APPS.XTR_CALCULATION_P dependencies on XTR_FPS2_P

Line 220: P_INTEREST := xtr_fps2_p.interest_round(nvl(P_ADJUSTED_BALANCE,0) * nvl(P_INTEREST_RATE,0) / 100 * nvl(P_NO_OF_DAYS,0) / v_year_basis,p_rounding_fac,p_ROUNDING_TYPE);

216: p_DAY_COUNT_TYPE, --Add Interest Override
217: 'N'); --Add Interest Override
218:
219: --Add Interest Override
220: P_INTEREST := xtr_fps2_p.interest_round(nvl(P_ADJUSTED_BALANCE,0) * nvl(P_INTEREST_RATE,0) / 100 * nvl(P_NO_OF_DAYS,0) / v_year_basis,p_rounding_fac,p_ROUNDING_TYPE);
221: P_ACCUM_INTEREST := xtr_fps2_p.interest_round(nvl(P_ACCUM_INTEREST_BF,0) +
222: nvl(P_INTEREST,0),p_rounding_fac,p_ROUNDING_TYPE);
223: P_EXPECTED_BALANCE_OUT := nvl(P_EXPECTED_BALANCE_BF,0) + nvl(P_PRINCIPAL_ADJUST,0);
224:

Line 221: P_ACCUM_INTEREST := xtr_fps2_p.interest_round(nvl(P_ACCUM_INTEREST_BF,0) +

217: 'N'); --Add Interest Override
218:
219: --Add Interest Override
220: P_INTEREST := xtr_fps2_p.interest_round(nvl(P_ADJUSTED_BALANCE,0) * nvl(P_INTEREST_RATE,0) / 100 * nvl(P_NO_OF_DAYS,0) / v_year_basis,p_rounding_fac,p_ROUNDING_TYPE);
221: P_ACCUM_INTEREST := xtr_fps2_p.interest_round(nvl(P_ACCUM_INTEREST_BF,0) +
222: nvl(P_INTEREST,0),p_rounding_fac,p_ROUNDING_TYPE);
223: P_EXPECTED_BALANCE_OUT := nvl(P_EXPECTED_BALANCE_BF,0) + nvl(P_PRINCIPAL_ADJUST,0);
224:
225: --Add Interest Override

Line 226: l_exp_int := xtr_fps2_p.interest_round(nvl(P_EXPECTED_BALANCE_OUT,0) * nvl(P_INTEREST_RATE,0) / 100 * nvl(P_NO_OF_DAYS,0) / v_year_basis,p_rounding_fac,p_ROUNDING_TYPE);

222: nvl(P_INTEREST,0),p_rounding_fac,p_ROUNDING_TYPE);
223: P_EXPECTED_BALANCE_OUT := nvl(P_EXPECTED_BALANCE_BF,0) + nvl(P_PRINCIPAL_ADJUST,0);
224:
225: --Add Interest Override
226: l_exp_int := xtr_fps2_p.interest_round(nvl(P_EXPECTED_BALANCE_OUT,0) * nvl(P_INTEREST_RATE,0) / 100 * nvl(P_NO_OF_DAYS,0) / v_year_basis,p_rounding_fac,p_ROUNDING_TYPE);
227: --
228: if nvl(P_PI_AMOUNT_DUE,0) > nvl(l_exp_int,0) then
229: P_EXPECTED_BALANCE_OUT :=
230: nvl(P_EXPECTED_BALANCE_OUT,0) - nvl(P_PI_AMOUNT_DUE,0) + nvl(l_exp_int,0);