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Annotation of OpenXM_contrib/gnuplot/demo/lcdemo.dat, Revision 1.1.1.1

1.1       maekawa     1: #
                      2: #   This file contains density values (2) against temperature (1) of a
                      3: #   common liquid crytsal (MBBA). At about 45.6 degr. there occurs a
                      4: #   phase transition indicated by the anomaly.
                      5: #
                      6: #   Columns (3) and (4) contain weights for a straight line fit
                      7: #   preferredly in the low temperature range and in the high temperature
                      8: #   range, respectively. Of course not a very senseful approach but
                      9: #   a good demo to see the effect of weights in a fit.
                     10: #
                     11:
                     12: # Column
                     13: # 1      2          3             4         5
                     14:
                     15: 39.471 1.03307     1.0         0.98765     0.010
                     16: 40.091 1.03246     1.0         0.98765     0.010
                     17: 40.602 1.03197     1.0         0.98765     0.010
                     18: 41.058 1.03153     1.0         0.98765     0.010
                     19: 41.438 1.03117     1.0         0.98765     0.010
                     20: 41.880 1.03074     1.0         0.98765     0.010
                     21: 42.437 1.03021     1.0         0.98765     0.010
                     22: 42.836 1.02982     1.0         0.98765     0.010
                     23: 43.209 1.02946     1.0         0.98765     0.010
                     24: 43.599 1.02907     1.0         0.98765     0.010
                     25: 43.997 1.02867     1.0         0.98765     0.010
                     26: 44.313 1.02833     1.0         0.98765     0.010
                     27: 44.908 1.02765     1.0         0.98765     0.010
                     28: 45.169 1.02735     1.0         0.98765     0.010
                     29: 45.594 1.02683     1.0         0.98765     0.010
                     30: 45.743 1.02661     999.0       0.98765     0.010
                     31: 45.796 1.02650     999.0       0.98765     0.010
                     32: 45.816 1.02644     999.0       0.98765     0.010
                     33: 45.841 1.02634     999.0       0.98765     0.010
                     34: 45.876 1.02623     999.0       0.98765     0.010
                     35: 45.908 1.02611     999.0       0.98765     0.010
                     36: 45.959 1.02592     999.0       0.98765     0.010
                     37: 46.008 1.02561     999.0       0.12345     0.001
                     38: 46.040 1.02526     999.0       0.12345     0.001
                     39: 46.060 1.02506     999.0       0.12345     0.001
                     40: 46.096 1.02500     999.0       0.12345     0.001
                     41: 46.126 1.02496     999.0       0.12345     0.001
                     42: 46.149 1.02494     999.0       0.12345     0.001
                     43: 46.372 1.02474     999.0       0.12345     0.001
                     44: 46.625 1.02452     999.0       0.12345     0.001
                     45: 46.945 1.02425     999.0       0.12345     0.001
                     46: 47.326 1.02393     999.0       0.12345     0.001
                     47: 47.708 1.02361     999.0       0.12345     0.001
                     48: 48.095 1.02329     999.0       0.12345     0.001
                     49: 48.540 1.02293     999.0       0.12345     0.001
                     50: 48.927 1.02262     999.0       0.12345     0.001
                     51: 49.314 1.02231     999.0       0.12345     0.001
                     52: