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Gommatsar Karmakanda-190
The final classification of the last competitor of guna-hani (loss of merit) is done, and the number of the first classification of guna-hani and punya-hani (gain of merit) is half-half, and the number of special (choice) is also half-half. By dividing the double loss in the first classification, the number of special (choice) is also obtained. For this reason, double loss is called niseka-har. This is stated by ank-sandristi (numerical understanding) and also by arth-sandristi (meaningful understanding). The number of the realms of all beings is the same as the number of the realms of the universe, the number of various guna-hani is the same as the number of the innumerable parts of the universe, and the dimension of one guna-hani is the same as the number of the innumerable parts of the universe. In this way, one should know the statement as appropriate. The above statement has been made, so it is not mentioned here. The method of obtaining the indivisible part in the classification, classification, competitor, guna-hani, various guna-hani, and the lowest place is mentioned in "Dhaval Pu. 10 Yogachulika, pages 395 to 412."
In the Anubhagbandha, there is also a statement about classification, classification, competitor, guna-hani, and various guna-hani. Similarly, there is a statement in the chapter on yoga. The difference between the two is that in the Anubhagbandha, the power of one classification is the same as the power of that classification. Due to the inferiority and superiority of the realm, there is no loss or gain in that being. But in the yoga chapter, the power of the classification is obtained by multiplying the number of classifications in the power fraction of the classification (in the classification). For example, there are 128 realms of beings in the first classification, and the power fraction of one realm (classification) - indivisible part is 100. So the total indivisible parts of the first classification are 100 x 128 = 12,800. In the second classification, the number of classifications is 126 (choice less). The indivisible part of the classification is 101. The total indivisible parts of the second classification are 101 x 126 = 12,726. Thus, there is a loss of power fraction in the second classification.
Angula-asankhabhag-praman-mett-avar-faddhaya-vaddi.
Antar-chakkam-mucha, avar-ttanad-u-ukkas-sa ||230||
Meaning - In the lowest yoga-sthana (yoga place), there is another yoga-sthana when the competitor increases by the number of innumerable parts of an angula (finger). Leaving six intermediate places, the number of competitors increases by the number of innumerable parts of an angula from the lowest yoga-sthana to the highest yoga-sthana.
Special Meaning - The aforementioned lowest uppapad-yoga-sthana is found in the subtle nigod-ya-labhya-paryapta-jeeva (subtle, attainable, sufficient being). After that, starting from the subsequent yoga-sthana, all the yoga-sthana, including the intermediate and continuous, and the intermediate-continuous (both), have the number of innumerable parts of a finger for each yoga-sthana.
1. Bandhanu-bhag-khand-ya-ghadehi vina uch-nadana-okattan-ahi badhi-hani-yo na hoti tti janavan-ta. Ek paramanu-hi
dvidanu-bhag-assa hanatta-pad-uppayan-hu. Na bhinna paramanu-tti-da anu-bhag-o tthan. (Dha. Pu. 10 p. 16)
2. "Padham-faddaya-ssa adi-vaggana-yame adi-vaggena gunide padham-faddaya adi-vaggana hodi." (Dha. Pu. 10 p. 464)