Comparing and sort Abbasov-Mamedova models

Description

Comparing and sort Abbasov-Mamedova models according ME, MAE, MPE, MAPE, MSE RMSE for C values in Cs.

Usage

Abbasov.Cs2(ts, n = 7, w = 7, D1 = 0, D2 = 0, Cs = NULL)

Arguments

Details

Now, this documen are updating.

Value

Table comparing and sort Abbasov-Mamedova models.

Author(s)

Hong Viet Minh <hongvietminh@gmail.com>

Vo Van Tai <vvtai@ctu.edu.vn>

See Also

FindC2,FindC3,Abbasov.Cs3

Examples

Abbasov.Cs2(lh,n=5,w=7,Cs=seq(0,1,0.01))

Results

R version 3.3.1 (2016-06-21) -- "Bug in Your Hair"
Copyright (C) 2016 The R Foundation for Statistical Computing
Platform: x86_64-pc-linux-gnu (64-bit)

R is free software and comes with ABSOLUTELY NO WARRANTY.
You are welcome to redistribute it under certain conditions.
Type 'license()' or 'licence()' for distribution details.

R is a collaborative project with many contributors.
Type 'contributors()' for more information and
'citation()' on how to cite R or R packages in publications.

Type 'demo()' for some demos, 'help()' for on-line help, or
'help.start()' for an HTML browser interface to help.
Type 'q()' to quit R.

> library(AnalyzeTS)
Loading required package: MASS
Loading required package: TSA
Loading required package: leaps
Loading required package: locfit
locfit 1.5-9.1 	 2013-03-22
Loading required package: mgcv
Loading required package: nlme
This is mgcv 1.8-12. For overview type 'help("mgcv-package")'.
Loading required package: tseries

Attaching package: 'TSA'

The following objects are masked from 'package:stats':

    acf, arima

The following object is masked from 'package:utils':

    tar

Loading required package: TTR
> png(filename="/home/ddbj/snapshot/RGM3/R_CC/result/AnalyzeTS/Abbasov.Cs2.Rd_%03d_medium.png", width=480, height=480)
> ### Name: Abbasov.Cs2
> ### Title: Comparing and sort Abbasov-Mamedova models
> ### Aliases: Abbasov.Cs2
> ### Keywords: Abbasov.Cs2
> 
> ### ** Examples
> 
> Abbasov.Cs2(lh,n=5,w=7,Cs=seq(0,1,0.01))
    C values         ME       MAE       MPE     MAPE       MSE      RMSE MExl
1       0.00 -0.3350000 0.5575000 -16.79651 24.26311 0.3830000 0.6188699    1
2       0.01 -0.3349754 0.5574867 -16.79529 24.26231 0.3829850 0.6188578    2
3       0.02 -0.3349015 0.5574467 -16.79166 24.25992 0.3829399 0.6188214    3
4       0.03 -0.3347785 0.5573802 -16.78560 24.25593 0.3828649 0.6187608    4
5       0.04 -0.3346065 0.5572871 -16.77713 24.25037 0.3827602 0.6186762    5
6       0.05 -0.3343858 0.5571677 -16.76627 24.24322 0.3826261 0.6185678    6
7       0.06 -0.3341168 0.5570222 -16.75302 24.23451 0.3824630 0.6184360    7
8       0.07 -0.3337997 0.5568507 -16.73742 24.22425 0.3822714 0.6182810    8
9       0.08 -0.3334352 0.5566534 -16.71948 24.21246 0.3820518 0.6181034    9
10      0.09 -0.3330237 0.5564307 -16.69923 24.19914 0.3818049 0.6179036   10
11      0.10 -0.3325657 0.5561829 -16.67670 24.18433 0.3815312 0.6176821   11
12      0.11 -0.3320621 0.5559104 -16.65192 24.16804 0.3812317 0.6174396   12
13      0.12 -0.3315133 0.5556134 -16.62493 24.15030 0.3809070 0.6171766   13
14      0.13 -0.3309203 0.5552924 -16.59576 24.13114 0.3805581 0.6168939   14
15      0.14 -0.3302838 0.5549478 -16.56447 24.11057 0.3801859 0.6165922   15
16      0.15 -0.3296047 0.5545802 -16.53109 24.08864 0.3797914 0.6162722   16
17      0.16 -0.3288839 0.5541899 -16.49566 24.06537 0.3793755 0.6159347   17
18      0.17 -0.3281223 0.5537774 -16.45824 24.04079 0.3789394 0.6155805   18
19      0.18 -0.3273209 0.5533434 -16.41887 24.01494 0.3784840 0.6152106   19
20      0.19 -0.3264807 0.5528883 -16.37761 23.98784 0.3780105 0.6148256   20
21      0.20 -0.3256028 0.5524127 -16.33451 23.95954 0.3775201 0.6144266   21
22      0.21 -0.3246882 0.5519172 -16.28961 23.93008 0.3770137 0.6140144   22
23      0.22 -0.3237381 0.5514023 -16.24299 23.89947 0.3764927 0.6135900   23
24      0.23 -0.3227534 0.5508686 -16.19468 23.86778 0.3759580 0.6131541   24
25      0.24 -0.3217355 0.5503168 -16.14476 23.83502 0.3754109 0.6127078   25
26      0.25 -0.3206853 0.5497475 -16.09327 23.80125 0.3748525 0.6122520   26
27      0.26 -0.3196040 0.5491612 -16.04027 23.76649 0.3742839 0.6117874   27
28      0.27 -0.3184928 0.5485585 -15.98583 23.73079 0.3737062 0.6113151   28
29      0.28 -0.3173528 0.5479402 -15.92999 23.69418 0.3731205 0.6108359   29
30      0.29 -0.3161853 0.5473068 -15.87281 23.65670 0.3725279 0.6103507   30
31      0.30 -0.3149912 0.5466589 -15.81436 23.61839 0.3719295 0.6098602   31
32      0.31 -0.3137718 0.5459971 -15.75469 23.57929 0.3713263 0.6093655   32
33      0.32 -0.3125282 0.5453221 -15.69385 23.53943 0.3707193 0.6088672   33
34      0.33 -0.3112616 0.5446345 -15.63190 23.49885 0.3701094 0.6083662   34
35      0.34 -0.3099730 0.5440517 -15.56890 23.46209 0.3694976 0.6078632   35
36      0.35 -0.3086635 0.5434751 -15.50491 23.42536 0.3688849 0.6073590   36
37      0.36 -0.3073343 0.5428894 -15.43996 23.38809 0.3682721 0.6068542   37
38      0.37 -0.3059863 0.5422952 -15.37413 23.35031 0.3676600 0.6063497   38
39      0.38 -0.3046207 0.5416927 -15.30745 23.31204 0.3670495 0.6058461   39
40      0.39 -0.3032385 0.5410826 -15.23998 23.27332 0.3664413 0.6053439   40
41      0.40 -0.3018406 0.5404652 -15.17178 23.23418 0.3658361 0.6048439   41
42      0.41 -0.3004281 0.5398410 -15.10288 23.19464 0.3652348 0.6043466   42
43      0.42 -0.2990019 0.5392103 -15.03334 23.15473 0.3646379 0.6038525   43
44      0.43 -0.2975630 0.5385736 -14.96319 23.11448 0.3640461 0.6033623   44
45      0.44 -0.2961123 0.5379314 -14.89250 23.07391 0.3634599 0.6028764   45
46      0.45 -0.2946506 0.5372838 -14.82129 23.03305 0.3628800 0.6023952   46
47      0.46 -0.2931789 0.5366315 -14.74962 22.99192 0.3623068 0.6019193   47
48      0.47 -0.2916979 0.5359747 -14.67752 22.95054 0.3617409 0.6014490   48
49      0.48 -0.2902085 0.5353138 -14.60504 22.90895 0.3611828 0.6009848   49
50      0.49 -0.2887116 0.5346491 -14.53221 22.86715 0.3606327 0.6005270   50
51      0.50 -0.2872078 0.5339810 -14.45907 22.82517 0.3600912 0.6000760   51
52      0.51 -0.2856979 0.5333099 -14.38565 22.78304 0.3595587 0.5996321   52
53      0.52 -0.2841826 0.5326359 -14.31199 22.74077 0.3590354 0.5991956   53
54      0.53 -0.2826626 0.5319596 -14.23813 22.69838 0.3585216 0.5987668   54
55      0.54 -0.2811386 0.5312810 -14.16410 22.65589 0.3580177 0.5983458   55
56      0.55 -0.2796113 0.5306006 -14.08992 22.61332 0.3575239 0.5979331   56
57      0.56 -0.2780812 0.5299187 -14.01563 22.57069 0.3570405 0.5975286   57
58      0.57 -0.2765489 0.5292354 -13.94126 22.52800 0.3565676 0.5971328   58
59      0.58 -0.2750151 0.5285511 -13.86684 22.48528 0.3561054 0.5967456   59
60      0.59 -0.2734802 0.5278659 -13.79238 22.44255 0.3556541 0.5963674   60
61      0.60 -0.2719448 0.5271802 -13.71792 22.39981 0.3552138 0.5959981   61
62      0.61 -0.2704094 0.5264942 -13.64348 22.35709 0.3547846 0.5956380   62
63      0.62 -0.2688746 0.5258081 -13.56909 22.31438 0.3543667 0.5952871   63
64      0.63 -0.2673407 0.5251221 -13.49476 22.27172 0.3539601 0.5949455   64
65      0.64 -0.2658082 0.5244364 -13.42053 22.22910 0.3535649 0.5946132   65
66      0.65 -0.2642776 0.5237512 -13.34640 22.18655 0.3531811 0.5942905   66
67      0.66 -0.2627491 0.5230668 -13.27240 22.14407 0.3528088 0.5939771   67
68      0.67 -0.2612234 0.5223832 -13.19854 22.10167 0.3524480 0.5936733   68
69      0.68 -0.2597006 0.5217006 -13.12485 22.05936 0.3520987 0.5933790   69
70      0.69 -0.2581812 0.5210193 -13.05134 22.01716 0.3517608 0.5930942   70
71      0.70 -0.2566655 0.5203394 -12.97803 21.97507 0.3514344 0.5928190   71
72      0.71 -0.2551538 0.5196610 -12.90493 21.93310 0.3511194 0.5925532   72
73      0.72 -0.2536464 0.5189842 -12.83206 21.89126 0.3508157 0.5922970   73
74      0.73 -0.2521437 0.5183093 -12.75943 21.84955 0.3505234 0.5920502   74
75      0.74 -0.2506458 0.5176363 -12.68705 21.80799 0.3502423 0.5918127   75
76      0.75 -0.2491530 0.5169654 -12.61493 21.76658 0.3499724 0.5915847   76
77      0.76 -0.2476657 0.5162966 -12.54310 21.72533 0.3497136 0.5913659   77
78      0.77 -0.2461839 0.5156301 -12.47155 21.68424 0.3494658 0.5911563   78
79      0.78 -0.2447080 0.5149660 -12.40030 21.64332 0.3492289 0.5909559   79
80      0.79 -0.2432382 0.5143044 -12.32935 21.60257 0.3490029 0.5907646   80
81      0.80 -0.2417746 0.5136454 -12.25873 21.56201 0.3487875 0.5905823   81
82      0.81 -0.2403174 0.5129891 -12.18843 21.52163 0.3485827 0.5904089   82
83      0.82 -0.2388668 0.5123355 -12.11846 21.48144 0.3483884 0.5902443   83
84      0.83 -0.2374229 0.5116847 -12.04883 21.44144 0.3482044 0.5900885   84
85      0.84 -0.2359860 0.5110368 -11.97955 21.40164 0.3480306 0.5899412   85
86      0.85 -0.2345561 0.5103920 -11.91063 21.36204 0.3478670 0.5898025   86
87      0.86 -0.2331334 0.5097501 -11.84206 21.32265 0.3477132 0.5896721   87
88      0.87 -0.2317180 0.5091114 -11.77386 21.28347 0.3475693 0.5895501   88
89      0.88 -0.2303101 0.5084758 -11.70604 21.24450 0.3474351 0.5894363   89
90      0.89 -0.2289096 0.5078434 -11.63859 21.20574 0.3473104 0.5893305   90
91      0.90 -0.2275168 0.5072143 -11.57151 21.16720 0.3471952 0.5892327   91
92      0.91 -0.2261316 0.5065885 -11.50483 21.12887 0.3470891 0.5891427   92
93      0.92 -0.2247543 0.5059661 -11.43853 21.09077 0.3469922 0.5890604   93
94      0.93 -0.2233848 0.5053470 -11.37262 21.05289 0.3469042 0.5889858   94
95      0.94 -0.2220233 0.5047313 -11.30711 21.01524 0.3468250 0.5889185   95
96      0.95 -0.2206697 0.5041191 -11.24199 20.97781 0.3467545 0.5888587   96
97      0.96 -0.2193242 0.5035104 -11.17727 20.94061 0.3466925 0.5888060   97
98      0.97 -0.2179869 0.5029052 -11.11296 20.90363 0.3466389 0.5887605   98
99      0.98 -0.2166576 0.5023035 -11.04905 20.86689 0.3465935 0.5887219   99
100     0.99 -0.2153366 0.5017054 -10.98554 20.83038 0.3465561 0.5886902  100
101     1.00 -0.2140237 0.5011108 -10.92244 20.79409 0.3465267 0.5886652  101
    MAExl MPExl MAPExl MSExl RMSExl
1     101     1    101   101    101
2     100     2    100   100    100
3      99     3     99    99     99
4      98     4     98    98     98
5      97     5     97    97     97
6      96     6     96    96     96
7      95     7     95    95     95
8      94     8     94    94     94
9      93     9     93    93     93
10     92    10     92    92     92
11     91    11     91    91     91
12     90    12     90    90     90
13     89    13     89    89     89
14     88    14     88    88     88
15     87    15     87    87     87
16     86    16     86    86     86
17     85    17     85    85     85
18     84    18     84    84     84
19     83    19     83    83     83
20     82    20     82    82     82
21     81    21     81    81     81
22     80    22     80    80     80
23     79    23     79    79     79
24     78    24     78    78     78
25     77    25     77    77     77
26     76    26     76    76     76
27     75    27     75    75     75
28     74    28     74    74     74
29     73    29     73    73     73
30     72    30     72    72     72
31     71    31     71    71     71
32     70    32     70    70     70
33     69    33     69    69     69
34     68    34     68    68     68
35     67    35     67    67     67
36     66    36     66    66     66
37     65    37     65    65     65
38     64    38     64    64     64
39     63    39     63    63     63
40     62    40     62    62     62
41     61    41     61    61     61
42     60    42     60    60     60
43     59    43     59    59     59
44     58    44     58    58     58
45     57    45     57    57     57
46     56    46     56    56     56
47     55    47     55    55     55
48     54    48     54    54     54
49     53    49     53    53     53
50     52    50     52    52     52
51     51    51     51    51     51
52     50    52     50    50     50
53     49    53     49    49     49
54     48    54     48    48     48
55     47    55     47    47     47
56     46    56     46    46     46
57     45    57     45    45     45
58     44    58     44    44     44
59     43    59     43    43     43
60     42    60     42    42     42
61     41    61     41    41     41
62     40    62     40    40     40
63     39    63     39    39     39
64     38    64     38    38     38
65     37    65     37    37     37
66     36    66     36    36     36
67     35    67     35    35     35
68     34    68     34    34     34
69     33    69     33    33     33
70     32    70     32    32     32
71     31    71     31    31     31
72     30    72     30    30     30
73     29    73     29    29     29
74     28    74     28    28     28
75     27    75     27    27     27
76     26    76     26    26     26
77     25    77     25    25     25
78     24    78     24    24     24
79     23    79     23    23     23
80     22    80     22    22     22
81     21    81     21    21     21
82     20    82     20    20     20
83     19    83     19    19     19
84     18    84     18    18     18
85     17    85     17    17     17
86     16    86     16    16     16
87     15    87     15    15     15
88     14    88     14    14     14
89     13    89     13    13     13
90     12    90     12    12     12
91     11    91     11    11     11
92     10    92     10    10     10
93      9    93      9     9      9
94      8    94      8     8      8
95      7    95      7     7      7
96      6    96      6     6      6
97      5    97      5     5      5
98      4    98      4     4      4
99      3    99      3     3      3
100     2   100      2     2      2
101     1   101      1     1      1
> 
> 
> 
> 
> 
> dev.off()
null device 
          1 
>