MVARiDarkLit01_IBM_20161003 starting at 09-Nov-2018 14:30:19

MVARiDarkLit01_IBM_20161003 secondFactor=1
Setting polynomials
name=p0; deg=0; n=1; kOffset=0; vNames=p0d0.
name=p1; deg=0; n=9; kOffset=1; vNames=p1d0.
Reading data for secondFactor=1 (09-Nov-2018 14:30:19)
20161003 IBM   4543 observations (3843 with nonzero price changes and 9am-5pm)
20161003 IBM   4358 observations (3799 with nonzero price changes and 9am-5pm)
{Error using <a href="matlab:matlab.internal.language.introspective.errorDocCallback('getPrice', 'C:\Active\PDL\MatlabNovember2018\mFiles\getPrice.m', 21)" style="font-weight:bold">getPrice</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\mFiles\getPrice.m',21,0)">line 21</a>)
timeMid not found in table.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('MVARiDarkLit01', 'C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m', 94)" style="font-weight:bold">MVARiDarkLit01</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m',94,0)">line 94</a>)
    t = getPrice(readtable([inCsvDir 'ctLit.csv']),'PRICE','timeMid',secondFactor,mDisplay,symbol,inDate);} 
MVARiDarkLit01
MVARiDarkLit01_IBM_20161003 starting at 09-Nov-2018 14:31:34

MVARiDarkLit01_IBM_20161003 secondFactor=1
Setting polynomials
name=p0; deg=0; n=1; kOffset=0; vNames=p0d0.
name=p1; deg=0; n=9; kOffset=1; vNames=p1d0.
Reading data for secondFactor=1 (09-Nov-2018 14:31:34)
20161003 IBM   4543 observations (3843 with nonzero price changes and 9am-5pm)
20161003 IBM   4358 observations (3799 with nonzero price changes and 9am-5pm)
20161003 IBM   4593 observations (3416 with nonzero price changes and 9am-5pm)
20161003 IBM   3472 observations (3201 with nonzero price changes and 9am-5pm)
Data read finished for IBM 20161003. secondFactor=1. Elapsed time is 8.0669 sec.
starting estimates secondFactor=1. 09-Nov-2018 14:31:42
(nbbPart nboPart nbbExl nboExl)
setValid (computing largest possible range)
     nbbPart            1 (00:00:01) to        64800 (18:00:00)
     nboPart            1 (00:00:01) to        64800 (18:00:00)
      nbbExl            1 (00:00:01) to        64800 (18:00:00)
      nboExl            1 (00:00:01) to        64800 (18:00:00)
valid range:        35100 (09:45:00) to        57600 (16:00:00)
     nbbPart       3843 total observations,       3715 in valid range.
     nboPart       3799 total observations,       3658 in valid range.
      nbbExl       3416 total observations,       3257 in valid range.
      nboExl       3201 total observations,       3043 in valid range.
eVecMeans: -0.0326   -0.015676   -0.017616
buildzpzSparsePDLpar (nCPU=0)
Across the full for/parfor loop, the start to finish elapsed time is 15.94 sec.
VAR/VECM estimates for secondFactor=1
                  dnbbPart        t   dnboPart        t    dnbbExl        t    dnboExl        t
dnbbPartp0d0      -0.04148   -4.028    0.08817    8.103     0.0515    4.133    0.02819    1.772
dnbbPartp1d0       -0.0209    -4.12    0.02988    5.576    0.01555    2.535  0.0009059   0.1156
dnboPartp0d0       0.06967    7.069   -0.06077   -5.836    0.03703    3.105    0.01075   0.7058
dnboPartp1d0       0.02923     6.04   -0.02586   -5.058   0.000618   0.1056   -0.00502  -0.6717
dnbbExlp0d0        0.02809    3.461    0.03503    4.084   -0.01027   -1.046   -0.01497   -1.194
dnbbExlp1d0       0.004311    1.031    0.00977    2.212  -0.004959  -0.9805    0.01397    2.163
dnboExlp0d0       0.008246    1.784   0.009425    1.929    0.01386    2.477   -0.04795   -6.714
dnboExlp1d0      -0.004444   -2.049  -0.004363   -1.904  -0.005118   -1.951   -0.01044   -3.117
nbbPart-nboPart   -0.01843    -4.27    0.03212    7.043   -0.05564   -10.65   -0.07768   -11.65
nbbPart-nbbExl    -0.02134   -4.208   -0.02223   -4.149     0.1213    19.76  -0.005662  -0.7228
nbbPart-nboExl   0.0002398  0.08318  -0.002169  -0.7119   -0.00553   -1.585     0.1491    33.47
eCov
           dnbbPart   dnboPart    dnbbExl    dnboExl
dnbbPart  4.923e-05  3.667e-05  3.705e-05  1.016e-05
dnboPart  3.667e-05  5.497e-05  3.981e-05  1.103e-05
dnbbExl   3.705e-05  3.981e-05  7.208e-05  1.077e-05
dnboExl   1.016e-05  1.103e-05  1.077e-05  0.0001175
eCorr
          dnbbPart  dnboPart  dnbbExl  dnboExl
dnbbPart         1     0.705    0.622   0.1335
dnboPart     0.705         1   0.6325   0.1373
dnbbExl      0.622    0.6325        1   0.1171
dnboExl     0.1335    0.1373   0.1171        1
Estimation finished for IBM 20161003. secondFactor=1. Elapsed time is 00:16.37.
starting irf computation for secondFactor=1. 09-Nov-2018 14:31:59
irfPDLpacked (nCPU=0)
IRF computation for shock 4. Elapsed time is 0.03 seconds.
IRF computation for shock 3. Elapsed time is 0.02 seconds.
IRF computation for shock 2. Elapsed time is 0.02 seconds.
IRF computation for shock 1. Elapsed time is 0.02 seconds.
Across the full for/parfor loop, the start to finish elapsed time is 0.10 sec.
IBM 20161003 irf finished. elapsed time is 0.16 seconds.
IRF calculation finished for IBM 20161003. secondFactor=1. Elapsed time is 0.1626 sec.
Random walk decomposition for secondFactor=1. 09-Nov-2018 14:31:59
    'trLit'
not found in
    'nbbPart'    'nboPart'    'nbbExl'    'nboExl'
{Error using <a href="matlab:matlab.internal.language.introspective.errorDocCallback('randomWalkDecomp/isBoundsGrouped', 'C:\Active\PDL\MatlabNovember2018\mClasses\randomWalkDecomp.m', 89)" style="font-weight:bold">randomWalkDecomp/isBoundsGrouped</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\mClasses\randomWalkDecomp.m',89,0)">line 89</a>)
isBoundsGrouped
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('MVARiDarkLit01', 'C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m', 148)" style="font-weight:bold">MVARiDarkLit01</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m',148,0)">line 148</a>)
    r.isBoundsGrouped(isGroups);} 
MVARiDarkLit01
MVARiDarkLit01_IBM_20161003 starting at 09-Nov-2018 14:33:30

MVARiDarkLit01_IBM_20161003 secondFactor=1
Setting polynomials
name=p0; deg=0; n=1; kOffset=0; vNames=p0d0.
name=p1; deg=0; n=9; kOffset=1; vNames=p1d0.
Reading data for secondFactor=1 (09-Nov-2018 14:33:30)
20161003 IBM   4543 observations (3843 with nonzero price changes and 9am-5pm)
20161003 IBM   4358 observations (3799 with nonzero price changes and 9am-5pm)
20161003 IBM   4593 observations (3416 with nonzero price changes and 9am-5pm)
20161003 IBM   3472 observations (3201 with nonzero price changes and 9am-5pm)
Data read finished for IBM 20161003. secondFactor=1. Elapsed time is 7.3412 sec.
starting estimates secondFactor=1. 09-Nov-2018 14:33:38
(nbbPart nboPart trLit trDark)
setValid (computing largest possible range)
     nbbPart            1 (00:00:01) to        64800 (18:00:00)
     nboPart            1 (00:00:01) to        64800 (18:00:00)
       trLit            1 (00:00:01) to        64800 (18:00:00)
      trDark            1 (00:00:01) to        64800 (18:00:00)
valid range:        35100 (09:45:00) to        57600 (16:00:00)
     nbbPart       3843 total observations,       3715 in valid range.
     nboPart       3799 total observations,       3658 in valid range.
       trLit       3416 total observations,       3257 in valid range.
      trDark       3201 total observations,       3043 in valid range.
eVecMeans: -0.0326   -0.015676   -0.017616
buildzpzSparsePDLpar (nCPU=0)
Across the full for/parfor loop, the start to finish elapsed time is 14.09 sec.
VAR/VECM estimates for secondFactor=1
                  dnbbPart        t   dnboPart        t     dtrLit        t    dtrDark        t
dnbbPartp0d0      -0.04148   -4.028    0.08817    8.103     0.0515    4.133    0.02819    1.772
dnbbPartp1d0       -0.0209    -4.12    0.02988    5.576    0.01555    2.535  0.0009059   0.1156
dnboPartp0d0       0.06967    7.069   -0.06077   -5.836    0.03703    3.105    0.01075   0.7058
dnboPartp1d0       0.02923     6.04   -0.02586   -5.058   0.000618   0.1056   -0.00502  -0.6717
dtrLitp0d0         0.02809    3.461    0.03503    4.084   -0.01027   -1.046   -0.01497   -1.194
dtrLitp1d0        0.004311    1.031    0.00977    2.212  -0.004959  -0.9805    0.01397    2.163
dtrDarkp0d0       0.008246    1.784   0.009425    1.929    0.01386    2.477   -0.04795   -6.714
dtrDarkp1d0      -0.004444   -2.049  -0.004363   -1.904  -0.005118   -1.951   -0.01044   -3.117
nbbPart-nboPart   -0.01843    -4.27    0.03212    7.043   -0.05564   -10.65   -0.07768   -11.65
nbbPart-trLit     -0.02134   -4.208   -0.02223   -4.149     0.1213    19.76  -0.005662  -0.7228
nbbPart-trDark   0.0002398  0.08318  -0.002169  -0.7119   -0.00553   -1.585     0.1491    33.47
eCov
           dnbbPart   dnboPart     dtrLit    dtrDark
dnbbPart  4.923e-05  3.667e-05  3.705e-05  1.016e-05
dnboPart  3.667e-05  5.497e-05  3.981e-05  1.103e-05
dtrLit    3.705e-05  3.981e-05  7.208e-05  1.077e-05
dtrDark   1.016e-05  1.103e-05  1.077e-05  0.0001175
eCorr
          dnbbPart  dnboPart  dtrLit  dtrDark
dnbbPart         1     0.705   0.622   0.1335
dnboPart     0.705         1  0.6325   0.1373
dtrLit       0.622    0.6325       1   0.1171
dtrDark     0.1335    0.1373  0.1171        1
Estimation finished for IBM 20161003. secondFactor=1. Elapsed time is 00:14.50.
starting irf computation for secondFactor=1. 09-Nov-2018 14:33:52
irfPDLpacked (nCPU=0)
IRF computation for shock 4. Elapsed time is 0.03 seconds.
IRF computation for shock 3. Elapsed time is 0.02 seconds.
IRF computation for shock 2. Elapsed time is 0.02 seconds.
IRF computation for shock 1. Elapsed time is 0.02 seconds.
Across the full for/parfor loop, the start to finish elapsed time is 0.10 sec.
IBM 20161003 irf finished. elapsed time is 0.16 seconds.
IRF calculation finished for IBM 20161003. secondFactor=1. Elapsed time is 0.15551 sec.
Random walk decomposition for secondFactor=1. 09-Nov-2018 14:33:52
Random walk decomposition for secondFactor=1
Sum of vma coefficients:
  nbbPart  nboPart   trLit   trDark
   0.4055   0.5746  0.1774  0.01429
per period var_w:    0.000059 sd_w:    0.007709
annualized var_w:  347.645632 sd_w:   18.645258
info share bounds:
             Min      Max
nbbPart  0.06140  0.77946
nboPart  0.13452  0.88199
trLit    0.02053  0.60348
trDark   0.00039  0.02826
Grouped info share bounds
                     Min      Max
nbbPart nboPart  0.39048  0.97892
trLit            0.02053  0.60348
trDark           0.00039  0.02826

MVARiDarkLit01_IBM_20161003 secondFactor=10
Setting polynomials
name=p0; deg=0; n=1; kOffset=0; vNames=p0d0.
name=p1; deg=0; n=9; kOffset=1; vNames=p1d0.
name=p2; deg=0; n=90; kOffset=10; vNames=p2d0.
Reading data for secondFactor=10 (09-Nov-2018 14:33:52)
20161003 IBM   6223 observations (5555 with nonzero price changes and 9am-5pm)
20161003 IBM   5727 observations (5222 with nonzero price changes and 9am-5pm)
20161003 IBM   5991 observations (4169 with nonzero price changes and 9am-5pm)
20161003 IBM   3849 observations (3523 with nonzero price changes and 9am-5pm)
Data read finished for IBM 20161003. secondFactor=10. Elapsed time is 6.8477 sec.
starting estimates secondFactor=10. 09-Nov-2018 14:33:59
(nbbPart nboPart trLit trDark)
setValid (computing largest possible range)
     nbbPart            1 (00:00:00.1) to       648000 (18:00:00.0)
     nboPart            1 (00:00:00.1) to       648000 (18:00:00.0)
       trLit            1 (00:00:00.1) to       648000 (18:00:00.0)
      trDark            1 (00:00:00.1) to       648000 (18:00:00.0)
valid range:       351000 (09:45:00.0) to       576000 (16:00:00.0)
     nbbPart       5555 total observations,       5379 in valid range.
     nboPart       5222 total observations,       5037 in valid range.
       trLit       4169 total observations,       3972 in valid range.
      trDark       3523 total observations,       3348 in valid range.
eVecMeans: -0.032586   -0.015655   -0.017608
buildzpzSparsePDLpar (nCPU=0)
Across the full for/parfor loop, the start to finish elapsed time is 37.44 sec.
VAR/VECM estimates for secondFactor=10
                   dnbbPart        t    dnboPart        t      dtrLit         t     dtrDark        t
dnbbPartp0d0       -0.05605   -20.94     0.04308    15.15     0.02318     7.216     0.01293    2.987
dnbbPartp1d0       -0.01238   -11.44     0.01427    12.41    0.008473     6.524   0.0007607   0.4348
dnbbPartp2d0      -0.002678   -5.218    0.004107    7.535    0.001846     2.997   -0.001011   -1.219
dnboPartp0d0        0.04792    18.79    -0.04726   -17.44     0.02129     6.955     0.01053    2.553
dnboPartp1d0        0.01529    14.82    -0.01122   -10.24    0.005245     4.235    0.002278    1.365
dnboPartp2d0       0.003638    7.432   -0.003418   -6.573   0.0003685    0.6272   0.0003155   0.3986
dtrLitp0d0          0.02177    10.07     0.02323    10.11   -0.008366    -3.223    0.004859     1.39
dtrLitp1d0         0.003768    4.409    0.004566    5.029   -0.003016     -2.94   -0.002333   -1.688
dtrLitp2d0        0.0006107    1.442   0.0008486    1.887   -0.001004    -1.975    0.001209    1.766
dtrDarkp0d0         0.00304    2.308    0.007078    5.058    0.006185     3.912   -0.002566   -1.205
dtrDarkp1d0       0.0004156   0.8528  -0.0001002  -0.1936  -4.293e-05  -0.07339    0.002359    2.994
dtrDarkp2d0      -0.0004531    -2.07  -0.0002682   -1.154  -0.0001945   -0.7406   -0.001265   -3.575
nbbPart-nboPart   -0.002107   -4.825    0.004459    9.613   -0.005894    -11.25   -0.008495   -12.03
nbbPart-trLit     -0.002565   -5.002   -0.003175   -5.828     0.01352     21.97  -0.0003587  -0.4326
nbbPart-trDark   -0.0001274  -0.4386   -0.000427   -1.384  -0.0007824    -2.245     0.01653    35.21
eCov
           dnbbPart   dnboPart     dtrLit    dtrDark
dnbbPart  5.044e-06  2.994e-06   2.97e-06  4.959e-07
dnboPart  2.994e-06  5.691e-06  3.289e-06  4.912e-07
dtrLit     2.97e-06  3.289e-06  7.265e-06  5.091e-07
dtrDark   4.959e-07  4.912e-07  5.091e-07  1.318e-05
eCorr
          dnbbPart  dnboPart   dtrLit  dtrDark
dnbbPart         1    0.5588   0.4907  0.06081
dnboPart    0.5588         1   0.5115  0.05671
dtrLit      0.4907    0.5115        1  0.05202
dtrDark    0.06081   0.05671  0.05202        1
Estimation finished for IBM 20161003. secondFactor=10. Elapsed time is 00:37.89.
starting irf computation for secondFactor=10. 09-Nov-2018 14:34:37
irfPDLpacked (nCPU=0)
IRF computation for shock 4. Elapsed time is 0.17 seconds.
IRF computation for shock 3. Elapsed time is 0.16 seconds.
IRF computation for shock 2. Elapsed time is 0.16 seconds.
IRF computation for shock 1. Elapsed time is 0.15 seconds.
Across the full for/parfor loop, the start to finish elapsed time is 0.65 sec.
IBM 20161003 irf finished. elapsed time is 0.76 seconds.
IRF calculation finished for IBM 20161003. secondFactor=10. Elapsed time is 0.75714 sec.
Random walk decomposition for secondFactor=10. 09-Nov-2018 14:34:38
Random walk decomposition for secondFactor=10
Sum of vma coefficients:
  nbbPart  nboPart   trLit   trDark
   0.4507   0.5512  0.2157  0.02792
per period var_w:    0.000006 sd_w:    0.002446
annualized var_w:  349.936533 sd_w:   18.706591
info share bounds:
             Min      Max
nbbPart  0.10794  0.69456
nboPart  0.17725  0.79708
trLit    0.03825  0.51536
trDark   0.00171  0.01198
Grouped info share bounds
                     Min      Max
nbbPart nboPart  0.47942  0.95975
trLit            0.03825  0.51536
trDark           0.00171  0.01198

MVARiDarkLit01_IBM_20161003 secondFactor=100
Setting polynomials
name=p0; deg=0; n=1; kOffset=0; vNames=p0d0.
name=p1; deg=0; n=9; kOffset=1; vNames=p1d0.
name=p2; deg=0; n=90; kOffset=10; vNames=p2d0.
name=p3; deg=0; n=900; kOffset=100; vNames=p3d0.
Reading data for secondFactor=100 (09-Nov-2018 14:34:38)
20161003 IBM   7587 observations (6997 with nonzero price changes and 9am-5pm)
20161003 IBM   6869 observations (6422 with nonzero price changes and 9am-5pm)
{Operation terminated by user during <a href="matlab:matlab.internal.language.introspective.errorDocCallback('table/readTextFile>textscanReadData', 'C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readTextFile.m', 557)" style="font-weight:bold">table/readTextFile>textscanReadData</a> (<a href="matlab: opentoline('C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readTextFile.m',557,0)">line 557</a>)

In <a href="matlab:matlab.internal.language.introspective.errorDocCallback('table/readTextFile', 'C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readTextFile.m', 228)" style="font-weight:bold">table/readTextFile</a> (<a href="matlab: opentoline('C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readTextFile.m',228,0)">line 228</a>)
        rawData = textscanReadData(fid, format, delimiter, whitespace, eol, treatAsEmpty, otherArgs);
In <a href="matlab:matlab.internal.language.introspective.errorDocCallback('table.readFromFile', 'C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readFromFile.m', 41)" style="font-weight:bold">table.readFromFile</a> (<a href="matlab: opentoline('C:\Program Files\MATLAB\R2018b\toolbox\matlab\datatypes\@table\readFromFile.m',41,0)">line 41</a>)
        t = table.readTextFile(filename,otherArgs);
In <a href="matlab:matlab.internal.language.introspective.errorDocCallback('readtable', 'C:\Program Files\MATLAB\R2018b\toolbox\matlab\iofun\readtable.m', 216)" style="font-weight:bold">readtable</a> (<a href="matlab: opentoline('C:\Program Files\MATLAB\R2018b\toolbox\matlab\iofun\readtable.m',216,0)">line 216</a>)
t = table.readFromFile(location,varargin);
In <a href="matlab:matlab.internal.language.introspective.errorDocCallback('MVARiDarkLit01', 'C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m', 94)" style="font-weight:bold">MVARiDarkLit01</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\MVARiDarkLit01.m',94,0)">line 94</a>)
    t = getPrice(readtable([inCsvDir 'ctLit.csv']),'PRICE','PART_TIME',secondFactor,mDisplay,symbol,inDate);} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution   sdw     min    max       min       max
           1  19.1  0.0022      1  0.000413     0.998
         0.1  19.2   0.017  0.999   0.00134     0.983
        0.01  19.1   0.142  0.998   0.00225     0.858
       0.001  19.1   0.827  0.998   0.00223     0.173
      0.0001  19.1   0.999  0.999  0.000578  0.000832
       1e-05  19.1   0.999  0.999   0.00064   0.00069
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  14 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'nbbPart'}    {'nboPart'}    {'nbbSIP'}    {'nboSIP'}
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {'$-0.20'}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ytix =
  110 <a href="matlab:helpPopup cell" style="font-weight:bold">cell</a> array
    {00 char}    {'$0.00'}    {'$0.20'}    {'$0.40'}    {'$0.60'}    {'$0.80'}    {'$1.00'}    {'$1.20'}    {'$1.40'}    {'$1.60'}
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ans =
     0     1     2     3     4     5     6     7     8     9    10    20    30    40    50    60    70    80    90   100   200   300   400   500
ans =
  Columns 1 through 23
    1.0000    0.4239    0.9696    1.0159    1.0530    1.0866    1.1185    1.1488    1.1776    1.2052    1.2317    1.5171    1.5455    1.5559    1.5642    1.5704    1.5750    1.5785    1.5811    1.5831    1.5885    1.5888    1.5888
         0    1.1923    1.4513    1.4710    1.4640    1.4594    1.4565    1.4553    1.4556    1.4573    1.4603    1.6198    1.6076    1.6037    1.6000    1.5971    1.5950    1.5935    1.5923    1.5914    1.5890    1.5888    1.5888
  Column 24
    1.5888
    1.5888
ans =
     4    24     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 33
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000
ans =
  Columns 1 through 23
    1.0000    0.9715    0.9886    0.9822    0.9780    0.9740    0.9703    0.9668    0.9636    0.9607    0.9581    0.9505    0.9410    0.9337    0.9282    0.9244    0.9220    0.9210    0.9212    0.9226    0.9195    0.8928    0.8728
         0    0.4323    0.4230    0.4373    0.4498    0.4622    0.4745    0.4865    0.4983    0.5099    0.5214    0.5469    0.5768    0.6047    0.6309    0.6557    0.6792    0.7015    0.7228    0.7431    0.7588    0.7741    0.7847
  Columns 24 through 33
    0.8581    0.8471    0.8389    0.8328    0.8282    0.8249    0.8155    0.8150    0.8150    0.8150
    0.7924    0.7982    0.8025    0.8057    0.8081    0.8098    0.8147    0.8150    0.8150    0.8150
ans =
     4    33     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 42
       20000       30000       40000       50000
ans =
  Columns 1 through 23
    1.0000    0.9638    0.9490    0.9450    0.9392    0.9336    0.9282    0.9229    0.9176    0.9125    0.9074    0.9025    0.8956    0.8892    0.8831    0.8774    0.8720    0.8669    0.8622    0.8577    0.8506    0.8387    0.8291
         0    0.1990    0.2499    0.2615    0.2693    0.2756    0.2816    0.2876    0.2934    0.2992    0.3049    0.3143    0.3275    0.3403    0.3528    0.3650    0.3770    0.3888    0.4003    0.4116    0.4366    0.4662    0.4935
  Columns 24 through 42
    0.8216    0.8157    0.8115    0.8087    0.8072    0.8070    0.7967    0.7697    0.7494    0.7345    0.7235    0.7152    0.7091    0.7046    0.7012    0.6920    0.6916    0.6915    0.6915
    0.5191    0.5432    0.5659    0.5874    0.6078    0.6272    0.6329    0.6486    0.6598    0.6680    0.6741    0.6786    0.6819    0.6844    0.6862    0.6913    0.6915    0.6915    0.6915
ans =
     4    42     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 51
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000
ans =
  Columns 1 through 23
    1.0000    0.9199    0.9271    0.9225    0.9202    0.9180    0.9158    0.9136    0.9113    0.9091    0.9068    0.8940    0.8884    0.8829    0.8776    0.8725    0.8674    0.8625    0.8576    0.8529    0.8494    0.8420    0.8351
         0    0.0852    0.1052    0.1225    0.1360    0.1469    0.1563    0.1647    0.1724    0.1797    0.1866    0.2011    0.2088    0.2162    0.2234    0.2305    0.2376    0.2446    0.2515    0.2582    0.2678    0.2804    0.2925
  Columns 24 through 46
    0.8286    0.8224    0.8166    0.8111    0.8059    0.8010    0.7945    0.7822    0.7722    0.7641    0.7578    0.7529    0.7495    0.7474    0.7465    0.7363    0.7097    0.6898    0.6752    0.6643    0.6562    0.6502    0.6457
    0.3044    0.3161    0.3274    0.3386    0.3495    0.3602    0.3867    0.4154    0.4420    0.4667    0.4900    0.5119    0.5325    0.5520    0.5706    0.5752    0.5905    0.6016    0.6096    0.6156    0.6200    0.6233    0.6258
  Columns 47 through 51
    0.6424    0.6333    0.6328    0.6328    0.6328
    0.6276    0.6325    0.6328    0.6328    0.6328
ans =
     4    51     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9819    0.9735    0.9659    0.9584    0.9511    0.9440    0.9371    0.9303    0.9237    0.9172    0.9036    0.8987    0.8950    0.8926    0.8909    0.8895    0.8883    0.8872    0.8863    0.8746    0.8688    0.8635
         0    0.0248    0.0392    0.0534    0.0669    0.0798    0.0921    0.1039    0.1153    0.1262    0.1367    0.1542    0.1675    0.1786    0.1880    0.1967    0.2050    0.2130    0.2208    0.2286    0.2374    0.2448    0.2522
  Columns 24 through 46
    0.8583    0.8533    0.8484    0.8436    0.8390    0.8344    0.8322    0.8257    0.8198    0.8142    0.8089    0.8039    0.7992    0.7949    0.7908    0.7861    0.7757    0.7675    0.7611    0.7562    0.7527    0.7506    0.7496
    0.2596    0.2669    0.2741    0.2812    0.2882    0.2951    0.3036    0.3155    0.3270    0.3383    0.3493    0.3601    0.3706    0.3810    0.3911    0.4156    0.4426    0.4676    0.4910    0.5131    0.5338    0.5535    0.5722
  Columns 47 through 60
    0.7497    0.7412    0.7172    0.6991    0.6857    0.6759    0.6685    0.6630    0.6590    0.6560    0.6478    0.6473    0.6473    0.6473
    0.5900    0.5950    0.6090    0.6190    0.6263    0.6317    0.6357    0.6387    0.6409    0.6426    0.6471    0.6473    0.6473    0.6473
ans =
     4    60     4
ans =
     0     0
ans =
  Columns 1 through 19
           0           1           2           3           4           5           6           7           8           9          10          20          30          40          50          60          70          80          90
  Columns 20 through 38
         100         200         300         400         500         600         700         800         900        1000        2000        3000        4000        5000        6000        7000        8000        9000       10000
  Columns 39 through 57
       20000       30000       40000       50000       60000       70000       80000       90000      100000      200000      300000      400000      500000      600000      700000      800000      900000     1000000     2000000
  Columns 58 through 60
     3000000     4000000     5000000
ans =
  Columns 1 through 23
    1.0000    0.9950    0.9924    0.9898    0.9873    0.9848    0.9822    0.9797    0.9772    0.9748    0.9723    0.9643    0.9562    0.9484    0.9408    0.9335    0.9263    0.9193    0.9125    0.9059    0.8922    0.8863    0.8824
         0    0.0011    0.0045    0.0077    0.0110    0.0143    0.0175    0.0207    0.0239    0.0271    0.0303    0.0452    0.0598    0.0738    0.0871    0.0999    0.1121    0.1239    0.1352    0.1461    0.1630    0.1768    0.1879
  Columns 24 through 46
    0.8798    0.8779    0.8765    0.8752    0.8742    0.8732    0.8622    0.8567    0.8516    0.8466    0.8418    0.8371    0.8325    0.8281    0.8237    0.8218    0.8157    0.8100    0.8047    0.7996    0.7949    0.7904    0.7863
    0.1975    0.2063    0.2147    0.2228    0.2308    0.2387    0.2470    0.2543    0.2616    0.2689    0.2760    0.2831    0.2900    0.2969    0.3037    0.3120    0.3236    0.3348    0.3458    0.3566    0.3671    0.3774    0.3876
  Columns 47 through 60
    0.7824    0.7782    0.7685    0.7610    0.7550    0.7506    0.7476    0.7459    0.7452    0.7457    0.7376    0.7144    0.6970    0.6841
    0.3975    0.4213    0.4476    0.4720    0.4948    0.5164    0.5367    0.5560    0.5743    0.5917    0.5968    0.6102    0.6198    0.6268
ans =
     4    60     4
ans =
     0     0
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  121 <a href="matlab:helpview ([docroot '/matlab/creating_plots/creating_plots.map'],'heterogeneous_graphics_arrays')">graphics</a> array:

  Text    (10 \mus)
  Line
  Text    (100 \mus)
  Line
  Text    (1 ms)
  Line
  Text    (10 ms)
  Line
  Text    (100 ms)
  Line
  Text    (1 sec)
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
symbol =
    'IBM'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.8100]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphsPartSIP
{Error: <a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',15,1)">File: irfGraphsPartSIP.m Line: 15 Column: 1
</a>At least one END is missing: the statement may begin here.} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
{Array indices must be positive integers or logical values.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 16)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',16,0)">line 16</a>)
    symbol = symbols{i};} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 80)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',80,0)">line 80</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 80)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',80,0)">line 80</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
{Undefined function or variable 'releast'.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 102)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',102,0)">line 102</a>)
    releast} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 79)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',79,0)">line 79</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 79)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',79,0)">line 79</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
{Undefined function or variable 'replaceall'.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 102)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',102,0)">line 102</a>)
    replaceall} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 79)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',79,0)">line 79</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 79)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',79,0)">line 79</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> with properties:

             XLim: [0 1]
             YLim: [0 1]
           XScale: 'linear'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1100 0.7750 0.8150]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> with properties:

             XLim: [0 1]
             YLim: [0 1]
           XScale: 'linear'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1100 0.7750 0.8150]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
Current plot held
{Expected one output from a curly brace or dot indexing expression, but there were 0 results.
Error in <a href="matlab:matlab.internal.language.introspective.errorDocCallback('irfGraphsPartSIP', 'C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m', 79)" style="font-weight:bold">irfGraphsPartSIP</a> (<a href="matlab: opentoline('C:\Active\PDL\MatlabNovember2018\irfGraphsPartSIP.m',79,0)">line 79</a>)
    ytix{ax.YTick<0}='';} 
irfGraphsPartSIP
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
inFile =
    'MVARiPartSIP01_IBM_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  19.065  0.002  1.000  0.000  0.998
       0.100  19.154  0.017  0.999  0.001  0.983
       0.010  19.138  0.142  0.998  0.002  0.858
       0.001  19.121  0.827  0.998  0.002  0.173
       0.000  19.121  0.999  0.999  0.001  0.001
       0.000  19.124  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  19.06533  0.00220  0.99959  0.00041  0.99780
     0.10000  19.15431  0.01698  0.99866  0.00134  0.98302
     0.01000  19.13788  0.14200  0.99775  0.00225  0.85800
     0.00100  19.12107  0.82659  0.99777  0.00223  0.17341
     0.00010  19.12131  0.99917  0.99942  0.00058  0.00083
     0.00001  19.12400  0.99931  0.99936  0.00064  0.00069
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> with properties:

             XLim: [0 1]
             YLim: [0 1]
           XScale: 'linear'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1100 0.7750 0.8150]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (IBM initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.2000 1.6000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
inFile =
    'MVARiPartSIP01_NVDA_20161003.mat'
    'nbbPart nboPart'    'nbbSIP nboSIP'
  resolution     sdw    min    max    min    max
       1.000  12.246  0.000  1.000  0.000  1.000
       0.100  12.135  0.009  1.000  0.000  0.991
       0.010  12.068  0.082  1.000  0.000  0.918
       0.001  12.057  0.685  1.000  0.000  0.315
       0.000  12.049  0.997  0.999  0.001  0.003
       0.000  12.046  0.999  0.999  0.001  0.001
  resolution       sdw      min      max      min      max
     1.00000  12.24598  0.00028  0.99978  0.00022  0.99972
     0.10000  12.13470  0.00918  0.99987  0.00013  0.99082
     0.01000  12.06818  0.08168  0.99970  0.00030  0.91832
     0.00100  12.05675  0.68545  0.99986  0.00014  0.31455
     0.00010  12.04929  0.99730  0.99907  0.00093  0.00270
     0.00001  12.04582  0.99850  0.99870  0.00130  0.00150
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> with properties:

             XLim: [0 1]
             YLim: [0 1]
           XScale: 'linear'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1100 0.7750 0.8150]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
Current plot held
ax = 
  <a href="matlab:helpPopup matlab.graphics.axis.Axes" style="font-weight:bold">Axes</a> (NVDA initial impulse in nbbPart; IRF for nbbSIP, ) with properties:

             XLim: [1.0000e-06 1300]
             YLim: [-0.0500 0.9000]
           XScale: 'log'
           YScale: 'linear'
    GridLineStyle: '-'
         Position: [0.1300 0.1150 0.7750 0.7760]
            Units: 'normalized'

  Show <a href="matlab:if exist('ax', 'var'), matlab.graphics.internal.getForDisplay('ax', ax, 'matlab.graphics.axis.Axes'), else, matlab.graphics.internal.getForDisplay('ax'), end">all properties</a>
ans = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
h = 
  61 <a href="matlab:helpPopup matlab.graphics.chart.primitive.Line" style="font-weight:bold">Line</a> array:

  Line
  Line
  Line
  Line
  Line
  Line
1 - 2.000000    
2 : 1.800000   
3 -- 1.600000   
4 - 1.400000    
5 : 1.200000   
6 -- 1.000000   
irfGraphs
shockVar =
    'nbbPart'
impactVar =
    'nbbSIP'
fileNameFmt =
    'MVARiPartSIP01_%s_20161003.mat'
