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Craig Armstrong

IMMER (2007) for solo violin, string orchestra, piano and optional samples

Score

Chester Music


Instrumentation

Piano Harp Strings (Optional samples)

Solo violin

Duration: circa 16 minutes Instrumental parts are available on hire from the publisher

Chester Music Limited www.chesternovello.com www.musicroom.com


to Clio Gould

Piano

Samples (optional)

Solo Violin

IMMER

Craig Armstrong

q = 63 to be played with a cool intensity

       

Violin 1

       

      

    

mp espr.

 

 

    

 

mf

mp

        

mf

mf











   

 

mp



Violin 2

   



Viola

  



Cello

 



Bass

   



8

Smps

Solo Vln

  

Bass Harmonics sample

    

    

 

   

      p

harm.      

Db.

p

       div.

   

 

  

 

 

 

 

p

harm.

Vc.

p

    Vln 1

p

  

  





mp

mp



harm.

mp

© 2007 Chester Music Ltd.



 

mp

p

   

  

   

  

   

p

pp

div.

   

p

p

p

p

   

  

  

 



   



mp

mp



mp





p

mp

nat.



p

 

mp



p



p


2

17

   

Smps

   

Solo Vln

   

    

 

  



  

  

p

 

   

   

mp

Vln 1

Vln 2

Vla

Vc.

        



   



pizz.

pizz.

pizz.         

arco trem.

sfz



p

f

pizz.          

arco trem.

f

sfz

f

     



  

   



   

      



  

   

mp

p

p

      sfz

 

p

arco     

mp





pizz.

f



pizz.

f

    p



mp



arco

p

mp

sfz

mp

Db.

f

 

   



 p

 p


3

25

   

  

 

Smps

   

Solo Vln

   

     

    

  



 

mf espr.

  

mp

mf

f

 

 

 mf

   





Vln 1

Vln 2

Vla

Vc.

   

 

    

  



f

 f



      



     arco

   

pizz.

f

    

sfz

nat.

p

mp

   

mf

mp

  

  



   



  

    p

mp

 mp





pizz.

f

p

sfz

p

   

arco      

p

mp

arco

     

mp

sfz

mp

Db.

p

mp





 p

 p


4

33

   

Pno

Prepared Piano touch halfway up string

    

(Sounding pitch)

   

Prepared Piano sample

 p

Smps

   

Solo Vln

         

   

   

    

 

   

f





 



   

p



mp

  

 

  

f

  

   

   

  

 

mf

   

 mp



Vln 1

Vln 2

Vla

Vc.

   

 

   

   

p

mp

pizz.



    

f div.

     arco

sfz

 

    p

     

Db.

mp

      

mp

pizz.



f

   

arco

p







 

 



f

sfz

mp

    

p



p



mp

  

 



   

p

 

mp



p

mp



  


5

39

   

Pno

       

   

        

   

    



Smps

Solo Vln

  



      Vln 1

Vln 2

Vla

Vc.

    

  

  

 

unis.

 

 

pizz.

  

 p



      arco

Db.

      

 





p

mp



 

mp



mp

 

 

pizz.





 f

sfz

   

arco

p

mp





mp

p

arco      

f

p

     

sfz

f



    



 

mp

f

  



p

pizz.

 

 

nat., trem.

mp

f



 

pizz.     

  



p

mp

mf

 

mp

 


6

46

Pno

   

  

   

 



Smps

      

Solo Vln

   

Vln 1

mf

Vla

Vc.

Db.

    

    p

   

   

    

    

   

p

mp

mp

 



mp



div.

  

  



 

  

  

 

p

 

pizz.

f

    

arco

unis.

 

arco      

pizz.

f

sfz

sfz

  

  

div.

   

      

 

   Vln 2



    

    

          

 

 

   

 

mp

 

p

     

p

mp

     p





p

mp



 p

 

p


7

52

   

Pno

Smps

Solo Vln

Vc.

  

       

    

   

  



  

 



      

   





 

     

div.

  

 



 

p

  

 



    

  



    

       



p

mp

 

p

mp



  pizz.

sfz arco

f pizz.

 

     

sfz

mp

mp

   

  

 

pizz.

      arco

sfz

   

p





p

mp



f

 

 

f

 





     

p

mf

 

arco

 



mp

f pizz.

  

pizz.     



   

mp

f

     

mf

mp

Db.

  Vla

   

    Vln 2

       

    Vln 1

mp

   

mp

 


8

59

Pno

Smps

Solo Vln

   

  

   

          

 f

      Vln 1

      

Vla

Vc.

arco

    

Db.

p

      mf



 

 

   

mp

  f

 

 f

  

   

   

    

 

    



              

      

      

      

  



p

mp

    

  

   

    

mf

  

mf

mp

      

   

 

 

 f





mf

  

  

        

Vln 2



       

mp

         

     

 


9

63

   

Pno

        

Smps

Solo Vln



    

 

 

Db.

 

loco

  

        

f



       

f

                

    

 

               

div.

 



       



     





p

mp

     

mf

       



  

   

        

     Vc.



          

  Vla

     

     Vln 2

 

   



    

     Vln 1



mp

mf

 

mp






10

66

   

Pno

Solo Vln

  

    



            

     

  



       

         

Vla

 

Vc.

Db.

         

      mf

(unis.)

        

   

mute on

         mute on   mute on

         mute on  

 

  

  















        



mute on



       

f



mute on



p

      



to Piano

       

   

   

mf

   

   

     

    

 

     

            Vln 2

   

             Vln 1

        

Smps

 



p

mp

 

unis.

 


11

Piano 70

   

Pno

  

   Smps

Solo Vln

  

Vla

        

mp

      



 

           

     



  

con sord. unis

     mp

  

unis.

   



con sord.

mp

 

   

 

con sord.

               ���  

unis. con sord.

   

   

mp







   

mp

  

           

 

(end of harmonics)

  

  

  

   

  

Vc.

Db.



mp

  Vln 1   

Vln 2

   

        

 div. (con sord.)

 

(con sord.)



 

(mp)

(mp)

unis.

mp


12

77

  

 

    

  

   

           

Pno

Solo Vln

 

    

sim. P

 

   

Vln 2

Vla

(con sord.)

  

          

  

   

     

   



   

 



Vc.

Db.

      

  

     mp

  

(con sord.)

 

div.

Vln 1

  

 

mp

mf



  

mp

  

   

 

 

 

 

 

  



  

      

 

     

   



  

  

  

mf

  

  

   



   

  

  


13

84

     

      

    

       

Pno

Solo Vln

  



  

    

mf

     

   

    

      

   



            

 



  



   

 



(mp)

div.

     

            

  

loco

Vln 1

Vln 2

  

  

   

 

mp

mf

 





Vla

  

   

 

(mp)



Db.

     

   

     

 





Vc.

   

   

   



 

  



  

  

  

  

  





  


14

   

          

  

91

      

    

Pno

Solo Vln

      

 



   

mf

    

   

 

  

    

Vln 1

Vln 2

   

   

    

  

   

  

  

                 

  





 

  



  

Vla

 



   Vc.

Db.

 

   

   



    

   

  

   

   

  

   

   

          



 

   

 

  



  

  

  

 

 

 



   




15

98

  

  

 

   

          

     

Pno

Solo Vln

         3

3

    

  



  

  

  

 



              

  

   

  

f



loco

Vln 1

   

3

     

Vln 2



mf

mute off

  

 

      

  

   



 



 



 

 

 

Vla

  





  

 

  



  

 

Vc.

   

Db.

    

 



   

  





  

  



  


16

105

Pno

Solo Vln

Vln 1

Vln 2

Vla

Vc.

Db.

       

 

         

 

   

 



          

Solo Vln

Vln 2

  

Vla

      

div.

Db.

 

mf

mute off

  

  

 



  

  

  

   



   

     

 

   

 

mp 6

 

  6

 

senza sord.

div.3

  6

 

mute off

10

6

   

  

mute off



senza sord.

   



mp 6

 

         mp

senza sord.

mp 6

  

div.3

  

   

   

   

 

  

  Vln 1   

  

112

Pno



  

  

           



 

  

mute off



   

mp

  

    

       

      

    

 



 



6

senza sord.

 div.3

mp senza sord.

 

mp




17

      

             

116

Solo Vln

    

Vln 1

   

  

senza sord.

mp

6

   

       



 

senza sord.

senza sord.



mp

  

Vc.

    

  mp

  mp



senza sord.

 

  



6

mf

mf

6

6

6

       

        



6

   

Db.

mp

   

Vla

 

6

  

Vln 2

9

mf

9



 

 

  

  

  

f marc.

senza sord.

div.

f marc.



 

senza sord.

 

f marc.


18

   

118

Solo Vln

 f

      Vln 1

  

    

9

Vln 2

9

    

      





div.

6

6

   

   



   

 

    

6

        6

   



           

6



      mf

Vc.

Db.

   

mf

   

 

     

 

    

 

    



 

 

 

 

 

 

 

 

 

 

6

       

6

Vla

     


19

120

Solo Vln

            

     

 

f

Vln 1

   

           

unis.

 div.

6

    

   Vln 2

  

       

6

   

6

        

6

Vc.

Db.



     

     



       

div.

   

   

 f

 

  

 

   

   

 

    

   

 

    

    

   

f marc.

Vla

6

      

f marc.

   

       

  f

      

 

 

 

 

 

 

 

 

   

6


20

  

122

Solo Vln

   

   

 unis.

Vln 1

   



    

    



    

   

Vla

Vc.

Db.

   

    



6

 

f marc.

 

6

  

6

6

 



6

3

 

3

 

 

3





 

   

mp

mf

mp

mf

    



 

    

    



 

    

    



 

   

    

     

              

 

unis.

  

6

  

f marc.

      

f

Vln 2

div.

   

  

 

 


21

    

124

Solo Vln

      div.

Vln 1

     









 

 

   



Vc.

Db.





      

   

6

  

3

3



3

6

 

6

   

6

 

  

   

    



  

  

  mf



 mf

  

  

  

  

  

  

    

      

   

Vla

     Vln 2

   

   

   

 


22

     

126

Solo Vln





   

  

   

 

    

  

    

10

 

     Vln 1

      

 

   

   

   

     

6

Vla

Db.

     



  

 

   

   

 

   

   

 

   

    

 



 6



f

Vc.

 

    

6



f

6

     

  

6

    Vln 2

          

    

   

 

mf

 

mf

 

 

���

 

 

 

 

 

   


23

128

Solo Vln

   

     Vln 1

  

   

unis.

  

     6



   

        6

 

 6

       

 

6

6

   

3

   

 

3

 

3  

 

 

3

    Vla



6

     Vln 2

     

3

3

  

   

        f

f

Vc.

Db.

    



 

 

 

    



 

 

 

    



 

 

 

    

 


24



130

Solo Vln

   

Vla

Vc.

Db.

6

         

    

div.

      6

      

6

     

   

    



       

   

 

   

      6

mf

f

mf

f

  

    

 

   

 

    

 

    

  

  

6





 

6

           Vln 2

 

 

      

ff

div.



6

    

   



          

   

5

       Vln 1





  



  



  

 


25

        

 

132

Solo Vln

                      

    

Vln 1

   

unis.

   

 

   Vln 2

  

Vc.

Db.

  

  

 

         

  

div.

 

  

       



div.

  

 

unis.

6

 

3 3

 

 

   

 

 

   

 

 

  

 

  



 

6

     

    

 

6

 

6

    Vla

                   

6

        

    



6

    

   

mf

mf



 



 



 



 


26

        

 

134

Solo Vln

                 

        

    

   Vln 2

       



 

     



 

3     

Vla

   

unis.

Db.

  6

 

       

 

6

 

  

  

  

  

f

   

f

   



  

 

   



  

 

   



  

 

  

 

    

 

 

  6

 

div.3

Vc.

 

6

 3   

  

 

6

Vln 1

                    


27

                     

 

136

Solo Vln

      Vln 1

    

Vln 2

Vla

 







 



 



div.

 

 

  6

   



   

   



   

   

   

unis.

     

 

 6

 

 

6

        

 6



  

  

   mf

f

mf

f

  

 

 

 

    

 



    

 

    

   

Db.

                     

    Vc.

     

     

  

     

 

 

 

 

 

 

 

 


28

      

 

138

Solo Vln

 

     Vln 1

   

  

 

div.

    

     Vln 2

       

   

3

   

3

   



 

Vc.

     

           

  

6



 

 



 

3  

  

 

  

3

6



6

 mf

 mf

 

 

   

 

 

 

 

    

 

 

  

  

   

6

     

  

Db.

 

      

      Vla

  

6

6

   





   



   



   

 

 



 


29

140

Solo Vln

      

 

    

Vln 1

    

 

           

 

   

  

 

   

 

6

 

Vln 2



               

Db.

 

6

 

 

6



 

  



   

   

  



   

   

   

 

mf



 

 

  

    



 

 

  

   



 

 

  

   

 

    

 

 

     

   

6

mf

f

Vc.

   

f

Vla

 

         6

unis.

     

6

6

   

     

    


30

     

 

142

Solo Vln

      

            

            

    

 

6

Vln 1

                      

   

 

Vc.

 div.

 

   

 6

              

 

  

 

 3

         6          3

3

 

 

mf

f

3

    

     

     

 

     

    

 

     

 

    

    

    



  

 

 

6

      

     

    

    

Db.

      

6

 

   

f

         

f

Vla

 

   

6

6

Vln 2

          

  

 

 

     

 


31

145

  

Solo Vln

   

                       

     

Vln 1

             unis.

6

                  



6

  

Vln 1

Vln 2

Vla

 



    

159

Solo Vln

   

        

      

 



         

   

     

 

   p

         

  

con sord.

p

unis.

 

 

p

unis.

   

 

   



      

   

long pause

p

 



 



  

mp

 



 



 

mute on

 

       

   

 

mf

      

    

mp



  

unis.

mp

          

p

p



  

con sord.

 

 

p

    

con sord





  

mf

Db.

6

mp unis.

con sord.

Vc.

 

     

 

    

Vln 2

Db.

 

     151

Solo Vln



unis.



    unis.        

Vln 2

Db.

unis.

 

 

  

   

       

  






32

    

164

    

Pno

Solo Vln

Vln 2

Vla

Vc.

mp

    

    

     

  

   

   

 molto espr.

mp

p

  

Pno

       

Solo Vln

Vln 2

Vla

    

    

       

Db.

 

             

mf

       

  



mp

        

 

mp

         

 



   

 

 

 

pp

     

 

 

  

mp

     

 

mp

             

 

mp

mf

           

     

       

  

   

mf

 



      

  

p

Vc.

pp

170

 

 

  

  

mp

  

    

       

     

     

     

  

mf

Db.

  

  

  

mp

            

  

    

p

  

mf



pp

mf


33

Pno

Solo Vln

Vln 2

Vla

Vc.

Db.

        

     

    

      

176

 

     

  

Solo Vln

Vln 1

           

Vln 2

Vla

Vc.

Db.

             



     

  

pp

 

       

            

mf

 pp

mf

   

       

 

  

p

con sord.

   



 

  

          

  

 

         

 



mp

    

p

mf

   

mp

 

mp

              



     

mp



    

     

mf

            

   

    

    

   

 

           

    

  

mp

           

    

182

Pno

   

 



p

mp

        

  

   

           

pp


34

         

188

Pno

Solo Vln

Vln 1

Vln 2

Vla

Vc.

Db.

    

    

            

Solo Vln

Vln 1

Vla

Vc.

mp

    

       

 

mf

   

      

   

 

   





pp

     

 



      

   

    

p

  

 

              

pp

   

 

 

   

mp

  

mp

div.

 

p

mp

 

 

  



 

mf

   

 

       

   

          

 

mp

mp

      

       

  

 

       



 

      

  

    

              

     

   

   

mp



p

    

 

mf

     

mp

     

mf

Db.

               

       Vln 2

     

    

  

 

  

194

Pno

    

            

(con sord.)

 p

mf

mf



  


35

       

          

  

200

   

 

Pno

Solo Vln

    

     

  

      



  

  

 

loco

 mp

p div.

Vln 1

   

     

  

 

mp

    

  

p

Vln 2

Vla

      

       

 

     

 

     



p

Vc.

Db.

3 3          

3           

     

       

3

 

  

pp

mf

 



    3

    



3

3



      

mf

 


36

       

  

205

     

    

   

  

Pno

    

Solo Vln

   

     

p

      

  

  

mp



 



 

p

Vln 1

    

       

    

mp

  



p

  

 

mp

  

 

   

Vln 2

    

Vla

       3

        





p

Vc.

Db.

   

      

pp

       3

3

    

    

mf

         3

 



 



   

      3

3

      



    

  

mf

 

  



 pp


37

       

     

  

210

     

   

   

Pno

    

Solo Vln

       

 





 

mp

      





  

   

 

    

 

mp

 mp



p

Vln 1

    



 

   

   

mp

Vln 2

Vla

   3 3         

       

 

  

 

  

p

Vc.

Db.

     

      

 

  

mf

3   



 



  

3

    3

           3

3

3

3

       



 

 

mf

 

pp


38

       

  

215

     

    

   

 

Pno

Solo Vln

    

      



     

  

 

p

p



 

   p

Vln 1

     

      

  





 

p

 

mp

  



  

Vln 2

Vla

    

 

        

p

Vc.

Db.

3

         

      

mf

     3

3

         3

      

      

  

 

          

      



3

  

 mf

  



 pp

 


39

       

     

    

  

220

   

  

Pno

  

Solo Vln

      





  

   

    

  

             

  

mp

Vln 2

         3

       p

Db.

     

      

mf

      

  





 

 

 

p

Vln 1

Vc.

  

loco

mp

      

Vla

     

mp

      3

            3

3

      

 

     

 

 



    

     

    3

3

       



 

 mf

pp

mf


40

       

  

225

    

 



 

   

Pno

  

Solo Vln

   

       









p

p

Vln 1

     

   

       

  

        





mp

  



p

 



  

Vln 2

Vla

p

Vc.

     



Db.

      



3 3 3 3 3 3 3                              3

 

  

 



  













 

pp

3

        



   


41

229

    

  

 

 

     



  

 

Pno

    

Solo Vln

    



 

mp

  

      

 

   



    



mp

  

p

Vln 1

    

mp

     

Vln 2 3          

Vla

Vc.

     

 

     

      



3 3            



 





p

mf

Db.

mf

  

  

 

mp

           

   



3

 

    

 

    

  

  

3

3

pp

3


42

         

233

Pno

Solo Vln

Vln 1

  

      

       

Vla

Vc.

Db.

    

Solo Vln

Vln 1

   

                

  

      

     

      

Vc.

Db.

   

mf

mf

mf

    

  

p

 

mf

 

  

  



   

    

     



    

        

pp

  



p

      

    





        

 

    

 

pp

   

    

 

mp



p

  

 

    

p

  

  

mp



     

    

 





               

      



unis.

3 3 3 3 3                       

   

 

 

p

   

mp

      

     



mp

    

     

    



mp

Vla

  

p

     

unis.

Vln 2







                

      

 

238

Pno

     

      Vln 2

   

mf

           

 


43

244

Pno

Solo Vln

Vln 1

Vln 2

    

    

  

    

     

  

Vc.

  

  

 

            

249

  



Pno

Solo Vln

Vln 2

Vla

Db.

    

    

   

 

     



  



      

       

  

p

     

     

 

    

  



mf

 

long pause

     

    

 

 

 

 

  

 

pp

 

        

       



mp

mp



mp

  

     

    

     

  

 

p

mf

Db.

   

p

                

     

 

mp

Vla

     

  

 

  a niente


Armstrong IMMER