Jain Journal 1978 10

Author(s): Jain Bhawan Publication
Publisher: Jain Bhawan Publication

Page 17

JAIN JOURNAL
tions and life-times. First the tables for measure space for matter suitable for the bond, rise, maximal decay and state are given. This is then divided due to the revolutionary state of the fourth control station (vv. 4-27). The minimal and maximal life-time is then depicted for various configurations, for various sensed bios, alongwith time-lags (ābādha-kāla) for them (vv. 127-159). These tables are important in so far as they depict the state, and its equation of motion. The geometric form of various trails (avalis), the invariant (acala) the rising (udaya), etc. are given (vv. 160-161). Then appear the tables for energy-levels for various configurations (vv. 163-178). The field measrue for a single and all remaining bios appears in tables (v. 185). The instant-effective-bond is then divided for different configurations in detailed tables (vv. 192-215).37
The continuation of the pariņāma yogas for various minimal and maximal periods and for various bios are illustrated through tables which are separate for the ekāntav;ddhi and upapāda yogas. The energylevels of the yogas in terms of indivisible-corresponding-sections (avibhāgi-praticcedas), basic vectors (vargas), vectors (vargaņās), super-vectors (spardhakas) and geometric regressions at various stations are tabulated with corresponding flow of karmic matter into the bodies of a bios due to the yogas (vv. 218-232).
Then are the tables for the life-time and energy-levels of impartation along with those for the advenience (adhyavasāya) stations corresponding to various configurations. The tables for inputs, outputs, and states at various control stations are then detailed (vv. 408-435).38 The chapter on ten operators in the state of bond appear in tables (vv. 436-438). The tables for strength of affections (kaşāyas), responsible for various energy-levels appear. Then there are the combinatorial tables of the input operators, etc., corresponding to different control stations (vv. 441-450). The tables for structures of life-times are detailed in measures of nisusus for various geometric regressions (vv. 914-944). The tables for advenience for life-time are given for attachment (moha) and longevity (ayu) karmas (vv. 945-963). The verses from 451 to 815 describe the bond, rise and state situations at various stations. They describe the
37. Cf. Ibid. J. V. Cornacchio, Topological Structure in Mathematical Models of General Systems, pp. 40-47. Cf. also pp. 50-52, 92-100. Cf. 6(a) and 3(a) for details.
38. Cf. Kalman, R. E. etc., Topecs in Mathematical System Theory, New York, 1969. For a comparative study the following articles on the history of control theory are available : A. T. Fuller, 'The Early Development of Control Theory', Journal of Dynamical System, Measurement Control, vol. 98, June and September 1976, pp. 109-18 and 224-35. For historical comments on the controllability cf. R. E. Kalman, Lectures on Controllability and Observability, Luglio, 1968, pp. 133-41.