PLOT NO PLOT NO PLOT NO PLOT \gw Andromedae PLOT NO PRINTNO PRINTXEROE BEST 254.d0 54900d0 20d0 20d0 1d0 0d0 0d0 15d0 1 5d0 -1 9 51531.88 1 16.3 360 51531.88 13.1 350 51558.75 1 24.0 362 51558.75 0.0 352 51861.06 1 24.0 362 51861.06 1.6 352 51936.85 1 1.5 362 51936.85 31.5 352 52194.13 1 0.1 361 52194.13 34.4 351 52459.07 1 -3.5 360 52459.07 36.2 350 52469.11 1 -6.4 360 52469.11 36.8 350 52470.11 1 -2.4 362 52470.11 40.4 352 52476.12 1 -3.6 362 52476.12 37.0 352 52482.13 1 1.5 362 52482.13 37.5 352 52488.14 1 -0.6 366 52488.14 36.6 356 52507.17 1 9.0 362 52507.17 25.7 352 52515.18 1 6.7 362 52515.18 24.7 352 52520.17 1 7.6 362 52520.17 21.2 352 52522.12 1 10.8 362 52522.12 19.4 352 52527.20 1 9.4 363 52527.20 21.7 353 52540.98 1 11.7 362 52540.98 17.8 352 52551.10 1 14.7 705 52565.04 1 25.0 362 52565.04 5.5 352 52582.06 1 27.8 362 52582.06 3.6 352 52589.01 1 22.1 361 52589.01 7.9 351 52625.91 1 31.9 362 52625.91 -3.3 352 52644.82 1 25.5 362 52644.82 3.5 352 52654.92 1 22.7 362 52654.92 7.7 352 52684.84 1 8.7 362 52684.84 19.4 352 52713.80 1 5.5 361 52713.80 31.5 351 52801.09 1 15.6 360 52801.09 15.3 350 52834.10 1 27.2 361 52834.10 8.2 351 52854.13 1 33.0 362 52854.13 -0.9 352 52860.12 1 29.8 362 52860.12 -0.5 352 52866.16 1 33.8 362 52866.16 -3.2 352 52868.15 1 34.1 362 52868.15 -2.7 352 52871.16 1 34.1 362 52871.16 -0.6 352 52882.10 1 28.9 362 52882.10 0.7 352 52896.10 1 31.3 362 52896.10 -0.3 352 52902.07 1 28.1 362 52902.07 4.6 352 52911.04 1 15.5 704 52931.04 1 13.7 361 52931.04 16.9 351 52955.97 1 2.3 362 52955.97 29.4 352 52978.93 1 -5.5 362 52978.93 36.0 352 52990.92 1 0.5 366 52990.92 31.8 356 53012.95 1 8.4 361 53012.95 23.3 351 53063.77 1 19.2 362 53063.77 12.7 352 53234.16 1 -1.5 360 53234.16 33.6 350 53250.08 1 4.1 366 53250.08 34.7 356 53253.09 1 0.5 362 53253.09 33.0 352 53264.12 1 2.9 363 53264.12 29.6 353 53285.07 1 10.1 362 53285.07 22.5 352 53304.06 1 14.5 361 53304.06 14.0 351 53323.00 1 22.8 362 53323.00 7.9 352 53378.83 1 29.9 362 53378.83 -2.1 352 53593.15 1 31.4 361 53593.15 1.8 351 53620.13 1 32.4 361 53620.13 5.1 351 53641.12 1 33.5 362 53641.12 -0.9 352 53642.07 1 33.5 366 53642.07 -2.0 356 53669.03 1 26.2 362 53669.03 3.7 352 53688.08 1 15.3 361 53688.08 14.3 351 53703.91 1 3.6 361 53703.91 26.5 351 53763.80 1 -3.3 361 53763.80 29.1 351 53798.78 1 9.5 361 53798.78 14.4 351 53933.12 1 14.7 704 53986.12 1 -6.6 361 53986.12 30.6 351 54013.14 1 -1.1 362 54013.14 32.8 352 54035.00 1 2.0 362 54035.00 27.5 352 54067.02 1 17.1 361 54067.02 10.2 351 54101.95 1 25.3 361 54101.95 0.9 351 54120.89 1 29.2 362 54120.89 -2.4 352 54322.15 1 15.2 361 54322.15 17.7 351 54355.07 1 23.2 362 54355.07 4.0 352 54373.07 1 26.7 361 54373.07 2.8 351 54394.01 1 31.2 362 54394.01 -2.0 352 54413.01 1 33.7 362 54413.01 -0.7 352 54420.02 1 30.5 362 54420.02 -1.2 352 54439.97 1 25.8 362 54439.97 6.0 352 54470.91 1 8.0 361 54470.91 21.5 351 54508.84 1 -5.4 362 54508.84 35.0 352 54677.13 1 26.8 360 54677.13 1.0 350 54678.10 1 30.2 360 54678.10 -6.2 350 54708.16 1 16.9 361 54708.16 17.4 351 54737.06 1 2.0 363 54737.06 32.5 353 54741.04 1 -2.5 366 54741.04 30.5 356 54748.08 1 -1.5 366 54748.08 35.4 356 54750.04 1 -2.3 366 54750.04 35.6 356 54752.00 1 -7.7 366 54752.00 35.0 356 54756.08 1 -1.0 366 54756.08 37.6 356 54761.03 1 -4.2 366 54761.03 38.3 356 54764.10 1 -6.4 366 54764.10 37.2 356 54767.06 1 -4.1 366 54767.06 34.8 356 54771.06 1 -5.8 366 54771.06 35.3 356 54778.02 1 -1.7 366 54778.02 32.6 356 54792.95 1 2.3 365 54792.95 29.4 355 54802.97 1 8.0 364 54802.97 20.3 354 54809.90 1 8.5 365 54809.90 21.5 355 54826.94 1 16.1 363 54826.94 12.7 353 54851.83 1 18.8 364 54851.83 11.2 354 54872.86 1 25.5 364 54872.86 1.8 354 55063.16 1 4.6 363 55063.16 25.8 353 55071.16 1 8.2 363 55071.16 24.0 353 55078.10 1 13.1 363 55078.10 20.6 353 55084.14 1 9.4 362 55084.14 18.6 352 55087.11 1 12.7 362 55087.11 19.3 352 55089.08 1 17.3 362 55089.08 18.2 352 55095.11 1 17.8 361 55095.11 16.0 351 55113.06 1 24.0 362 55113.06 5.7 352 55116.03 1 27.3 363 55116.03 6.5 353 55129.01 1 28.8 363 55129.01 0.3 353 55130.02 1 26.8 363 55130.02 0.8 353 55138.95 1 31.0 366 55138.95 2.1 356 55142.00 1 30.2 362 55142.00 -2.4 352 55143.97 1 32.7 366 55143.97 -2.0 356 55150.91 1 31.1 366 55150.91 -1.8 356 55155.91 1 31.6 366 55155.91 -1.6 356 55158.90 1 32.5 366 55158.90 -6.6 356 55165.93 1 33.1 366 55165.93 -5.7 356 55171.88 1 30.3 366 55171.88 -4.7 356 55177.91 1 28.1 366 55177.91 -3.7 356 55185.90 1 27.0 366 55185.90 -3.4 356 55187.83 1 28.0 366 55187.83 -0.9 356 55193.76 1 25.8 363 55193.76 2.1 353 55197.87 1 22.6 363 55197.87 4.4 353 55199.83 1 24.8 363 55199.83 2.6 353 55202.82 1 20.4 364 55202.82 5.8 354 55213.90 1 16.6 362 55213.90 11.3 352 55222.74 1 14.8 363 55222.74 13.1 353 55225.73 1 14.6 363 55225.73 15.9 353 55232.76 1 7.0 361 55232.76 23.1 351 55237.78 1 6.2 362 55237.78 23.4 352 55244.76 1 2.4 362 55244.76 26.9 352 55247.76 1 1.1 363 55247.76 29.5 353 55256.77 1 2.3 366 55256.77 36.8 356 55259.77 1 -0.2 366 55259.77 35.3 356 55414.15 1 36.4 361 55414.15 -5.5 351 55419.15 1 35.5 362 55419.15 -5.5 352 55427.08 1 31.8 366 55427.08 -2.6 356 55432.17 1 27.5 366 55432.17 1.7 356 55436.16 1 29.1 366 55436.16 3.0 356 55438.16 1 25.3 366 55438.16 0.3 356 55439.13 1 30.7 366 55439.13 -2.0 356 55440.16 1 28.8 362 55440.16 0.6 352 55442.10 1 29.2 362 55442.10 -2.5 352 55454.07 1 25.1 363 55454.07 8.5 353 55456.10 1 25.2 365 55456.10 5.6 355 55461.04 1 21.2 362 55461.04 7.7 352 55476.05 1 15.3 364 55476.05 16.4 354 55489.11 1 8.4 361 55489.11 24.2 351 55497.00 1 2.3 362 55497.00 31.0 352 55512.98 1 -2.5 366 55512.98 32.9 356 55514.92 1 -3.3 366 55514.92 33.7 356 55515.94 1 -4.2 361 55515.94 34.7 351 55523.93 1 -6.3 366 55523.93 35.2 356 55526.02 1 1.5 366 55526.02 30.3 356 55526.92 1 -5.7 366 55526.92 33.5 356 55527.95 1 -6.1 366 55527.95 35.3 356 55536.04 1 -3.9 366 55536.04 33.2 356 55538.88 1 -4.5 366 55538.88 34.7 356 55575.90 1 6.7 362 55575.90 20.6 352 378 0.0 350 100.3 351 100.3 352 100.7 353 100.7 354 100.7 360 100.3 361 100.3 362 100.7 363 100.7 364 100.7 1.6D0 0D0 -20 50 -20 20 10 50 10 302 1 1 99000 20 144 Nodal measurements used in assessing line profiles segregated, 356, 366 Their individually determined velocities substituted for the ones derived with fixed dip parameters