APPS.PAY_SE_ITERATE dependencies on PAY_ITERATE

Line 25: l_dummy := pay_iterate.initialise(p_element_entry_id, p_target_net * 2, p_target_net, p_target_net);

21: BEGIN
22: -- Initialise and make first guess.
23: IF p_element_entry_id <> g_element_entry_id THEN
24:
25: l_dummy := pay_iterate.initialise(p_element_entry_id, p_target_net * 2, p_target_net, p_target_net);
26: l_suggested_gross := pay_iterate.get_interpolation_guess(p_element_entry_id, 0);
27: l_stop_processing := 0;
28: g_element_entry_id := p_element_entry_id;
29: --

Line 26: l_suggested_gross := pay_iterate.get_interpolation_guess(p_element_entry_id, 0);

22: -- Initialise and make first guess.
23: IF p_element_entry_id <> g_element_entry_id THEN
24:
25: l_dummy := pay_iterate.initialise(p_element_entry_id, p_target_net * 2, p_target_net, p_target_net);
26: l_suggested_gross := pay_iterate.get_interpolation_guess(p_element_entry_id, 0);
27: l_stop_processing := 0;
28: g_element_entry_id := p_element_entry_id;
29: --
30: -- Continue iterative processing.

Line 42: l_suggested_gross := pay_iterate.get_interpolation_guess(p_element_entry_id, l_diff);

38: --
39: -- More guessing required.
40: ELSE
41: l_diff := p_target_net - p_current_net;
42: l_suggested_gross := pay_iterate.get_interpolation_guess(p_element_entry_id, l_diff);
43: l_stop_processing := 0;
44: END IF;
45: END IF;
46: p_suggested_gross := l_suggested_gross;