谁能帮我把这几句翻译成英语！谢谢了！急用，在线等！_百度知道我的驾驶证是号拿的 实习期至号 快转正了 我车还有两个违章 不知道_百度知道请各位帮忙了，谁能帮我把下面的照片改成小于20kb的照片呀，用来网上报名用，急，在线等，谢谢了_百度知道苹果/安卓/wp
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# Load your own data into matrix &dat& #
# Here we load in the 3-month and 6-month T-Bill series #
dat &- read.table(&zeroyld.dat&)
dat &- dat[1:nrow(dat),(7:62)]
rs &- rbind(as.matrix(seq(0,18,1)),21,24,30,as.matrix(seq(36,(36+7*12),12)))
short &- 12
long &- 120
short_i &- which.max(rs==short)
long_i &- which.max(rs==long)
dat &- dat[,cbind(long_i,short_i)]& &
载入中......
请问是哪行不懂啊？
运行的现成的程序 输入自己的DAT 做出模型
但是不知道怎么输入啊 求救
amyherml 发表于
请问是哪行不懂啊？dat &- dat[1:nrow(dat),(7:62)]
rs &- rbind(as.matrix(seq(0,18,1)),21,24,30,as.matrix(seq(36,(36+7*12),12)))
这两行 我大概明白这个是读取文档里的数据 然后这几句是定义的什么呢 和文档里的数据有关系么
我打算把文档里的数据改成自己的 但是不知道怎么该 求指教 谢谢
把你的数据保存成 以 &zeroyld.dat& 为文件名的文件，放在你的当前目录下，然后运行程序就可以了。
具体要看看原程序的说明，看看数据在zeroyld.dat中是什么样的格式，确保跟原来的无差别就可以了。
amyherml 发表于
把你的数据保存成 以 &zeroyld.dat& 为文件名的文件，放在你的当前目录下，然后运行程序就可以了。
具体 ...嗯 我明白你说的意思 但是我的数据很少 他那里面的数据很多 根本就弄不成和原来dat里一样
jiezichen 发表于
datdat &- dat[1:nrow(dat),(7:62)]
这是说 dat 只保留原 dat的 7 到62 列
rs &- rbind(as.matrix(seq(0,18,1)),21,24,30,as.matrix(seq(36,(36+7*12),12)))
as.matrix(seq(0,18,1))
这里是把一个array 变成matrix
rbind是把那里面的串数字按行连起来，成为一个n×1的matrix，这行可以直接运行，你把它复制到R里面运行看看就知道了。
这是作者的数据型态由于比较9组数据,所以才建立rates_i你应该不用建立rates_i& && & V7& & V8& & V9& &V10& &V11& &V12& &V13& &V14& &V15& &V16& &V17& &V18
1& &0.798 1.209 1.445 1.537 1.575 1.590 1.596 1.596 1.593 1.589 1.584 1.580
2& &0.779 1.210 1.455 1.546 1.579 1.589 1.589 1.584 1.577 1.568 1.560 1.552
3& &1.239 1.439 1.555 1.609 1.641 1.665 1.683 1.699 1.714 1.727 1.739 1.751
482 5.220 5.677 5.997 6.178 6.225 6.206 6.186 6.188 6.208 6.244 6.294 6.358
& && &V19& &V20& &V21& &V22& &V23& &V24& &V25& &V26& &V27& &V28& &V29& &V30
1& &1.575 1.571 1.568 1.565 1.563 1.562 1.562 1.567 1.575 1.599 1.630 1.699
2& &1.545 1.538 1.534 1.530 1.528 1.528 1.528 1.536 1.548 1.582 1.623 1.714
3& &1.762 1.773 1.783 1.793 1.803 1.813 1.822 1.849 1.874 1.919 1.960 2.026
482 6.431 6.508 6.583 6.653 6.714 6.765 6.806 6.892 6.954 7.066 7.189 7.430
& && &V31& &V32& &V33& &V34& &V35& &V36& &V37& &V38& &V39& &V40& &V41& &V42
1& &1.774 1.852 1.933 2.015 2.098 2.183 2.264 2.336 2.393 2.430 2.442 2.426
2& &1.808 1.902 1.993 2.082 2.166 2.246 2.318 2.379 2.424 2.452 2.458 2.441
3& &2.083 2.134 2.181 2.225 2.267 2.308 2.346 2.383 2.418 2.450 2.481 2.508
482 7.623 7.765 7.863 7.936 8.001 8.069 8.142 8.216 8.287 8.352 8.407 8.450
& && &&&V43& &&&V44& &&&V45& &&&V46& &&&V47& &&&V48& &&&V49& &&&V50& &&&V51
1& &-88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888
2& &-88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888
3& &&&2.532& &2.553& &2.569& &2.580& &2.586 -88.888 -88.888 -88.888 -88.888
482& &8.479& &8.495& &8.498& &8.486& &8.460& &8.420& &8.366& &8.301& &8.224
& && &&&V52& &&&V53& &&&V54& &&&V55& &&&V56& &&&V57& &&&V58& &&&V59& &&&V60
1& &-88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888
2& &-88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888
3& &-88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888 -88.888
482& &8.140& &8.049& &7.956& &7.863 -88.888 -88.888 -88.888 -88.888 -88.888
& && &&&V61& &&&V62
1& &-88.888 -88.888
2& &-88.888 -88.888
3& &-88.888 -88.888
482 -88.888 -88.888######rates_i
& && &[,1] [,2]
[1,]& & 1& & 2
[2,]& & 1& & 3
[3,]& & 1& & 6
[4,]& & 3& & 6
[5,]& & 3& &12
[6,]& & 3&&120
[7,]& &12& &24
[8,]& &12&&120
[9,]& &24&&120
########## procedure
Number of Bootstrap Replications& &&&50
Number of Gridpoints for threshold& &50
Cointegrating Vector fixed at& && & 1
[1] &short_i&
[1] &long_i&
[1] &long_i&
& &&&V9& & V8
1 1.445 1.209
2 1.455 1.210
3 1.555 1.439
********************************************************** Long Rate&&(month):& && &2
Short Rate (month):& && &1
Number of VAR lags:& && &1 Linear VECM Estimates Cointegrating Vector&&1
Negative Log-Like& &&&-
AIC& && && && && && & -
BIC& && && && && && & - &&Equation 1
& &0.081899& & 0.23554
&&-0.007664& & 0.04248
& &0.389354& & 0.27974
&&-0.288518& & 0.23198 &&Equation 2
& &0.662612& & 0.24171
&&-0.122494& & 0.04331
& &0.578937& & 0.27125
&&-0.437543& & 0.23857 Threshold VECM Estimates Threshold Estimate& && && && & 0.032
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-
AIC& && && && && && && && && & -
BIC& && && && && && && && && & - First Regime
Percentage of Obs 0.11875 &&Equation 1
& &0.37513& & 1.4089
&&-0.12081& & 0.1003
&&-0.45586& & 0.5128
&&-0.02404& & 0.4642 &&Equation 2
& &2.59156& & 1.6239
&&-0.24869& & 0.1091
&&-0.31520& & 0.5308
& &0.02136& & 0.4931 Second Regime
Percentage of Obs 0.88125 &&Equation 1
& &0.029670& & 0.23206
& &0.002812& & 0.04294
& &0.530674& & 0.27155
&&-0.275981& & 0.23837 &&Equation 2
& &0.577925& & 0.24437
&&-0.097514& & 0.04442
& &0.668365& & 0.27426
&&-0.412041& & 0.25164 Wald Test for Equality of Dynamic Coefs&&31.72677& &2.
Wald Test for Equality of ECM Coef& && & 9.400499& &0.
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V10& & V8
1 1.537 1.209
2 1.546 1.210
3 1.609 1.439
********************************************************** Long Rate&&(month):& && &3
Short Rate (month):& && &1
Number of VAR lags:& && &1 Linear VECM Estimates Cointegrating Vector&&1
Negative Log-Like& &&&-904.2217
AIC& && && && && && & -888.2217
BIC& && && && && && & -882.7718 &&Equation 1
&&-0.02517& & 0.14805
& &0.01674& & 0.04786
& &0.19173& & 0.18921
&&-0.08442& & 0.14309 &&Equation 2
& &0.47959& & 0.15831
&&-0.14789& & 0.04939
& &0.45294& & 0.19111
&&-0.27795& & 0.15604 Threshold VECM Estimates Threshold Estimate& && && && & 0.274
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-936.4757
AIC& && && && && && && && && & -904.4757
BIC& && && && && && && && && & -893.5759 First Regime
Percentage of Obs 0.5208333 &&Equation 1
&&-0.3084& & 0.46640
& &0.1015& & 0.08105
& &0.3077& & 0.34505
&&-0.5977& & 0.24998 &&Equation 2
& &0.5914& & 0.47204
&&-0.1130& & 0.08155
& &0.5378& & 0.32542
&&-0.6664& & 0.24371 Second Regime
Percentage of Obs 0.4791667 &&Equation 1
& &0.07982& & 0.18649
&&-0.03220& & 0.08463
& &0.14056& & 0.19340
& &0.16402& & 0.16219 &&Equation 2
& &0.60136& & 0.20782
&&-0.21944& & 0.09218
& &0.38507& & 0.21583
&&-0.05859& & 0.19230 Wald Test for Equality of Dynamic Coefs&&23.36054& &0.
Wald Test for Equality of ECM Coef& && & 3.098015& &0.2124588 [1] &short_i&
[1] &long_i&
[1] &long_i&
& & V13& & V8
1 1.596 1.209
2 1.589 1.210
3 1.683 1.439
********************************************************** Long Rate&&(month):& && &6
Short Rate (month):& && &1
Number of VAR lags:& && &1 Linear VECM Estimates Cointegrating Vector&&1
Negative Log-Like& &&&-795.4003
AIC& && && && && && & -779.4003
BIC& && && && && && & -773.9504 &&Equation 1
&&-0.13294& & 0.08350
& &0.08305& & 0.04445
& &0.19526& & 0.14076
&&-0.04162& & 0.10434 &&Equation 2
& &0.20725& & 0.10128
&&-0.10957& & 0.04974
& &0.46079& & 0.14960
&&-0.26193& & 0.11403 Threshold VECM Estimates Threshold Estimate& && && && & 0.473
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-806.7996
AIC& && && && && && && && && & -774.7996
BIC& && && && && && && && && & -763.8998 First Regime
Percentage of Obs 0.49375 &&Equation 1
&&-0.4148& & 0.20286
& &0.1357& & 0.06638
& &0.2095& & 0.20968
&&-0.2070& & 0.11459 &&Equation 2
& &0.2620& & 0.21262
&&-0.1157& & 0.06641
& &0.3242& & 0.16680
&&-0.3578& & 0.11344 Second Regime
Percentage of Obs 0.50625 &&Equation 1
&&-0.18094& & 0.1182
& &0.16329& & 0.1003
& &0.15140& & 0.1692
& &0.04167& & 0.1421 &&Equation 2
& &0.25213& & 0.1651
&&-0.14865& & 0.1328
& &0.43653& & 0.1892
&&-0.17888& & 0.1577 Wald Test for Equality of Dynamic Coefs&&5.809176& &0.2138595
Wald Test for Equality of ECM Coef& && & 2.820796& &0.2440462
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V13& &V10
1 1.596 1.537
2 1.589 1.546
3 1.683 1.609
********************************************************** Long Rate&&(month):& && &6
Short Rate (month):& && &3
Number of VAR lags:& && &1 Linear VECM Estimates Cointegrating Vector&&1
Negative Log-Like& &&&-
AIC& && && && && && & -
BIC& && && && && && & - &&Equation 1
&&-0.30727& & 0.17024
& &0.08190& & 0.04084
& &0.25739& & 0.22642
&&-0.11409& & 0.19439 &&Equation 2
&&-0.05042& & 0.19133
& &0.02050& & 0.04294
& &0.36426& & 0.23633
&&-0.23648& & 0.21885 Threshold VECM Estimates Threshold Estimate& && && && & 0.403
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-1190.58
AIC& && && && && && && && && & -1158.58
BIC& && && && && && && && && & - First Regime
Percentage of Obs 0.825 &&Equation 1
& &0.15182& & 0.22731
& &0.02732& & 0.04995
& &0.44419& & 0.23197
&&-0.21550& & 0.21538 &&Equation 2
& &0.28331& & 0.23367
&&-0.01553& & 0.05057
& &0.50553& & 0.22033
&&-0.25491& & 0.20429 Second Regime
Percentage of Obs 0.175 &&Equation 1
&&-0.58737& & 0.3815
& &0.17697& & 0.2284
& &0.01184& & 0.4424
&&-0.02465& & 0.3454 &&Equation 2
&&-0.18176& & 0.4833
& &0.02249& & 0.2687
& &0.17419& & 0.4876
&&-0.23662& & 0.4317 Wald Test for Equality of Dynamic Coefs&&3.162593& &0.530994
Wald Test for Equality of ECM Coef& && & 4.968195& &0.
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V19& &V10
1 1.575 1.537
2 1.545 1.546
3 1.762 1.609
**********************************************************
Long Rate&&(month):& && &12
Short Rate (month):& && &3
Number of VAR lags:& && &1
Linear VECM Estimates
Cointegrating Vector&&1
Negative Log-Like& &&&-938.1015
AIC& && && && && && & -922.1015
BIC& && && && && && & -916.6516
&&Equation 1
&&-0.16540& & 0.07704
& &0.08008& & 0.04377
& &0.26034& & 0.12098
&&-0.11995& & 0.13434
&&Equation 2
& &0.04363& & 0.08725
&&-0.01105& & 0.04488
& &0.33610& & 0.13890
&&-0.16112& & 0.17217
Threshold VECM Estimates
Threshold Estimate& && && && & 0.059
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-962.395
AIC& && && && && && && && && & -930.395
BIC& && && && && && && && && & -919.4951
First Regime
Percentage of Obs 0.1083333
&&Equation 1
&&-0.7285& & 0.3855
&&-0.1118& & 0.1345
& &0.4446& & 0.3911
&&-0.7451& & 0.4029
&&Equation 2
&&-0.3991& & 0.4041
&&-0.1881& & 0.1501
& &0.3496& & 0.3608
&&-0.5427& & 0.4094
Second Regime
Percentage of Obs 0.8916667
&&Equation 1
&&-0.153545& & 0.06268
& &0.092644& & 0.03197
& &0.102052& & 0.10278
& &0.123555& & 0.10576
&&Equation 2
& &0.040964& & 0.08534
& &0.005291& & 0.03911
& &0.255547& & 0.14005
&&-0.012659& & 0.18259
Wald Test for Equality of Dynamic Coefs&&15.42931& &0.
Wald Test for Equality of ECM Coef& && & 3.0961& &0.2126623
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V36& &V10
1 2.183 1.537
2 2.246 1.546
3 2.308 1.609
**********************************************************
Long Rate&&(month):& && &120
Short Rate (month):& && &3
Number of VAR lags:& && &1
Linear VECM Estimates
Cointegrating Vector&&1
Negative Log-Like& &&&-950.1987
AIC& && && && && && & -934.1987
BIC& && && && && && & -928.7488
&&Equation 1
&&-0.033388& & 0.01846
& &0.046029& & 0.02478
& &0.057342& & 0.07897
&&-0.005689& & 0.04493
&&Equation 2
& &0.065958& & 0.03928
&&-0.062863& & 0.05867
& &0.304977& & 0.14927
& &0.053280& & 0.12817
Threshold VECM Estimates
Threshold Estimate& && && && & -0.073
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-978.6271
AIC& && && && && && && && && & -946.6271
BIC& && && && && && && && && & -935.7272
First Regime
Percentage of Obs 0.1208333
&&Equation 1
&&-0.009877& & 0.10914
& &0.143262& & 0.08978
& &0.295640& & 0.20713
&&-0.219139& & 0.07932
&&Equation 2
& &0.490045& & 0.25502
& &0.485884& & 0.20963
& &1.000256& & 0.46021
&&-0.273562& & 0.24542
Second Regime
Percentage of Obs 0.8791667
&&Equation 1
&&-0.02341& & 0.01914
& &0.03057& & 0.02341
&&-0.01969& & 0.07787
& &0.06908& & 0.04250
&&Equation 2
& &0.06217& & 0.02540
&&-0.06608& & 0.03970
& &0.11334& & 0.11704
& &0.19594& & 0.13293
Wald Test for Equality of Dynamic Coefs&&11.36111& &0.
Wald Test for Equality of ECM Coef& && & 8.475848& &0.
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V27& &V19
1 1.575 1.575
2 1.548 1.545
3 1.874 1.762
**********************************************************
Long Rate&&(month):& && &24
Short Rate (month):& && &12
Number of VAR lags:& && &1
Linear VECM Estimates
Cointegrating Vector&&1
Negative Log-Like& &&&-
AIC& && && && && && & -
BIC& && && && && && & -
&&Equation 1
& &0.009341& & 0.11403
& &0.007730& & 0.03654
& &0.295526& & 0.30657
&&-0.151536& & 0.27326
&&Equation 2
& &0.116076& & 0.12885
&&-0.014877& & 0.04146
& &0.562007& & 0.34765
&&-0.317521& & 0.31697
Threshold VECM Estimates
Threshold Estimate& && && && & -0.369
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-
AIC& && && && && && && && && & -
BIC& && && && && && && && && & -
First Regime
Percentage of Obs 0.
&&Equation 1
& &2.94382& & 1.1951
& &1.70170& & 0.6453
&&-0.09464& & 0.7522
& &0.18135& & 0.6635
&&Equation 2
& &3.78830& & 1.2985
& &2.05886& & 0.6945
&&-0.05070& & 0.8482
& &0.27430& & 0.7669
Second Regime
Percentage of Obs 0.9270833
&&Equation 1
&&-0.070962& & 0.08768
& &0.029247& & 0.02692
& &0.028792& & 0.21166
& &0.090202& & 0.20237
&&Equation 2
&&-0.005601& & 0.09652
& &0.018101& & 0.03066
& &0.262262& & 0.24383
&&-0.081174& & 0.23595
Wald Test for Equality of Dynamic Coefs&&8.938421& &0.
Wald Test for Equality of ECM Coef& && & 12.34644& &0.
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V36& &V19
1 2.183 1.575
2 2.246 1.545
3 2.308 1.762
**********************************************************
Long Rate&&(month):& && &120
Short Rate (month):& && &12
Number of VAR lags:& && &1
Linear VECM Estimates
Cointegrating Vector&&1
Negative Log-Like& &&&-
AIC& && && && && && & -
BIC& && && && && && & -
&&Equation 1
&&-0.01376& & 0.02385
& &0.01972& & 0.02158
& &0.04835& & 0.09872
& &0.01074& & 0.05421
&&Equation 2
& &0.08820& & 0.05107
&&-0.04750& & 0.04771
& &0.32452& & 0.19178
& &0.04988& & 0.12270
Threshold VECM Estimates
Threshold Estimate& && && && & -0.99
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-
AIC& && && && && && && && && & -
BIC& && && && && && && && && & -
First Regime
Percentage of Obs 0.
&&Equation 1
& &0.27041& & 0.2411
& &0.52408& & 0.3006
& &0.16291& & 0.2415
&&-0.15349& & 0.1194
&&Equation 2
& &1.36243& & 0.4388
& &1.70800& & 0.5750
& &0.46239& & 0.5833
& &0.06482& & 0.2717
Second Regime
Percentage of Obs 0.9395833
&&Equation 1
&&-0.016989& & 0.02271
& &0.021693& & 0.01964
&&-0.001802& & 0.10336
& &0.069806& & 0.05617
&&Equation 2
& &0.037612& & 0.03752
&&-0.003784& & 0.03815
& &0.207725& & 0.18092
& &0.158085& & 0.12681
Wald Test for Equality of Dynamic Coefs&&4.868932& &0.3010122
Wald Test for Equality of ECM Coef& && & 24.08407& &5.
[1] &short_i&
[1] &long_i&
[1] &long_i&
& & V36& &V27
1 2.183 1.575
2 2.246 1.548
3 2.308 1.874
**********************************************************
Long Rate&&(month):& && &120
Short Rate (month):& && &24
Number of VAR lags:& && &1
Linear VECM Estimates
Cointegrating Vector&&1
Negative Log-Like& &&&-
AIC& && && && && && & -
BIC& && && && && && & -
&&Equation 1
&&-0.003543& & 0.03504
& &0.013003& & 0.02200
& &0.001885& & 0.11950
& &0.050618& & 0.07498
&&Equation 2
& &0.117996& & 0.06565
&&-0.041000& & 0.04156
& &0.247643& & 0.20171
& &0.039889& & 0.13062
Threshold VECM Estimates
Threshold Estimate& && && && & -0.615
Cointegrating Vector Estimate&&1
Negative Log-Like& && && && &&&-
AIC& && && && && && && && && & -
BIC& && && && && && && && && & -
First Regime
Percentage of Obs 0.05625
&&Equation 1
& &0.3570& & 0.3883
& &0.3705& & 0.3219
&&-0.2282& & 0.4202
& &0.1135& & 0.2850
&&Equation 2
& &1.5866& & 0.5893
& &1.2287& & 0.4865
&&-0.4015& & 0.7431
& &0.6050& & 0.4874
Second Regime
Percentage of Obs 0.94375
&&Equation 1
&&-0.024202& & 0.03181
& &0.025431& & 0.01952
& &0.005635& & 0.12250
& &0.077979& & 0.07537
&&Equation 2
& &0.045166& & 0.04708
& &0.001201& & 0.03288
& &0.261874& & 0.20024
& &0.056460& & 0.13149
Wald Test for Equality of Dynamic Coefs&&13.52153& &0.
Wald Test for Equality of ECM Coef& && & 72.71585& &1.
epoh 发表于
[1] &short_i&
[1] &long_i&是的 我就比较两组数据 30行 2列 一共才这么点数据，我把zeroyld里的数据删了，放进去自己的，然后把tar_ci里面的
dat &- dat[1:nrow(dat),(7:62)]
rs &- rbind(as.matrix(seq(0,18,1)),21,24,30,as.matrix(seq(36,(36+7*12),12)))
short &- 12
long &- 120
short_i &- which.max(rs==short)
long_i &- which.max(rs==long)
dat &- dat[,cbind(long_i,short_i)]&&
这一块给删了
结果只得到Linear VECM Estimates
但是 Threshold VECM Estimates 之后就没了
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