local reloaded_0_0 = math.pow local reloaded_0_1 = math.sin local reloaded_0_2 = math.cos local reloaded_0_3 = math.pi local reloaded_0_4 = math.sqrt local reloaded_0_5 = math.abs local reloaded_0_6 = math.asin local function reloaded_0_7(arg_1_0, arg_1_1, arg_1_2, arg_1_3) return arg_1_2 * arg_1_0 / arg_1_3 + arg_1_1 end local function reloaded_0_8(arg_2_0, arg_2_1, arg_2_2, arg_2_3) arg_2_0 = arg_2_0 / arg_2_3 return arg_2_2 * reloaded_0_0(arg_2_0, 2) + arg_2_1 end local function reloaded_0_9(arg_3_0, arg_3_1, arg_3_2, arg_3_3) arg_3_0 = arg_3_0 / arg_3_3 return -arg_3_2 * arg_3_0 * (arg_3_0 - 2) + arg_3_1 end local function reloaded_0_10(arg_4_0, arg_4_1, arg_4_2, arg_4_3) arg_4_0 = arg_4_0 / arg_4_3 * 2 if arg_4_0 < 1 then return arg_4_2 / 2 * reloaded_0_0(arg_4_0, 2) + arg_4_1 else return -arg_4_2 / 2 * ((arg_4_0 - 1) * (arg_4_0 - 3) - 1) + arg_4_1 end end local function reloaded_0_11(arg_5_0, arg_5_1, arg_5_2, arg_5_3) if arg_5_0 < arg_5_3 / 2 then return reloaded_0_9(arg_5_0 * 2, arg_5_1, arg_5_2 / 2, arg_5_3) else return reloaded_0_8(arg_5_0 * 2 - arg_5_3, arg_5_1 + arg_5_2 / 2, arg_5_2 / 2, arg_5_3) end end local function reloaded_0_12(arg_6_0, arg_6_1, arg_6_2, arg_6_3) arg_6_0 = arg_6_0 / arg_6_3 return arg_6_2 * reloaded_0_0(arg_6_0, 3) + arg_6_1 end local function reloaded_0_13(arg_7_0, arg_7_1, arg_7_2, arg_7_3) arg_7_0 = arg_7_0 / arg_7_3 - 1 return arg_7_2 * (reloaded_0_0(arg_7_0, 3) + 1) + arg_7_1 end local function reloaded_0_14(arg_8_0, arg_8_1, arg_8_2, arg_8_3) arg_8_0 = arg_8_0 / arg_8_3 * 2 if arg_8_0 < 1 then return arg_8_2 / 2 * arg_8_0 * arg_8_0 * arg_8_0 + arg_8_1 else arg_8_0 = arg_8_0 - 2 return arg_8_2 / 2 * (arg_8_0 * arg_8_0 * arg_8_0 + 2) + arg_8_1 end end local function reloaded_0_15(arg_9_0, arg_9_1, arg_9_2, arg_9_3) if arg_9_0 < arg_9_3 / 2 then return reloaded_0_13(arg_9_0 * 2, arg_9_1, arg_9_2 / 2, arg_9_3) else return reloaded_0_12(arg_9_0 * 2 - arg_9_3, arg_9_1 + arg_9_2 / 2, arg_9_2 / 2, arg_9_3) end end local function reloaded_0_16(arg_10_0, arg_10_1, arg_10_2, arg_10_3) arg_10_0 = arg_10_0 / arg_10_3 return arg_10_2 * reloaded_0_0(arg_10_0, 4) + arg_10_1 end local function reloaded_0_17(arg_11_0, arg_11_1, arg_11_2, arg_11_3) arg_11_0 = arg_11_0 / arg_11_3 - 1 return -arg_11_2 * (reloaded_0_0(arg_11_0, 4) - 1) + arg_11_1 end local function reloaded_0_18(arg_12_0, arg_12_1, arg_12_2, arg_12_3) arg_12_0 = arg_12_0 / arg_12_3 * 2 if arg_12_0 < 1 then return arg_12_2 / 2 * reloaded_0_0(arg_12_0, 4) + arg_12_1 else arg_12_0 = arg_12_0 - 2 return -arg_12_2 / 2 * (reloaded_0_0(arg_12_0, 4) - 2) + arg_12_1 end end local function reloaded_0_19(arg_13_0, arg_13_1, arg_13_2, arg_13_3) if arg_13_0 < arg_13_3 / 2 then return reloaded_0_17(arg_13_0 * 2, arg_13_1, arg_13_2 / 2, arg_13_3) else return reloaded_0_16(arg_13_0 * 2 - arg_13_3, arg_13_1 + arg_13_2 / 2, arg_13_2 / 2, arg_13_3) end end local function reloaded_0_20(arg_14_0, arg_14_1, arg_14_2, arg_14_3) arg_14_0 = arg_14_0 / arg_14_3 return arg_14_2 * reloaded_0_0(arg_14_0, 5) + arg_14_1 end local function reloaded_0_21(arg_15_0, arg_15_1, arg_15_2, arg_15_3) arg_15_0 = arg_15_0 / arg_15_3 - 1 return arg_15_2 * (reloaded_0_0(arg_15_0, 5) + 1) + arg_15_1 end local function reloaded_0_22(arg_16_0, arg_16_1, arg_16_2, arg_16_3) arg_16_0 = arg_16_0 / arg_16_3 * 2 if arg_16_0 < 1 then return arg_16_2 / 2 * reloaded_0_0(arg_16_0, 5) + arg_16_1 else arg_16_0 = arg_16_0 - 2 return arg_16_2 / 2 * (reloaded_0_0(arg_16_0, 5) + 2) + arg_16_1 end end local function reloaded_0_23(arg_17_0, arg_17_1, arg_17_2, arg_17_3) if arg_17_0 < arg_17_3 / 2 then return reloaded_0_21(arg_17_0 * 2, arg_17_1, arg_17_2 / 2, arg_17_3) else return reloaded_0_20(arg_17_0 * 2 - arg_17_3, arg_17_1 + arg_17_2 / 2, arg_17_2 / 2, arg_17_3) end end local function reloaded_0_24(arg_18_0, arg_18_1, arg_18_2, arg_18_3) return -arg_18_2 * reloaded_0_2(arg_18_0 / arg_18_3 * (reloaded_0_3 / 2)) + arg_18_2 + arg_18_1 end local function reloaded_0_25(arg_19_0, arg_19_1, arg_19_2, arg_19_3) return arg_19_2 * reloaded_0_1(arg_19_0 / arg_19_3 * (reloaded_0_3 / 2)) + arg_19_1 end local function reloaded_0_26(arg_20_0, arg_20_1, arg_20_2, arg_20_3) return -arg_20_2 / 2 * (reloaded_0_2(reloaded_0_3 * arg_20_0 / arg_20_3) - 1) + arg_20_1 end local function reloaded_0_27(arg_21_0, arg_21_1, arg_21_2, arg_21_3) if arg_21_0 < arg_21_3 / 2 then return reloaded_0_25(arg_21_0 * 2, arg_21_1, arg_21_2 / 2, arg_21_3) else return reloaded_0_24(arg_21_0 * 2 - arg_21_3, arg_21_1 + arg_21_2 / 2, arg_21_2 / 2, arg_21_3) end end local function reloaded_0_28(arg_22_0, arg_22_1, arg_22_2, arg_22_3) if arg_22_0 == 0 then return arg_22_1 else return arg_22_2 * reloaded_0_0(2, 10 * (arg_22_0 / arg_22_3 - 1)) + arg_22_1 - arg_22_2 * 0.001 end end local function reloaded_0_29(arg_23_0, arg_23_1, arg_23_2, arg_23_3) if arg_23_0 == arg_23_3 then return arg_23_1 + arg_23_2 else return arg_23_2 * 1.001 * (-reloaded_0_0(2, -10 * arg_23_0 / arg_23_3) + 1) + arg_23_1 end end local function reloaded_0_30(arg_24_0, arg_24_1, arg_24_2, arg_24_3) if arg_24_0 == 0 then return arg_24_1 end if arg_24_0 == arg_24_3 then return arg_24_1 + arg_24_2 end arg_24_0 = arg_24_0 / arg_24_3 * 2 if arg_24_0 < 1 then return arg_24_2 / 2 * reloaded_0_0(2, 10 * (arg_24_0 - 1)) + arg_24_1 - arg_24_2 * 0.0005 else arg_24_0 = arg_24_0 - 1 return arg_24_2 / 2 * 1.0005 * (-reloaded_0_0(2, -10 * arg_24_0) + 2) + arg_24_1 end end local function reloaded_0_31(arg_25_0, arg_25_1, arg_25_2, arg_25_3) if arg_25_0 < arg_25_3 / 2 then return reloaded_0_29(arg_25_0 * 2, arg_25_1, arg_25_2 / 2, arg_25_3) else return reloaded_0_28(arg_25_0 * 2 - arg_25_3, arg_25_1 + arg_25_2 / 2, arg_25_2 / 2, arg_25_3) end end local function reloaded_0_32(arg_26_0, arg_26_1, arg_26_2, arg_26_3) arg_26_0 = arg_26_0 / arg_26_3 return -arg_26_2 * (reloaded_0_4(1 - reloaded_0_0(arg_26_0, 2)) - 1) + arg_26_1 end local function reloaded_0_33(arg_27_0, arg_27_1, arg_27_2, arg_27_3) arg_27_0 = arg_27_0 / arg_27_3 - 1 return arg_27_2 * reloaded_0_4(1 - reloaded_0_0(arg_27_0, 2)) + arg_27_1 end local function reloaded_0_34(arg_28_0, arg_28_1, arg_28_2, arg_28_3) arg_28_0 = arg_28_0 / arg_28_3 * 2 if arg_28_0 < 1 then return -arg_28_2 / 2 * (reloaded_0_4(1 - arg_28_0 * arg_28_0) - 1) + arg_28_1 else arg_28_0 = arg_28_0 - 2 return arg_28_2 / 2 * (reloaded_0_4(1 - arg_28_0 * arg_28_0) + 1) + arg_28_1 end end local function reloaded_0_35(arg_29_0, arg_29_1, arg_29_2, arg_29_3) if arg_29_0 < arg_29_3 / 2 then return reloaded_0_33(arg_29_0 * 2, arg_29_1, arg_29_2 / 2, arg_29_3) else return reloaded_0_32(arg_29_0 * 2 - arg_29_3, arg_29_1 + arg_29_2 / 2, arg_29_2 / 2, arg_29_3) end end local function reloaded_0_36(arg_30_0, arg_30_1, arg_30_2, arg_30_3, arg_30_4, arg_30_5) if arg_30_0 == 0 then return arg_30_1 end arg_30_0 = arg_30_0 / arg_30_3 if arg_30_0 == 1 then return arg_30_1 + arg_30_2 end arg_30_5 = arg_30_5 or arg_30_3 * 0.3 local reloaded_30_0 if not arg_30_4 or arg_30_4 < reloaded_0_5(arg_30_2) then arg_30_4 = arg_30_2 reloaded_30_0 = arg_30_5 / 4 else reloaded_30_0 = arg_30_5 / (2 * reloaded_0_3) * reloaded_0_6(arg_30_2 / arg_30_4) end arg_30_0 = arg_30_0 - 1 return -(arg_30_4 * reloaded_0_0(2, 10 * arg_30_0) * reloaded_0_1((arg_30_0 * arg_30_3 - reloaded_30_0) * (2 * reloaded_0_3) / arg_30_5)) + arg_30_1 end local function reloaded_0_37(arg_31_0, arg_31_1, arg_31_2, arg_31_3, arg_31_4, arg_31_5) if arg_31_0 == 0 then return arg_31_1 end arg_31_0 = arg_31_0 / arg_31_3 if arg_31_0 == 1 then return arg_31_1 + arg_31_2 end arg_31_5 = arg_31_5 or arg_31_3 * 0.3 local reloaded_31_0 if not arg_31_4 or arg_31_4 < reloaded_0_5(arg_31_2) then arg_31_4 = arg_31_2 reloaded_31_0 = arg_31_5 / 4 else reloaded_31_0 = arg_31_5 / (2 * reloaded_0_3) * reloaded_0_6(arg_31_2 / arg_31_4) end return arg_31_4 * reloaded_0_0(2, -10 * arg_31_0) * reloaded_0_1((arg_31_0 * arg_31_3 - reloaded_31_0) * (2 * reloaded_0_3) / arg_31_5) + arg_31_2 + arg_31_1 end local function reloaded_0_38(arg_32_0, arg_32_1, arg_32_2, arg_32_3, arg_32_4, arg_32_5) if arg_32_0 == 0 then return arg_32_1 end arg_32_0 = arg_32_0 / arg_32_3 * 2 if arg_32_0 == 2 then return arg_32_1 + arg_32_2 end arg_32_5 = arg_32_5 or arg_32_3 * 0.44999999999999996 arg_32_4 = arg_32_4 or 0 local reloaded_32_0 if not arg_32_4 or arg_32_4 < reloaded_0_5(arg_32_2) then arg_32_4 = arg_32_2 reloaded_32_0 = arg_32_5 / 4 else reloaded_32_0 = arg_32_5 / (2 * reloaded_0_3) * reloaded_0_6(arg_32_2 / arg_32_4) end if arg_32_0 < 1 then arg_32_0 = arg_32_0 - 1 return -0.5 * (arg_32_4 * reloaded_0_0(2, 10 * arg_32_0) * reloaded_0_1((arg_32_0 * arg_32_3 - reloaded_32_0) * (2 * reloaded_0_3) / arg_32_5)) + arg_32_1 else arg_32_0 = arg_32_0 - 1 return arg_32_4 * reloaded_0_0(2, -10 * arg_32_0) * reloaded_0_1((arg_32_0 * arg_32_3 - reloaded_32_0) * (2 * reloaded_0_3) / arg_32_5) * 0.5 + arg_32_2 + arg_32_1 end end local function reloaded_0_39(arg_33_0, arg_33_1, arg_33_2, arg_33_3, arg_33_4, arg_33_5) if arg_33_0 < arg_33_3 / 2 then return reloaded_0_37(arg_33_0 * 2, arg_33_1, arg_33_2 / 2, arg_33_3, arg_33_4, arg_33_5) else return reloaded_0_36(arg_33_0 * 2 - arg_33_3, arg_33_1 + arg_33_2 / 2, arg_33_2 / 2, arg_33_3, arg_33_4, arg_33_5) end end local function reloaded_0_40(arg_34_0, arg_34_1, arg_34_2, arg_34_3, arg_34_4) arg_34_4 = arg_34_4 or 1.70158 arg_34_0 = arg_34_0 / arg_34_3 return arg_34_2 * arg_34_0 * arg_34_0 * ((arg_34_4 + 1) * arg_34_0 - arg_34_4) + arg_34_1 end local function reloaded_0_41(arg_35_0, arg_35_1, arg_35_2, arg_35_3, arg_35_4) arg_35_4 = arg_35_4 or 1.70158 arg_35_0 = arg_35_0 / arg_35_3 - 1 return arg_35_2 * (arg_35_0 * arg_35_0 * ((arg_35_4 + 1) * arg_35_0 + arg_35_4) + 1) + arg_35_1 end local function reloaded_0_42(arg_36_0, arg_36_1, arg_36_2, arg_36_3, arg_36_4) arg_36_4 = arg_36_4 or 1.70158 arg_36_4 = arg_36_4 * 1.525 arg_36_0 = arg_36_0 / arg_36_3 * 2 if arg_36_0 < 1 then return arg_36_2 / 2 * (arg_36_0 * arg_36_0 * ((arg_36_4 + 1) * arg_36_0 - arg_36_4)) + arg_36_1 else arg_36_0 = arg_36_0 - 2 return arg_36_2 / 2 * (arg_36_0 * arg_36_0 * ((arg_36_4 + 1) * arg_36_0 + arg_36_4) + 2) + arg_36_1 end end local function reloaded_0_43(arg_37_0, arg_37_1, arg_37_2, arg_37_3, arg_37_4) if arg_37_0 < arg_37_3 / 2 then return reloaded_0_41(arg_37_0 * 2, arg_37_1, arg_37_2 / 2, arg_37_3, arg_37_4) else return reloaded_0_40(arg_37_0 * 2 - arg_37_3, arg_37_1 + arg_37_2 / 2, arg_37_2 / 2, arg_37_3, arg_37_4) end end local function reloaded_0_44(arg_38_0, arg_38_1, arg_38_2, arg_38_3) arg_38_0 = arg_38_0 / arg_38_3 if arg_38_0 < 0.36363636363636365 then return arg_38_2 * (7.5625 * arg_38_0 * arg_38_0) + arg_38_1 elseif arg_38_0 < 0.7272727272727273 then arg_38_0 = arg_38_0 - 0.5454545454545454 return arg_38_2 * (7.5625 * arg_38_0 * arg_38_0 + 0.75) + arg_38_1 elseif arg_38_0 < 0.9090909090909091 then arg_38_0 = arg_38_0 - 0.8181818181818182 return arg_38_2 * (7.5625 * arg_38_0 * arg_38_0 + 0.9375) + arg_38_1 else arg_38_0 = arg_38_0 - 0.9545454545454546 return arg_38_2 * (7.5625 * arg_38_0 * arg_38_0 + 0.984375) + arg_38_1 end end local function reloaded_0_45(arg_39_0, arg_39_1, arg_39_2, arg_39_3) return arg_39_2 - reloaded_0_44(arg_39_3 - arg_39_0, 0, arg_39_2, arg_39_3) + arg_39_1 end local function reloaded_0_46(arg_40_0, arg_40_1, arg_40_2, arg_40_3) if arg_40_0 < arg_40_3 / 2 then return reloaded_0_45(arg_40_0 * 2, 0, arg_40_2, arg_40_3) * 0.5 + arg_40_1 else return reloaded_0_44(arg_40_0 * 2 - arg_40_3, 0, arg_40_2, arg_40_3) * 0.5 + arg_40_2 * 0.5 + arg_40_1 end end local function reloaded_0_47(arg_41_0, arg_41_1, arg_41_2, arg_41_3) if arg_41_0 < arg_41_3 / 2 then return reloaded_0_44(arg_41_0 * 2, arg_41_1, arg_41_2 / 2, arg_41_3) else return reloaded_0_45(arg_41_0 * 2 - arg_41_3, arg_41_1 + arg_41_2 / 2, arg_41_2 / 2, arg_41_3) end end return { linear = reloaded_0_7, quad_in = reloaded_0_8, quad_out = reloaded_0_9, quad_in_out = reloaded_0_10, quad_out_in = reloaded_0_11, cubic_in = reloaded_0_12, cubic_out = reloaded_0_13, cubic_in_out = reloaded_0_14, cubic_out_in = reloaded_0_15, quart_in = reloaded_0_16, quart_out = reloaded_0_17, quart_in_out = reloaded_0_18, quart_out_in = reloaded_0_19, quint_in = reloaded_0_20, quint_out = reloaded_0_21, quint_in_out = reloaded_0_22, quint_out_in = reloaded_0_23, sine_in = reloaded_0_24, sine_out = reloaded_0_25, sine_in_out = reloaded_0_26, sine_out_in = reloaded_0_27, expo_in = reloaded_0_28, expo_out = reloaded_0_29, expo_in_out = reloaded_0_30, expo_out_in = reloaded_0_31, circ_in = reloaded_0_32, circ_out = reloaded_0_33, circ_in_out = reloaded_0_34, circ_out_in = reloaded_0_35, elastic_in = reloaded_0_36, elastic_out = reloaded_0_37, elastic_in_out = reloaded_0_38, elastic_out_in = reloaded_0_39, back_in = reloaded_0_40, back_out = reloaded_0_41, back_in_out = reloaded_0_42, back_out_in = reloaded_0_43, bounce_in = reloaded_0_45, bounce_out = reloaded_0_44, bounce_in_out = reloaded_0_46, bounce_out_in = reloaded_0_47 }