# ----------------------------------------------
# --- Station Static MIB Initialization File ---
# ----------------------------------------------
# 2024 Jan 29 by J. Dowell - replace the outrigger with the real stand #64
#                          - updated list of bad antennas
# 2024 Jan 18 by J. Dowell - Updated for diffuse sky model calibration
# 2023 Aug 23 by J. Dowell - Initial version for the "new" LWA-NA
# 2012 OCT 26 by J. Craig
# See MCS0031 for format info 
# Search "FIXME" for things that need work

FORMAT_VERSION 10
STATION_ID NA
GEO_N   +34.247
GEO_E  -107.640
GEO_EL 2133.6
N_STD 64

# --------------------------------------
# --- Stand Positions  -----------------
# --------------------------------------
# These will be set to 0.0 for any stand #'s <= N_STD not identified
# *** STD_LX[stand_id] [m] goes here 
# *** STD_LY[stand_id] [m] goes here 
# *** STD_LZ[stand_id] [m] goes here 
# Based on 2023 Oct 18 as-built survey
# Other things:
#  * BASE1 (SE slab corner) [ 52.4341 -50.2772   0.2951] [0. 0. 0.]
#  * BASE2 (NE slab corner) [ 53.7965 -50.3776   0.29  ] [0. 0. 0.]
#  * BASE3 (SW slab corner) [ 52.25   -52.9051   0.3031] [0. 0. 0.]
#  * CORNER1 (NW fence post) [ 56.9304 -62.8681   1.9291] [0. 0. 0.]
#  * CORNER2 (NE fence post) [62.9034 56.9313  1.6644] [0. 0. 0.]
#  * CORNER3 (SE fence post) [-56.705   62.8185   1.3454] [0. 0. 0.]
#  * CORNER4 (SW fence post) [-62.7605 -56.844    1.4682] [0. 0. 0.]
#  * KEN (meteor radar antenna) [ 53.3637 -27.1628   1.8728] [0. 0. 0.]
STD_LX[1]    -31.724
STD_LY[1]      4.274
STD_LZ[1]      1.632
STD_LX[2]    -21.311
STD_LY[2]      7.401
STD_LZ[2]      1.653
STD_LX[3]    -21.281
STD_LY[3]      2.418
STD_LZ[3]      1.627
STD_LX[4]    -16.244    # std. dev. 0.002
STD_LY[4]      0.591    # std. dev. 0.002
STD_LZ[4]      1.667    # std. dev. 0.002
STD_LX[5]    -14.549
STD_LY[5]     -3.923
STD_LZ[5]      1.711
STD_LX[6]    -14.318
STD_LY[6]     -8.942
STD_LZ[6]      1.568
STD_LX[7]     -5.273
STD_LY[7]    -16.507
STD_LZ[7]      1.482
STD_LX[8]    -13.608
STD_LY[8]    -16.571
STD_LZ[8]      1.551
STD_LX[9]    -11.907
STD_LY[9]    -21.880
STD_LZ[9]      1.507
STD_LX[10]   -13.014
STD_LY[10]   -28.929
STD_LZ[10]     1.498
STD_LX[11]    -6.450
STD_LY[11]   -22.116
STD_LZ[11]     1.459
STD_LX[12]    -8.242
STD_LY[12]   -27.034
STD_LZ[12]     1.475
STD_LX[13]     6.862
STD_LY[13]   -35.703
STD_LZ[13]     1.453
STD_LX[14]   -23.832    # std. dev. 0.000
STD_LY[14]    18.919    # std. dev. 0.000
STD_LZ[14]     1.680    # std. dev. 0.000
STD_LX[15]   -17.610
STD_LY[15]    12.408
STD_LZ[15]     1.537
STD_LX[16]   -16.346
STD_LY[16]     7.059
STD_LZ[16]     1.583
STD_LX[17]   -12.292
STD_LY[17]    10.069
STD_LZ[17]     1.628
STD_LX[18]   -12.083
STD_LY[18]     3.574
STD_LZ[18]     1.533
STD_LX[19]   -11.016
STD_LY[19]    -0.533
STD_LZ[19]     1.570
STD_LX[20]    -6.431
STD_LY[20]    -3.078
STD_LZ[20]     1.512
STD_LX[21]    -9.643
STD_LY[21]    -7.540
STD_LZ[21]     1.526
STD_LX[22]    -1.750
STD_LY[22]    -0.408
STD_LZ[22]     1.617
STD_LX[23]    -5.045
STD_LY[23]    -9.569
STD_LZ[23]     1.509
STD_LX[24]    -2.013
STD_LY[24]    -5.410
STD_LZ[24]     1.485
STD_LX[25]     2.067
STD_LY[25]    -7.981
STD_LZ[25]     1.512
STD_LX[26]    -0.739
STD_LY[26]   -12.208
STD_LZ[26]     1.493
STD_LX[27]    -0.287
STD_LY[27]   -21.051
STD_LZ[27]     1.446
STD_LX[28]     4.360
STD_LY[28]   -20.704
STD_LZ[28]     1.446
STD_LX[29]     6.642
STD_LY[29]   -16.279
STD_LZ[29]     1.463
STD_LX[30]     7.419
STD_LY[30]   -25.570
STD_LZ[30]     1.388
STD_LX[31]    11.068
STD_LY[31]   -21.508
STD_LZ[31]     1.398
STD_LX[32]   -10.895
STD_LY[32]    35.929
STD_LZ[32]     1.710
STD_LX[33]   -16.060
STD_LY[33]    23.836
STD_LZ[33]     1.669
STD_LX[34]    -8.132
STD_LY[34]    16.759
STD_LZ[34]     1.636
STD_LX[35]    -5.819
STD_LY[35]     6.962
STD_LZ[35]     1.564
STD_LX[36]    -2.645
STD_LY[36]    16.371
STD_LZ[36]     1.600
STD_LX[37]    -1.583
STD_LY[37]     9.668
STD_LZ[37]     1.599
STD_LX[38]    -1.408    # std. dev. 0.001
STD_LY[38]     4.707    # std. dev. 0.001
STD_LZ[38]     1.572    # std. dev. 0.001
STD_LX[39]     2.822
STD_LY[39]     2.124
STD_LZ[39]     1.495
STD_LX[40]     2.628
STD_LY[40]    -2.829
STD_LZ[40]     1.542
STD_LX[41]     7.069
STD_LY[41]     4.641
STD_LZ[41]     1.554
STD_LX[42]    11.598
STD_LY[42]     1.998
STD_LZ[42]     1.538
STD_LX[43]     6.948
STD_LY[43]    -5.511
STD_LZ[43]     1.522
STD_LX[44]     6.203
STD_LY[44]   -10.614
STD_LZ[44]     1.457
STD_LX[45]    11.687
STD_LY[45]    -3.032
STD_LZ[45]     1.499
STD_LX[46]    15.529
STD_LY[46]    -6.310
STD_LZ[46]     1.459
STD_LX[47]    13.815
STD_LY[47]   -17.394
STD_LZ[47]     1.416
STD_LX[48]    19.564
STD_LY[48]   -15.955
STD_LZ[48]     1.396
STD_LX[49]    -0.332
STD_LY[49]    34.547
STD_LZ[49]     1.709
STD_LX[50]     1.479
STD_LY[50]    28.610
STD_LZ[50]     1.670
STD_LX[51]     2.464
STD_LY[51]    18.578
STD_LZ[51]     1.636
STD_LX[52]    10.908
STD_LY[52]    24.918
STD_LZ[52]     1.644
STD_LX[53]     6.384
STD_LY[53]    15.375
STD_LZ[53]     1.592
STD_LX[54]     6.766
STD_LY[54]    10.383
STD_LZ[54]     1.586
STD_LX[55]    13.447
STD_LY[55]    20.191
STD_LZ[55]     1.569
STD_LX[56]    10.911
STD_LY[56]    13.011
STD_LZ[56]     1.585
STD_LX[57]    11.025
STD_LY[57]     7.841
STD_LZ[57]     1.562
STD_LX[58]    16.127
STD_LY[58]    14.722
STD_LZ[58]     1.599
STD_LX[59]    16.499
STD_LY[59]     3.479
STD_LZ[59]     1.494
STD_LX[60]    17.221
STD_LY[60]    -1.551
STD_LZ[60]     1.435
STD_LX[61]    21.391
STD_LY[61]     1.451
STD_LZ[61]     1.480
STD_LX[62]    27.256
STD_LY[62]   -13.972
STD_LZ[62]     1.462
STD_LX[63]    33.615
STD_LY[63]    -9.397
STD_LZ[63]     1.378
# The real stand #64
STD_LX[64]    11.049
STD_LY[64]    36.077
STD_LZ[64]     1.695
## The Outrigger
#STD_LX[64]   273.204
#STD_LY[64]   -96.764
#STD_LZ[64]     0.813

# ------------------------------------
# --- Antenna # -> Stand # mapping ---
# ------------------------------------
# This will be set to floor((n-1)/2)+1 for any antenna n <= 2*N_STD not identified
# Strongly recommmended to leave this alone, so that antennas 1 & 2 are on stand 1,
#   antennas 3 & 4 are on stand 2, and so on.
# *** ANT_STD[antenna_id] goes here:


# ----------------------------
# --- Antenna orientations ---
# ----------------------------
# For any antenna n <= 2*N_STD not identified, this will be set to (n-1) mod 2
# Strongly recommended to leave this alone, so that antennas 1 & 2 are 0 (N-S) and
#   and 1 (E-W) respectively, and so on.
# *** ANT_ORIE[antenna_id] goes here: (0 = N-S, 1 = E-W)


# ----------------------
# --- Antenna Status ---
# ----------------------
# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This refers to the *antenna*, not the FEE or some combination of the two.
# This will be set to 3 ("OK") for any antenna n <= 2*N_STD not identified.
# *** ANT_STAT[antenna_id] goes here:
# FIXME JD: update as needed - last updated 2024/1/29
ANT_STAT[10]  1
ANT_STAT[14]  1
ANT_STAT[17]  1
ANT_STAT[19]  1
ANT_STAT[20]  1
ANT_STAT[22]  1
ANT_STAT[27]  1
ANT_STAT[32]  1
ANT_STAT[35]  1
ANT_STAT[45]  1
ANT_STAT[49]  1
ANT_STAT[63]  1
ANT_STAT[64]  1
ANT_STAT[68]  1
ANT_STAT[81]  1
ANT_STAT[96]  1
ANT_STAT[97]  1
ANT_STAT[98]  1
ANT_STAT[99]  1
ANT_STAT[113] 1
ANT_STAT[115] 1
ANT_STAT[117] 1
ANT_STAT[118] 1
ANT_STAT[127] 1
ANT_STAT[128] 1

# -------------------------------
# --- Antenna mis-orientation ---
# -------------------------------
# These will be set to 0.0 (no error) for any antenna n <= 2*N_STD not identified
# *** ANT_THETA[antenna_id] in degrees goes here:
# *** ANT_PHI[antenna_id] in degrees goes here: 


# ----------------------------------
# --- Antenna design information ---
# ----------------------------------
# This will be set to 1 for any antenna #'s <= 2*N_STD not identified
# You should set it to 0 if different but not known, or >1 if appropriate
# *** ANT_DESI[antenna_id] goes here:


# -------------------------------------------------------
# --- FEEs (number, status, design, nominal gain) -------
# -------------------------------------------------------
N_FEE 64

# This will be set to "UNK" (unknown) for any FEE #'s <= N_FEE not identified
# *** FEE_ID[fee_id] goes here:

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") for any FEE #'s <= N_FEE not identified

# This will be set to 1 for any FEEs not identified below
# You should set it to 0 if different but not known, or >1 if appropriate
# *** FEE_DESI[fee_id] goes here:

# FEE_GAI1[] will be set to 35.7 for any FEE #'s <= N_FEE not identified
# *** FEE_GAI1[fee_id] goes here:

# FEE_GAI2[] will be set to 35.7 for any FEE #'s <= N_FEE not identified
# *** FEE_GAI2[fee_id] goes here:


# ------------------------------------
# --- Antenna # -> FEE # mapping -----
# ------------------------------------
# Format (example) "FEE_ANT1[2] 3" means antenna 3 is connected to port 1 of FEE 2.
# If not specified, then FEE_ANT1[1] will be 1, FEE_ANT2[1] will be 2,
#   FEE_ANT1[2] will be 3, FEE_ANT2[2] will be 4, and so on.
# Strongly recommended to leave this alone, and that only exceptions are noted.
# *** FEE_ANT1[fee_id] goes here:
# *** FEE_ANT2[fee_id] goes here:


# ----------------------------------------
# --- FEE Power Source Identification ----
# ----------------------------------------
# Note that FEE_RACK[] and FEE_PORT[] are used by MCS only to identify power sources;
#  the control of application of power to FEEs is controlled using ARX 
# Format (example) "FEE_RACK[2] 3" means FEE 2 is powered via a supply in Rack 3.
# FEE_RACK[] will be set to 0 (unknown) for any FEE #'s <= N_FEE not identified
# Format (example) "FEE_PORT[2] 7" means FEE 2 is powered via port 7 on whatever rack 
#   is specified by FEE_RACK[2].
# FEE_PORT[] will be set to 0 (unknown) for any FEE #'s <= N_FEE not identified
# *** FEE_RACK[fee_id] goes here:
# *** FEE_PORT[fee_id] goes here:
# All FEEs are currently on Rack 2, Port 8:
FEE_RACK[1]  2
FEE_PORT[1]  8
FEE_RACK[2]  2
FEE_PORT[2]  8
FEE_RACK[3]  2
FEE_PORT[3]  8
FEE_RACK[4]  2
FEE_PORT[4]  8
FEE_RACK[5]  2
FEE_PORT[5]  8
FEE_RACK[6]  2
FEE_PORT[6]  8
FEE_RACK[7]  2
FEE_PORT[7]  8
FEE_RACK[8]  2
FEE_PORT[8]  8
FEE_RACK[9]  2
FEE_PORT[9]  8
FEE_RACK[10] 2
FEE_PORT[10] 8
FEE_RACK[11] 2
FEE_PORT[11] 8
FEE_RACK[12] 2
FEE_PORT[12] 8
FEE_RACK[13] 2
FEE_PORT[13] 8
FEE_RACK[14] 2
FEE_PORT[14] 8
FEE_RACK[15] 2
FEE_PORT[15] 8
FEE_RACK[16] 2
FEE_PORT[16] 8
FEE_RACK[17] 2
FEE_PORT[17] 8
FEE_RACK[18] 2
FEE_PORT[18] 8
FEE_RACK[19] 2
FEE_PORT[19] 8
FEE_RACK[20] 2
FEE_PORT[20] 8
FEE_RACK[21] 2
FEE_PORT[21] 8
FEE_RACK[22] 2
FEE_PORT[22] 8
FEE_RACK[23] 2
FEE_PORT[23] 8
FEE_RACK[24] 2
FEE_PORT[24] 8
FEE_RACK[25] 2
FEE_PORT[25] 8
FEE_RACK[26] 2
FEE_PORT[26] 8
FEE_RACK[27] 2
FEE_PORT[27] 8
FEE_RACK[28] 2
FEE_PORT[28] 8
FEE_RACK[29] 2
FEE_PORT[29] 8
FEE_RACK[30] 2
FEE_PORT[30] 8
FEE_RACK[31] 2
FEE_PORT[31] 8
FEE_RACK[32] 2
FEE_PORT[32] 8
FEE_RACK[33] 2
FEE_PORT[33] 8
FEE_RACK[34] 2
FEE_PORT[34] 8
FEE_RACK[35] 2
FEE_PORT[35] 8
FEE_RACK[36] 2
FEE_PORT[36] 8
FEE_RACK[37] 2
FEE_PORT[37] 8
FEE_RACK[38] 2
FEE_PORT[38] 8
FEE_RACK[39] 2
FEE_PORT[39] 8
FEE_RACK[40] 2
FEE_PORT[40] 8
FEE_RACK[41] 2
FEE_PORT[41] 8
FEE_RACK[42] 2
FEE_PORT[42] 8
FEE_RACK[43] 2
FEE_PORT[43] 8
FEE_RACK[44] 2
FEE_PORT[44] 8
FEE_RACK[45] 2
FEE_PORT[45] 8
FEE_RACK[46] 2
FEE_PORT[46] 8
FEE_RACK[47] 2
FEE_PORT[47] 8
FEE_RACK[48] 2
FEE_PORT[48] 8
FEE_RACK[49] 2
FEE_PORT[49] 8
FEE_RACK[50] 2
FEE_PORT[50] 8
FEE_RACK[51] 2
FEE_PORT[51] 8
FEE_RACK[52] 2
FEE_PORT[52] 8
FEE_PORT[53] 8
FEE_RACK[54] 2
FEE_PORT[54] 8
FEE_RACK[55] 2
FEE_PORT[55] 8
FEE_RACK[56] 2
FEE_PORT[56] 8
FEE_RACK[57] 2
FEE_PORT[57] 8
FEE_RACK[58] 2
FEE_PORT[58] 8
FEE_RACK[59] 2
FEE_PORT[59] 8
FEE_RACK[60] 2
FEE_PORT[60] 8
FEE_RACK[61] 2
FEE_PORT[61] 8
FEE_RACK[62] 2
FEE_PORT[62] 8
FEE_RACK[63] 2
FEE_PORT[63] 8
FEE_RACK[64] 2
FEE_PORT[64] 8


# ----------------------
# --- RPD --------------
# ----------------------
N_RPD 128

# RPD_ID[] will be set to "UNK" (no identification) for any cables #'s <= N_RPD not identified
# *** RPD_ID[cable#] <label> goes here:

RPD_ID[1]  Stand_1-XX
RPD_ID[2]  Stand_1-YY
RPD_ID[3]  Stand_2-XX
RPD_ID[4]  Stand_2-YY
RPD_ID[5]  Stand_3-XX
RPD_ID[6]  Stand_3-YY
RPD_ID[7]  Stand_4-XX
RPD_ID[8]  Stand_4-YY
RPD_ID[9]  Stand_5-XX
RPD_ID[10]  Stand_5-YY
RPD_ID[11]  Stand_6-XX
RPD_ID[12]  Stand_6-YY
RPD_ID[13]  Stand_7-XX
RPD_ID[14]  Stand_7-YY
RPD_ID[15]  Stand_8-XX
RPD_ID[16]  Stand_8-YY
RPD_ID[17]  Stand_9-XX
RPD_ID[18]  Stand_9-YY
RPD_ID[19]  Stand_10-XX
RPD_ID[20]  Stand_10-YY
RPD_ID[21]  Stand_11-XX
RPD_ID[22]  Stand_11-YY
RPD_ID[23]  Stand_12-XX
RPD_ID[24]  Stand_12-YY
RPD_ID[25]  Stand_13-XX
RPD_ID[26]  Stand_13-YY
RPD_ID[27]  Stand_14-XX
RPD_ID[28]  Stand_14-YY
RPD_ID[29]  Stand_15-XX
RPD_ID[30]  Stand_15-YY
RPD_ID[31]  Stand_16-XX
RPD_ID[32]  Stand_16-YY
RPD_ID[33]  Stand_17-XX
RPD_ID[34]  Stand_17-YY
RPD_ID[35]  Stand_18-XX
RPD_ID[36]  Stand_18-YY
RPD_ID[37]  Stand_19-XX
RPD_ID[38]  Stand_19-YY
RPD_ID[39]  Stand_20-XX
RPD_ID[40]  Stand_20-YY
RPD_ID[41]  Stand_21-XX
RPD_ID[42]  Stand_21-YY
RPD_ID[43]  Stand_22-XX
RPD_ID[44]  Stand_22-YY
RPD_ID[45]  Stand_23-XX
RPD_ID[46]  Stand_23-YY
RPD_ID[47]  Stand_24-XX
RPD_ID[48]  Stand_24-YY
RPD_ID[49]  Stand_25-XX
RPD_ID[50]  Stand_25-YY
RPD_ID[51]  Stand_26-XX
RPD_ID[52]  Stand_26-YY
RPD_ID[53]  Stand_27-XX
RPD_ID[54]  Stand_27-YY
RPD_ID[55]  Stand_28-XX
RPD_ID[56]  Stand_28-YY
RPD_ID[57]  Stand_29-XX
RPD_ID[58]  Stand_29-YY
RPD_ID[59]  Stand_30-XX
RPD_ID[60]  Stand_30-YY
RPD_ID[61]  Stand_31-XX
RPD_ID[62]  Stand_31-YY
RPD_ID[63]  Stand_32-XX
RPD_ID[64]  Stand_32-YY
RPD_ID[65]  Stand_33-XX
RPD_ID[66]  Stand_33-YY
RPD_ID[67]  Stand_34-XX
RPD_ID[68]  Stand_34-YY
RPD_ID[69]  Stand_35-XX
RPD_ID[70]  Stand_35-YY
RPD_ID[71]  Stand_36-XX
RPD_ID[72]  Stand_36-YY
RPD_ID[73]  Stand_37-XX
RPD_ID[74]  Stand_37-YY
RPD_ID[75]  Stand_38-XX
RPD_ID[76]  Stand_38-YY
RPD_ID[77]  Stand_39-XX
RPD_ID[78]  Stand_39-YY
RPD_ID[79]  Stand_40-XX
RPD_ID[80]  Stand_40-YY
RPD_ID[81]  Stand_41-XX
RPD_ID[82]  Stand_41-YY
RPD_ID[83]  Stand_42-XX
RPD_ID[84]  Stand_42-YY
RPD_ID[85]  Stand_43-XX
RPD_ID[86]  Stand_43-YY
RPD_ID[87]  Stand_44-XX
RPD_ID[88]  Stand_44-YY
RPD_ID[89]  Stand_45-XX
RPD_ID[90]  Stand_45-YY
RPD_ID[91]  Stand_46-XX
RPD_ID[92]  Stand_46-YY
RPD_ID[93]  Stand_47-XX
RPD_ID[94]  Stand_47-YY
RPD_ID[95]  Stand_48-XX
RPD_ID[96]  Stand_48-YY
RPD_ID[97]  Stand_49-XX
RPD_ID[98]  Stand_49-YY
RPD_ID[99]  Stand_50-XX
RPD_ID[100]  Stand_50-YY
RPD_ID[101]  Stand_51-XX
RPD_ID[102]  Stand_51-YY
RPD_ID[103]  Stand_52-XX
RPD_ID[104]  Stand_52-YY
RPD_ID[105]  Stand_53-XX
RPD_ID[106]  Stand_53-YY
RPD_ID[107]  Stand_54-XX
RPD_ID[108]  Stand_54-YY
RPD_ID[109]  Stand_55-XX
RPD_ID[110]  Stand_55-YY
RPD_ID[111]  Stand_56-XX
RPD_ID[112]  Stand_56-YY
RPD_ID[113]  Stand_57-XX
RPD_ID[114]  Stand_57-YY
RPD_ID[115]  Stand_58-XX
RPD_ID[116]  Stand_58-YY
RPD_ID[117]  Stand_59-XX
RPD_ID[118]  Stand_59-YY
RPD_ID[119]  Stand_60-XX
RPD_ID[120]  Stand_60-YY
RPD_ID[121]  Stand_61-XX
RPD_ID[122]  Stand_61-YY
RPD_ID[123]  Stand_62-XX
RPD_ID[124]  Stand_62-YY
RPD_ID[125]  Stand_63-XX
RPD_ID[126]  Stand_63-YY
# The real stand #64
RPD_ID[127]  Stand_64-XX
RPD_ID[128]  Stand_64-YY
## The Outrigger
#RPD_ID[127]  OUTR-XX
#RPD_ID[128]  OUTR-YY

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") for any cable #'s <= N_RPD not identified
# *** RPD_STAT[cable#] goes here:

# RPD_LENG[] will be set to 0 for any cable #'s <= N_RPD not identified
# *** RPD_LENG[cable#] [m] goes here:

RPD_LENG[1]   73.37905
RPD_LENG[2]   74.31798
RPD_LENG[3]   67.27605
RPD_LENG[4]   66.33713
RPD_LENG[5]   73.84852
RPD_LENG[6]   72.90959
RPD_LENG[7]   75.2569
RPD_LENG[8]   76.19582
RPD_LENG[9]   83.69782
RPD_LENG[10]   83.69782
RPD_LENG[11]   88.39243
RPD_LENG[12]   88.39243
RPD_LENG[13]   101.99743
RPD_LENG[14]   101.52797
RPD_LENG[15]   96.36389
RPD_LENG[16]   96.83335
RPD_LENG[17]   94.49543
RPD_LENG[18]   94.9555
RPD_LENG[19]   110.44773
RPD_LENG[20]   110.44773
RPD_LENG[21]   107.63097
RPD_LENG[22]   107.1615
RPD_LENG[23]   112.78565
RPD_LENG[24]   113.72458
RPD_LENG[25]   125.45172
RPD_LENG[26]   125.92119
RPD_LENG[27]   56.95729
RPD_LENG[28]   56.95729
RPD_LENG[29]   69.24779
RPD_LENG[30]   69.24779
RPD_LENG[31]   66.90049
RPD_LENG[32]   66.43102
RPD_LENG[33]   72.53402
RPD_LENG[34]   71.97067
RPD_LENG[35]   77.6981
RPD_LENG[36]   78.16756
RPD_LENG[37]   82.85279
RPD_LENG[38]   82.85279
RPD_LENG[39]   86.13902
RPD_LENG[40]   86.13902
RPD_LENG[41]   93.18094
RPD_LENG[42]   93.6504
RPD_LENG[43]   86.60848
RPD_LENG[44]   86.60848
RPD_LENG[45]   94.11986
RPD_LENG[46]   94.11986
RPD_LENG[47]   93.18094
RPD_LENG[48]   93.18094
RPD_LENG[49]   97.77227
RPD_LENG[50]   97.77227
RPD_LENG[51]   98.7112
RPD_LENG[52]   98.7112
RPD_LENG[53]   107.1615
RPD_LENG[54]   107.1615
RPD_LENG[55]   108.5605
RPD_LENG[56]   108.5605
RPD_LENG[57]   109.49942
RPD_LENG[58]   109.49942
RPD_LENG[59]   116.07188
RPD_LENG[60]   115.13296
RPD_LENG[61]   116.07188
RPD_LENG[62]   116.07188
RPD_LENG[63]   57.05118
RPD_LENG[64]   57.05118
RPD_LENG[65]   56.58172
RPD_LENG[66]   57.05118
RPD_LENG[67]   69.24779
RPD_LENG[68]   68.77833
RPD_LENG[69]   78.16756
RPD_LENG[70]   78.16756
RPD_LENG[71]   94.9555
RPD_LENG[72]   94.48604
RPD_LENG[73]   72.06456
RPD_LENG[74]   73.94241
RPD_LENG[75]   81.81997
RPD_LENG[76]   81.81997
RPD_LENG[77]   88.39243
RPD_LENG[78]   88.39243
RPD_LENG[79]   94.02597
RPD_LENG[80]   94.02597
RPD_LENG[81]   88.39243
RPD_LENG[82]   87.92297
RPD_LENG[83]   94.02597
RPD_LENG[84]   93.55651
RPD_LENG[85]   96.36389
RPD_LENG[86]   96.36389
RPD_LENG[87]   97.77227
RPD_LENG[88]   97.77227
RPD_LENG[89]   95.89443
RPD_LENG[90]   95.89443
RPD_LENG[91]   101.0585
RPD_LENG[92]   101.0585
RPD_LENG[93]   117.01081
RPD_LENG[94]   116.54134
RPD_LENG[95]   112.31619
RPD_LENG[96]   112.78565
RPD_LENG[97]   66.90049
RPD_LENG[98]   67.36995
RPD_LENG[99]   72.06456
RPD_LENG[100]   71.12564
RPD_LENG[101]   79.10648
RPD_LENG[102]   79.10648
RPD_LENG[103]   82.85279
RPD_LENG[104]   82.85279
RPD_LENG[105]   82.85279
RPD_LENG[106]   82.38333
RPD_LENG[107]   87.45351
RPD_LENG[108]   87.45351
RPD_LENG[109]   86.51459
RPD_LENG[110]   86.04513
RPD_LENG[111]   93.08705
RPD_LENG[112]   93.08705
RPD_LENG[113]   90.73974
RPD_LENG[114]   90.73974
RPD_LENG[115]   97.77227
RPD_LENG[116]   97.77227
RPD_LENG[117]   97.77227
RPD_LENG[118]   97.77227
RPD_LENG[119]   101.0585
RPD_LENG[120]   101.0585
RPD_LENG[121]   103.87527
RPD_LENG[122]   103.87527
RPD_LENG[123]   115.60242
RPD_LENG[124]   116.07188
RPD_LENG[125]   120.29704
RPD_LENG[126]   119.82758
# The real stand #64
RPD_LENG[127]   80.04541
RPD_LENG[128]   80.04541
## The Outrigger
#RPD_LENG[127]   362.60490 
#RPD_LENG[128]   362.10727

# RPD_STR[] will be be set to 1 for any #'s <= N_RPD not identified
# *** RPD_STR[cable#] stretch factor goes here:

RPD_STR[1]   0.9776
RPD_STR[2]   0.9775
RPD_STR[3]   0.9633
RPD_STR[4]   0.9662
RPD_STR[5]   0.9775
RPD_STR[6]   0.9767
RPD_STR[7]   0.9828
RPD_STR[8]   0.9802
RPD_STR[9]   0.9939
RPD_STR[10]  0.9939
RPD_STR[11]  0.9997
RPD_STR[12]  0.9998
RPD_STR[13]  1.0106
RPD_STR[14]  1.0160
RPD_STR[15]  1.0100
RPD_STR[16]  1.0070
RPD_STR[17]  1.0079
RPD_STR[18]  1.0035
RPD_STR[19]  1.0097
RPD_STR[20]  1.0145
RPD_STR[21]  1.0146
RPD_STR[22]  1.0133
RPD_STR[23]  1.0219
RPD_STR[24]  1.0208
RPD_STR[25]  1.0258
RPD_STR[26]  1.0272
RPD_STR[27]  0.9426
RPD_STR[28]  0.9414
RPD_STR[29]  0.9667
RPD_STR[30]  0.9649
RPD_STR[31]  0.9647
RPD_STR[32]  0.9506
RPD_STR[33]  0.9737
RPD_STR[34]  0.9752
RPD_STR[35]  0.9896
RPD_STR[36]  0.9784
RPD_STR[37]  0.9920
RPD_STR[38]  0.9882
RPD_STR[39]  0.9963
RPD_STR[40]  0.9888
RPD_STR[41]  1.0044
RPD_STR[42]  1.0003
RPD_STR[43]  0.9935
RPD_STR[44]  0.9922
RPD_STR[45]  1.0006
RPD_STR[46]  1.0012
RPD_STR[47]  1.0025
RPD_STR[48]  1.0024
RPD_STR[49]  1.0011
RPD_STR[50]  1.0049
RPD_STR[51]  1.0098
RPD_STR[52]  1.0075
RPD_STR[53]  1.0154
RPD_STR[54]  1.0167
RPD_STR[55]  1.0151
RPD_STR[56]  1.0175
RPD_STR[57]  1.0193
RPD_STR[58]  1.0179
RPD_STR[59]  1.0195
RPD_STR[60]  1.0205
RPD_STR[61]  1.0215
RPD_STR[62]  1.0231
RPD_STR[63]  0.9876
RPD_STR[64]  1.0991
RPD_STR[65]  0.9449
RPD_STR[66]  0.9332
RPD_STR[67]  0.9654
RPD_STR[68]  0.9808
RPD_STR[69]  0.9823
RPD_STR[70]  0.9818
RPD_STR[71]  1.0064
RPD_STR[72]  1.0048
RPD_STR[73]  0.9763
RPD_STR[74]  0.9750
RPD_STR[75]  0.9876
RPD_STR[76]  0.9860
RPD_STR[77]  0.9980
RPD_STR[78]  0.9953
RPD_STR[79]  1.0080
RPD_STR[80]  1.0057
RPD_STR[81]  0.9951
RPD_STR[82]  0.9985
RPD_STR[83]  1.0017
RPD_STR[84]  1.0045
RPD_STR[85]  1.0078
RPD_STR[86]  1.0065
RPD_STR[87]  1.0054
RPD_STR[88]  1.0055
RPD_STR[89]  1.0036
RPD_STR[90]  1.0051
RPD_STR[91]  1.0075
RPD_STR[92]  1.0117
RPD_STR[93]  1.0221
RPD_STR[94]  1.0226
RPD_STR[95]  1.0170
RPD_STR[96]  1.0202
RPD_STR[97]  0.9885
RPD_STR[98]  0.9617
RPD_STR[99]  0.9849
RPD_STR[100] 0.9686
RPD_STR[101] 0.9816
RPD_STR[102] 0.9791
RPD_STR[103] 0.9888
RPD_STR[104] 0.9874
RPD_STR[105] 0.9906
RPD_STR[106] 0.9873
RPD_STR[107] 0.9957
RPD_STR[108] 0.9947
RPD_STR[109] 0.9933
RPD_STR[110] 0.9941
RPD_STR[111] 1.0073
RPD_STR[112] 1.0035
RPD_STR[113] 1.0005
RPD_STR[114] 0.9988
RPD_STR[115] 1.0064
RPD_STR[116] 1.0081
RPD_STR[117] 1.0008
RPD_STR[118] 1.0076
RPD_STR[119] 0.9974
RPD_STR[120] 1.0038
RPD_STR[121] 1.0129
RPD_STR[122] 1.0127
RPD_STR[123] 1.0202
RPD_STR[124] 1.0161
RPD_STR[125] 1.0245
RPD_STR[126] 1.0254
# The real stand #64
RPD_STR[127]  1.00000
RPD_STR[128]  1.00000

## The Outrigger
#RPD_VF[127]   85.0 # this is the known value for LMR-400
#RPD_DD[127]   2.0 # this is SE's guess; see comment below 
#RPD_A0[127]   0.00185 
#RPD_A1[127]   0.00000 
#RPD_STR[127]  1.00000
#RPD_VF[128]   85.0 # this is the known value for LMR-400
#RPD_DD[128]   2.0 # this is SE's guess; see comment below 
#RPD_A0[128]   0.00185 
#RPD_A1[128]   0.00000 
#RPD_STR[128]  1.00000

# FIXME SE Above: I guessed RPD_DD = 2 ns, because I expect it to be better than 
# ... a LMR-200-like cable, but I'm not sure by how much. 
# FIXME JD: Also set outrigger cable parameters
 
# --------------------------------------
# --- Antenna # -> cable # mapping -----
# --------------------------------------
# Format (example) "RPD_ANT[2] 3" means antenna 3 is connected to cable 2.
# RPD_ANT[n] will be set to n for any cables #'s <= N_RPD not identified
#   ...so you should only need to note exceptions here
# Set RPD_ANT[] to the corresponding negative value to indicated that only the input is connected.
# *** RPD_ANT[cable#] goes here:


# ----------------------
# --- SEP --------------
# ----------------------
N_SEP 128

# SEP_ID[] will be set to "UNK" (no identification) for any SEP port #'s <= N_SEP not identified
# *** SEP_ID[port#] goes here:
SEP_ID[1]   1
SEP_ID[2]   2
SEP_ID[3]   3
SEP_ID[4]   4
SEP_ID[5]   5
SEP_ID[6]   6
SEP_ID[7]   7
SEP_ID[8]   8
SEP_ID[9]   9
SEP_ID[10]  10
SEP_ID[11]  11
SEP_ID[12]  12
SEP_ID[13]  13
SEP_ID[14]  14
SEP_ID[15]  15
SEP_ID[16]  16
SEP_ID[17]  17
SEP_ID[18]  18
SEP_ID[19]  19
SEP_ID[20]  20
SEP_ID[21]  21
SEP_ID[22]  22
SEP_ID[23]  23
SEP_ID[24]  24
SEP_ID[25]  25
SEP_ID[26]  26
SEP_ID[27]  27
SEP_ID[28]  28
SEP_ID[29]  29
SEP_ID[30]  30
SEP_ID[31]  31
SEP_ID[32]  32
SEP_ID[33]  33
SEP_ID[34]  34
SEP_ID[35]  35
SEP_ID[36]  36
SEP_ID[37]  37
SEP_ID[38]  38
SEP_ID[39]  39
SEP_ID[40]  40
SEP_ID[41]  41
SEP_ID[42]  42
SEP_ID[43]  43
SEP_ID[44]  44
SEP_ID[45]  45
SEP_ID[46]  46
SEP_ID[47]  47
SEP_ID[48]  48
SEP_ID[49]  49
SEP_ID[50]  50
SEP_ID[51]  51
SEP_ID[52]  52
SEP_ID[53]  53
SEP_ID[54]  54
SEP_ID[55]  55
SEP_ID[56]  56
SEP_ID[57]  57
SEP_ID[58]  58
SEP_ID[59]  59
SEP_ID[60]  60
SEP_ID[61]  61
SEP_ID[62]  62
SEP_ID[63]  63
SEP_ID[64]  64
SEP_ID[65]  65
SEP_ID[66]  66
SEP_ID[67]  67
SEP_ID[68]  68
SEP_ID[69]  69
SEP_ID[70]  70
SEP_ID[71]  71
SEP_ID[72]  72
SEP_ID[73]  73
SEP_ID[74]  74
SEP_ID[75]  75
SEP_ID[76]  76
SEP_ID[77]  77
SEP_ID[78]  78
SEP_ID[79]  79
SEP_ID[80]  80
SEP_ID[81]  81
SEP_ID[82]  82
SEP_ID[83]  83
SEP_ID[84]  84
SEP_ID[85]  85
SEP_ID[86]  86
SEP_ID[87]  87
SEP_ID[88]  88
SEP_ID[89]  89
SEP_ID[90]  90
SEP_ID[91]  91
SEP_ID[92]  92
SEP_ID[93]  93
SEP_ID[94]  94
SEP_ID[95]  95
SEP_ID[96]  96
SEP_ID[97]  97
SEP_ID[98]  98
SEP_ID[99]  99
SEP_ID[100] 100
SEP_ID[101] 101
SEP_ID[102] 102
SEP_ID[103] 103
SEP_ID[104] 104
SEP_ID[106] 106
SEP_ID[107] 107
SEP_ID[108] 108
SEP_ID[109] 109
SEP_ID[110] 110
SEP_ID[111] 111
SEP_ID[112] 112
SEP_ID[113] 113
SEP_ID[114] 114
SEP_ID[115] 115
SEP_ID[116] 116
SEP_ID[117] 117
SEP_ID[118] 118
SEP_ID[119] 119
SEP_ID[120] 120
SEP_ID[121] 121
SEP_ID[122] 122
SEP_ID[123] 123
SEP_ID[124] 124
SEP_ID[125] 125
SEP_ID[126] 126
SEP_ID[127] 127
SEP_ID[128] 128

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") for any port #'s <= N_SEP not identified
# *** SEP_STAT[port#] goes here:

# SEP_CABL[] will be set to "UNK" (no identification) for any SEP port #'s <= N_SEP not identified
# *** SEP_CABL[port#] goes here:

# SEP_LENG[] will be set to 0 for any SEP port #'s <= N_SEP not identified
# *** SEP_LENG[port#] goes here:

# SEP_DESI[] be set to 1 for any SEP port #'s <= N_SEP not identified
# You should set it to 0 if different but not known, or >1 if appropriate
# *** SEP_DESI[port#] goes here:

# SEP_GAIN[] be set to 0.0 for any SEP port #'s <= N_SEP not identified
# *** SEP_GAIN[port] [dB] goes here:


# -----------------------------------------
# --- Antenna # -> SEP port # mapping -----
# -----------------------------------------
# Format (example) "SEP_ANT[2] 3" means antenna 3 is connected to SEP port 2.
# SEP_ANT[n] will be set to n for any port #'s <= N_SEP not identified
#   ... so only need to note exceptions below
# Set SEP_ANT[] to the corresponding negative value to indicated that only the input is connected.
# *** SEP_ANT[port#] goes here:


# ----------------------
# --- ASP --------------
# ----------------------
# Maximum (not necessarily actual) number of ARX boards:
N_ARB 8
# Maximum (not necessarily actual) number or channels per ARX board:
N_ARBCH 16

# ARB_ID[] will be set to "UNK" (no identification) for any ARX board #'s <= N_ARB not identified
# *** ARB_ID[arb#] goes here:
ARB_ID[1] 8243
ARB_ID[2] 8252
ARB_ID[3] 8244
ARB_ID[4] 8249
ARB_ID[5] 8250
ARB_ID[6] 8248
ARB_ID[7] 8247
ARB_ID[8] 8245

# ARB_SLOT[] will be set to 0 (not known/not applicable) for any ARX board #'s <= N_ARB not identified
# *** ARB_SLOT[arb#] goes here:
# Format is <chassis>-<slot-from-left>
ARB_SLOT[1] 1-1
ARB_SLOT[2] 1-2
ARB_SLOT[3] 1-3
ARB_SLOT[4] 1-4
ARB_SLOT[5] 1-5
ARB_SLOT[6] 1-6
ARB_SLOT[7] 1-7
ARB_SLOT[8] 1-8

# ARB_DESI[] be set to 0 for any ARX board #'s <= N_ARB not identified
# *** ARB_DESI[arb#] goes here:
# ARB_DESI[] be set to 0 for any ARX board #'s <= N_ARB not identified
# *** ARB_DESI[arb#] goes here:
# Code are 1: rev C
#          2: rev D
#          3: rev F
#          4: ref G
#          5: ref H
ARB_DESI[1] 5
ARB_DESI[2] 5
ARB_DESI[3] 5
ARB_DESI[4] 5
ARB_DESI[5] 5
ARB_DESI[6] 5
ARB_DESI[7] 5
ARB_DESI[8] 5

# Format (example) "ARB_RACK[2] 3" means ARX board 2 is powered via a supply in Rack 2.
# ARB_RACK[] will be set to 0 (no power source) for any ARX board #'s <= N_ARB not identified
# Format (example) "ARB_PORT[2] 7" means ARX board 2 is powered via port 7 (on whatever rack is specified elsewhere).
# ARB_PORT[] will be set to 0 (no power source) for any ARX board #'s <= N_ARB not identified
# *** ARB_RACK[arb#] goes here:
# *** ARB_PORT[arb#] goes here:
ARB_RACK[1] 2
ARB_PORT[1] 8
ARB_RACK[2] 2
ARB_PORT[2] 8
ARB_RACK[3] 2
ARB_PORT[3] 8
ARB_RACK[4] 2
ARB_PORT[4] 8
ARB_RACK[5] 2
ARB_PORT[5] 8
ARB_RACK[6] 2
ARB_PORT[6] 8
ARB_RACK[7] 2
ARB_PORT[7] 8
ARB_RACK[8] 2
ARB_PORT[8] 8

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") for any ARX board-channels not identified
# *** ARB_STAT[arb#][ch#] goes here:

# ARB_GAIN[][] will be set to 67.0 for any boards/channels not identified
# *** ARB_GAIN[arb#][ch#] goes here:


# ----------------------------------------------
# --- Antenna # -> ARX board-channel mapping ---
# ----------------------------------------------
# Format (example) "ARB_ANT[2][3] 4" means antenna 4 is connected to ARX Board 2, channel 3.
# If not indicated otherwise, ARB_ANT[1][1] will be set to 1, ARB_ANT[1][2] will be set to 2, etc.
#   ... so best is to note only the exceptions below.
# Set ARB_ANT[][] to the corresponding negative value to indicated that only the input is connected.
# *** ARB_ANT[arb#][ch#] goes here:


# ----------------------------------------------
# --- ASP input/output labeling ----------------
# ----------------------------------------------
# ARB_IN[][] will be set to "UNK" ("unknown") for any boards/channels not identified
# ARB_OUT[][] will be set to "UNK" ("unknown") for any boards/channels not identified
# *** ARB_IN[][] goes here:
# Format is <column>_<row>

ARB_IN[1][1]  8_1
ARB_IN[1][2]  8_2
ARB_IN[1][3]  8_3
ARB_IN[1][4]  8_4
ARB_IN[1][5]  8_5
ARB_IN[1][6]  8_6
ARB_IN[1][7]  8_7
ARB_IN[1][8]  8_8
ARB_IN[1][9]  8_9
ARB_IN[1][10]  8_10
ARB_IN[1][11]  8_11
ARB_IN[1][12]  8_12
ARB_IN[1][13]  8_13
ARB_IN[1][14]  8_14
ARB_IN[1][15]  8_15
ARB_IN[1][16]  8_16
ARB_IN[2][1]  7_1
ARB_IN[2][2]  7_2
ARB_IN[2][3]  7_3
ARB_IN[2][4]  7_4
ARB_IN[2][5]  7_5
ARB_IN[2][6]  7_6
ARB_IN[2][7]  7_7
ARB_IN[2][8]  7_8
ARB_IN[2][9]  7_9
ARB_IN[2][10]  7_10
ARB_IN[2][11]  7_11
ARB_IN[2][12]  7_12
ARB_IN[2][13]  7_13
ARB_IN[2][14]  7_14
ARB_IN[2][15]  7_15
ARB_IN[2][16]  7_16
ARB_IN[3][1]  6_1
ARB_IN[3][2]  6_2
ARB_IN[3][3]  6_3
ARB_IN[3][4]  6_4
ARB_IN[3][5]  6_5
ARB_IN[3][6]  6_6
ARB_IN[3][7]  6_7
ARB_IN[3][8]  6_8
ARB_IN[3][9]  6_9
ARB_IN[3][10]  6_10
ARB_IN[3][11]  6_11
ARB_IN[3][12]  6_12
ARB_IN[3][13]  6_13
ARB_IN[3][14]  6_14
ARB_IN[3][15]  6_15
ARB_IN[3][16]  6_16
ARB_IN[4][1]  5_1
ARB_IN[4][2]  5_2
ARB_IN[4][3]  5_3
ARB_IN[4][4]  5_4
ARB_IN[4][5]  5_5
ARB_IN[4][6]  5_6
ARB_IN[4][7]  5_7
ARB_IN[4][8]  5_8
ARB_IN[4][9]  5_9
ARB_IN[4][10]  5_10
ARB_IN[4][11]  5_11
ARB_IN[4][12]  5_12
ARB_IN[4][13]  5_13
ARB_IN[4][14]  5_14
ARB_IN[4][15]  5_15
ARB_IN[4][16]  5_16
ARB_IN[5][1]  4_1
ARB_IN[5][2]  4_2
ARB_IN[5][3]  4_3
ARB_IN[5][4]  4_4
ARB_IN[5][5]  4_5
ARB_IN[5][6]  4_6
ARB_IN[5][7]  4_7
ARB_IN[5][8]  4_8
ARB_IN[5][9]  4_9
ARB_IN[5][10]  4_10
ARB_IN[5][11]  4_11
ARB_IN[5][12]  4_12
ARB_IN[5][13]  4_13
ARB_IN[5][14]  4_14
ARB_IN[5][15]  4_15
ARB_IN[5][16]  4_16
ARB_IN[6][1]  3_1
ARB_IN[6][2]  3_2
ARB_IN[6][3]  3_3
ARB_IN[6][4]  3_4
ARB_IN[6][5]  3_5
ARB_IN[6][6]  3_6
ARB_IN[6][7]  3_7
ARB_IN[6][8]  3_8
ARB_IN[6][9]  3_9
ARB_IN[6][10]  3_10
ARB_IN[6][11]  3_11
ARB_IN[6][12]  3_12
ARB_IN[6][13]  3_13
ARB_IN[6][14]  3_14
ARB_IN[6][15]  3_15
ARB_IN[6][16]  3_16
ARB_IN[7][1]  2_1
ARB_IN[7][2]  2_2
ARB_IN[7][3]  2_3
ARB_IN[7][4]  2_4
ARB_IN[7][5]  2_5
ARB_IN[7][6]  2_6
ARB_IN[7][7]  2_7
ARB_IN[7][8]  2_8
ARB_IN[7][9]  2_9
ARB_IN[7][10]  2_10
ARB_IN[7][11]  2_11
ARB_IN[7][12]  2_12
ARB_IN[7][13]  2_13
ARB_IN[7][14]  2_14
ARB_IN[7][15]  2_15
ARB_IN[7][16]  2_16
ARB_IN[8][1]  1_1
ARB_IN[8][2]  1_2
ARB_IN[8][3]  1_3
ARB_IN[8][4]  1_4
ARB_IN[8][5]  1_5
ARB_IN[8][6]  1_6
ARB_IN[8][7]  1_7
ARB_IN[8][8]  1_8
ARB_IN[8][9]  1_9
ARB_IN[8][10]  1_10
ARB_IN[8][11]  1_11
ARB_IN[8][12]  1_12
ARB_IN[8][13]  1_13
ARB_IN[8][14]  1_14
ARB_IN[8][15]  1_15
ARB_IN[8][16]  1_16

# *** ARB_OUT[][] goes here:
# Format is <column-from-left>_<row-from-top>

ARB_OUT[1][1]  1_1
ARB_OUT[1][2]  1_2
ARB_OUT[1][3]  1_3
ARB_OUT[1][4]  1_4
ARB_OUT[1][5]  1_5
ARB_OUT[1][6]  1_6
ARB_OUT[1][7]  1_7
ARB_OUT[1][8]  1_8
ARB_OUT[1][9]  1_9
ARB_OUT[1][10]  1_10
ARB_OUT[1][11]  1_11
ARB_OUT[1][12]  1_12
ARB_OUT[1][13]  1_13
ARB_OUT[1][14]  1_14
ARB_OUT[1][15]  1_15
ARB_OUT[1][16]  1_16
ARB_OUT[2][1]  2_1
ARB_OUT[2][2]  2_2
ARB_OUT[2][3]  2_3
ARB_OUT[2][4]  2_4
ARB_OUT[2][5]  2_5
ARB_OUT[2][6]  2_6
ARB_OUT[2][7]  2_7
ARB_OUT[2][8]  2_8
ARB_OUT[2][9]  2_9
ARB_OUT[2][10]  2_10
ARB_OUT[2][11]  2_11
ARB_OUT[2][12]  2_12
ARB_OUT[2][13]  2_13
ARB_OUT[2][14]  2_14
ARB_OUT[2][15]  2_15
ARB_OUT[2][16]  2_16
ARB_OUT[3][1]  3_1
ARB_OUT[3][2]  3_2
ARB_OUT[3][3]  3_3
ARB_OUT[3][4]  3_4
ARB_OUT[3][5]  3_5
ARB_OUT[3][6]  3_6
ARB_OUT[3][7]  3_7
ARB_OUT[3][8]  3_8
ARB_OUT[3][9]  3_9
ARB_OUT[3][10]  3_10
ARB_OUT[3][11]  3_11
ARB_OUT[3][12]  3_12
ARB_OUT[3][13]  3_13
ARB_OUT[3][14]  3_14
ARB_OUT[3][15]  3_15
ARB_OUT[3][16]  3_16
ARB_OUT[4][1]  4_1
ARB_OUT[4][2]  4_2
ARB_OUT[4][3]  4_3
ARB_OUT[4][4]  4_4
ARB_OUT[4][5]  4_5
ARB_OUT[4][6]  4_6
ARB_OUT[4][7]  4_7
ARB_OUT[4][8]  4_8
ARB_OUT[4][9]  4_9
ARB_OUT[4][10]  4_10
ARB_OUT[4][11]  4_11
ARB_OUT[4][12]  4_12
ARB_OUT[4][13]  4_13
ARB_OUT[4][14]  4_14
ARB_OUT[4][15]  4_15
ARB_OUT[4][16]  4_16
ARB_OUT[5][1]  5_1
ARB_OUT[5][2]  5_2
ARB_OUT[5][3]  5_3
ARB_OUT[5][4]  5_4
ARB_OUT[5][5]  5_5
ARB_OUT[5][6]  5_6
ARB_OUT[5][7]  5_7
ARB_OUT[5][8]  5_8
ARB_OUT[5][9]  5_9
ARB_OUT[5][10]  5_10
ARB_OUT[5][11]  5_11
ARB_OUT[5][12]  5_12
ARB_OUT[5][13]  5_13
ARB_OUT[5][14]  5_14
ARB_OUT[5][15]  5_15
ARB_OUT[5][16]  5_16
ARB_OUT[6][1]  6_1
ARB_OUT[6][2]  6_2
ARB_OUT[6][3]  6_3
ARB_OUT[6][4]  6_4
ARB_OUT[6][5]  6_5
ARB_OUT[6][6]  6_6
ARB_OUT[6][7]  6_7
ARB_OUT[6][8]  6_8
ARB_OUT[6][9]  6_9
ARB_OUT[6][10]  6_10
ARB_OUT[6][11]  6_11
ARB_OUT[6][12]  6_12
ARB_OUT[6][13]  6_13
ARB_OUT[6][14]  6_14
ARB_OUT[6][15]  6_15
ARB_OUT[6][16]  6_16
ARB_OUT[7][1]  7_1
ARB_OUT[7][2]  7_2
ARB_OUT[7][3]  7_3
ARB_OUT[7][4]  7_4
ARB_OUT[7][5]  7_5
ARB_OUT[7][6]  7_6
ARB_OUT[7][7]  7_7
ARB_OUT[7][8]  7_8
ARB_OUT[7][9]  7_9
ARB_OUT[7][10]  7_10
ARB_OUT[7][11]  7_11
ARB_OUT[7][12]  7_12
ARB_OUT[7][13]  7_13
ARB_OUT[7][14]  7_14
ARB_OUT[7][15]  7_15
ARB_OUT[7][16]  7_16
ARB_OUT[8][1]  8_1
ARB_OUT[8][2]  8_2
ARB_OUT[8][3]  8_3
ARB_OUT[8][4]  8_4
ARB_OUT[8][5]  8_5
ARB_OUT[8][6]  8_6
ARB_OUT[8][7]  8_7
ARB_OUT[8][8]  8_8
ARB_OUT[8][9]  8_9
ARB_OUT[8][10]  8_10
ARB_OUT[8][11]  8_11
ARB_OUT[8][12]  8_12
ARB_OUT[8][13]  8_13
ARB_OUT[8][14]  8_14
ARB_OUT[8][15]  8_15
ARB_OUT[8][16]  8_16



# ----------------------
# --- SNAP2 ------------
# ----------------------
# Maximum number of SNAP2 boards:
N_SNAP 2
# Maximum number or channels per SNAP2 board
N_SNAPCH 64

# SNAP_ID[] will be set to "UNK" (no identification) for any SNAP2 boards not identified
# *** SNAP_ID[snap#] goes here:
SNAP_ID[1] aaccc265
SNAP_ID[2] 7bf3c205

# SNAP_SLOT[] will be set to 0 (not known/not applicable) for any SNAP2 boards not identified
# *** SNAP_SLOT[snap#] goes here:
# Format is <chassis>-<slot-from-left>
SNAP_SLOT[1] 1-1
SNAP_SLOT[2] 1-2

# SNAP_DESI[] be set to 1 for any SNAP2 boards not identified
# *** SNAP_DESI[snap#] goes here:
SNAP_DESI[1] 2
SNAP_DESI[2] 2

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") or any SNAP2 board-channels not identified
# *** SNAP_STAT[snap#][ch#] goes here:

# SNAP_INR[][] will be set to "UNK" ("unknown") for any boards/channels not identified
# *** SNAP_INR[snap#][ch#] goes here:
# There are no rack entries

# SNAP_INC[][] will be set to "UNK" ("unknown") for any boards/channels not identified
# *** SNAP_INC[snap#][ch#] goes here:
# Format is <M(iddle)|L(eft)>_<T(op)|B(ottom)>_<input>

SNAP_INC[1][1]  M_B_2
SNAP_INC[1][2]  M_B_3
SNAP_INC[1][3]  M_B_0
SNAP_INC[1][4]  M_B_1
SNAP_INC[1][5]  M_B_6
SNAP_INC[1][6]  M_B_7
SNAP_INC[1][7]  M_B_4
SNAP_INC[1][8]  M_B_5
SNAP_INC[1][9]  M_B_10
SNAP_INC[1][10]  M_B_11
SNAP_INC[1][11]  M_B_8
SNAP_INC[1][12]  M_B_9
SNAP_INC[1][13]  M_B_14
SNAP_INC[1][14]  M_B_15
SNAP_INC[1][15]  M_B_12
SNAP_INC[1][16]  M_B_13
SNAP_INC[1][17]  M_T_18
SNAP_INC[1][18]  M_T_19
SNAP_INC[1][19]  M_T_16
SNAP_INC[1][20]  M_T_17
SNAP_INC[1][21]  M_T_22
SNAP_INC[1][22]  M_T_23
SNAP_INC[1][23]  M_T_20
SNAP_INC[1][24]  M_T_21
SNAP_INC[1][25]  M_T_26
SNAP_INC[1][26]  M_T_27
SNAP_INC[1][27]  M_T_24
SNAP_INC[1][28]  M_T_25
SNAP_INC[1][29]  M_T_30
SNAP_INC[1][30]  M_T_31
SNAP_INC[1][31]  M_T_28
SNAP_INC[1][32]  M_T_29
SNAP_INC[1][33]  L_B_2
SNAP_INC[1][34]  L_B_3
SNAP_INC[1][35]  L_B_0
SNAP_INC[1][36]  L_B_1
SNAP_INC[1][37]  L_B_6
SNAP_INC[1][38]  L_B_7
SNAP_INC[1][39]  L_B_4
SNAP_INC[1][40]  L_B_5
SNAP_INC[1][41]  L_B_10
SNAP_INC[1][42]  L_B_11
SNAP_INC[1][43]  L_B_8
SNAP_INC[1][44]  L_B_9
SNAP_INC[1][45]  L_B_14
SNAP_INC[1][46]  L_B_15
SNAP_INC[1][47]  L_B_12
SNAP_INC[1][48]  L_B_13
SNAP_INC[1][49]  L_T_18
SNAP_INC[1][50]  L_T_19
SNAP_INC[1][51]  L_T_16
SNAP_INC[1][52]  L_T_17
SNAP_INC[1][53]  L_T_22
SNAP_INC[1][54]  L_T_23
SNAP_INC[1][55]  L_T_20
SNAP_INC[1][56]  L_T_21
SNAP_INC[1][57]  L_T_26
SNAP_INC[1][58]  L_T_27
SNAP_INC[1][59]  L_T_24
SNAP_INC[1][60]  L_T_25
SNAP_INC[1][61]  L_T_30
SNAP_INC[1][62]  L_T_31
SNAP_INC[1][63]  L_T_28
SNAP_INC[1][64]  L_T_29
SNAP_INC[2][1]  L_B_2
SNAP_INC[2][2]  L_B_3
SNAP_INC[2][3]  L_B_0
SNAP_INC[2][4]  L_B_1
SNAP_INC[2][5]  L_B_6
SNAP_INC[2][6]  L_B_7
SNAP_INC[2][7]  L_B_4
SNAP_INC[2][8]  L_B_5
SNAP_INC[2][9]  L_B_10
SNAP_INC[2][10]  L_B_11
SNAP_INC[2][11]  L_B_8
SNAP_INC[2][12]  L_B_9
SNAP_INC[2][13]  L_B_14
SNAP_INC[2][14]  L_B_15
SNAP_INC[2][15]  L_B_12
SNAP_INC[2][16]  L_B_13
SNAP_INC[2][17]  L_T_18
SNAP_INC[2][18]  L_T_19
SNAP_INC[2][19]  L_T_16
SNAP_INC[2][20]  L_T_17
SNAP_INC[2][21]  L_T_22
SNAP_INC[2][22]  L_T_23
SNAP_INC[2][23]  L_T_20
SNAP_INC[2][24]  L_T_21
SNAP_INC[2][25]  L_T_26
SNAP_INC[2][26]  L_T_27
SNAP_INC[2][27]  L_T_24
SNAP_INC[2][28]  L_T_25
SNAP_INC[2][29]  L_T_30
SNAP_INC[2][30]  L_T_31
SNAP_INC[2][31]  L_T_28
SNAP_INC[2][32]  L_T_29
SNAP_INC[2][33]  M_B_2
SNAP_INC[2][34]  M_B_3
SNAP_INC[2][35]  M_B_0
SNAP_INC[2][36]  M_B_1
SNAP_INC[2][37]  M_B_6
SNAP_INC[2][38]  M_B_7
SNAP_INC[2][39]  M_B_4
SNAP_INC[2][40]  M_B_5
SNAP_INC[2][41]  M_B_10
SNAP_INC[2][42]  M_B_11
SNAP_INC[2][43]  M_B_8
SNAP_INC[2][44]  M_B_9
SNAP_INC[2][45]  M_B_14
SNAP_INC[2][46]  M_B_15
SNAP_INC[2][47]  M_B_12
SNAP_INC[2][48]  M_B_13
SNAP_INC[2][49]  M_T_18
SNAP_INC[2][50]  M_T_19
SNAP_INC[2][51]  M_T_16
SNAP_INC[2][52]  M_T_17
SNAP_INC[2][53]  M_T_22
SNAP_INC[2][54]  M_T_23
SNAP_INC[2][55]  M_T_20
SNAP_INC[2][56]  M_T_21
SNAP_INC[2][57]  M_T_26
SNAP_INC[2][58]  M_T_27
SNAP_INC[2][59]  M_T_24
SNAP_INC[2][60]  M_T_25
SNAP_INC[2][61]  M_T_30
SNAP_INC[2][62]  M_T_31
SNAP_INC[2][63]  M_T_28
SNAP_INC[2][64]  M_T_29

# ------------------------------------------------
# --- Antenna # -> SNAP2 board channel mapping ---
# ------------------------------------------------
# Format (example) "SNAP_ANT[2][3] 4" means antenna 4 is connected to SNAP2 Board 2, channel 3.
# SNAP_ANT[1][1] will be set to 1, SNAP_ANT[1][2] will be set to 2, etc., if not indicated otherwise
#   ... so best is to note only the exceptions below.
# SNAP_ANT[][] will be set to 0 (no connection, or only connected at output) for any boards/channels not identified
# *** SNAP_ANT[snap#][ch#] goes here:
SNAP_ANT[1][1]  1
SNAP_ANT[1][2]  2
SNAP_ANT[1][3]  3
SNAP_ANT[1][4]  4
SNAP_ANT[1][5]  5
SNAP_ANT[1][6]  6
SNAP_ANT[1][7]  7
SNAP_ANT[1][8]  8
SNAP_ANT[1][9]  9
SNAP_ANT[1][10] 10
SNAP_ANT[1][11] 11
SNAP_ANT[1][12] 12
SNAP_ANT[1][13] 13
SNAP_ANT[1][14] 14
SNAP_ANT[1][15] 15
SNAP_ANT[1][16] 16
SNAP_ANT[1][17] 17
SNAP_ANT[1][18] 18
SNAP_ANT[1][19] 19
SNAP_ANT[1][20] 20
SNAP_ANT[1][21] 21
SNAP_ANT[1][22] 22
SNAP_ANT[1][23] 23
SNAP_ANT[1][24] 24
SNAP_ANT[1][25] 25
SNAP_ANT[1][26] 26
SNAP_ANT[1][27] 27
SNAP_ANT[1][28] 28
SNAP_ANT[1][29] 29
SNAP_ANT[1][30] 30
SNAP_ANT[1][31] 31
SNAP_ANT[1][32] 32
SNAP_ANT[1][33] 33
SNAP_ANT[1][34] 34
SNAP_ANT[1][35] 35
SNAP_ANT[1][36] 36
SNAP_ANT[1][37] 37
SNAP_ANT[1][38] 38
SNAP_ANT[1][39] 39
SNAP_ANT[1][40] 40
SNAP_ANT[1][41] 41
SNAP_ANT[1][42] 42
SNAP_ANT[1][43] 43
SNAP_ANT[1][44] 44
SNAP_ANT[1][45] 45
SNAP_ANT[1][46] 46
SNAP_ANT[1][47] 47
SNAP_ANT[1][48] 48
SNAP_ANT[1][49] 49
SNAP_ANT[1][50] 50
SNAP_ANT[1][51] 51
SNAP_ANT[1][52] 52
SNAP_ANT[1][53] 53
SNAP_ANT[1][54] 54
SNAP_ANT[1][55] 55
SNAP_ANT[1][56] 56
SNAP_ANT[1][57] 57
SNAP_ANT[1][58] 58
SNAP_ANT[1][59] 59
SNAP_ANT[1][60] 60
SNAP_ANT[1][61] 61
SNAP_ANT[1][62] 62
SNAP_ANT[1][63] 63
SNAP_ANT[1][64] 64
SNAP_ANT[2][1] 65
SNAP_ANT[2][2] 66
SNAP_ANT[2][3] 67
SNAP_ANT[2][4] 68
SNAP_ANT[2][5] 69
SNAP_ANT[2][6] 70
SNAP_ANT[2][7] 71
SNAP_ANT[2][8] 72
SNAP_ANT[2][9] 73
SNAP_ANT[2][10] 74
SNAP_ANT[2][11] 75
SNAP_ANT[2][12] 76
SNAP_ANT[2][13] 77
SNAP_ANT[2][14] 78
SNAP_ANT[2][15] 79
SNAP_ANT[2][16] 80
SNAP_ANT[2][17] 81
SNAP_ANT[2][18] 82
SNAP_ANT[2][19] 83
SNAP_ANT[2][20] 84
SNAP_ANT[2][21] 85
SNAP_ANT[2][22] 86
SNAP_ANT[2][23] 87
SNAP_ANT[2][24] 88
SNAP_ANT[2][25] 89
SNAP_ANT[2][26] 90
SNAP_ANT[2][27] 91
SNAP_ANT[2][28] 92
SNAP_ANT[2][29] 93
SNAP_ANT[2][30] 94
SNAP_ANT[2][31] 95
SNAP_ANT[2][32] 96
SNAP_ANT[2][33] 97
SNAP_ANT[2][34] 98
SNAP_ANT[2][35] 99
SNAP_ANT[2][36] 100
SNAP_ANT[2][37] 101
SNAP_ANT[2][38] 102
SNAP_ANT[2][39] 103
SNAP_ANT[2][40] 104
SNAP_ANT[2][41] 105
SNAP_ANT[2][42] 106
SNAP_ANT[2][43] 107
SNAP_ANT[2][44] 108
SNAP_ANT[2][45] 109
SNAP_ANT[2][46] 110
SNAP_ANT[2][47] 111
SNAP_ANT[2][48] 112
SNAP_ANT[2][49] 113
SNAP_ANT[2][50] 114
SNAP_ANT[2][51] 115
SNAP_ANT[2][52] 116
SNAP_ANT[2][53] 117
SNAP_ANT[2][54] 118
SNAP_ANT[2][55] 119
SNAP_ANT[2][56] 120
SNAP_ANT[2][57] 121
SNAP_ANT[2][58] 122
SNAP_ANT[2][59] 123
SNAP_ANT[2][60] 124
SNAP_ANT[2][61] 125
SNAP_ANT[2][62] 126
SNAP_ANT[2][63] 127
SNAP_ANT[2][64] 128

# ----------------------
# --- GPU Servers ------
# ----------------------
# Maximum number of GPU servers:
N_SERVER 3

# SERVER_ID[] will be set to "UNK" (no identification) for any GPU servers not identified
# *** SERVER_ID[server#] goes here:
SERVER_ID[1] ndp
SERVER_ID[2] ndp1
SERVER_ID[3] ndp2

# SERVER_SLOT[] will be set to 0 (not known/not applicable) for any GPU servers not identified
# *** SERVER_SLOT[server#] goes here:
# format = <slot from top>
SERVER_SLOT[1] 1
SERVER_SLOT[2] 2
SERVER_SLOT[3] 3

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") or any GPU servers not identified
# *** SERVER_STAT[server#] goes here:

# SERVER_DESI[] be set to 1 for any GPU servers not identified
# *** SERVER_DESI[server#] goes here:
SERVER_DESI[1]  1
SERVER_DESI[2]  2
SERVER_DESI[3]  2


# ----------------------
# --- DR ---------------
# ----------------------
# Maximum number of DR subsystems:
N_DR 4

# Status codes 0-3 summarized defined at end of this document (and in MCS0031)
# This will be set to 3 ("OK") or any DRs not identified
# *** DR_STAT[dr#] goes here:
DR_STAT[1] 3
DR_STAT[2] 3
DR_STAT[3] 3
DR_STAT[4] 3

# DR_ID[] will be set to "UNK" (no identification) for any DRs not identified
# *** DR_ID[dr#] goes here:
DR_ID[1] DR1
DR_ID[2] DR2
DR_ID[3] DR3
DR_ID[4] DR4

# DR_SHLF[] will be set to 0 (not known/not applicable) for any DRs not identified
# *** DR_SHLF[dr#] goes here:

# DR_PC[] will be set to "UNK" (not known/not applicable) for any DRs not identified
# *** DR_PC[dr#] goes here:
DR_PC[1] DR1
DR_PC[2] DR2
DR_PC[3] DR1
DR_PC[4] DR2

# 1-4 are the beam outputs, 5 is TBW/TBN
# DR_DP[] will be set to 0 (no connection) for any DPs not identified
# *** DR_DP[] goes here:
DR_DP[1] 1
DR_DP[2] 2
DR_DP[3] 3
DR_DP[4] 4


# ----------------------
# --- Power ------------
# ----------------------
N_PWR_RACK 3

# N_PWR_PORT[] will be set to 0 (no ports) for any rack power supplies not identified
# *** _N_PWR_PORT[rack#] goes here:
N_PWR_PORT[1] 8
N_PWR_PORT[2] 8
N_PWR_PORT[3] 2

# Format (example) "PWR_SS[2][3] SHL" means power from Rack 2 Port 3 goes to SHL.
# Valid values are SHL, ASP, NDP , MCS, DR1, DR2, DR3, DR4, and DR5.
# PWR_SS[][] will be set to "UNK" (unknown) for any power output ports not identified.
# Format (example) "PWR_NAME[2][3] MCS", assuming "PWR_SS[2][3] SHL", means power from Rack 2 Port 3 goes to SHL-MCS.
#   For PWR SS[m][p] = SHL, valid values are MCS, others TBD
#   For PWR SS[m][p] = ASP, valid values are MCS, FEE, ARX, FAN 
#   For PWR SS[m][p] = NDP, valid values are MCS, DC1, DC2, FAN, SYN, SWI
#   For PWR SS[m][p] = MCS, valid values are SCH, EXE, TP, CH, and GW.
#   For PWR SS[m][p] = DR1, DR2, DR3, DR4, and DR5; valid values are PC, DS1 (DRSU 1), and DS2 (DRSU 2)
# PWR_SS[][] will be set to "UNK" (unknown) for any power output ports not identified.
# *** PWR_SS[rack#][port#] goes here:
# *** PWR_NAME[rack#][port#] goes here:
PWR_SS[1][1] DR1
PWR_NAME[1][1] PC
PWR_SS[1][2] DR1
PWR_NAME[1][2] PC

PWR_SS[1][3] DR2
PWR_NAME[1][3] PC
PWR_SS[1][4] DR2
PWR_NAME[1][4] PC

PWR_SS[1][6] NDP
PWR_NAME[1][6] MCS
PWR_SS[1][7] NDP
PWR_NAME[1][7] MCS

PWR_SS[2][3] NDP
PWR_NAME[2][3] DC1
PWR_SS[2][4] NDP
PWR_NAME[2][4] DC1

PWR_SS[2][5] NDP
PWR_NAME[2][5] DC2
PWR_SS[2][6] NDP
PWR_NAME[2][6] DC2

PWR_SS[2][7] ASP
PWR_NAME[2][7] FAN

PWR_SS[2][8] ASP
PWR_NAME[2][8] ARX

PWR_SS[3][2] NDP
PWR_NAME[3][2] SYN

# -----------------------------
# --- Station Configuration ---
# -----------------------------

# MCS configuration request authority
MCS_CRA 1

## DRX beam pointing correction
#PC_AXIS_TH   27.9 #   [deg] theta pointing for axis of rotation (theta = zenith angle)
#PC_AXIS_PH  122.0 #   [deg] phi pointing for axis of rotation (0=E, 90=N)
#PC_ROT       -0.4 #   [deg] rotation (right hand rule) around axis

# Default gain values for various data products
TBF_GAIN 6   # FIXME
DRX_GAIN 6   # FIXME


# ====================
# === STATUS CODES ===
# ====================
# 3 = OK
# 2 = Suspect; possibly bad (If used, provide warning)
# 1 = Bad (Don't use)
# 0 = Not Installed