Error(s) in re-building vignettes:
  ...
--- re-building ‘TraMineR-state-sequence.Rnw’ using Sweave

TraMineR stable version 2.0-12 (Built: 2019-11-17)
Website: http://traminer.unige.ch
Please type 'citation("TraMineR")' for citation information.

 [>] 6 distinct states appear in the data: 
     1 = FE
     2 = HE
     3 = employment
     4 = joblessness
     5 = school
     6 = training
 [>] state coding:
       [alphabet]  [label]     [long label] 
     1  employment  employment  employment
     2  FE          FE          FE
     3  HE          HE          HE
     4  joblessness joblessness joblessness
     5  school      school      school
     6  training    training    training
 [>] 712 sequences in the data set
 [>] min/max sequence length: 70/70
 [>] 712 sequences with 6 distinct states
 [>] creating substitution-cost matrix using transition rates ...
 [>] computing transition probabilities for states employment/FE/HE/joblessness/school/training ...
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the OM metric
 [>] elapsed time: 2.112 secs
 [>] state coding:
       [alphabet]  [label]  [long label] 
     1  employment  EM       Employment
     2  FE          FE       Further education
     3  HE          HE       Higher education
     4  joblessness JL       Joblessness
     5  school      SC       School
     6  training    TR       Training
 [>] 712 sequences in the data set
 [>] min/max sequence length: 70/70
 [>] state coding:
       [alphabet]  [label]  [long label] 
     1  employment  EM       Employment
     2  FE          FE       Further education
     3  HE          HE       Higher education
     4  joblessness JL       Joblessness
     5  school      SC       School
     6  training    TR       Training
 [>] sum of weights: 711.57 - min/max: 0.13/4.46
 [>] 712 sequences in the data set
 [>] min/max sequence length: 70/70
 [>] 712 sequences with 6 distinct states
 [>] creating a 'sm' with a substitution cost of 2
 [>] creating 6x6 substitution-cost matrix using 2 as constant value
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the LCS metric
 [>] elapsed time: 1.945 secs
 [>] 712 sequences with 6 distinct states
 [>] creating a 'sm' with a substitution cost of 2
 [>] creating 6x6 substitution-cost matrix using 2 as constant value
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the LCS metric
 [>] elapsed time: 0.374 secs
 [>] computing transition probabilities for states EM/FE/HE/JL/SC/TR ...
 [>] 4 distinct states appear in the data: 
     1 = A
     2 = B
     3 = C
     4 = D
 [>] state coding:
       [alphabet]  [label]  [long label] 
     1  A           A        A
     2  B           B        B
     3  C           C        C
     4  D           D        D
 [>] 9 sequences in the data set
 [>] min/max sequence length: 12/12
    Sequence             
[1] (EM,4)-(TR,2)-(EM,64)
 [>] computing state distribution for 4 sequences ...
 [>] creating substitution-cost matrix using transition rates ...
 [>] computing transition probabilities for states EM/FE/HE/JL/SC/TR ...
 [>] 712 sequences with 6 distinct states
 [>] checking 'sm' (one value for each state, triangle inequality)
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the OM metric
 [>] elapsed time: 0.399 secs
 [>] 712 sequences with 6 distinct states
 [>] creating a 'sm' with a substitution cost of 2
 [>] creating 6x6 substitution-cost matrix using 2 as constant value
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the LCS metric
 [>] elapsed time: 0.409 secs
 [>] 712 sequences with 6 distinct states
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the LCP metric
 [>] elapsed time: 0.391 secs
 [>] 712 sequences with 6 distinct states
 [>] creating a 'sm' with the costs derived from the transition rates
 [>] creating time varying substitution-cost matrix using transition rates ...
 [>] computing time varying transition probabilities for states EM/FE/HE/JL/SC/TR ...
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the DHD metric
 [>] elapsed time: 0.546 secs
 [>] 712 sequences with 6 distinct states
 [>] creating a 'sm' with a single substitution cost of 1
 [>] creating 6x6 substitution-cost matrix using 1 as constant value
 [>] the most frequent sequence appears 16 time(s)
 [>] using reference sequence (SC,24)-(HE,46)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the HAM metric
 [>] elapsed time: 0.397 secs
 [>] creating substitution-cost matrix using transition rates ...
 [>] computing transition probabilities for states EM/FE/HE/JL/SC/TR ...
 [>] 712 sequences with 6 distinct states
 [>] checking 'sm' (one value for each state, triangle inequality)
 [>] 490 distinct sequences
 [>] min/max sequence length: 70/70
 [>] computing distances using the OM metric
 [>] elapsed time: 1.963 secs
 [>] number of objects (sum of weights): 711.57
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 1 representative(s) selected
 [>] 490 distinct sequence(s)
 [>] number of objects (sum of weights): 429.56
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 5 representative(s) selected, coverage=29% (threshold=25%)
 [>] 339 distinct sequence(s)
 [>] number of objects (sum of weights): 282.01
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 1 representative(s) selected, coverage=29% (threshold=25%)
 [>] 178 distinct sequence(s)
 [>] number of objects (sum of weights): 429.56
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 5 representative(s) selected, coverage=29% (threshold=25%)
 [>] 339 distinct sequence(s)
 [>] number of objects (sum of weights): 282.01
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 1 representative(s) selected, coverage=29% (threshold=25%)
 [>] 178 distinct sequence(s)
 [>] number of objects (sum of weights): 226.47
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 2 representative(s) selected, coverage=41% (threshold=35%)
 [>] 165 distinct sequence(s)
 [>] number of objects (sum of weights): 189.06
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 1 representative(s) selected, coverage=46% (threshold=35%)
 [>] 88 distinct sequence(s)
 [>] number of objects (sum of weights): 196.82
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 4 representative(s) selected, coverage=39% (threshold=35%)
 [>] 148 distinct sequence(s)
 [>] number of objects (sum of weights): 99.22
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 5 representative(s) selected, coverage=38% (threshold=35%)
 [>] 89 distinct sequence(s)
 [>] number of objects (sum of weights): 226.47
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 2 representative(s) selected, coverage=41% (threshold=35%)
 [>] 165 distinct sequence(s)
 [>] number of objects (sum of weights): 189.06
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 1 representative(s) selected, coverage=46% (threshold=35%)
 [>] 88 distinct sequence(s)
 [>] number of objects (sum of weights): 196.82
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 4 representative(s) selected, coverage=39% (threshold=35%)
 [>] 148 distinct sequence(s)
 [>] number of objects (sum of weights): 99.22
 [>] max. distance: 139.84
 [>] neighborhood radius: 13.98
 [>] 5 representative(s) selected, coverage=38% (threshold=35%)
 [>] 89 distinct sequence(s)
Error: processing vignette 'TraMineR-state-sequence.Rnw' failed with diagnostics:
Running ‘texi2dvi’ on ‘TraMineR-state-sequence.tex’ failed.
LaTeX errors:
! Argument of \traminer has an extra }.
<inserted text> 
                \par 
l.160 \begin{document}
                      
! Paragraph ended before \traminer was complete.
<to be read again> 
                   \par 
l.160 \begin{document}
                      
--- failed re-building 'TraMineR-state-sequence.Rnw'

SUMMARY: processing the following file failed:
  'TraMineR-state-sequence.Rnw'

Error: Vignette re-building failed.
Execution halted