# Lianhua Cave, North China 14,500 Year Stalagmite Oxygen Isotope Data
#----------------------------------------------------------------------- 
#                World Data Service for Paleoclimatology, Boulder 
#                                  and 
#                     NOAA Paleoclimatology Program 
#             National Centers for Environmental Information (NCEI)
#----------------------------------------------------------------------- 
# Template Version 3.0
# Encoding: UTF-8
# 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: https://www.ncdc.noaa.gov/paleo/study/29190 
#       Description: NOAA Landing Page
# Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/speleothem/asia/china/lianhua2018d18o.txt
#       Description: NOAA location of the template
#
# Original_Source_URL:  
#       Description:
# 
# Description/Documentation lines begin with #
# Data lines have no #
#
# Archive: Speleothems
#
# Dataset DOI: 
#
# Parameter_Keywords: oxygen isotopes 
#--------------------
# Contribution_Date
#	Date: 2020-03-02
#--------------------
# File_Last_Modified_Date
#	Date: 2020-03-02
#--------------------
# Title
#	Study_Name: Lianhua Cave, North China 14,500 Year Stalagmite Oxygen Isotope Data
#--------------------
# Investigators
#	Investigators: Dong, J.; Shen, C.-C.
#--------------------
# Description_Notes_and_Keywords
#	Description: Oxygen isotope (d18O) data from 6 stalagmites, plus composite series, from Lianhua Cave, northern China, for the past 14,500 years.
#	Provided keywords: Younger Dryas, Holocenee, 8.2 ka event, East Asian monsoon summer, Regional synchronicity, North China 
#--------------------
# Publication 
#	Authors: Jinguo Dong, Chuan-Chou Shen, Xinggong Kong, Chung-Che Wu, Hsun-Ming Hu, Haojia Ren, Yi Wang
#	Published_Date_or_Year: 2018-01-01
#	Published_Title: Rapid retreat of the East Asian summer monsoon in the middle Holocene and a millennial weak monsoon interval at 9 ka in northern China
#	Journal_Name: Journal of Asian Earth Sciences
#	Volume: 151
#	Edition: 
#	Issue: 
#	Pages: 31-39
#	Report_Number: 
#	DOI: 10.1016/j.jseaes.2017.10.016
#	Online_Resource: https://www.sciencedirect.com/science/article/abs/pii/S1367912017305722
#	Full_Citation: 
#	Abstract: Knowledge of hydroclimatic dynamics in the East Asian monsoon region during the Holocene was hindered by few absolutely-dated and decadally-resolved proxy records in northern China. Here we present replicated carbonate d18O records of six stalagmites with sub-decadal to multi-decadal resolutions from the Lianhua cave to reveal a detailed evolution of the East Asian Summer Monsoon (EASM) intensity in northern China since 11.5 thousand years before present (ka BP, before 1950 CE). Our composite record shows that solar forcing dominated hydroclimatic changes regionally, including an intensified monsoon at the Holocene Optimum from the termination of Younger Dryas to 6.5 ka BP, and a subsequent multi-millennial weakening monsoon, that agrees with cave records in central and southern China. However, the EASM has retreated southwards more rapidly than the Indian summer monsoon after ~6.5 ka BP, resulting in aridity conditions occurring at 4.0 ka BP in northern China, which is almost 2000-year earlier than that in central and southern China. This north-south asynchroneity is likely related to the different regional responses among the coupling of the EASM, Indian summer monsoon, the solar forcing, and the differences in thermal forcing due to complex geographical configurations. In addition, a relative enrichment of 1 per mil in 18O data of the Lianhua record from 9.5 to 8.1 ka BP shows that the Holocene Optimum was punctuated by a millennial-long weakening monsoon interval, which is not registered among previous cave records in central and southern China. The fresh water-induced cold climate conditions in the North Atlantic region could create stronger East Asian winter monsoon, and induce a weakened EASM and a southward shift of rain belt in northern China. Therefore, it shall not be surprised that there are strong heterogeneities among regional hydroclimatic conditions across monsoonal China, given the complex interplay between external and internal forcing mechanisms over the entire Holocene.
#------------------
# Publication 
#	Authors: Jinguo Dong, Chuan-Chou Shen, Xinggong Kong, Hao-Cheng Wang, Xiuyang Jiang
#	Published_Date_or_Year: 2015-10-01      
#	Published_Title: Reconciliation of hydroclimate sequences from the Chinese Loess Plateau and low-latitude East Asian Summer Monsoon regions over the past 14,500 years
#	Journal_Name: Palaeogeography, Palaeoclimatology, Palaeoecology
#	Volume: 435
#	Edition: 
#	Issue: 
#	Pages: 127-135
#	Report_Number: 
#	DOI: 10.1016/j.palaeo.2015.06.013
#	Online_Resource: https://www.sciencedirect.com/science/article/abs/pii/S0031018215003107
#	Full_Citation: 
#	Abstract: We discuss replicated stalagmite d18O records with interannual-to-multidecadal resolution from Lianhua Cave on the Chinese Loess Plateau to illustrate the precipitation history of the East Asian Summer Monsoon (EASM) region over the last 14.5 thousand years (ka BP, before 1950 CE, hereafter), and to re-evaluate the inconsistency in the proxy-inferred palaeoclimate time series in northern China. Agreement between the stalagmite d18O from Lianhua and other caves from central-southern China indicates that regional climate changes after the Last Glacial were concurrent across mainland China, indicating that insolation was the primary factor controlling the evolution of the Asian Summer Monsoon (ASM). The stalagmite 18O enrichment of 2.5 per mil in the Younger Dryas and 1.7 per mil during the 8.2-ka BP event in Lianhua were larger than those in caves from central and southern China. The evidence suggests that different meridional responses of weak precipitation conditions in the ASM realm occurred during these two abrupt events, driven by high-latitude forcing in the Northern Hemisphere. The heterogeneous hydroclimate sequences in northern China inferred from different natural archives are most likely attributable to the complexity of the formations and/or some chronological uncertainty.
#------------------
# Funding_Agency 
#	Funding_Agency_Name: National Natural Science Foundation of China
#	Grant: 41102216, 41472317,41172314,41372189
#------------------
# Funding_Agency 
#	Funding_Agency_Name: State Key Laboratory of Loess and Quaternary Geology
#	Grant: Open Foundations SKLLQG1211
#------------------
# Funding_Agency 
#	Funding_Agency_Name: Taiwan ROC MOST
#	Grant: 102-2116-M-002-016, 103 2119- M-002-022
#------------------
# Funding_Agency 
#	Funding_Agency_Name: National Taiwan University
#	Grant: 101R7625
#------------------
# Funding_Agency 
#	Funding_Agency_Name: University of Sussex
#	Grant: Research Opportunities Fund
#------------------
# Funding_Agency 
#	Funding_Agency_Name: Jiangsu Overseas Research and Training Program for University Prominent Young and Middle-aged Teachers and Presidents 
#	Grant: 
#------------------
# Site_Information 
#	Site_Name: Lianhua Cave Shanxi
#	Location: Asia>Eastern Asia>China
#	Country: China
#	Northernmost_Latitude: 38.4
# 	Southernmost_Latitude: 38.4
# 	Easternmost_Longitude: 113.8
# 	Westernmost_Longitude: 113.8
# 	Elevation: 
#------------------
# Data_Collection   
#	Collection_Name: Lianhua2018d18O
#	Earliest_Year: 14594
#	Most_Recent_Year: 229
#	Time_Unit: Cal. Year BP
#	Core_Length: 
#	Notes: 
#------------------
# Chronology_Information
#	Chronology: 
# Labcode 		sample identification used by HISPEC laboratory 					
# depth -top		Depth top of sample interval (mm)					
# depth_bottom		Depth bottom of sample interval (mm)					
# 238U		Concentration (ppb)					
# 232Th		Concentration (ppt)					
# d234U Measured							
# 230Th/238U Activity							
# Age (ka BP)  Uncorrected		Age (ka BP)  Uncorrected					
# Age (ka BP) Corrected		Age (ka BP) Corrected					
# d234U Initial							
# 							
# Sample/	238 U	232Th	d234U	230Th/238U	Age (kyr BP )	Age (kyr BP )	d234U
# Depth(mm)	ppb	ppt	measured*a	activity*c	uncorrected	corrected*c,e	initial*b
# LH1-11mm	195.50±0.32	658.2±6.9	2761.8±7.7	0.01085±0.00019	0.25±0.0056	0.23±0.010	2764.1±7.6
# LH1-93mm	247.73±0.34	1155.2±5.4	4987.1±7.8	0.03286±0.00035	0.54±0.0064	0.52±0.010	4995.3±7.8
# LH1-134mm	263.51±0.35	630.1±7.3	5405.0±9.7	0.05049±0.00026	0.80±0.0046	0.79±0.0067	5418.0±9.7
# LH1-148mm	291.83±0.58	462.2±4.6	6041.8±27	0.08455±0.00059	1.25±0.010	1.25±0.010	6064.2±8.7
# LH1-186mm	159.20±0.22	12515.5±74.1	5231.1±8.2	0.1248±0.0020	3.33±0.055	2.82±0.26	3089.9±7.1
# LH4-10mm	100.38±0.15	2030.4±8.7	1660.3±4.7	0.1471±0.0015	6.117±0.063	5.918±0.118	1688.6±4.8
# LH4-38mm	134.58±0.35	3698±16	1660.0±7.6	0.1589±0.0019	6.625±0.084	6.355±0.159	1690.4±7.7
# LH4-53mm	130.61±0.47	2362±11	1714±14	0.1706±0.0015	6.983±0.073	6.809±0.113	1748±14
# LH4-93mm	164.81±0.44	1648.2±7.2	1717.2±7.5	0.1741±0.0015	7.124±0.066	7.028±0.082	1752.0±7.7
# LH4-138mm	259.62±0.86	2848±13	1714±11	0.1979±0.0013	8.145±0.067	8.040±0.085	1754±11
# LH4-145mm	263.0±1.7	2973±12	1768±20	0.2034±0.0018	8.211±0.096	8.105±0.109	1810±20
# LH4-156mm	283.52±0.63	627.7±6.0	1726.0±7.5	0.2052±0.0010	8.420±0.050	8.399±0.051	1767.7±7.6
# LH4-166mm	329.10±0.71	1955.6±8.1	1713.1±6.9	0.2123±0.0013	8.766±0.060	8.709±0.067	1756.1±7.1
# LH4-181mm	328.42±0.26	7345±29	1699.9±3.0	0.2254±0.0017	9.378±0.072	9.162±0.130	1744.8±3.1
# LH4-213mm	360.54±0.98	1022.6±8.2	1637.3±8.9	0.23128±0.00089	9.872±0.053	9.844±0.054	1683.8±9.2
# LH4-234mm	796.61±0.65	395.9±5.1	1567.9±3.1	0.25538±0.00051	11.263±0.027	11.257±0.028	1618.9±3.2
# LH4-265mm	799.89±0.90	172.0±5.9	1547.8±3.9	0.26873±0.00061	11.981±0.035	11.978±0.035	1601.4±4.1
# LH4-276mm	759.81±0.64	151.5±5.5	1533.7±3.4	0.27410±0.00071	12.305±0.038	12.303±0.038	1588.2±3.5
# LH4-284mm	819.41±0.75	222.4±4.6	1551.3±3.9	0.28400±0.00044	12.680±0.029	12.677±0.029	1608.2±4.0
# LH4-330mm	872.0±1.3	293.6±6.5	1503.3±5.1	0.31832±0.00070	14.597±0.047	14.594±0.047	1566.9±5.3
# LH5-14mm	143.26±0.70	2043.5±8.1	1713.0±12	0.08771±0.00076	3.51±0.035	3.37±0.077	1730.1±12
# LH5-31mm	154.31±0.16	2457.9±5.8	1792.7±2.7	0.0932±0.00077	3.62±0.031	3.47±0.081	1810.7±2.8
# LH5-54mm	139.51±0.51	883.6±5.8	1771.4±8.7	0.09667±0.00066	3.80±0.029	3.74±0.032	1790.5±8.8
# LH5-62mm	121.36±0.43	8363.0±33	1689.3±8.3	0.1376±0.0020	5.65±0.085	4.97±0.348	1713.5±8.6
# LH5-100mmm	117.75±0.11	1200.2±4.3	1676.2±2.1	0.1394±0.00085	5.74±0.037	5.64±0.062	1703.4±2.2
# LH5-148mm	111.05±0.30	2058.0±7.9	1655.0±7.2	0.1662±0.0013	6.95±0.058	6.77±0.11	1687.3±7.4
# LH5-161mm	353.88±1.0	656.6±5.9	1676.4±8.5	0.2084±0.00078	8.72±0.044	8.71±0.045	1718.4±8.7
# LH5-181mm	313.12±0.31	3580.0±11	1683.5±3.1	0.2262±0.0013	9.47±0.056	9.36±0.079	1728.9±3.1
# LH5-224mm	360.87±0.44	2374.8±5.5	1650.4±3.0	0.2314±0.0010	9.80±0.044	9.74±0.055	1696.7±3.1
# LH5-230mm	408.45±0.41	459.0±27	1680.7±3.1	0.23891±0.00059	10.04±0.029	10.03±0.029	1729.3±3.2
# LH5-300mm	559.09±0.67	1967.3±5.9	1595.9±2.8	0.2434±0.00076	10.63±0.037	10.59±0.041	1643.3±2.9
# LH5-377mm	734.52±1.8 	451.4±5.7	1565.9±7.5	0.2633±0.00081	11.64±0.052	11.63±0.052	1618.4±7.7
# LH6-5mm	137.61±0.39	5347.1±18.6	2854.3±10.4	0.1153±0.0013	3.24±0.040	2.98±0.14	2878.9±10.6
# LH6-48mm	136.76±0.65	4396.7±14.8	2696.9±15.5	0.1277±0.0014	3.76±0.046	3.53±0.12	2723.4±15.7
# LH9-7mm	143.22±0.23	570.5±9.3	2705.3±7.4	0.05171±0.00040	1.472±0.012	1.444±0.019	2716.9±7.4
# LH9-28mm	124.79±0.18	381.5±3.5	2084.7±5.1	0.05816±0.00038	2.014±0.014	1.988±0.019	2096.5±5.2
# LH9-58mm	99.0±4.8	3210.2±8.8	4249±287	0.1555±0.0079	3.211±0.248	3.048±0.249	4287±289
# LH9-102mm	115.68±0.15	3210±12	3148.0±6.5	0.1650±0.0021	4.352±0.056	4.176±0.104	3185.9±6.6
# LH30-14mm	162.53±0.22	6406.0±25	3321.8±5.5	0.1122±0.0019	2.80±0.049	2.56±0.13	3346.5±5.6
# LH30-14mm	165.38±0.24	4459.7±13	3365.0±6.6	0.1092±0.0013	2.69±0.032	2.53±0.088	3389.7±6.7
# LH30-38mm	155.45±0.24	27670.8±101	3040.1±6.1	0.1617±0.0038	4.37±0.11	3.21±0.59	3068.3±8.0
# LH30-44mm	159.63±0.17	3304.9±7.9	4112.0±4.7	0.1338±0.0011	2.82±0.024	2.71±0.058	4144.4±4.7
# LH30-59mm	164.36±0.18	3639.9±9.1	3160.3±3.7	0.1213±0.0012	3.15±0.033	3.01±0.077	3187.9±3.8
# LH30-63mm	143.77±0.29	11342.5±29	3849.5±9.9	0.1657±0.0027	3.71±0.063	3.28±0.22	3886.0±10
# LH30-72mm	170.01±0.25	11414.6±36.5	4521.1±9.1	0.2345±0.0028	4.66±0.059	4.34±0.17	4577.6±9.5
# LH30-122mm	144.99±0.28	19040.6±71	3191.8±9.0	0.2211±0.0035	5.81±0.096	4.98±0.43	3237.5±9.9
# LH30-122mm	140.99±0.49	12034.9±50	2404.9±12	0.1939±0.0025	5.46±0.073	4.89±0.30	2945.8±12
# 
# Analytical errors are 2 Sigma of the mean.
# *a d234U = ([234U/238U]activity - 1) x 1000. 
# *b d234U corrected was calculated based on 230Th age (T), i.e., d234Uinitial = d234Umeasured x eL234*T, T is corrected age.
# *c [230Th/238U]activity = 1 - e-L230T + (d234Umeasured/1000)[L230/(L230 - L234)](1 - e-(L230 - L234) T), where T is the age. Decay constants are 9.1577 x 10-6 yr-1 for 230Th, 2.8263 x 10-6 yr-1 for 234U and 1.55125 x 10-6yr-1 for 238U (Cheng et al., 2000).
# *d Age (before 1950 AD) corrections were made using a 230Th/232Th atomic ratio of 4±2 ppm, which is value for material at secular equilibrium with the crustal 232Th/238U value of 3.8 and arbitrarily assumed uncertainty of 50%.
# 	
#----------------	
# Variables 
#
# Data variables follow are preceded by "##" in columns one and two.
# Data line variables format:  one per line, shortname-tab-variable components (what, material, error, units, seasonality, data type,detail, method, C or N for Character or Numeric data, free text) 
#
## sample	sample,,,,,speleothems,,,C,	
## depth	depth, , , mm, , speleothems, , ,N,
## age_ka	age, , , calendar Kyears before present, , speleothems, , ,N,
## d18O	delta 18O, calcium carbonate, , per mil VPDB, ,speleothems,,isotope ratio mass spectrometry,N,
## d18Oadj	delta 18O, calcium carbonate, , per mil VPDB, ,speleothems,adjusted,isotope ratio mass spectrometry,N,stalagmite L30 d18O + 0.6 Mean 
#
#----------------
# Data:
# Data lines follow (have no #)
# Data line format - tab-delimited text, variable short name as header
# Missing Values:  
#
sample	depth	age_ka	d18O	d18Oadj
LH1	1		-8.426	
LH1	2		-8.916	
LH1	3		-7.816	
LH1	4		-8.82	
LH1	5		-9.142	
LH1	6		-9.53	
LH1	8		-9.336	
LH1	10		-9.954	
LH1	11	0.229	-8.269	
LH1	12	0.233	-8.447	
LH1	14	0.236	-8.429	
LH1	15	0.240	-8.497	
LH1	16	0.244	-9.074	
LH1	17	0.247	-8.863	
LH1	18	0.251	-9.375	
LH1	19	0.255	-8.843	
LH1	20	0.259	-9.498	
LH1	21	0.262	-9.484	
LH1	22	0.266	-9.347	
LH1	23	0.270	-8.761	
LH1	24	0.273	-9.262	
LH1	25	0.277	-9.058	
LH1	26	0.281	-9.913	
LH1	27	0.284	-9.039	
LH1	28	0.288	-9.607	
LH1	29	0.292	-8.819	
LH1	30	0.295	-9.744	
LH1	31	0.299	-9.74	
LH1	32	0.303	-10.246	
LH1	33	0.307	-8.207	
LH1	34	0.310	-8.539	
LH1	35	0.314		
LH1	36	0.318	-9.211	
LH1	37	0.321	-8.742	
LH1	38	0.325	-9.487	
LH1	39	0.329	-9.006	
LH1	40	0.332	-9.445	
LH1	41	0.336	-8.383	
LH1	42	0.340	-9.45	
LH1	43	0.343	-8.563	
LH1	44	0.347	-9.616	
LH1	45	0.351	-9.258	
LH1	46	0.355	-9.218	
LH1	47	0.358	-9.037	
LH1	48	0.362	-9.341	
LH1	49	0.366	-8.75	
LH1	50	0.369	-9.477	
LH1	51	0.373	-8.879	
LH1	52	0.377	-9.843	
LH1	53	0.380	-8.759	
LH1	54	0.384	-9.702	
LH1	55	0.388	-9.075	
LH1	56	0.391	-9.766	
LH1	57	0.395	-9.014	
LH1	58	0.399	-9.279	
LH1	59	0.403	-9.383	
LH1	60	0.406	-9.945	
LH1	61	0.410	-9.25	
LH1	62	0.414	-9.936	
LH1	63	0.417	-9.251	
LH1	64	0.421	-10.006	
LH1	65	0.425	-9.187	
LH1	66	0.428	-9.571	
LH1	67	0.432	-8.64	
LH1	68	0.436	-9.54	
LH1	69	0.439	-8.461	
LH1	70	0.443	-9.669	
LH1	71	0.447	-9.04	
LH1	72	0.451	-10.144	
LH1	73	0.454	-8.817	
LH1	74	0.458	-9.499	
LH1	76	0.462	-9.23	
LH1	78	0.465	-9.435	
LH1	79	0.469	-8.749	
LH1	80	0.473	-9.502	
LH1	82	0.476	-9.488	
LH1	83	0.480	-9.214	
LH1	84	0.484	-9.363	
LH1	85	0.487	-8.676	
LH1	86	0.491	-9.263	
LH1	87	0.495	-8.81	
LH1	88	0.499	-9.219	
LH1	89	0.502	-8.668	
LH1	90	0.506	-9.067	
LH1	91	0.510	-8.944	
LH1	92	0.513	-8.831	
LH1	93	0.517	-9.118	
LH1	94	0.528	-9.527	
LH1	95	0.538	-9.215	
LH1	96	0.549	-10.067	
LH1	97	0.559	-9.559	
LH1	98	0.570	-10.144	
LH1	99	0.580	-10.036	
LH1	100	0.591	-10.533	
LH1	101	0.601	-9.658	
LH1	103	0.612	-9.116	
LH1	105	0.622	-9.255	
LH1	107	0.633	-8.876	
LH1	109	0.643	-9.217	
LH1	111	0.654	-9.141	
LH1	113	0.664	-9.59	
LH1	115	0.675	-9.805	
LH1	117	0.685	-9.108	
LH1	119	0.696	-8.785	
LH1	121	0.706	-8.99	
LH1	123	0.717	-9.356	
LH1	125	0.727	-9.093	
LH1	127	0.738	-9.327	
LH1	129	0.748	-8.999	
LH1	130	0.759	-8.788	
LH1	131	0.769	-9.109	
LH1	133	0.780	-8.873	
LH1	134	0.790	-9.288	
LH1	135	0.823	-8.973	
LH1	136	0.855	-8.954	
LH1	137	0.888	-8.808	
LH1	138	0.920	-9.105	
LH1	139	0.953	-8.984	
LH1	140	0.985	-9.162	
LH1	141	1.018	-9.1	
LH1	141	1.051	-8.947	
LH1	142	1.083	-8.83	
LH1	143	1.116	-8.599	
LH1	144	1.148	-8.956	
LH1	145	1.181	-9.286	
LH1	147	1.213	-9.129	
LH1	148	1.246	-8.878	
LH1	149	1.295	-9.048	
LH1	151	1.344	-9.426	
LH1	152	1.394	-9.096	
LH1	153	1.443	-9.115	
LH1	155	1.492	-9.254	
LH1	156	1.541	-8.909	
LH1	157	1.590	-9.242	
LH1	159	1.640	-9.105	
LH1	160	1.689	-8.574	
LH1	161	1.738	-9.094	
LH1	162	1.787	-8.212	
LH1	163	1.836	-8.952	
LH1	164	1.885	-8.877	
LH1	165	1.935	-9.321	
LH1	167	1.984	-9.167	
LH1	168	2.033	-8.511	
LH1	169	2.082	-9.361	
LH1	171	2.131	-9.007	
LH1	172	2.181	-8.227	
LH1	173	2.230	-9.601	
LH1	175	2.279	-9.299	
LH1	176	2.328	-8.727	
LH1	177	2.377	-9.149	
LH1	178	2.427	-8.956	
LH1	179	2.476	-9.294	
LH1	180	2.525	-8.654	
LH1	181	2.574	-8.956	
LH1	182	2.623	-8.548	
LH1	183	2.672	-9.361	
LH1	184	2.722	-9.22	
LH1	185	2.771	-9.552	
LH1	186	2.820	-9.258	
LH4	1	5.779	-9.76	
LH4	2	5.794	-10.199	
LH4	3	5.810	-10.072	
LH4	4	5.826	-9.92	
LH4	5	5.841	-9.798	
LH4	6	5.857	-9.855	
LH4	7	5.872	-10.007	
LH4	8	5.888	-10.022	
LH4	9	5.903	-10.084	
LH4	10	5.919	-9.726	
LH4	11	5.935	-9.69	
LH4	12	5.950	-10.245	
LH4	13	5.966	-10.092	
LH4	14	5.981	-10.429	
LH4	15	5.997	-9.836	
LH4	16	6.012	-10.011	
LH4	17	6.028	-10.317	
LH4	18	6.044	-10.742	
LH4	19	6.059	-11.207	
LH4	20	6.075	-10.427	
LH4	21	6.090	-10.232	
LH4	22	6.106	-10.234	
LH4	23	6.121	-9.76	
LH4	24	6.137	-10.322	
LH4	25		999	
LH4	26	6.168	-9.936	
LH4	27		999	
LH4	28	6.199	-10.639	
LH4	29	6.215	-10.406	
LH4	30	6.230	-10.928	
LH4	31	6.246	-10.369	
LH4	32	6.262	-9.909	
LH4	33	6.277	-10.203	
LH4	34	6.293	-10.115	
LH4	35	6.308	-10.433	
LH4	36	6.324	-9.779714286	
LH4	37	6.339	-10.23614286	
LH4	38	6.355	-10.804	
LH4	39	6.385	-11.073	
LH4	40	6.416	-10.816	
LH4	41	6.446	-10.798	
LH4	42	6.476	-10.175	
LH4	43	6.506	-10.731	
LH4	44	6.537	-10.742	
LH4	45	6.567	-10.812	
LH4	46	6.597	-10.686	
LH4	47	6.627	-10.364	
LH4	48	6.658	-10.296	
LH4	49	6.688	-10.167	
LH4	50	6.718	-10.824	
LH4	51	6.748	-10.587	
LH4	52	6.779	-9.773285714	
LH4	53	6.809	-10.621	
LH4	54	6.814	-10.402	
LH4	55	6.820	-10.529	
LH4	56	6.825	-10.65	
LH4	57	6.831	-10.621	
LH4	58	6.836	-10.093	
LH4	59	6.842	-10.622	
LH4	60	6.847	-10.027	
LH4	61	6.853	-9.944	
LH4	62	6.858	-9.585	
LH4	63	6.864	-9.74	
LH4	64	6.869	-10.255	
LH4	65	6.875	-10.831	
LH4	66	6.880	-9.552	
LH4	67	6.886	-10.502	
LH4	68	6.891	-10.321	
LH4	69	6.897	-9.792	
LH4	70	6.902	-10.06	
LH4	71	6.908	-11.608	
LH4	72	6.913	-10.94	
LH4	73	6.919	-10.215	
LH4	74	6.924	-10.075	
LH4	75	6.929	-10.045	
LH4	76	6.935	-10.576	
LH4	77	6.940	-10.336	
LH4	78	6.946	-10.371	
LH4	79	6.951	-10.415	
LH4	80	6.957	-10.124	
LH4	81	6.962	-10.384	
LH4	82	6.968	-9.174428571	
LH4	83	6.973	-10.66	
LH4	84	6.979	-9.781	
LH4	85	6.984	-9.37	
LH4	86	6.990	-10.409	
LH4	87	6.995	-10.186	
LH4	88	7.001	-10.037	
LH4	89	7.006	-9.614	
LH4	90	7.012	-9.657	
LH4	91	7.017	-9.881	
LH4	92	7.023	-9.89	
LH4	93	7.028	-10.238	
LH4	94	7.050	-10.697	
LH4	95	7.073	-10.516	
LH4	96	7.095	-10.819	
LH4	97	7.118	-10.802	
LH4	98	7.140	-10.728	
LH4	99	7.163	-10.465	
LH4	100	7.185	-10.747	
LH4	101	7.208	-10.517	
LH4	102	7.230	-11.079	
LH4	103	7.253	-10.743	
LH4	104	7.275	-10.521	
LH4	105	7.298	-10.996	
LH4	106	7.320	-10.935	
LH4	107	7.343	-10.51	
LH4	108	7.365	-10.864	
LH4	109	7.388	-11.255	
LH4	110	7.410	-11.497	
LH4	111	7.433	-10.245	
LH4	112	7.455	-10.237	
LH4	113	7.478	-10.123	
LH4	114	7.500	-10.16	
LH4	115	7.523	-10.588	
LH4	116	7.545	-10.375	
LH4	117	7.568	-11.001	
LH4	118	7.590	-10.728	
LH4	119	7.613	-10.503	
LH4	120	7.635	-10.74	
LH4	121	7.658	-10.451	
LH4	122	7.680	-10.71	
LH4	123	7.703	-10.918	
LH4	124	7.725	-10.345	
LH4	125	7.748	-10.445	
LH4	126	7.770	-10.967	
LH4	127	7.793	-10.378	
LH4	128	7.815	-10.804	
LH4	129	7.838	-10.094	
LH4	130	7.860	-10.446	
LH4	131	7.883	-10.702	
LH4	132	7.905	-10.162	
LH4	133	7.928	-10.141	
LH4	134	7.950	-10.017	
LH4	135	7.973	-10.583	
LH4	136	7.995	-10.812	
LH4	137	8.018	-10.857	
LH4	138	8.040	-10.627	
LH4	139	8.049	-11.537	
LH4	139.5	8.059	-10.34057143	
LH4	140	8.063	-10.572	
LH4	140.5	8.067	-10.25942857	
LH4	141	8.071	-10.253	
LH4	141.5	8.075	-9.784857143	
LH4	142	8.080	-10.205	
LH4	142.5	8.084	-9.437428571	
LH4	143	8.088	-10.37	
LH4	143.5	8.092	-8.700571429	
LH4	144	8.097	-9.28	
LH4	144.5	8.101	-9.123571429	
LH4	145	8.105	-9.199	
LH4	145.5	8.118	-8.435428571	
LH4	146	8.132	-9.456	
LH4	146.5	8.145	-8.994857143	
LH4	147	8.158	-9.09	
LH4	147.5	8.172	-9.118142857	
LH4	148	8.185	-9.541	
LH4	148.5	8.199	-9.385714286	
LH4	149	8.212	-9.497714286	
LH4	149.5	8.225	-9.638428571	
LH4	150	8.239	-9.267428571	
LH4	150.5	8.252	-9.309714286	
LH4	151	8.265	-10.106	
LH4	151.5	8.279	-9.929	
LH4	152	8.292	-9.936	
LH4	152.5	8.305	-9.568	
LH4	153	8.319	-10.634	
LH4	153.5	8.332	-9.412428571	
LH4	154	8.346	-10.602	
LH4	155	8.372	-10.504	
LH4	156	8.399	-9.865	
LH4	157	8.430	-10.179	
LH4	158	8.461	-8.723142857	
LH4	159	8.492	-10.296	
LH4	160	8.523	-10.048	
LH4	161	8.554	-9.631	
LH4	162	8.585	-10.036	
LH4	163	8.616	-10.24	
LH4	164	8.647	-10.186	
LH4	165	8.678	-10.204	
LH4	166	8.709	-9.674	
LH4	167	8.739	-9.646	
LH4	168	8.769	-9.745	
LH4	169	8.800	-10.326	
LH4	170	8.830	-10.406	
LH4	171	8.860	-9.299571429	
LH4	172	8.890	-10.33	
LH4	173	8.920	-10.418	
LH4	174	8.951	-10.4	
LH4	175	8.981	-9.811	
LH4	176	9.011	-10.185	
LH4	177	9.041	-10.417	
LH4	178	9.071	-10.419	
LH4	179	9.102	-10.098	
LH4	180	9.132	-10.466	
LH4	181	9.162	-10.458	
LH4	182	9.183	-10.568	
LH4	183	9.205	-10.236	
LH4	184	9.226	-10.093	
LH4	185	9.247	-9.949	
LH4	186	9.269	-9.602	
LH4	187	9.290	-10.367	
LH4	188	9.311	-10.144	
LH4	189	9.333	-10.525	
LH4	190	9.354	-10.765	
LH4	191	9.375	-10.011	
LH4	192	9.396	-10.157	
LH4	193	9.418	-10.238	
LH4	194	9.439	-9.581	
LH4	195	9.460	-10.513	
LH4	196	9.482	-9.703428571	
LH4	197	9.503	-10.888	
LH4	198	9.524	-11.005	
LH4	199	9.546	-10.621	
LH4	200	9.567	-10.274	
LH4	201	9.588	-10.68	
LH4	202	9.610	-9.839714286	
LH4	203	9.631	-10.093	
LH4	204	9.652	-11.124	
LH4	205	9.674	-10.76	
LH4	206	9.695	-10.964	
LH4	207	9.716	-11.05	
LH4	208	9.737	-10.17814286	
LH4	209	9.759	-11.054	
LH4	210	9.780	-10.57828571	
LH4	211	9.801	-10.517	
LH4	212	9.823	-11.57	
LH4	213	9.844	-11.691	
LH4	214	9.865	-10.876	
LH4	215	9.885	-10.623	
LH4	216	9.906	-9.607142857	
LH4	217		999	
LH4	218		-8.985	
LH4	219		-8.730285714	
LH4	220		-8.474714286	
LH4	221		-8.965428571	
LH4	222		-9.472428571	
LH4	223		-9.389428571	
LH4	224		-9.316428571	
LH4	225			
LH4	226		-9.394428571	
LH4	227		-9.067142857	
LH4	228		-8.726	
LH4	229		-9.095857143	
LH4	230		-8.899	
LH4	231		-8.765	
LH4	232		-8.953	
LH4	233		-8.800428571	
LH4	234		-8.986285714	
LH4	235	11.257	-9.145857143	
LH4	236	11.280	-8.329857143	
LH4	237	11.304	-8.850714286	
LH4	238	11.327	-9.435571429	
LH4	239	11.350	-9.141142857	
LH4	240	11.373	-8.980857143	
LH4	241	11.397	-8.971428571	
LH4	242	11.420	-8.879857143	
LH4	243	11.443	-8.608714286	
LH4	244	11.466	-8.941142857	
LH4	245	11.490	-9.343285714	
LH4	246	11.513	-9.160285714	
LH4	247	11.536	-9.118857143	
LH4	248	11.559	-9.447428571	
LH4	249	11.583	-8.653428571	
LH4	250	11.606	-8.093428571	
LH4	251	11.629	-7.979428571	
LH4	252	11.652	-8.802142857	
LH4	253	11.676	-7.930714286	
LH4	254	11.699	-8.151857143	
LH4	255	11.722	-8.030428571	
LH4	256	11.745	-7.959142857	
LH4	257	11.769	-8.762428571	
LH4	258	11.792	-8.389142857	
LH4	259	11.815	-8.610714286	
LH4	260	11.838	-8.793714286	
LH4	261	11.862	-8.534285714	
LH4	262	11.885	-7.997571429	
LH4	263	11.908	-7.351142857	
LH4	264	11.931	-7.932	
LH4	265	11.955	-8.298571429	
LH4	266	11.978	-7.823857143	
LH4	267	12.008	-7.854285714	
LH4	268	12.037	-8.142285714	
LH4	269	12.067	-7.512857143	
LH4	270	12.096	-8.183285714	
LH4	271	12.126	-8.958	
LH4	272	12.155	-8.507857143	
LH4	273	12.185	-8.628	
LH4	274	12.214	-8.677142857	
LH4	275	12.244	-8.995571429	
LH4	276	12.273	-8.639285714	
LH4	277	12.303	-8.528	
LH4	278	12.350	-8.642142857	
LH4	279	12.397	-8.349142857	
LH4	280	12.443	-8.24	
LH4	281	12.490	-8.027285714	
LH4	282	12.537	-8.450428571	
LH4	283	12.584	-8.702	
LH4	284	12.630	-8.752285714	
LH4	285	12.677	-9.168142857	
LH4	286	12.721	-9.246428571	
LH4	287	12.764	-8.956285714	
LH4	288	12.808	-9.767428571	
LH4	289	12.851	-9.346714286	
LH4	290	12.895	-9.771285714	
LH4	291	12.938	-9.984571429	
LH4	292	12.982	-9.643428571	
LH4	293	13.026	-9.812285714	
LH4	294	13.069	-9.667714286	
LH4	295	13.113	-10.14814286	
LH4	296	13.156	-10.06328571	
LH4	297	13.200	-10.21485714	
LH4	298	13.243	-9.594142857	
LH4	299	13.287	-9.880285714	
LH4	300	13.331	-9.798428571	
LH4	301	13.374	-9.745	
LH4	302	13.418	-9.701714286	
LH4	303	13.461	-9.549	
LH4	304	13.505	-9.821142857	
LH4	305	13.548	-9.830142857	
LH4	306	13.592	-9.788142857	
LH4	307	13.636	-9.345	
LH4	308	13.679	-9.711428571	
LH4	309	13.723	-9.849142857	
LH4	310	13.766	-9.858285714	
LH4	311	13.810	-9.625714286	
LH4	312	13.853	-9.112285714	
LH4	313	13.897	-8.773857143	
LH4	314	13.940	-9.126	
LH4	315	13.984	-8.847	
LH4	316	14.028	-9.114714286	
LH4	317	14.071	-9.495428571	
LH4	318	14.115	-9.360142857	
LH4	319	14.158	-8.771714286	
LH4	320	14.202	-9.354	
LH4	321	14.245	-8.783142857	
LH4	322	14.289	-8.969571429	
LH4	323	14.333	-8.826571429	
LH4	324	14.376	-8.970714286	
LH4	325	14.420	-9.231857143	
LH4	326	14.463	-9.133857143	
LH4	327	14.507	-9.182714286	
LH4	328	14.550	-9.132	
LH4	329	14.594	-9.252285714	
LH5	1	3.257	-8.71	
LH5	2	3.267	-9.089	
LH5	3	3.276	-8.843	
LH5	4	3.285	-8.875	
LH5	5	3.294	-9.027	
LH5	6	3.303	-8.673	
LH5	7	3.312	-9.158	
LH5	8	3.321	-8.82	
LH5	9	3.330	-9.493	
LH5	10	3.340	-8.954	
LH5	11	3.349	-8.912	
LH5	12	3.358	-9.334	
LH5	13	3.367	-8.686	
LH5	14	3.376	-9.137	
LH5	15	3.385	-9.265	
LH5	16	3.394	-8.819	
LH5	17	3.403	-9.367	
LH5	18	3.413	-9.556	
LH5	19	3.422	-9.532	
LH5	20	3.431	-9.398	
LH5	21	3.440	-8.937	
LH5	22	3.449	-9.077	
LH5	23	3.458	-9.248	
LH5	24	3.467	-8.967	
LH5	25	3.476	-9.029	
LH5	26	3.486	-9.478	
LH5	27	3.495	-9.09	
LH5	28	3.504	-9.283	
LH5	29	3.513	-9.162	
LH5	30	3.522	-9.175	
LH5	31	3.531	-9.068	
LH5	32	3.540	-9.318	
LH5	33	3.549	-8.945	
LH5	34	3.559	-9.253	
LH5	35	3.568	-9.104	
LH5	36	3.577	-8.6	
LH5	37	3.586	-8.792	
LH5	38	3.595	-9.548	
LH5	39	3.604	-9.354	
LH5	40	3.613	-9.034	
LH5	41	3.622	-8.998	
LH5	42	3.632	-9.071	
LH5	43	3.641	-9.032	
LH5	44	3.650	-9.015	
LH5	45	3.659	-8.928	
LH5	46	3.668	-8.825	
LH5	47	3.677	-8.997	
LH5	48	3.686	-9.024	
LH5	49	3.695	-8.954	
LH5	50	3.705	-9.305	
LH5	51	3.714	-9.079	
LH5	52	3.723	-8.752	
LH5	53	3.732	-9.024	
LH5	54	3.741	-9.219	
LH5	55	3.750	-9.236	
LH5	56	3.759	-8.714	
LH5	57	3.768	-9.541	
LH5	58		-9.484	
LH5	59	4.908	-9.425	
LH5	60	4.929	-9.525	
LH5	61	4.950	-9.717	
LH5	62	4.971	-9.436	
LH5	63	4.992	-9.59	
LH5	64	5.013	-8.951	
LH5	65	5.034	-9.769	
LH5	66	5.055	-9.05	
LH5	67	5.076	-9.365	
LH5	68	5.097	-9.307	
LH5	69	5.117	-9.53	
LH5	70	5.138	-9.694	
LH5	71	5.159	-9.772	
LH5	72	5.180	-9.917	
LH5	73	5.201	-9.781	
LH5	74	5.222	-9.787	
LH5	75	5.243	-9.918	
LH5	76	5.264	-9.598	
LH5	77	5.285	-9.945	
LH5	78	5.306	-10.426	
LH5	79	5.327	-10.706	
LH5	80	5.348	-10.112	
LH5	81	5.368	-9.985	
LH5	82	5.389	-10.069	
LH5	83	5.410	-9.855	
LH5	84	5.431	-9.981	
LH5	85	5.452	-10.115	
LH5	86	5.473	-9.961	
LH5	87	5.494	-9.543	
LH5	88	5.515	-10.071	
LH5	89	5.536	-10.173	
LH5	90	5.557	-9.926	
LH5	91	5.578	-10.488	
LH5	92	5.599	999	
LH5	93	5.619	-9.713	
LH5	94	5.640	-9.902	
LH5	95	5.661	-9.874	
LH5	96	5.682	-9.91	
LH5	97	5.703	-9.978	
LH5	98	5.724	-9.565	
LH5	99	5.745	-10.231	
LH5	100	5.766	-9.785	
LH5	101	5.787	-10.282	
LH5	102	5.808	-9.972	
LH5	103	5.829	-9.694	
LH5	104	5.850	-10.04	
LH5	105	5.871	-9.374	
LH5	106	5.891	-10.015	
LH5	107	5.912	-10.067	
LH5	108	5.933	-10.544	
LH5	109	5.954	-10.134	
LH5	110	5.975	-9.573	
LH5	111	5.996	-10.262	
LH5	112	6.017	-10.537	
LH5	113	6.038	-10.478	
LH5	114	6.059	-10.477	
LH5	115	6.080	-10.492	
LH5	116	6.101	-8.852	
LH5	117	6.122	-9.622	
LH5	118	6.142	-9.09	
LH5	119	6.163	-9.887	
LH5	120	6.184	-9.856	
LH5	121	6.205	-9.507	
LH5	122	6.226	-9.711	
LH5	123	6.247	-9.708	
LH5	124	6.268	-9.854	
LH5	125	6.289	-10.046	
LH5	126	6.310	-9.564	
LH5	127	6.331	-9.946	
LH5	128	6.352	-10.273	
LH5	129	6.373	-10.192	
LH5	130	6.393	-10.737	
LH5	131	6.414	-10.808	
LH5	132	6.435	-10.437	
LH5	133	6.456	-10.444	
LH5	134	6.477	-10.317	
LH5	135	6.498	-9.849	
LH5	136	6.519	-10.021	
LH5	137	6.540	-10.305	
LH5	138	6.561	-10.285	
LH5	139	6.582	-10.264	
LH5	140	6.603	-10.5	
LH5	141	6.624	-10.345	
LH5	142	6.644	-10.052	
LH5	143	6.665	-10.392	
LH5	144	6.686	-10.866	
LH5	145	6.707	-11.086	
LH5	146	6.728	-10.436	
LH5	147	6.749	-10.768	
LH5	148	6.770	-11.043	
LH5	149	6.791	-10.85	
LH5	150	6.812	-10.223	
LH5	151	6.833	999	
LH5	152	6.854	-10.606	
LH5	153	6.875	-10.543	
LH5	154	6.896	-10.58	
LH5	155			
LH5	156			
LH5	157			
LH5	158			
LH5	159			
LH5	160			
LH5	161	8.705	-10.553875	
LH5	162	8.738	-10.185375	
LH5	163	8.771	-9.384625	
LH5	164	8.804	-9.6685	
LH5	165	8.837	-9.496875	
LH5	166	8.870	-10.219	
LH5	167	8.902	-10.378625	
LH5	168	8.935	-9.695125	
LH5	169	8.968	-9.71775	
LH5	170	9.001	-10.34275	
LH5	171	9.034	-9.885375	
LH5	172	9.067	-9.969625	
LH5	173	9.100	-9.992	
LH5	174	9.133	-10.16925	
LH5	175	9.166	-9.960875	
LH5	176	9.199	-9.813	
LH5	177	9.231	-10.008125	
LH5	178	9.264	-10.21325	
LH5	179	9.297	-9.585625	
LH5	180	9.330	-9.4845	
LH5	181	9.363	-9.84375	
LH5	182	9.377	-10.827875	
LH5	183	9.390	-9.8205	
LH5	184	9.404	-9.85175	
LH5	185	9.417	-10.452375	
LH5	186	9.431	-10.55125	
LH5	187	9.444	-10.475875	
LH5	188	9.458	-10.648375	
LH5	189	9.472	-10.80825	
LH5	190	9.485	-10.84125	
LH5	191	9.499	-10.392	
LH5	192	9.512	-10.54425	
LH5	193	9.526	-11.22675	
LH5	194	9.539	-11.413625	
LH5	195	9.553	-11.460625	
LH5	196	9.567	-10.9935	
LH5	197	9.580	-11.22125	
LH5	198	9.594	-11.433625	
LH5	199	9.607	-10.40375	
LH5	200	9.621	-10.7215	
LH5	201	9.634	-10.57875	
LH5	202	9.648	-11.1545	
LH5	203	9.662	-10.566375	
LH5	204	9.675	-11.05275	
LH5	205	9.689	-10.252	
LH5	206	9.702	-10.70725	
LH5	207	9.716	-10.772625	
LH5	208	9.729	-11.3135	
LH5	209	9.743	-10.459875	
LH5	210	9.757	-10.74325	
LH5	211	9.770	-9.963625	
LH5	212	9.784	-10.547125	
LH5	213	9.797	-10.22775	
LH5	214	9.811	-9.762875	
LH5	215	9.824	-10.3575	
LH5	216	9.838	-10.251625	
LH5	217	9.852	-10.595	
LH5	218	9.865	-10.44075	
LH5	219	9.879	-10.355375	
LH5	220	9.892	-9.80975	
LH5	221	9.906	-10.241625	
LH5	222	9.919	-9.772375	
LH5	223	9.933	-10.0335	
LH5	224	9.947	-10.2395	
LH5	225	9.960	999	
LH5	226	9.974	-9.866625	
LH5	227	9.987	-9.602	
LH5	228	10.001	-9.929625	
LH5	229	10.014	999	
LH5	230	10.028	-9.873	
LH5	231	10.039	-9.915625	
LH5	232	10.050	-9.651375	
LH5	233	10.061	-9.693375	
LH5	234	10.072	-9.553125	
LH5	235	10.083	-10.103875	
LH5	236	10.094	-10.051875	
LH5	237	10.104	-10.108875	
LH5	238	10.115	-10.109125	
LH5	239	10.126	-10.245625	
LH5	240	10.137	-10.23675	
LH5	241	10.148	-10.31875	
LH5	242	10.159	999	
LH5	243	10.170	-10.5585	
LH5	244	10.181	-9.7765	
LH5	245	10.192	-9.472375	
LH5	246	10.203	-10.597	
LH5	247	10.214	999	
LH5	248	10.225	-10.272625	
LH5	249	10.235	-10.50325	
LH5	250	10.246	-10.8565	
LH5	251	10.257	-10.56575	
LH5	252	10.268	-10.58875	
LH5	253	10.279	-10.717	
LH5	254	10.290	-10.265875	
LH5	255	10.301	-10.13475	
LH5	256	10.312	-10.44	
LH5	257	10.323	-10.497875	
LH5	258	10.334	-10.65525	
LH5	259	10.345	-10.16275	
LH5	260	10.356	-10.2915	
LH5	261	10.366	999	
LH5	262	10.377	-10.4785	
LH5	263	10.388	-10.04175	
LH5	264	10.399	-10.225375	
LH5	265	10.410	-10.574375	
LH5	266	10.421	999	
LH5	267	10.432	-10.339375	
LH5	268	10.443	-10.446125	
LH5	269	10.454	-10.469375	
LH5	270	10.465	-10.94225	
LH5	271	10.476	-11.016625	
LH5	272	10.487	-10.282875	
LH5	273	10.497	-10.72375	
LH5	274	10.508	-10.206	
LH5	275	10.519	-10.2485	
LH5	276	10.530	999	
LH5	277	10.541	-10.2055	
LH5	278	10.552	-9.064125	
LH5	279	10.563	-10.318625	
LH5	280	10.574	-10.7725	
LH5	281	10.585	-10.36625	
LH5	282	10.596	-10.103	
LH5	283	10.607	-10.535	
LH5	284	10.618	-10.533625	
LH5	285	10.629	999	
LH5	286	10.639	-10.980625	
LH5	287	10.650	999	
LH5	288	10.661	-10.4795	
LH5	289	10.672	-10.667625	
LH5	290	10.683	999	
LH5	291	10.694	-10.395125	
LH5	292	10.705	999	
LH5	293	10.716	999	
LH5	294	10.727	-9.885875	
LH5	295	10.738	-10.183875	
LH5	296	10.749	-9.782625	
LH5	297	10.760	-9.1455	
LH5	298	10.770	-9.537375	
LH5	299	10.781	-10.01525	
LH5	300	10.792	-9.75975	
LH5	301	10.803	-9.33875	
LH5	302	10.814	-10.3845	
LH5	303	10.825	-9.59625	
LH5	304	10.836	-9.567625	
LH5	305	10.847	-9.71625	
LH5	306	10.858	-10.027	
LH5	307	10.869	999	
LH5	308	10.880	-9.444375	
LH5	309	10.891	-10.1035	
LH5	310	10.901	-10.2295	
LH5	311	10.912	999	
LH5	312	10.923	-9.5625	
LH5	313	10.934	-9.67975	
LH5	314	10.945	999	
LH5	315	10.956	999	
LH5	316	10.967	999	
LH5	317	10.978	999	
LH5	318	10.989	-10.761875	
LH5	319	11.000	-10.264	
LH5	320	11.011	999	
LH5	321	11.022	-9.59425	
LH5	322	11.032	-9.593	
LH5	323	11.043	-9.991625	
LH5	324	11.054	-10.30925	
LH5	325	11.065	-10.175875	
LH5	326	11.076	-10.191375	
LH5	327	11.087	-10.284	
LH5	328	11.098	-10.5625	
LH5	329	11.109	-10.302625	
LH5	330	11.120	-9.518125	
LH5	331	11.131	999	
LH5	332	11.142	-9.477125	
LH5	333	11.153	-9.855625	
LH5	334	11.164	-9.376625	
LH5	335	11.174	-10.068	
LH5	336	11.185	-10.435	
LH5	337	11.196	-9.620125	
LH5	338	11.207	-9.8725	
LH5	339	11.218	-9.812	
LH5	340	11.229	-10.365375	
LH5	341	11.240	999	
LH5	342	11.251	-10.112375	
LH5	343	11.262	999	
LH5	344	11.273	-10.212	
LH5	345	11.284	-10.12225	
LH5	346	11.295	-9.908125	
LH5	347	11.305	-9.96925	
LH5	348	11.316	999	
LH5	349	11.327	-9.985875	
LH5	350	11.338	999	
LH5	351	11.349	-9.37975	
LH5	352	11.360	-10.485625	
LH5	353	11.371	-10.45375	
LH5	354	11.382	-10.545375	
LH5	355	11.393	-10.044125	
LH5	356	11.404	-9.201875	
LH5	357	11.415	-10.313375	
LH5	358	11.426	999	
LH5	359	11.436	-9.792375	
LH5	360	11.447	-10.573375	
LH5	361	11.458	-10.5435	
LH5	362	11.469	-10.146375	
LH5	363	11.480	-9.780875	
LH5	364	11.491	-10.389	
LH5	365	11.502	999	
LH5	366	11.513	999	
LH5	367	11.524	-9.657	
LH5	368	11.535	-10.1635	
LH5	369	11.546	-9.8475	
LH5	370	11.557	-10.249625	
LH5	371	11.567	-9.615	
LH5	372	11.578	-8.380285714	
LH5	373	11.589	-9.199	
LH5	374	11.600	-9.54	
LH5	375	11.611	-7.791285714	
LH5	376	11.622	-7.407857143	
LH5	377	11.633	-8.096285714	
LH5	378	11.644	-7.785571429	
LH5	379	11.655	-7.770714286	
LH5	380	11.666	-8.263428571	
LH5	381	11.677	-7.733571429	
LH5	382	11.688	-7.047	
LH5	383	11.699	-7.301	
LH5	384	11.709	-7.130857143	
LH5	385	11.720	-7.374142857	
LH6	1	2.925	-9.733	
LH6	2	2.938	-9.274	
LH6	3	2.951	-8.94	
LH6	4	2.964		
LH6	5	2.977	-9.05	
LH6	6	2.990	-8.828	
LH6	7	3.003	-9.109	
LH6	8	3.016	-8.961	
LH6	9	3.029	-9.238	
LH6	10	3.042	-9.096	
LH6	11	3.055	-9.113	
LH6	12	3.068	-9.394	
LH6	13	3.080	-9.173	
LH6	14	3.093	-8.892	
LH6	15	3.106	-8.8	
LH6	16	3.119	-8.911	
LH6	17	3.132	-8.575	
LH6	18	3.145	-8.865	
LH6	19	3.158	-8.649	
LH6	20	3.171	-9.386	
LH6	21	3.184	-9.079	
LH6	22	3.197	-8.804	
LH6	23	3.210	-8.856	
LH6	24	3.223	-9.239	
LH6	25	3.236	-9.537	
LH6	26	3.249	-9.694	
LH6	27	3.261	-9.735	
LH6	28	3.274	-9.857	
LH6	29	3.287	-10.006	
LH6	30	3.300	-9.628	
LH6	31	3.313	-9.131	
LH6	32	3.326	-9.104	
LH6	33	3.339	-8.934	
LH6	34	3.352	-9.395	
LH6	35	3.365	-9.635	
LH6	36	3.378	-9.78	
LH6	37	3.391	-8.627	
LH6	38	3.404	-8.82	
LH6	39	3.417	-8.715	
LH6	40	3.430	-9.188	
LH6	41	3.442	-9.147	
LH6	42	3.455	-9.263	
LH6	43	3.468	-9.12	
LH6	44	3.481	-9.616	
LH6	45	3.494	-9.028	
LH6	46	3.507	-9.645	
LH6	47	3.520	-9.055	
LH6	48	3.533	-9.121	
LH6	49	3.546	-9.318	
LH6	50	3.559	-8.272	
LH6	51	3.572	-9.267	
LH6	52	3.585	-9.083	
LH6	53	3.598	-8.907	
LH6	54	3.611	-8.943	
LH6	55	3.624	-7.858	
LH9	1	1.289	-8.648	
LH9	2	1.314	-9.571	
LH9	3	1.340	-9.453	
LH9	4	1.366	-8.535	
LH9	5	1.392	-9.548	
LH9	6	1.418	-9.799	
LH9	7	1.444	-9.505	
LH9	8	1.470	-9.13	
LH9	9	1.496	-8.76	
LH9	10	1.522	-8.562	
LH9	11	1.548	-8.53	
LH9	12	1.574	-9.044	
LH9	13	1.599	-9.068	
LH9	14	1.625	-8.691	
LH9	15	1.651	-9.104	
LH9	16	1.677	-9.548	
LH9	17	1.703	-8.414	
LH9	18	1.729	-8.601	
LH9	19	1.755	-9.46	
LH9	20	1.781	-8.866	
LH9	21	1.807	-8.893	
LH9	22	1.833	-8.628	
LH9	23	1.858	-8.353	
LH9	24	1.884	-8.759	
LH9	25	1.910	-8.842	
LH9	26	1.936	-9.26	
LH9	27	1.962	-8.17	
LH9	28	1.988	-8.472	
LH9	29	2.023	-8.75	
LH9	30	2.059	-8.716	
LH9	31	2.094	-8.57	
LH9	32	2.129	-8.237	
LH9	33	2.165	-8.589	
LH9	34	2.200	-8.081	
LH9	35	2.235	-8.235	
LH9	36	2.271	-9.11	
LH9	37	2.306	-8.725	
LH9	38	2.341	-8.329	
LH9	39	2.377	-8.713	
LH9	40	2.412	-9.034	
LH9	41	2.447	-9.386	
LH9	42	2.483	-8.889	
LH9	43	2.518	-8.971	
LH9	44	2.553	-8.817	
LH9	45	2.589	-8.952	
LH9	46	2.624	-9.035	
LH9	47	2.659	-8.983	
LH9	48	2.695	-8.871	
LH9	49	2.730	-8.78	
LH9	50	2.765	-8.992	
LH9	51	2.801	-8.944	
LH9	52	2.836	-9.106	
LH9	53	2.871	-9.416	
LH9	54	2.907	-8.907	
LH9	55	2.942	-8.702	
LH9	56	2.977	-8.587	
LH9	57	3.013	-8.502	
LH9	58	3.048	-8.771	
LH9	59	3.074	-9.106	
LH9	60	3.099	-9.008	
LH9	61	3.125	-8.918	
LH9	62	3.151	-8.742	
LH9	63	3.176	-8.825	
LH9	64	3.202	-9.245	
LH9	65	3.227	-8.992	
LH9	66	3.253	-8.857	
LH9	67	3.279	-9.392	
LH9	68	3.304	-9.345	
LH9	69	3.330	-8.913	
LH9	70	3.356	-9.202	
LH9	71	3.381	-8.901	
LH9	72	3.407	-8.904	
LH9	73	3.433	-9.315	
LH9	74	3.458	-8.645	
LH9	75	3.484	-9.27	
LH9	76	3.509	-8.98	
LH9	77	3.535	-8.268	
LH9	78	3.561	-8.315	
LH9	79	3.586	-8.637	
LH9	80	3.612	-8.933	
LH9	81	3.638	-9.002	
LH9	82	3.663	-8.54	
LH9	83	3.689	-8.607	
LH9	84	3.715	-8.838	
LH9	85	3.740	-8.278	
LH9	86	3.766	-7.994	
LH9	87	3.791	-8.779	
LH9	88	3.817	-9.029	
LH9	89	3.843	-8.983	
LH9	90	3.868	-8.848	
LH9	91	3.894	-8.974	
LH9	92	3.920	-8.406	
LH9	93	3.945	-8.656	
LH9	94	3.971	-9.173	
LH9	95	3.997	-8.661	
LH9	96	4.022	-8.779	
LH9	97	4.048	-9.218	
LH9	98	4.073	-9.089	
LH9	99	4.099	-9.055	
LH9	100	4.125	-9.041	
LH9	101	4.150	-9.129	
LH9	102	4.176	-9.355	
LH9	103	4.202	-8.906	
LH9	104	4.227	-8.817	
LH9	105	4.253	-8.699	
LH9	106	4.279	-8.978	
LH9	107	4.304	-9.355	
LH9	108	4.330	-9.211	
LH9	109	4.355	-9.34	
LH9	110	4.381	-9.324	
LH9	111	4.407	-9.204	
LH9	112	4.432	-9.141	
LH9	113	4.458	-8.967	
LH9	114	4.484	-9.102	
L30	0	2.440	-9.397	-8.797
L30	1	2.446	-8.988	-8.388
L30	2	2.453	-9.076	-8.476
L30	3	2.459	-9.01	-8.41
L30	4	2.465	-9.566	-8.966
L30	5	2.472	-9.665	-9.065
L30	6	2.478	-8.972	-8.372
L30	7	2.484	-9.139	-8.539
L30	8	2.490	-9.568	-8.968
L30	9	2.497	-9.727	-9.127
L30	10	2.503	-8.672	-8.072
L30	11	2.509	-9.141	-8.541
L30	12	2.515	-9.296	-8.696
L30	13	2.522	-9.725	-9.125
L30	14	2.528	-9.643	-9.043
L30	15	2.534	-9.81	-9.21
L30	16	2.541	-9.699	-9.099
L30	17	2.547	-9.238	-8.638
L30	18	2.553	-10.049	-9.449
L30	19	2.559	-9.861	-9.261
L30	20	2.566	-9.298	-8.698
L30	21	2.572	-9.264	-8.664
L30	22	2.578	-8.997	-8.397
L30	23	2.584	-9.089	-8.489
L30	24	2.591	-9.525	-8.925
L30	25	2.597	-9.534	-8.934
L30	26	2.603	-9.363	-8.763
L30	27	2.610	-10.239	-9.639
L30	28	2.616	-9.908	-9.308
L30	29	2.622	-9.773	-9.173
L30	30	2.628	-8.951	-8.351
L30	31	2.635	-9.345	-8.745
L30	32	2.641	-8.731	-8.131
L30	33	2.647	-8.81	-8.21
L30	34	2.654	-9.23	-8.63
L30	35	2.660	-9.218	-8.618
L30	36	2.666	-9.119	-8.519
L30	37	2.672	-9.333	-8.733
L30	38	2.679	-9.568	-8.968
L30	39	2.685	-9.316	-8.716
L30	40	2.691	-8.624	-8.024
L30	41	2.697	-8.805	-8.205
L30	42	2.704	-8.976	-8.376
L30	43	2.710	-9.118	-8.518
L30	44	2.730	-8.771	-8.171
L30	45	2.750	-8.612	-8.012
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