Mixed Doubts.
(a). The intercourse or connection with a stranger, whose disposition is unknown, and who may have been introduced by a lover, or by one who possessed authority, may be productive either of gain or loss, and therefore this is called a mixed doubt about the gain and loss of wealth.
(b). When a courtesan is requested by a friend, or is impelled by pity to have intercourse with a learned Brahman, a religious student, a sacrificer, a devotee, or an ascetic who may have all fallen in love with her, and who may be consequently at the point of death, by doing this she might either gain or lose religious merit, and therefore this is called a mixed doubt about the gain and loss of religious merit.
(c). If a courtesan relies solely upon the report of other people (i.e., hearsay) about a man, and goes to him without ascertaining herself whether he possesses good qualities or not, she may either gain or lose pleasure in proportion as he may be good or bad, and therefore this is called a mixed doubt about the gain and loss of pleasure.
Uddalika has described the gains and losses on both sides as follows.
(a). If, when living with a lover, a courtesan gets both wealth and pleasure from him, it is called a gain on both sides.
(b). When a courtesan lives with a lover at her own expense without getting any profit out of it, and the lover even takes back from her what he may have formerly given her, it is called a loss on both sides.
(c). When a courtesan is uncertain whether a new acquaintance would become attached to her, and, moreover, if he became attached to her, whether he would give her any thing, it is then called a doubt on both sides about gains.
(d). When a courtesan is uncertain whether a former enemy, if made up by her at her own expense, would do her some injury on account of his grudge against her; or, if becoming attached to her, would take away angrily from her any thing that he may have given to her, this is called a doubt on both sides about loss.
Babhravya has described the gains and losses on both sides as follows.