When I try
denton a453rc using temp7, interp(concap) from(temp.dta) generate(a453rc_mthly)
it reads that
(768 real changes made)
a453rc_mthly is interpolated from the quarterly series a453rc using the monthly series concap
a453rc_mthly is saved in temp7 for the period: 1959m1 to 2022m12
but temp7 looks like this. So the interpolation didnt happen
input float(a453rc time_mthly) double a453rc_mthly
. -12 .
. -11 .
4.30e+07 -10 .
. -9 .
. -8 .
-1.70e+08 -7 .
. -6 .
. -5 .
-2.99e+08 -4 .
. -3 .
. -2 .
-3.48e+08 -1 .
. 0 .
. 1 .
-3.20e+08 2 .
. 3 .
. 4 .
-2.51e+08 5 .
. 6 .
. 7 .
-1.54e+08 8 .
. 9 .
. 10 .
-2.20e+07 11 .
. 12 .
. 13 .
2.24e+08 14 .
. 15 .
. 16 .
3.77e+08 17 .
. 18 .
. 19 .
5.05e+08 20 .
. 21 .
. 22 .
6.21e+08 23 .
. 24 .
. 25 .
7.88e+08 26 .
. 27 .
. 28 .
8.16e+08 29 .
. 30 .
. 31 .
7.73e+08 32 .
. 33 .
. 34 .
6.62e+08 35 .
. 36 .
. 37 .
4.50e+08 38 .
. 39 .
. 40 .
3.54e+08 41 .
. 42 .
. 43 .
3.49e+08 44 .
. 45 .
. 46 .
4.31e+08 47 .
. 48 .
. 49 .
6.32e+08 50 .
. 51 .
. 52 .
7.74e+08 53 .
. 54 .
. 55 .
8.86e+08 56 .
. 57 .
. 58 .
9.74e+08 59 .
. 60 .
. 61 .
1.053e+09 62 .
. 63 .
. 64 .
1.151e+09 65 .
. 66 .
. 67 .
1.285e+09 68 .
. 69 .
. 70 .
1.458e+09 71 .
. 72 .
. 73 .
1.746e+09 74 .
. 75 .
. 76 .
2.059e+09 77 .
. 78 .
. 79 .
2.478e+09 80 .
. 81 .
. 82 .
3.00e+09 83 .
. 84 .
. 85 .
3.738e+09 86 .
. 87 .
end
format %tm time_mthly
[/CODE]
Here is the high frequency series and variable
Code:
* Example generated by -dataex-. For more info, type help dataex clear input int year float(time_mthly concap) 1959 -12 2820472320 1959 -11 2826738432 1959 -10 2832370688 1959 -9 2841698560 1959 -8 2846830848 1959 -7 2858692096 1959 -6 2868820224 1959 -5 2877289728 1959 -4 2889407488 1959 -3 2900755712 1959 -2 2906563072 1959 -1 2913720832 1960 0 2918982144 1960 1 2928572672 1960 2 2936412416 1960 3 2953098752 1960 4 2961758208 1960 5 2968276736 1960 6 2978453504 1960 7 2988137216 1960 8 2994221312 1960 9 3001633792 1960 10 3015260672 1960 11 3019286016 1961 12 3022616576 1961 13 3029300480 1961 14 3031569152 1961 15 3033683712 1961 16 3039144448 1961 17 3044541440 1961 18 3055355136 1961 19 3062520064 1961 20 3070731008 1961 21 3074858496 1961 22 3079139584 1961 23 3083878912 1962 24 3093255936 1962 25 3105010432 1962 26 3112628224 1962 27 3119831040 1962 28 3125569792 1962 29 3131211008 1962 30 3133528576 1962 31 3142379520 1962 32 3162404608 1962 33 3163389184 1962 34 3169811712 1962 35 3172211968 1963 36 3183436288 1963 37 3189990400 1963 38 3190657024 1963 39 3193870848 1963 40 3202678528 1963 41 3213507584 1963 42 3224006912 1963 43 3232795136 1963 44 3236570624 1963 45 3247330560 1963 46 3255690240 1963 47 3263892480 1964 48 3274065408 1964 49 3.2821e+09 1964 50 3287329024 1964 51 3293256192 1964 52 3297270272 1964 53 3305677312 1964 54 3313900800 1964 55 3320803584 1964 56 3330126592 1964 57 3336312064 1964 58 3344474112 1964 59 3352560896 1965 60 3359306496 1965 61 3363424000 1965 62 3370624000 1965 63 3378885632 1965 64 3389746432 1965 65 3403267328 1965 66 3409667840 1965 67 3414462464 1965 68 3420126464 1965 69 3425105408 1965 70 3434068992 1965 71 3449603072 1966 72 3456499456 1966 73 3473369600 1966 74 3484544256 1966 75 3499796224 1966 76 3507434496 1966 77 3519688448 1966 78 3529868032 1966 79 3547257600 1966 80 3562510336 1966 81 3575722240 1966 82 3584352512 1966 83 3594733312 1967 84 3597840896 1967 85 3604744448 1967 86 3609782784 1967 87 3618539776 end format %tm time_mthly
and the low frequency series and variable
Code:
* Example generated by -dataex-. For more info, type help dataex clear input int year byte quarter float(time_qtrly a453rc) 1959 1 -4 4.30e+07 1959 2 -3 -1.70e+08 1959 3 -2 -2.99e+08 1959 4 -1 -3.48e+08 1960 1 0 -3.20e+08 1960 2 1 -2.51e+08 1960 3 2 -1.54e+08 1960 4 3 -2.20e+07 1961 1 4 2.24e+08 1961 2 5 3.77e+08 1961 3 6 5.05e+08 1961 4 7 6.21e+08 1962 1 8 7.88e+08 1962 2 9 8.16e+08 1962 3 10 7.73e+08 1962 4 11 6.62e+08 1963 1 12 4.50e+08 1963 2 13 3.54e+08 1963 3 14 3.49e+08 1963 4 15 4.31e+08 1964 1 16 6.32e+08 1964 2 17 7.74e+08 1964 3 18 8.86e+08 1964 4 19 9.74e+08 1965 1 20 1.053e+09 1965 2 21 1.151e+09 1965 3 22 1.285e+09 1965 4 23 1.458e+09 1966 1 24 1.746e+09 1966 2 25 2.059e+09 1966 3 26 2.478e+09 1966 4 27 3.00e+09 1967 1 28 3.738e+09 1967 2 29 4.109e+09 1967 3 30 4.231e+09 1967 4 31 4.088e+09 1968 1 32 3.778e+09 1968 2 33 3.809e+09 1968 3 34 4.283e+09 1968 4 35 5.192e+09 1969 1 36 6.582e+09 1969 2 37 7.884e+09 1969 3 38 9.143e+09 1969 4 39 1.0354e+10 1970 1 40 1.1573e+10 1970 2 41 1.2391e+10 1970 3 42 1.2869e+10 1970 4 43 1.3004e+10 1971 1 44 1.2887e+10 1971 2 45 1.2706e+10 1971 3 46 1.2549e+10 1971 4 47 1.2428e+10 1972 1 48 1.2401e+10 1972 2 49 1.2374e+10 1972 3 50 1.2417e+10 1972 4 51 1.2546e+10 1973 1 52 1.2908e+10 1973 2 53 1.3734e+10 1973 3 54 1.5162e+10 1973 4 55 1.7172e+10 1974 1 56 1.9895e+10 1974 2 57 2.22e+10 1974 3 58 2.4229e+10 1974 4 59 2.5977e+10 1975 1 60 2.7518e+10 1975 2 61 2.7989e+10 1975 3 62 2.7479e+10 1975 4 63 2.597e+10 1976 1 64 2.3486e+10 1976 2 65 2.2178e+10 1976 3 66 2.2052e+10 1976 4 67 2.3113e+10 1977 1 68 2.5358e+10 1977 2 69 2.7209e+10 1977 3 70 2.8599e+10 1977 4 71 2.9522e+10 1978 1 72 3.006e+10 1978 2 73 3.0463e+10 1978 3 74 3.081e+10 1978 4 75 3.1099e+10 1979 1 76 3.1954e+10 1979 2 77 3.3791e+10 1979 3 78 3.7217e+10 1979 4 79 4.2233e+10 1980 1 80 4.9986e+10 1980 2 81 5.6392e+10 1980 3 82 6.2628e+10 1980 4 83 6.8701e+10 1981 1 84 7.4903e+10 1981 2 85 8.046e+10 1981 3 86 8.5593e+10 1981 4 87 9.0301e+10 1982 1 88 9.4578e+10 1982 2 89 9.6609e+10 1982 3 90 9.6559e+10 1982 4 91 9.4427e+10 1983 1 92 9.0884e+10 1983 2 93 8.9754e+10 1983 3 94 9.1304e+10 1983 4 95 9.5525e+10 end format %tq time_qtrly
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