-
Notifications
You must be signed in to change notification settings - Fork 1
/
Copy pathmask.cat
394 lines (392 loc) · 22 KB
/
mask.cat
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
* VERSION 2024-10-17_iGSFC
* CATALOG mask.cat
*
* MASK.CAT - station horizon/coordinate masks
*
* Updates (most recent at the top):
* 2024-10-17 JMG Added in HARTVGS. Per email J. Quick 2024-10-04
* 2024-08-12 JMG Updated mask again. Set limits for NYALES13S and NYALES13N to 15
* 2024-07-10 JMG Updated mask for NYALES13S, NYALES13N per email S. Espada July 5, 2024. Removed Ny.
* 2024-01-11 JMG Added SESHAN13, TIANMA13 per 2023-12-06 Fengchun
* 2021-05-07 JMG Updated Sejong Mask to avoid RFI per email from Sang oh 2021-05-03. Mask out region 10-90 in Az, 0-40 in el.
* 2021-03-23 JMG Replaced some 'tabs' in GGAO mask. Sked was not handling these well
* 2021-03-09 JMG New Mask for GGAO. This is PWL and better follows the mask
* 2021-02-16 JMG Added YEBES40M mask 0 15 360. This is temporary
* 2020-10-29 JMG. NYALES13S was missing code which caused sked to crash.
* 2020-09-11 JMG Fixed bug in AGGO mask. Added last El value
* 2020-08-04 JMG. Changed horizon mask of NYALE13S to 15 deg. Added in NYALES13N
* 2020-06-17 JMG. Changed MACGO12M two letter codes to "Mg" from "MG". MG broke some sked routines
* 2019-09-19 JMG Added in MACGO12M per email from 2019Sep12 Alex Burns. Used vt9259 as start
* 2019-07-09 JMG Also removed fractional numbers from NYALE13AS
* 2019-07-09 JMG Updated with new mask for AGGO (per email Hayo 2019-May-14)
* 2019-06-25 JMG Added entry for NYALE13S
* 2018-02-01 JMG Updated with new mask for AGGO
* 2017-09-25 JMG Added Onsa13NE and ONSA13SW mask information
* 2017-06-26 JMG Changed so that WETTZELL has 5 degreees minimum
* 2017-06-22 JMG Modified Wettz13s, WETTZ13N antenna mask to 5 deg.
* 2016-10-12 JMG Kokee12M mask
* 2016-06-22 KLB Use same 2-letter codes than in the IVS file ns-codes.txt
* 2016-06-20 JMG Put in mask for KOKEE (kokee20M).
* 2015-04-07 JMG Better Horizon mask for KOKEE12M. Used KT6091 schedule.
* 2015-01-25 JMG Put in KOKEE12M with 5 degree limit
* 2015-09-10 JMG Modified HART15M based on email from J. Quick 2015Sep04. Used same mask for HARTRAO
* 2015-09-10 JMG Also changed HARTRAO mask from Ht to Hh
* 2015-02-12 JMG Put in WETTDBBC = Wettzell DBBC
* 2015-01-22 JMG Added WETTZ13S
* 2014-06-03 JMG Added WETTZ13N telescope per email A. Muesken
* 2013-10-10 JMG Added in Warkworth mask. From Stuart Weston email 2013Aug01
* 2013-09-13 JMG Changed HART15M mask code from HT to Ht
* 2013-05-15 JMG Changed name of GORF7102 to GGAO12M
* 2012-09-25 DBB Add 15-m antenna at Hartebeesthoek (HART15M) by duplicating HARTRAO entry.
* 2012-09-19 JMG Added Hobart12 mask per J. Lovell
* 2009-04-10 DBB Add BADARY mask per A. Melnikov.
* 2008-06-05 DBB Add SINTOTU3 and CHICHI10 masks per S. Kurihara.
* 2005-10-04 DBB Add DSS65A mask based on data from G. Martinez.
* 2004-02-19 JMG Updated NyAlesund mask. Data from IVS web site.
* 2002-05-14 NRV Add TIGO mask.
* 2002-05-07 NRV Corrected EFLSBERG mask to remove extraneous "F".
* 2000-01-25 NRV Added CTVA mask at Penticton, per C. Klatt.
* 1997-12-10 NRV TIGO mask same as WETTZELL.
* 1996-12-12 NRV EFLSBERG mask from A. Mueskens.
* 1996-04-10 NRV DSS65 mask from D. Shaffer based on data from A. Perea
* and A. Rius.
* 1996-04-10 NRV NRAO20 mask based on values from F. Ghigo.
* 1996-04-09 NRV Santiago mask based on graph of horizon
* 1996-04-09 NRV Fairbanks mask checks OK per R. Strand.
* 1996-04-08 NRV New VLBA station horizon line segments, per D. Shaffer,
* which in many cases follow the 150 K line of Beaseley
* and Metcalf.
* 1996-02-26 NRV Change to using line segments for all.
* Stations without graphical masks available
* have their step functions converted to line
* segments pending a better representation.
* 1995-10-03 NRV NRAO20 mask per F. Ghigo.
* 1995-04-14 NRV Corrected Noto mask, per Vincenza.
* 1995-03-15 NRV Corrected DSS65 mask.
* 1995-02-17 NRV Corrected Ny Alesund mask.
* 1995-02-03 NRV DSS65 mask per DBS from Tony Perea.
* 1995-02-03 NRV New Ny Alesund mask, measured at station.
* 1994-12-19 NRV New horizon masks for VLBA sites per DBS,
* with higher elevations to reduce tree and
* mountain effects.
* 1994-10-11 NRV Change Ny Alesund name
* 1994-09-05 NRV Ny Alesund
* 1993-11-19 NRV New horizon masks for all VLBA sites
* 1993-10-15 NRV New Wettzell mask from DBS and AEN
* 1993-06-15 NRV Add Crimea mask
* 1993-06-03 NRV Kludged extra blanks temporarily
* 1993-06-03 NRV Changed Kauai mask per TME
* 1993-03-30 NRV New Kauai mask for 20-m obstruction
* Horizon masks are represented as either a series of line segments
* or step functions that represent the horizon. For line segments, end
* points of the lines are entered as ordered pairs of az and el; there
* are matching pairs of az and el. For step functions, the elevation
* value is between the two azimuths between which the elevation applies;
* the mask begins with 0 and ends with 360 degrees.
* Coordinate masks are step functions with the value of the mask
* entered between two coordinates.
* Units are degrees for all angles. Values must be in ascending azimuth order.
* ID must match the mask ID in the antenna.cat file, and the name must
* match the site position name in the position.cat file.
* X is H for horizon mask, C for coordinate mask.
* A station can have both a horizon mask and a coordinate mask,
* the ID must be the same for both.
* Maximum 40 az and el entries, maximum 30 entries for coordinate masks.
*
*H Name ID Az1 El1 Az2 El2 .... Azlast Ellast <<< line segments
*H Name ID Az1 El1 Az2 El2 .... Azlast <<< step functions
*C Name ID Dec1 HA1 Dec2 HA2 .... Declast <<< Ha/Dec coord. mask
*C Name ID X1 Y1 X2 Y2 .... Xlast <<< X/Y coord. mask
*
*H DSS65 65 0 7.5 2 7 11 6 32 8 39 6 48 7 55 6 230 7 250 8 303
*- 7 313 8 321 9 328 10 332 12 335 14 344 13 348 11.5 355 10 360
* DSS65 horizon per D. Shaffer 950203
*H DSS65 65 0 8 1 7 8 7 11 6 31 6 34 8 36 8 39 6 43 6 50 7 55 6
*- 225 6 255 8 300 8 307 6.5 330 10 338 14 243 14 355 11 360 8
* DSS65 horizon per D. Shaffer 960410
* H DSS65 65 0 7 6 7.2 10 6 31 6 33 8 36 8 38 6 47 6 49 6 50 7 54 6
* - 226 6 255 8 259 8 264 7 269 7 274 8 286 7.8 290 7 299 7.8 308.5 6
* - 316 8 323 9 328 9 332 11 337 14 339 14 353 11 360 7
* DSS65A horizon per George Martinez 051004
H DSS65A 6a 0 7.2 3 6.2 24 8.3 32 6.2 37 7.2 44 6.2 231 6.3 236 6.6
- 249 7.3 255 7.8 261 7.3 271 7.5 285 7.2 296 7.6 300 7.2 312 8.3
- 319 8.8 325 10.0 329 13.6 353 9.8 356 8.5 360
* BADARY horizon per Alexey Melnikov 090410
H BADARY Bd 0 7 10 5 20 4 50 2 60 1 100 2 130 3 230 2 260 4 270 5
- 280 6 290 7 300 8 310 9 340 8 350 7 360
*H CRIMEA CR 0 15.4 5 13.0 35 12.0 40 11.0 50 10.0 55 9.0 65 8.0 70
*- 6.0 75 3.0 80 0.0 195 1.0 200 2.0 205 5.0 215 6.0 220 7.5 225
*- 8.5 245 9.5 260 10.5 275 13.0 285 15.5 290 16.8 300 18.0 305
*- 19.6 315 20.6 325 22.0 335 20.6 340 17.4 350 16.0 355 15.4 360
* Crimea mask from graph of terrain
H CRIMEA Sm 0 15 10 13 40 13 80 0 180 0 230 8 270 11
- 330 22 360 15
* H EFLSBERG EF F 10 13 20 15 30 18 40 19 60 18 80 15 130 15 150 12
* - 160 10 190 12 250 12 270 13 290 15 340 10 350 11 360 13
H EFLSBERG Eb 0 13 20 15 30 18 40 19 60 18 80 15 130 15 150 12
- 160 10 190 12 250 12 270 13 290 15 340 10 350 11 360
*H GILCREEK AL .0 10.0 35.0 6.0 95.0 8.0 115.0 10.0 130.0
*- 12.0 195.0 8.0 220.0 5.0 295.0 7.0 310.0 10.0 330.0
*- 11.0 360.0
*H GILCREEK AL 0 17 10 14 20 10 35 8 48 6 57 5 87 6 93 8 110 10 127
*- 12 165 14 170 17 185 16 190 14 195 12 200 10 205 8.5 214 7.4 220 6.5
*- 230 5 290 7 305 10 320 11.5 344 14 350 17 360
* Gilcreek mask from graph of terrain and prelimits
H GILCREEK Gc 0 17 20 10 50 5 90 5 140 10 150 12 160 12
- 180 17 205 8 225 5 290 5 340 11 360 17
* GGAO12M Mask.
* H GGAO12M Gs 0 6 15 5.5 58 3.5 90 4.5 130 3 154 28 162 33 167 36 172 40 212 36 222. 33 227 28 232 6 290 6 360
* Switched to PWL. This better follows radar mask
H GGAO12M Gs 0 6 15 5.5 58 3.5 90 4.5 130 3 149 3 150 11 152 18 157 27 167 37
- 177 41 187 43 197 43 207 41 217 37 227 27 232 18 234 11 235 6 360 6
* HartRAO. Was previously 7 degrees all the way. Added stuff that was above 7 based on HART15M mask.
H HARTRAO Hh 0 7 90 9.5 100 7 110 8 120 7 300 9 320 9.5 330 9 350 7 360 7
* Based on email from J.Quick 2015Sep09
H HART15M Ht 0 7 40 4.25 70 4.25 90 9.5 100 6 110 8 120 4 150 5
- 190 2 200 3 210 2 230 2 250 4.5 260 4.5 270 2 300 9 320 9.5
- 330 9 350 7 360 7
H HARTVGS Hv 0 7 40 4.25 70 4.25 120 4 150 5
- 190 2 200 3 210 2 230 2 250 4.5 260 4.5 270 2 300 9 320 9.5
- 330 9 350 7 360 7
C HATCREEK Hc -38.0 21.0 -35.0 28.4 -30.0 40.9 -25.0 51.8 -20.0
- 60.8 -15.0 68.0 -10.0 73.5 -5.0 77.1 2.0 80.0 59.0
- 76.3 65.0 72.4 70.0 68.6 75.0 64.8 80.0 61.0 85.0
H HOBART12 Hb 0 4.5 25.96 4.5 32.94 4.78 37.95 5.28 38.93 7.14 40.39
- 9.25 40.90 10.6 42.27 7.98 44.14 6.0 46.67 5.7 59.54 6.0 75.66 4.8
- 87.87 4.5 183.67 4.5 186.28 5.3 190.78 5.0 195.47 4.5 221.45 4.5
- 226.09 4.9 232.98 6.2 242.11 7.8 245.91 7.9 253.90 7.3 262.70 6.5
- 266.60 5.7 281.25 4.5 360 4.5
* HOBART mask per Stuart Weston email
H WARK12M Ww 0 5.0 139 5.9 145 5.2 147 5.0 151 5.5 164 6.0 169 7.2
- 171 6.5 174 5.9 179 5.5 190 5.0 360
* KOKEE12M per email Alex Burns
H KOKEE12M K2 0 10 238 14 244 10 260 5 280 10 295 25 300 35
- 305 40 310 45 325 40 330 35 335 30 340 10 350 5 360
* From Ruszczyk email 08Feb2016
H KOKEE Kk 0 5 107 25 153 5 360
* Kauai no change in mask -- this is the old format
H KAUAI Ku 0 13 8 22 16
- 17 20 5 60 2 100 3 110 2 120
- 1.5 190 3 195 1.5 210 0 285 2 320
- 3 325 4 350 1.5 360
*H KAUAI KU 0 15 20 3 40 4 45
*- 5 55 4 60 2 100 3 110 2 120
*- 1.5 190 3 195 1.5 210 0 285 2 320
*- 3 325 4 350 1.5 360
*H KAUAI KU 0 1.5 5 0 20 3 40 4 45
*- 5 55 4 60 2 100 3 110 2 120
*- 1.5 190 3 195 1.5 210 0 285 2 320
*- 3 325 4 350 1.5 360
H MACGO12M Mg 0 5 70 6 75 7 80 8 85 9 95 8 105 6 145 7 150 8 155 9 165 10 185 8 190 7 195 5 360
* Medicina no change
H MEDICINA Mc .0 5.0 360.0 5.0
* Mojave old mask
H MOJAVE12 Mo 0 9.45 35 7.1 48 8.2 61 9.1 76
- 9.3 103 9.1 119 8.2 131 7.1 145 10.0 215
- 6.9 230 8.0 244 8.6 255 8.9 279 8.6 296
- 8.0 310 6.9 325 9.3 360
*H MOJ-VLBA MX 0 9.45 35 7.1 48 8.2 61 9.1 76
*- 9.3 103 9.1 119 8.2 131 7.1 145 10.0 215
*- 6.9 230 8.0 244 8.6 255 8.9 279 8.6 296
*- 8.0 310 6.9 325 9.3 360
*H MIZUSGSI MZ 0 5 120 6 130 5 348 6 352 5 360
* Mizusawa old mask -- needs to be changed.
*H MIZUSGSI MZ 0 3 69.4 4 112.8 5 120 6 127.4 5 139.3 4 166.1 5 180.8
*- 3 238.7 5 251.3 3 274.8 5 281.3 3 328.9 4 338.2 3 342.9 5 348.1
*- 6 353.9 3 360
*H NOTO NT .0 7.0 15.0 6.0 40.0 7.0 50.0 8.0 60.0
*- 9.0 80.0 5.0 88.0 8.0 100.0 7.0 115.0 5.0 140.0
*- 6.0 160.0 5.0 305.0 6.0 325.0 7.0 335.0 6.0 355.0
*- 7.0 360.0
*H NOTO NT .0 7 15 6 40 7 50 8 60 9 80 7 100 5 140 6 160 5
*- 305 6 325 7 335 6 355 7 360
* Noto mask from graph of terrain.
H NOTO Nt 0 7 5 8 20 6 35 6 70 9 120 5 140 5 150 6 180 4
- 305 4 310 6.5 360 7
C NRAO85_3 G3 -46 70 0 85 86
C NRAO85_1 G1 -46 70 0 85 86
H NYALE13S Ns 0 15 360 15
H NYALE13N Nn 0 15 360 15
* H NYALE13S Ns 0 15 170 15 172 9 178 6 180 4 184 6 186 6 188 5 190 5 192 6 194
* - 5 196 5 198 6 200 5 202 5 204 6 208 6 212 8 214 6 226 6 228 8 238 13 240 13
* - 246 10 248 10 250 9 254 9 260 6 262 6 264 5 276 5 278 4 288 4 292 2 294 15 360 * H NYALE13N Nn 0 15 170 15 172 9 178 6 180 4 184 6 186 6 188 5 190 5 192 6 194
* - 5 196 5 198 6 200 5 202 5 204 6 208 6 212 8 214 6 226 6 228 8 238 13 240 13
* - 246 10 248 10 250 9 254 9 260 6 262 6 264 5 276 5 278 4 288 4 292 2 294 15 360
C WIDE85_3 Gd -46 70 0 85 86
H ONSA13NE Oe 0 8 8 5 215 10 226 5 240 9 252 5 315 8 360
H ONSA13SW Ow 0 5 34 10 46 5 259 18 283 5 342 7 360
H PIETOWN Pt 0 3 165 3 185 4.5 270 4.5 280 3 360 3
H SANTIA12 St 0 9.5 10 8 22 9.5 45 9.5 52 11.5 71 11.5 72 12 85 12
- 122 7.5 125 8 139 5 150 8.5 159 8.5 164 9.5 182 7 192 9.5 200 9.5
- 211 5.5 230 5.5 241 9.5 250 9.5 255 8.5 290 8.5 306 6 313 6.5
- 323 5.5 327 5.5 338 9.5 350 8.5 360 9.5
H SEJONG Kv 0 3 10 40 90 3 360
H SESHAN13 S6 0 5 120 13 125 21 130 25 135 27 140 28 160 24 165 19 170 5 360
*H SEST SE 0 6 10 13 20 6 360
* SEST mask converted from step function.
H SEST Se 0 6 10 6 11 13 20 13 21 6 360 6
H TIANMA13 T1 0 5 320 16 325 21 330 22 345 20 350 15 355 5 360
H YEBES40M Ys 0 15 360
***************VLBA Masks*********************************************
*H FD-VLBA FV 0 5 25 3 35 2 60 6 75
*- 4 95 6 105 4 120 3 150 2 225
*- 4 245 6 285 2 300 5 325 6 335
*- 7 345 6 355 5 360
*H FD-VLBA FV 0 5 20 3 40 2 60 7 75 4 85 6 100 2 225 4 230 2 245
*- 3 255 5 270 4 280 3 285 2 290 4 310 5 315 2 325 6 345 5 360
*H FD-VLBA FV 0 5 20 3 55 6 60 7 70 5 85 6 100
*- 5 105 4 115 3 220 4 230 3 245 5 270
*- 4 280 3 300 4 305 5 330 6 345 5 360
* VLBA horizon per C. Walker's database
*H FD-VLBA FV 0 5 5 4 10 5 15 5 20 3 55 3 60 4 65 7 70 5
*- 75 4 80 4 85 5 90 6 95 6 100 5 105 4 110 3 220 3 225 4 230 3
*- 250 3 255 4 260 5 265 5 270 4 275 4 280 3 300 3 305 4 310 5
*- 315 4 325 4 330 5 335 6 340 6 345 5 360 5
* Ft. Davis per DBS 3/96
H FD-VLBA Fd 0 5 20 5 25 3 50 3 65 7.5 75 5 85 6
- 95 6 115 3 220 3 225 4.5 230 3 245 3 260 5.5 265 5.5
- 285 3 295 3 305 5 325 5 335 6.5 340 6.5 350 5 360 5
*H KP-VLBA KV 0 0 35 1 50 8 60 6 80
*- 8 85 2 95 1 105 3 110 2 130
*- 1 150 2 230 6 260 5 274 9 281
*- 3 300 2 315 1 330 0 360
*H KP-VLBA KV 0 2 50 6 65 8 80 4 90 2 180 3 220 4 260 2 360
*H KP-VLBA KV 0 3 45 5 50 6 55 7 65 8 75 9 85
*- 7 90 5 95 3 185 4 200 5 220 6 250
*- 5 265 3 360
* VLBA horizon per C. Walker's database
*H KP-VLBA KV 0 2 45 2 50 5 55 6 60 7 65 7 70 8 75 8 80 9 85 6
*- 90 3 95 2 105 2 110 3 115 3 120 2 150 2 155 3 165 3 70 2 180 2
*- 185 3 215 3 220 4 225 4 230 5 235 5 240 4 255 5 260 3 265 3
*- 270 2 360 2
* Kitt Peak per DBS 3/96
H KP-VLBA Kp 0 3 40 3 50 6 65 8 82 9.5 95 3 180 3
- 205 4 220 6 245 6 270 3 360 3
*H HN-VLBA HN 0 6 30 5 130 6 145 7 155 4 200 6 230 5 350 6 360
*H HN-VLBA HN 0 8 25 7 35 6 80 7 105 9 125 11 140
*- 14 150 11 160 9 225 7 245 6 260 7 340
*- 8 360
* VLBA horizon per C. Walker's database
*H HN-VLBA HN 0 6 30 6 35 4 60 4 70 5
*- 105 5 110 3 115 4 120 4 125 5 130 4 135 6 140 5 145 7 150 7
*- 155 5 160 3 165 5 170 4 190 4 195 2 200 5 205 5 210 6 220 6 225 5
*- 230 6 235 4 240 5 315 5
*- 320 6 325 5 330 5 335 6 345 6 350 5 355 5 360 6
* Hancock per DBS 3/96
H HN-VLBA Hn 0 8 15 8 40 6 70 6 80 7 125 9 140 14
- 150 14 165 9 225 9 235 7 250 6 260 7 335 7 340 8
- 360 8
*H SC-VLBA SC 0 2 50 4 60 6 70 9 105 12 115 16 130 13 140 11 160
*- 9 180 14 210 10 240 8 250 7 260 5 270 2 360
*H SC-VLBA SC 0 3 45 4 50 6 65 9 100 10 105 12 110
*- 14 115 17 135 14 145 12 155 11 160 10 175
*- 11 180 13 185 15 210 14 215 12 220 10 240
*- 8 250 7 265 6 275 3 360
* VLBA horizon per C. Walker's database
*H SC-VLBA SC 0 2 5 2 10 3 20 3 25 2 40 2 45 4 50 3 55 3 60 6 65 6
*- 70 8 75 9 80 9 85 8 95 8 100 9 105 10 110 12 115 14 120 16 125 16
*- 130 15 135 13 140 13 145 12 150 11 155 11 160 10 165 9 175 9 180 11
*- 185 13 190 14 200 14 205 15 130 13 135 12 140 10 145 10 150 9 155 8
*- 160 10 165 9 175 9 180 11 185 13 190 14 200 14 205 15 210 13 215 12
*- 220 10 230 10 235 9 240 8 245 8 250 7 260 7 265 5 270 4 275 3
*- 280 2 360 3
* St. Croix per DBS 3/96
H SC-VLBA Sc 0 3 43 3 70 9.5 95 7 120 16.5 130 16.5 145 13
- 170 9.5 185 14 205 15.5 240 9 265 7 280 3 360 3
*H LA-VLBA LA 0 1 30 2 60 3 75 4 105
*- 5 120 6 150 5 160 3 170 1 185
*- 2 215 0 240 2 265 5 320 3 345
*- 1 360
*H LA-VLBA LA 0 2 130 3 150 2 250 3 300 4 320 3 340 2 360
*H LA-VLBA LA 0 3 300 4 320 3 360
* VLBA horizon per C. Walker's database
*H LA-VLBA LA 0 2 5 2 75 2 80 3 85 2 130 2 135 3 145 3 150 2 250 2 255 3
*- 300 3 305 4 315 4 320 3 340 3 345 2 360 2
* Los Alamos per DBS 3/96
H LA-VLBA La 0 3 300 3 305 4 315 4 320 3 360 3
*H BR-VLBA BV 0 3 40 4 70 5 120 4 130 3 160 2 190 4 240 6 330
*- 5 340 4 350 3 360
*H BR-VLBA BV 0 3 40 4 70 5 125 4 135 3 190 4 225
*- 3 235 4 245 6 320 5 335 4 350 5 360
* VLBA horizon per C. Walker's database
*H BR-VLBA BV 0 2 5 2 10 3 15 2 25 2 30 3 40 3 45 4 70 4 75 5 120 5 125 4 130 4
*- 135 3 155 3 160 2 185 2 190 3 195 4 220 4 225 3 235 3 240 4 245 4 250 5
*- 255 6 265 6 270 5 275 6 300 6 305 5 310 6 315 5 330 5 335 4 340 4 345 3
*- 350 2 360 2
* Brewster per DBS 3/96
H BR-VLBA Br 0 3 35 3 45 4 70 4 75 5 125 5 140 3
- 185 3 195 4 220 4 225 3 230 3 255 6 315 6 340 4.5
- 350 3 360 3
*H NL-VLBA NL 0 2 80 6 100 7 160 3 220 2 360
*H NL-VLBA NL 0 3 75 6 80 8 160 6 170 4 205 3 360
* VLBA horizon per C. Walker's database
*H NL-VLBA NL 0 0 2 5 2 75 2 80 3 85 6 100 6 105 8 110 7 115 7 120 6 125 7
*- 130 7 135 6 140 6 145 7 150 7 155 6 160 5 165 4 170 3 190 3 195 2 200 3
*- 220 3 225 2 360 2
* North Liberty per DBS 3/96
H NL-VLBA Nl 0 3 75 3 80 6 105 8 150 8 170 4
- 200 4 205 3 360 3
*H MK-VLBA MK 0 4 10 3 20 2 120 5 150 8 160 12 170 13 190 11 200
*- 8 210 2 260 3 270 6 280 10 290 14 310 10 330 14 345 10 355 4 360
*H MK-VLBA MK 0 5 10 4 20 3 120 5 145 7 150 8 160
*- 11 165 13 190 12 200 10 205 8 210 6 215
*- 4 220 3 265 4 270 6 280 8 285 10 290
*- 12 295 14 305 12 310 11 315 10 320 11 330
*- 12 335 14 345 12 350 10 355 8 360
* VLBA horizon per C. Walker's database
*H MK-VLBA MK 0 5 5 4 10 3 15 3 20 2 120 2 125 4 130 5 135 5 140 4
*- 145 4 150 6 155 8 160 8 165 11 170 12 175 13 185 13 190 11 195 11
*- 200 9 205 7 210 5 215 3 220 2 255 2 260 3 270
*- 275 5 280 6 285 8 290 10 295 12 300 14 305 12 310 11
*- 315 9 320 10 325 11 330 10 335 12 340 14
*- 345 12 350 9 355 7 360 5
* Mauna Kea per DBS 3/96
H MK-VLBA Mk 0 6 20 3 120 3 128 5.5 135 5.5 142 4.5 155 9
- 162 11 175 13.5 185 13.5 198 11 220 3 255 3 270 4 290 11
- 300 15 315 10 325 12 330 11 340 15 360 6
*H OV-VLBA OV 0 5 10 8 20 10 30 13 45 15 65 13 75 11 80 9 90 7 100
*- 6 110 4 150 2 180 3 190 5 205 7 245 9 265 7 290 4 300 2 360
*H OV-VLBA OV 0 6 10 8 15 10 25 12 30 14 45 15 65
*- 14 70 13 75 12 80 10 90 8 100 6 110
*- 5 115 4 190 5 195 6 200 7 215 8 225
*- 7 235 8 245 9 265 8 270 7 285 6 290
*- 5 295 4 300 3 360
* VLBA horizon per C. Walker's database
*H OV-VLBA OV 0 3 5 5 10 5 15 7 20 9 25 10 30 12 35 13 40 13 45 14
*- 50 15 60 15 65 13 70 12 75 11 80 10 85 9 90 8 95 7 100 6 105 6 110 5
*- 115 4 120 3 125 3 130 4 145 4 150 3 155 2 175 2 180 3 185 3 190 4 195 5
*- 200 5 205 6 210 7 230 7 235 6 240 7 245 8 250 9 260 9 265 8 270 7
*- 280 7 285 5 290 4 295 4 300 3 305 3 310 2 350 2 355 3 360 3
* Owens Valley per DBS 3/96
H OV-VLBA Ov 0 4 10 6 20 10 40 15 60 15.5 80 11 100 7
- 120 4 185 4 210 7.5 240 7.5 250 9.5 260 9.5 270 7.5 280 7.5
- 300 3.5 310 3 350 3 360 4
*H WESTFORD WF .0 5.0 15.0 6.0 25.0 8.0 60.0 5.0 75.0
*- 6.5 85.0 5.0 95.0 6.5 105.0 5.0 115.0 4.0 360.0
* Westford mask converted from step function
H WESTFORD Wf 0 5 15 5 16 6 25 6 26 8 60 8 61 5 75 5 76 6.5
- 85 6.5 86 5 95 5 96 6.5 105 6.5 106 5 115 5 116 4 360 4
H WETTZELL Wz 0 5 360
H WETTZ13N Wn 0 5 360
H WETTZ13S Ws 0 5 360
*H TIGO TG 0 4.5 25 4.5 26 3 35 3 36 4.5 90 4.5 91 3 120 3
*- 121 4 160 4 161 3 200 3 201 4 230 4 231 1 310 1 311 4
*- 330 4 331 5 350 5 351 4.5 360 4.5
H AGGO Ag 0 6 9 6 20 11 42 11 60 6 77 6 80 11 112 12 115 7 235 7 255 20 277 23 315 21 355 6 360 6
*H NRAO20 N2 0 3 60 4 90 5 160 3 210 5 250 8 275 5 360
H NRAO20 Gn 0 2.4 5.4 2.5 9.5 1.9 11.3 1.5 18.5 1.6 42.3 2.0 82.6 3.5
- 110.2 4.9 120.2 4.7 130.0 3.2 144.0 4.2 145.7 3.8 150.1 3.5 160.1 2.8
- 170.6 2.6 178.4 1.6 192.9 2.3 200.6 2.2 229.1 4.6 250.2 3.6
- 258.6 2.2 262.2 7.8 271.6 3.7 280.1 3.2 293.4 4.2 299.7 3.4
- 310.1 3.8 319.0 3.7 332.8 4.1 350.8 2.7
*
* CTVA in Penticton. Add mask calculated by Steve Farley
* H CTVAPENT PC .0 12.0 130. 10. 270. 12. 295. 10. 325. 18. 340. 12. 360.
* CTVA horizon modified because of mismatch between sched and sked.
H PENTICTN Pe .0 12.1 130. 10.1 270. 12.1 295. 10.1 325. 18.1 340. 12.1 360.
*
* Copied SINTOTU3 and CHICHI10 masks from GSI file.
* 000114 Shinobu Kurihara added followimg lines, SINTOTU3 & CHICHI10 from gaos.
H SINTOTU3 S3 0 12 17 14 32 12 42 10 342 20 347 12 352 14 360
H CHICHI10 Cc 0 12 60 8 90 7 110 10 140 12 165 8 180 5 335 12 360
*