	± 2.3	313	± 7	23620	± 540	436.8	± 2.7	0.344	± 0.0010	29430	± 139	474.6	± 2.9	29416	± 139
# 7H2-563	565.6	± 2.0	RB208	646.2	± 0.6	1555	± 31	2520	± 50	510.4	± 1.7	0.367	± 0.0010	29899	± 74	555.3	± 1.9	29786	± 81
# 7H2-566	568	± 2.0	base	555.9	± 1.0	2203	± 35	1545	± 25	478.9	± 2.0	0.3715	± 0.0013	31042	± 135	522.6	± 2.2	30958	± 145
# 7H3-3	3.4	± 2.0	RB439	927.5	± 1.1	107	± 3	29332	± 789	609.4	± 2.3	0.20517	± 0.00044	14748	± 40	635.2	± 2.4	14735	± 40
# 7H3-12	11	± 2.0	RB300	996	± 1.3	272	± 6	12577	± 263	617.5	± 2.1	0.20852	± 0.00042	14922	± 38	644.1	± 2.2	14907	± 38
# 7H3-29	28.8	± 2.0	RB425	1126.7	± 1.3	68	± 2	57988	± 1619	624.3	± 2.3	0.21329	± 0.00043	15217	± 40	651.7	± 2.5	15205	± 40
# 7H3-35	34.6	± 2.0	RB452	962.4	± 1.1	231	± 5	14724	± 307	615.5	± 2.3	0.21395	± 0.00042	15356	± 40	642.8	± 2.5	15341	± 40
# 7H3-60	60	± 2.0	RB440	904.8	± 0.9	107	± 2	31184	± 712	621.7	± 2.1	0.22447	± 0.00041	16096	± 39	650.5	± 2.2	16083	± 39
# 7H3-90	90	± 2.0	RB426	1236.3	± 1.4	94	± 2	50674	± 1295	588	± 2.2	0.23316	± 0.00042	17150	± 42	617.2	± 2.3	17138	± 42
# 7H3-110	110	± 2.0	RB482	1025	± 1.1	167	± 1	24604	± 200	593.8	± 2.1	0.24272	± 0.00043	17836	± 43	624.5	± 2.2	17822	± 43
# 7H3-120	120	± 2.0	RB427	1214.9	± 1.4	39	± 1	124142	± 4740	560.5	± 2.1	0.2421	± 0.00043	18203	± 44	590	± 2.2	18191	± 44
# 7H3-138	138	± 2.0	RB483	1170.5	± 1.3	449	± 2	10139	± 39	484.6	± 2.0	0.236	± 0.00042	18704	± 46	510.8	± 2.2	18686	± 46
# 7H3-157	157.4	± 2.0	RB441	1243.9	± 1.4	65	± 2	78017	± 2063	526.4	± 2.0	0.24755	± 0.00041	19103	± 44	555.6	± 2.1	19091	± 44
# 7H3-165	164.6	± 2.0	RB428	1370.9	± 1.7	23	± 1	241063	± 13224	499	± 2.1	0.24532	± 0.00045	19299	± 48	526.9	± 2.2	19287	± 48
# 7H3-180	180	± 2.0	RB484	1446.9	± 2.0	104	± 1	51394	± 710	353.3	± 2.3	0.22474	± 0.00047	19649	± 58	373.5	± 2.4	19636	± 58
# 7H3-200	200	± 2.0	RB442	1749.6	± 2.4	55	± 2	120631	± 3758	353.2	± 1.9	0.22796	± 0.00057	19958	± 63	373.6	± 2.1	19946	± 63
# 7H3-220	220	± 2.0	RB429	1712.7	± 2.2	150	± 3	43728	± 996	356.4	± 1.9	0.23285	± 0.00044	20370	± 52	377.5	± 2.0	20357	± 52
# 7H3-240	240	± 2.0	RB485	1374.8	± 2.0	485	± 2	11299	± 47	373.4	± 2.2	0.24156	± 0.00056	20911	± 65	396.1	± 2.4	20892	± 65
# 7H3-258	257.6	± 2.0	RB443	1645.3	± 2.2	136	± 3	50127	± 1131	382.3	± 2.0	0.25096	± 0.00048	21648	± 57	406.4	± 2.1	21635	± 57
# 7H3-262	262.4	± 2.0	RB430	1372.4	± 1.6	42	± 2	136354	± 5569	383.9	± 2.0	0.25263	± 0.00045	21778	± 55	408.2	± 2.1	21766	± 55
# 7H3-275	275	± 2.0	RB266	1509.7	± 2.0	286	± 6	22302	± 465	381.9	± 1.8	0.25612	± 0.00049	22143	± 57	406.5	± 1.9	22129	± 57
# 7H3-280	280	± 2.0	RB486	1451.6	± 2.2	108	± 2	57485	± 934	397.6	± 2.3	0.2602	± 0.00057	22247	± 67	423.3	± 2.5	22235	± 67
# 7H3-286	286	± 2.0	GM315	1066.8	± 1.0	2260	± 45	2115	± 43	439.6	± 1.7	0.27184	± 0.00044	22580	± 50	468.5	± 1.8	22524	± 58
# 7H3-293	293	± 2.0	RB444	798.6	± 0.9	29	± 2	127748	± 7217	439.4	± 2.3	0.27794	± 0.00053	23142	± 64	469	± 2.4	23130	± 64
#
# Analytical errors are at 95% confidence level.
# *d234U = ([234U/238U]activity - 1)x1000.
# ** d234Uinitial was calculated based on 230Th age (T), i.e., d234Uinitial = d234Umeasured x eLambda234xT.
# Following decay constants were used: Lambda230 = 9.158 x 10-6 a-1 (19); Lambda234 = 2.826 x 10-6 a-1 (19); Lambda238 = 1.551 x 10-10 a-1 (20). 
# Corrected 230Th ages assume an initial 230Th/232Th atomic ratio of 4.4±2.2 x10-6; i.e. values in secular equilibrium with a bulk Earth 232Th/238U value of 3.8. 
# The errors are arbitrarily assumed to be 50%
# *** a b2k stands for before 2000 AD. 
#
#
# 7H-2Age model 		
# age 	age error	Distance from top (dft)	dft error
# [ka b2k]	[ka b2k]	[cm]	[cm]
# 17.304	0.038	1.1	0.1
# 17.649	0.086	3.3	0.1
# 17.814	0.043	5.3	0.1
# 17.872	0.074	5.6	0.1
# 			
# 20.531	0.047	6.0	0.1
# 20.856	0.096	6.8	0.1
# 21.232	0.050	11.3	0.1
# 21.422	0.054	14.2	0.1
# 21.821	0.122	17.0	0.1
# 22.399	0.114	19.5	0.1
# 22.759	0.052	22.0	0.1
# 23.188	0.051	26.0	0.1
# 23.541	0.053	28.1	0.1
# 24.17	0.139	30.6	0.1
# 24.777	0.123	32.3	0.1
# 25.238	0.135	36.0	0.1
# 26.195	0.059	41.2	0.1
# 26.681	0.060	44.9	0.1
# 27.227	0.146	48.0	0.1
# 27.483	0.077	49.1	0.1
# 27.778	0.068	50.1	0.1
# 28.71	0.071	51.2	0.1
# 28.796	0.081	51.5	0.1
# 28.757	0.067	52.5	0.1
# 29.049	0.074	53.9	0.1
# 29.081	0.086	54.8	0.1
# 29.416	0.139	55.9	0.1
# 29.786	0.081	56.6	0.1
# 
# 
# 7H-3			
# age 	age error	Distance from top (dft)	dft error
# [ka b2k]	[ka b2k]	[cm]	[cm]
# 14.735	0.040	0.3	0.1
# 14.907	0.038	1.1	0.1
# 15.205	0.040	2.9	0.1
# 15.341	0.040	3.5	0.1
# 16.083	0.039	6.0	0.1
# 17.138	0.042	9.0	0.1
# 17.822	0.043	11.0	0.1
# 18.191	0.044	12.0	0.1
# 18.686	0.046	13.8	0.1
# 19.091	0.044	15.7	0.1
# 19.287	0.048	16.5	0.1
# 19.636	0.058	18.0	0.1
# 19.946	0.063	20.0	0.1
# 20.357	0.052	22.0	0.1
# 20.892	0.065	24.0	0.1
# 21.635	0.057	25.8	0.1
# 21.766	0.055	26.2	0.1
# 22.129	0.057	27.5	0.1
# 22.235	0.067	28.0	0.1
# 22.524	0.058	28.6	0.1
# 23.130	0.064	29.3	0.1
#
#
#
#
#----------------
# Variables 
#
# Data variables follow that are preceded by "##" in columns one and two.
# Data line variables format:  Variables list, one per line, shortname-tab-longname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) 
#
##depth_mm	depth, , , mm, , , Distance from top, ,N
##d18OcarbVPDB	delta18O, calcium carbonate, , per mil VPDB, ,speleothem, , ,N
#
#----------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing Values:  
#
depth_mm	d18OcarbVPDB
0.2	-7.6
0.4	-7.6
0.6	-7.4
0.8	-8.5
1.0	-9.0
1.2	-9.2
1.4	-9.5
1.6	-9.9
1.8	-10.3
2.0	-10.7
2.2	-11.0
2.4	-11.0
2.6	-11.2
2.8	-11.2
3.0	-11.3
3.2	-11.4
3.4	-11.4
3.6	-11.4
3.8	-11.2
4.0	-11.4
4.2	-11.2
4.4	-11.2
4.6	-11.1
4.8	-11.1
5.0	-11.1
5.2	-11.1
5.6	-11.3
5.8	-11.3
6.0	-11.4
6.2	-11.5
6.4	-11.4
6.6	-11.7
6.8	-11.7
7.0	-11.6
7.2	-11.5
7.4	-11.6
7.6	-11.5
7.8	-11.5
8.0	-11.4
8.2	-11.3
8.4	-11.4
8.6	-11.5
8.8	-11.4
9.0	-11.3
9.2	-11.2
9.4	-11.3
9.6	-11.4
9.8	-11.4
10.0	-11.4
10.2	-11.2
10.4	-11.4
10.6	-11.4
10.8	-11.4
11.0	-11.5
11.2	-11.7
11.4	-11.6
11.6	-11.5
11.8	-11.5
12.0	-11.6
12.2	-11.5
12.4	-11.6
12.6	-11.6
12.8	-11.5
13.0	-11.6
13.2	-11.7
13.6	-11.6
13.8	-11.5
14.0	-11.6
14.2	-11.6
14.4	-11.6
14.6	-11.5
14.8	-11.5
15.0	-11.5
15.2	-11.6
15.4	-11.6
15.6	-11.8
15.8	-11.6
16.0	-11.7
16.2	-11.5
16.4	-11.5
16.6	-11.5
16.8	-11.5
17.0	-11.5
17.2	-11.5
17.4	-11.4
17.6	-11.6
17.8	-11.6
18.0	-11.6
18.2	-11.5
18.4	-11.5
18.6	-11.5
18.8	-11.5
19.0	-11.6
19.2	-11.7
19.4	-11.5
19.6	-11.5
19.8	-11.5
20.0	-11.6
20.2	-11.5
20.4	-11.5
20.6	-11.5
20.8	-11.4
21.0	-11.6
21.2	-11.7
21.4	-11.7
21.6	-11.8
21.8	-11.8
22.0	-11.5
22.2	-11.4
22.4	-11.4
22.6	-11.6
22.8	-11.7
23.0	-11.5
23.2	-11.6
23.4	-11.7
23.6	-11.8
23.8	-11.7
24.0	-11.8
24.2	-11.8
24.4	-11.7
24.6	-11.5
24.8	-11.7
25.0	-11.6
25.2	-11.8
25.4	-11.7
25.6	-11.7
25.8	-11.6
26.0	-11.8
26.2	-11.7
26.4	-11.7
26.6	-11.6
26.8	-11.6
27.0	-11.7
27.2	-11.8
27.4	-11.9
27.6	-11.9
27.8	-12.0
28.0	-11.7
28.2	-11.7
28.4	-11.7
28.6	-11.8
28.8	-11.5
29.0	-11.6
29.2	-11.8
29.4	-11.7
29.6	-11.8
29.8	-12.0
30.0	-11.8
30.2	-12.0
30.4	-11.9
30.6	-11.9
30.8	-11.8
31.0	-11.9
31.2	-11.9
31.4	-12.0
31.6	-11.9
31.8	-12.0
32.0	-12.0
32.2	-11.9
32.4	-12.1
32.6	-12.0
32.8	-12.1
33.0	-12.1
33.2	-12.2
33.4	-12.2
33.6	-12.2
33.8	-12.2
34.0	-12.1
34.2	-12.2
34.4	-12.2
34.6	-12.3
34.8	-12.2
35.0	-12.1
35.2	-12.1
35.4	-12.1
35.6	-12.0
35.8	-12.1
36.0	-12.0
36.2	-11.9
37.8	-12.0
38.0	-12.0
38.2	-12.1
38.4	-12.1
38.6	-12.0
38.8	-12.1
39.0	-12.2
39.2	-12.2
39.4	-11.9
39.6	-12.0
39.8	-12.1
40.0	-12.0
40.2	-12.0
40.4	-12.0
40.6	-12.0
40.8	-12.0
41.0	-12.1
41.2	-12.1
41.4	-12.0
41.6	-12.0
41.8	-12.0
42.0	-12.3
42.2	-12.1
42.6	-12.2
42.8	-12.2
43.0	-12.2
43.2	-12.1
43.4	-12.2
43.6	-12.1
43.8	-12.1
44.0	-12.2
44.2	-12.1
44.4	-12.0
44.6	-12.0
44.8	-12.0
45.0	-12.1
45.2	-12.1
45.4	-12.1
45.6	-12.1
45.8	-12.1
46.0	-12.1
46.2	-12.0
46.4	-12.1
46.6	-12.1
46.8	-12.1
47.0	-12.2
47.2	-12.3
47.4	-12.3
47.6	-12.3
47.8	-12.3
48.0	-12.4
48.2	-12.3
48.4	-12.4
48.6	-12.2
48.8	-12.2
49.0	-12.1
49.2	-12.1
49.4	-12.0
49.6	-12.1
49.8	-12.1
50.0	-12.3
50.2	-12.2
50.4	-12.2
50.6	-12.0
50.8	-11.9
51.0	-12.0
51.2	-12.1
51.4	-11.9
51.6	-11.9
51.8	-11.8
52.0	-11.8
52.2	-11.9
52.4	-11.9
52.6	-12.0
52.8	-11.9
53.0	-11.8
53.2	-12.0
53.4	-11.8
53.6	-11.8
53.8	-12.1
54.0	-11.9
54.4	-12.0
54.6	-12.0
54.8	-12.1
55.0	-12.1
55.2	-12.1
55.4	-12.1
55.6	-12.1
55.8	-12.2
56.0	-12.2
56.2	-12.1
56.4	-12.1
56.6	-12.1
56.8	-12.2
57.0	-12.2
57.2	-12.1
57.4	-12.2
57.6	-12.1
57.8	-12.0
58.0	-12.0
58.2	-12.2
58.4	-12.2
58.6	-12.2
58.8	-12.3
59.0	-12.3
59.2	-12.2
59.4	-12.3
59.6	-12.3
59.8	-12.3
60.0	-12.3
60.2	-12.3
60.4	-12.2
60.6	-12.1
60.8	-12.1
61.0	-12.1
61.2	-12.1
61.4	-11.9
61.6	-12.0
61.8	-11.7
62.0	-11.9
62.2	-11.8
62.4	-11.8
62.6	-11.9
62.8	-11.9
63.0	-12.0
63.2	-12.0
63.4	-12.1
63.6	-12.2
63.8	-12.1
64.0	-12.1
64.2	-12.0
64.4	-12.0
64.6	-11.8
64.8	-11.9
65.0	-11.8
65.2	-11.9
65.4	-11.9
65.6	-11.9
65.8	-12.0
66.0	-12.0
66.2	-11.9
66.4	-12.0
66.6	-12.2
66.8	-11.9
67.0	-12.0
67.2	-12.0
67.4	-12.0
67.6	-12.1
67.8	-11.9
68.0	-12.0
68.2	-11.9
68.4	-11.7
68.6	-12.0
68.8	-11.7
69.0	-11.9
69.2	-12.0
69.4	-12.0
69.6	-11.9
69.8	-11.8
70.0	-11.6
70.2	-11.8
70.4	-11.8
70.6	-11.8
70.8	-12.0
71.0	-11.9
71.2	-11.8
71.4	-11.7
71.6	-11.9
71.8	-11.9
72.0	-11.9
72.2	-11.8
72.4	-11.7
72.6	-11.8
72.8	-11.9
73.0	-11.8
73.2	-11.9
73.4	-11.9
73.6	-11.8
73.8	-11.9
74.0	-12.0
74.2	-12.0
74.4	-12.1
74.6	-12.0
74.8	-11.9
75.0	-12.0
75.2	-11.9
75.4	-12.2
75.6	-11.9
75.8	-12.0
76.0	-11.8
76.2	-11.9
76.4	-12.0
76.6	-11.8
76.8	-11.7
77.0	-11.9
77.2	-11.7
77.4	-11.8
77.6	-11.7
77.8	-11.8
78.0	-11.8
78.2	-11.8
78.4	-12.0
78.6	-12.0
78.8	-12.0
79.0	-12.0
79.2	-11.9
79.4	-11.9
79.6	-11.8
79.8	-12.0
80.0	-11.9
80.2	-11.8
80.4	-12.0
80.6	-11.6
81.0	-11.7
81.2	-11.8
81.4	-11.9
81.6	-12.0
81.8	-11.8
82.0	-11.8
82.2	-11.8
82.4	-11.9
82.6	-11.8
82.8	-11.7
83.0	-11.7
83.2	-11.9
83.4	-11.9
83.6	-11.8
83.8	-11.9
84.0	-11.9
84.2	-11.8
84.4	-11.9
84.6	-11.9
84.8	-11.8
85.0	-11.9
85.2	-12.0
85.4	-12.0
85.6	-11.9
85.8	-11.7
86.0	-12.0
86.2	-11.8
86.4	-12.0
86.6	-12.0
86.8	-12.0
87.0	-11.9
87.2	-11.9
87.4	-12.2
87.6	-12.1
87.8	-12.1
88.0	-12.0
88.2	-11.9
88.4	-11.9
88.6	-11.9
88.8	-11.9
89.0	-11.9
89.2	-11.7
89.4	-11.7
89.6	-11.8
89.8	-11.9
90.0	-12.0
90.2	-12.0
90.4	-12.0
90.6	-11.9
90.8	-11.9
91.0	-11.9
91.2	-12.0
91.4	-11.8
91.6	-12.0
91.8	-11.9
92.0	-11.9
92.2	-11.9
92.4	-12.0
92.6	-11.9
92.8	-12.0
93.0	-12.0
93.2	-12.0
93.4	-12.1
93.6	-12.0
93.8	-11.9
94.0	-12.1
94.2	-12.2
94.4	-12.1
94.6	-12.0
94.8	-11.8
95.0	-12.0
95.2	-12.0
95.4	-11.8
95.6	-11.9
95.8	-11.9
96.0	-11.9
96.2	-11.9
96.4	-11.8
96.6	-11.8
96.8	-11.7
97.0	-11.7
97.2	-11.6
97.4	-11.6
97.6	-11.6
97.8	-11.7
98.0	-11.7
98.2	-11.6
98.4	-11.6
98.6	-11.6
98.8	-11.7
99.0	-11.6
99.2	-11.6
99.4	-11.5
99.6	-11.5
99.8	-11.5
100.0	-11.8
100.2	-11.7
100.4	-11.7
100.6	-11.7
100.8	-11.6
101.0	-11.7
101.2	-11.7
101.4	-11.8
101.6	-11.7
101.8	-11.7
102.0	-11.9
102.2	-11.7
102.4	-11.7
102.6	-11.6
102.8	-11.8
103.0	-11.7
103.2	-11.7
103.4	-11.8
103.6	-11.8
103.8	-11.8
104.0	-11.8
104.2	-11.8
104.4	-11.9
104.6	-11.9
104.8	-11.9
105.0	-11.8
105.2	-11.9
105.4	-11.9
105.6	-12.0
105.8	-12.0
106.0	-12.0
106.2	-12.0
106.4	-12.0
106.6	-12.0
106.8	-12.1
107.0	-12.2
107.2	-12.0
107.4	-12.0
107.6	-11.9
107.8	-11.9
108.0	-11.8
108.2	-12.0
108.4	-12.0
108.6	-11.8
108.8	-11.8
109.0	-11.8
109.2	-11.9
109.4	-11.8
109.6	-11.7
109.8	-11.6
110.0	-11.7
110.2	-11.8
110.4	-11.7
110.6	-11.8
110.8	-11.9
111.0	-11.9
111.2	-11.7
111.4	-11.8
111.6	-11.8
111.8	-11.8
112.0	-11.8
112.2	-11.7
112.4	-11.7
112.6	-11.7
112.8	-11.8
113.0	-11.8
113.2	-11.5
113.4	-11.5
113.6	-11.5
113.8	-11.5
114.0	-11.5
114.2	-11.5
114.4	-11.6
114.6	-11.4
114.8	-11.4
115.0	-11.3
115.2	-11.4
115.4	-11.5
115.6	-11.5
115.8	-11.4
116.0	-11.5
116.2	-11.5
116.4	-11.4
116.6	-11.3
116.8	-11.4
117.0	-11.4
117.2	-11.4
117.4	-11.3
117.6	-11.4
117.8	-11.4
118.0	-11.5
118.2	-11.4
118.4	-11.6
118.6	-11.4
118.8	-11.4
119.0	-11.5
119.2	-11.4
119.4	-11.2
119.6	-11.3
119.8	-11.5
120.0	-11.6
120.2	-11.4
120.4	-11.5
120.6	-11.5
120.8	-11.5
121.0	-11.5
121.2	-11.5
121.6	-11.6
121.8	-11.4
122.0	-11.5
122.2	-11.3
122.4	-11.3
122.6	-11.2
122.8	-11.2
123.0	-11.3
123.2	-11.1
123.4	-11.4
123.6	-11.5
123.8	-11.4
124.0	-11.6
124.2	-11.7
124.4	-11.6
124.6	-11.5
124.8	-11.6
125.0	-11.8
125.2	-11.7
125.4	-11.9
125.6	-11.6
125.8	-11.7
126.0	-11.8
126.2	-11.7
126.4	-11.8
126.6	-11.8
126.8	-11.8
127.0	-11.6
127.2	-11.7
127.4	-11.7
127.6	-11.7
127.8	-11.9
128.0	-11.8
128.2	-11.7
128.4	-11.8
128.6	-11.8
128.8	-11.7
129.0	-11.7
129.2	-11.9
129.4	-11.9
129.6	-11.7
130.0	-11.7
130.4	-11.6
130.6	-11.5
130.8	-11.5
131.0	-11.6
131.2	-11.5
131.4	-11.5
131.6	-11.5
131.8	-11.6
132.0	-11.4
132.4	-11.5
132.6	-11.2
132.8	-11.4
133.2	-11.3
133.4	-11.4
133.6	-11.2
133.8	-11.6
134.0	-11.9
134.2	-11.8
134.4	-11.8
134.6	-11.8
134.8	-11.7
135.0	-11.8
135.2	-11.8
135.4	-11.7
135.6	-11.8
136.0	-11.9
136.2	-11.9
136.4	-11.8
136.6	-11.8
136.8	-11.8
137.0	-11.8
137.2	-11.9
137.4	-11.9
137.6	-11.8
137.8	-11.7
138.0	-11.9
138.2	-11.9
138.4	-11.9
138.6	-11.8
138.8	-11.8
139.0	-11.9
139.2	-12.0
139.4	-12.2
139.6	-11.8
139.8	-11.8
140.0	-11.8
140.2	-11.8
140.4	-11.9
140.6	-11.8
140.8	-11.8
141.0	-11.8
141.2	-11.8
141.4	-11.7
141.6	-11.6
141.8	-11.5
142.0	-11.7
142.2	-11.7
142.4	-11.8
142.6	-11.6
142.8	-11.9
143.0	-12.0
143.2	-11.9
143.4	-11.8
143.6	-11.8
143.8	-11.8
144.0	-11.9
144.2	-11.9
144.4	-11.9
144.6	-11.9
144.8	-11.8
145.0	-11.8
145.2	-11.6
145.4	-11.6
145.6	-11.6
145.8	-11.7
146.0	-11.7
146.2	-11.7
146.4	-11.8
146.6	-11.8
146.8	-11.8
147.0	-11.9
147.2	-11.7
147.4	-11.9
147.6	-11.5
147.8	-11.7
148.0	-11.9
148.2	-11.8
148.4	-11.9
148.6	-11.9
148.8	-11.9
149.0	-12.0
149.2	-12.0
149.4	-12.0
149.6	-11.9
149.8	-11.8
150.0	-11.9
150.2	-11.9
150.4	-11.8
150.6	-11.8
150.8	-11.8
151.0	-11.7
151.2	-11.5
151.4	-11.5
151.6	-11.6
151.8	-11.6
152.0	-11.7
152.2	-11.7
152.4	-11.7
152.6	-11.6
152.8	-11.5
153.0	-11.6
153.2	-11.4
153.4	-11.5
153.6	-11.5
153.8	-11.8
154.0	-11.6
154.2	-11.6
154.4	-11.5
154.6	-11.5
154.8	-11.6
155.0	-11.6
155.2	-11.7
155.4	-11.7
155.6	-11.5
155.8	-11.8
156.0	-11.9
156.4	-11.6
156.6	-11.8
156.8	-11.7
157.0	-11.6
157.2	-11.7
157.4	-11.5
157.6	-11.7
157.8	-11.5
158.0	-11.7
158.2	-11.7
158.4	-11.6
158.6	-11.6
158.8	-11.9
159.8	-11.8
160.0	-12.0
160.2	-11.7
160.6	-11.9
160.8	-12.0
161.0	-12.2
161.2	-12.2
161.4	-12.2
161.6	-12.1
161.8	-12.2
162.0	-12.1
162.2	-12.1
162.4	-11.9
162.6	-12.0
162.8	-12.0
163.0	-12.0
163.2	-12.0
163.4	-12.2
163.6	-12.4
163.8	-12.4
164.0	-12.4
164.2	-12.4
164.4	-12.2
164.6	-12.2
164.8	-12.1
165.0	-11.9
165.2	-12.1
165.4	-12.1
165.6	-12.2
165.8	-12.0
166.0	-12.0
166.2	-11.8
166.4	-11.9
166.6	-12.3
166.8	-12.2
167.0	-12.2
167.2	-12.1
167.4	-12.1
167.6	-12.2
167.8	-12.2
168.0	-12.3
168.2	-12.1
168.4	-12.2
168.6	-12.3
168.8	-12.2
169.0	-12.1
169.2	-12.1
169.4	-12.2
169.6	-12.2
169.8	-12.2
170.0	-12.1
170.2	-12.1
170.4	-12.0
170.6	-11.9
170.8	-11.7
171.0	-11.8
171.2	-12.0
171.4	-12.1
171.6	-12.2
171.8	-12.0
172.0	-12.0
172.2	-11.8
172.4	-12.1
172.6	-12.2
172.8	-12.1
173.0	-12.3
173.2	-12.1
173.4	-12.1
173.6	-12.2
173.8	-12.2
174.0	-12.3
174.2	-11.9
174.4	-12.2
174.6	-12.1
174.8	-11.9
175.0	-12.0
175.2	-11.9
175.4	-12.0
175.6	-12.0
175.8	-12.1
176.0	-11.9
176.2	-11.9
176.4	-11.8
176.6	-11.7
176.8	-11.7
177.0	-11.5
177.2	-11.7
177.4	-11.7
177.6	-11.7
177.8	-11.8
178.0	-11.9
178.2	-11.8
178.4	-11.8
178.6	-11.9
178.8	-11.9
179.0	-12.1
179.2	-11.9
179.4	-12.0
179.6	-12.1
179.8	-12.1
180.0	-12.1
180.2	-11.9
180.4	-11.9
180.6	-12.1
180.8	-11.9
181.0	-11.9
181.2	-12.0
181.4	-12.2
181.6	-12.1
181.8	-12.2
182.0	-12.1
182.2	-11.8
182.4	-12.0
182.6	-12.0
182.8	-12.2
183.0	-12.1
183.2	-12.0
183.4	-12.0
183.6	-12.1
183.8	-12.0
184.0	-11.9
184.2	-11.8
184.4	-11.9
184.6	-11.8
184.8	-11.9
185.0	-12.0
185.2	-12.1
185.4	-12.1
185.6	-12.1
185.8	-12.1
186.0	-12.2
186.2	-12.1
186.4	-12.3
186.6	-12.2
186.8	-12.1
187.0	-12.0
187.4	-12.1
187.6	-12.1
187.8	-12.2
188.0	-12.2
188.2	-12.1
188.4	-12.1
188.6	-12.1
188.8	-12.2
189.0	-11.8
189.2	-12.0
189.4	-12.0
189.6	-12.0
189.8	-11.8
190.0	-11.9
190.2	-12.1
190.4	-11.7
190.6	-11.8
190.8	-11.7
191.0	-12.0
191.2	-11.6
191.4	-11.8
191.6	-11.8
191.8	-12.0
192.0	-12.2
192.2	-12.1
192.4	-11.9
192.6	-11.9
192.8	-12.0
193.0	-12.1
193.2	-12.0
193.4	-12.0
193.6	-12.2
193.8	-12.3
194.0	-12.2
194.2	-12.2
194.4	-12.1
194.6	-12.2
194.8	-11.9
195.0	-12.1
195.2	-11.9
195.4	-11.9
195.6	-11.9
195.8	-11.9
196.0	-11.9
196.2	-12.0
196.4	-11.9
196.6	-12.0
196.8	-11.8
197.0	-12.0
197.2	-12.0
197.4	-12.0
197.6	-12.3
197.8	-12.1
198.0	-12.2
198.2	-12.2
198.4	-12.2
198.6	-12.1
198.8	-12.3
199.0	-12.1
199.2	-12.3
199.4	-12.3
199.6	-12.3
199.8	-12.2
200.0	-12.2
200.2	-12.1
200.4	-12.0
200.6	-12.2
200.8	-12.4
201.0	-12.4
201.2	-12.4
201.6	-12.3
201.8	-12.3
202.0	-12.4
202.2	-12.4
202.4	-12.5
202.6	-12.4
202.8	-12.2
203.0	-12.4
203.2	-12.4
203.4	-12.4
203.6	-12.5
203.8	-12.4
204.0	-12.5
204.2	-12.5
204.4	-12.5
204.6	-12.5
204.8	-12.3
205.0	-12.2
205.2	-12.4
205.4	-12.3
205.6	-12.0
205.8	-12.0
206.0	-12.1
206.2	-12.1
206.4	-12.2
206.6	-12.2
206.8	-12.1
207.0	-12.0
207.2	-12.0
207.4	-12.1
207.6	-12.2
207.8	-12.2
208.0	-12.1
208.2	-12.2
208.4	-12.0
208.6	-12.3
208.8	-12.3
209.0	-12.2
209.2	-12.0
209.4	-11.9
209.6	-11.7
209.8	-11.8
210.0	-11.9
210.2	-11.6
210.4	-12.0
210.6	-12.3
211.0	-12.3
211.2	-12.3
211.4	-12.1
211.6	-11.9
211.8	-11.9
212.0	-12.0
212.2	-11.8
212.4	-11.8
212.6	-11.8
212.8	-11.8
213.0	-11.6
213.2	-11.7
213.4	-11.6
213.6	-11.6
213.8	-11.8
214.0	-11.6
214.2	-11.6
214.4	-11.8
214.6	-11.6
214.8	-11.8
215.0	-11.8
215.2	-11.9
215.4	-12.0
215.6	-11.9
215.8	-11.9
216.0	-12.0
216.2	-12.0
216.4	-12.0
216.6	-12.2
216.8	-12.2
217.0	-12.2
217.2	-12.2
217.4	-12.1
217.6	-12.1
217.8	-12.1
218.0	-12.1
218.2	-12.1
218.4	-12.0
218.6	-12.0
218.8	-12.1
219.0	-12.3
219.2	-12.4
219.4	-12.4
219.6	-12.5
219.8	-12.3
220.0	-12.4
220.2	-12.4
220.4	-12.5
220.6	-12.6
220.8	-12.3
221.0	-12.3
221.2	-12.3
221.4	-12.2
221.6	-12.2
221.8	-12.3
222.0	-12.3
222.2	-12.3
222.4	-12.4
222.6	-12.4
222.8	-12.3
223.0	-12.2
223.2	-12.3
223.4	-12.2
223.6	-12.2
223.8	-12.1
224.0	-12.1
224.2	-12.1
224.4	-12.1
224.6	-12.0
224.8	-12.2
225.0	-11.9
225.2	-12.0
225.4	-12.2
225.6	-12.1
225.8	-12.1
226.0	-12.1
226.2	-11.9
226.4	-12.0
226.6	-11.9
226.8	-11.9
227.0	-11.9
227.2	-12.0
227.4	-12.0
227.6	-12.1
227.8	-12.0
228.0	-12.2
228.2	-12.1
228.4	-12.1
228.6	-12.1
228.8	-12.1
229.0	-12.2
229.2	-12.2
229.4	-12.2
229.6	-12.2
229.8	-12.1
230.0	-12.1
230.2	-12.1
230.4	-12.0
230.6	-12.1
230.8	-12.0
231.0	-11.8
231.2	-11.7
231.4	-11.7
231.6	-11.6
231.8	-11.6
232.0	-11.6
232.2	-11.6
232.4	-11.6
232.6	-11.7
232.8	-11.9
233.0	-12.0
233.2	-12.1
233.4	-12.1
233.6	-12.0
233.8	-12.1
234.0	-12.2
234.2	-12.0
234.4	-12.1
234.6	-12.2
234.8	-12.1
235.0	-12.1
235.2	-12.3
235.4	-12.2
235.6	-12.1
235.8	-12.1
236.0	-12.1
236.2	-12.0
236.4	-12.1
236.6	-11.9
236.8	-11.9
237.0	-11.9
237.2	-12.0
237.4	-11.9
237.6	-12.0
237.8	-12.2
238.0	-12.1
238.2	-12.1
239.0	-12.0
239.2	-12.1
239.4	-12.3
239.6	-12.3
239.8	-12.3
240.0	-12.3
240.2	-12.2
240.4	-12.3
240.6	-12.2
240.8	-12.2
241.0	-12.4
241.2	-12.2
241.4	-12.1
241.6	-11.9
241.8	-12.0
242.0	-12.3
242.2	-12.3
242.4	-12.1
242.6	-12.1
242.8	-12.0
243.0	-12.1
243.2	-12.2
243.4	-12.1
243.6	-12.1
243.8	-12.2
244.0	-12.1
244.2	-12.2
244.4	-12.0
244.6	-12.0
244.8	-12.1
245.0	-12.2
245.2	-12.1
245.4	-12.1
245.6	-12.2
245.8	-12.2
246.0	-12.2
246.2	-12.3
246.4	-12.3
246.6	-12.2
246.8	-11.9
247.0	-11.9
247.2	-11.8
247.4	-11.8
247.6	-12.0
247.8	-11.9
248.0	-12.0
248.2	-11.9
248.4	-12.0
248.6	-12.2
248.8	-11.9
249.0	-12.1
249.2	-12.1
249.4	-12.2
249.6	-12.2
249.8	-12.2
250.0	-12.2
250.2	-12.1
250.4	-12.0
250.6	-11.8
250.8	-12.0
251.0	-12.1
251.2	-12.1
251.4	-11.9
251.6	-11.9
251.8	-11.9
252.0	-12.2
252.2	-12.1
252.4	-12.3
252.6	-12.2
252.8	-12.2
253.0	-12.1
253.2	-12.0
253.4	-11.9
253.6	-11.9
253.8	-12.0
254.0	-12.3
254.2	-12.2
254.4	-12.1
254.6	-12.1
254.8	-12.1
255.0	-12.0
255.2	-12.2
255.4	-12.1
255.6	-12.2
255.8	-12.1
256.0	-12.3
256.2	-12.1
256.4	-12.0
256.6	-11.9
256.8	-11.8
257.0	-11.6
257.2	-11.5
257.4	-11.7
257.6	-11.8
257.8	-12.0
258.0	-12.2
258.2	-12.1
258.4	-12.0
258.6	-12.0
258.8	-12.1
259.0	-12.2
259.2	-12.2
259.4	-12.2
259.6	-12.3
259.8	-12.5
260.0	-12.5
260.2	-12.3
260.4	-12.6
260.6	-12.4
260.8	-12.3
261.0	-12.3
261.2	-12.1
261.4	-12.3
261.6	-12.3
261.8	-12.2
262.0	-12.3
262.2	-12.2
262.4	-12.1
262.6	-12.3
262.8	-12.6
263.0	-12.6
263.2	-12.7
263.4	-12.6
263.6	-12.7
263.8	-12.6
264.0	-12.8
264.2	-12.6
264.4	-12.6
264.6	-12.6
264.8	-12.6
265.0	-12.5
265.2	-12.5
265.4	-12.6
265.6	-12.6
265.8	-12.4
266.0	-12.4
266.2	-12.3
266.4	-12.5
266.6	-12.5
266.8	-12.6
267.0	-12.6
267.2	-12.3
267.4	-12.4
267.6	-12.4
267.8	-12.5
268.0	-12.5
268.2	-12.3
268.4	-12.5
268.6	-12.5
268.8	-12.4
269.0	-12.5
269.2	-12.5
269.4	-12.6
269.6	-12.7
269.8	-12.6
270.0	-12.5
270.2	-12.6
270.4	-12.6
270.6	-12.6
270.8	-12.6
271.0	-12.6
271.2	-12.7
271.4	-12.7
271.6	-12.5
271.8	-12.5
272.0	-12.5
272.2	-12.4
272.4	-12.5
272.6	-12.6
272.8	-12.5
273.0	-12.4
273.2	-12.5
273.4	-12.4
273.6	-12.4
273.8	-12.3
274.0	-12.4
274.2	-12.4
274.4	-12.4
274.6	-12.3
274.8	-12.3
275.0	-12.3
275.2	-12.3
275.6	-12.5
275.8	-12.6
276.0	-12.5
276.2	-12.6
276.4	-12.5
276.6	-12.6
276.8	-12.5
277.0	-12.5
277.2	-12.5
277.4	-12.5
277.6	-12.6
277.8	-12.6
278.0	-12.6
278.2	-12.6
278.4	-12.7
278.6	-12.6
278.8	-12.8
279.0	-12.6
279.2	-12.6
279.4	-12.6
279.6	-12.6
279.8	-12.6
280.0	-12.7
280.2	-12.6
280.4	-12.5
280.6	-12.5
280.8	-12.6
281.0	-12.5
281.2	-12.5
281.4	-12.4
281.6	-12.5
281.8	-12.6
282.0	-12.7
282.2	-12.5
282.4	-12.5
282.6	-12.4
282.8	-12.5
283.0	-12.5
283.2	-12.5
283.4	-12.6
283.6	-12.4
283.8	-12.5
284.0	-12.6
284.2	-12.4
284.4	-12.5
284.6	-12.7
284.8	-12.5
285.0	-12.6
285.2	-12.6
285.4	-12.6
285.6	-12.7
285.8	-12.7
286.0	-12.5
286.2	-12.5
286.4	-12.5
286.6	-12.5
286.8	-12.3
287.0	-12.3
287.2	-12.4
287.4	-12.3
287.6	-12.3
287.8	-12.4
288.0	-12.3
288.2	-12.3
288.4	-12.2
288.6	-12.2
288.8	-12.1
289.0	-12.1
289.2	-12.0
289.4	-12.0
289.6	-12.2
289.8	-12.4
290.0	-12.4
290.2	-12.3
290.4	-12.3
290.6	-12.3
290.8	-12.3
291.0	-12.4
291.2	-12.3
291.4	-12.3
291.6	-12.2
291.8	-12.2
292.0	-12.1
292.2	-12.0
292.4	-12.1
292.6	-12.0
292.8	-12.1
293.0	-11.9
293.2	-12.0
293.4	-11.9
293.6	-12.0
293.8	-12.0
294.0	-12.2
294.2	-12.2
294.4	-12.3
294.6	-12.1
294.8	-12.1
295.0	-12.2
295.2	-12.3
295.4	-12.1
295.6	-12.0
295.8	-12.1
296.0	-12.3
296.2	-12.4
296.4	-12.5
296.6	-12.4
296.8	-12.6
297.0	-12.6
297.2	-12.4
297.4	-12.7
297.6	-12.6
297.8	-12.4
298.0	-12.2
298.2	-12.5
298.4	-12.7
298.6	-12.6
298.8	-12.6
299.0	-12.7
299.2	-12.9
299.4	-12.7
299.6	-12.6
299.8	-12.6
300.0	-12.7
300.2	-12.9
300.4	-13.0
300.6	-12.9
300.8	-13.0
301.0	-13.1
301.2	-12.8
301.4	-12.9
301.6	-13.0