Page 1

Sonata for Two Harps By: Jason Richmond Copyright @ 2014


Harp 1

Sonata for Two Harps

 

Harp 2

q = 116 D-C-B-E-F-G#-A

 

 

    p

q = 116 Db-C-Bb-Eb-F#-G-A

p

             

   

       

  

  

  

Hp. 2

      

Hp. 1

Hp. 2

  

f

       f

  

      

p

   

A 

p

 

  

  

            

ff

  

  

  

    

  

     

  

Copyright © 2014

f

 

ff

  

  

  

          

        

A

    

  

  

f

       

   

  

          

       

  9   

   

  

  

   

  

                         

  

5

Hp. 1

Jason Richmond

p

    

           p

             


2

Hp. 1

13

 

    

    

   

          

Hp. 2

18

Hp. 1

            





 

     

      

 

 

 

 

      

p

      pp

    

 

f

Hp. 2

 

pp

      

 

20

Hp. 1

 

                       



  

f

 

Hp. 2

 

   

f

 

  

    

 

   

   

 

   

f

            

 

   

   

  

 



 

          


22

Hp. 1

    

 

B   

24

Hp. 1

Hp. 2

  

 

p



  

  

 

  

   



 

  

 

     

   

                  

   

 

   

   

     

         

B                   

Hp. 2

p

    

28

Hp. 1

   

   

Hp. 2

 

3

 

 

 



 

         

 

 

 

  

ff

 

 

 

        

                            

     

 

ff

                 


4

Hp. 1

Hp. 2

  

32

 

 

f

C  

 

    

pp

 

Hp. 2



   

 

 p

    

  

 

   

            

ff

 

 

  

                                

p

   

37

Hp. 1

 

 

                   

    

ff

 

 

C      

Hp. 2

 

                                     

35

Hp. 1

 

 

 

 

         ff

           ff

   

               


41

Hp. 1

p

   

      

46

Hp. 1

p

     ff

   

  

      

   

   

  

  

 

 



   



   

 



            

  

p

     



      

p





  

   

  

   

      

f



                 

f



 

5

pp

  

     

  

p



           

pp

 

 

p

    

    

Hp. 2

      

                 

51

Hp. 1

       

Hp. 2

     

p

    

  

fp

  

Hp. 2

       

  

   

  

   

pp

pp



 


6

Hp. 1

 

57

  

61

Hp. 1

p

 

   

  

Hp. 2

 

 

   

 

          

       

               

                                     

ff

        

                   

 

 

 

  

 

 

63

Hp. 1

            

 

   

Hp. 2

   

p

 

Hp. 2

 

 

                                      

ffpp

        

ff

       


                           

66

Hp. 1

Hp. 2

70

Hp. 1

Hp. 2

 





    

 

 

 

p



     

  

 

 

  

 

 

  

 

 

   



     ff

 

   

  

  

 

  

   

  

  ff

 

   

 

   



    

p

           

          

7

p

            

Hp. 2

 

74

Hp. 1

 



ff

   

 




8

Hp. 1

 

77

     

ff



 

Hp. 2

  

   



  

Hp. 2

 



    

  

  

       

 

 







 



 

       

 

 



  



  



     

 



     

D

 

 

              



  

   

D                 



   

  

     

 

Hp. 2



  

85

Hp. 1



      

81

Hp. 1



  

 

  

 

 

   



 



 

 

 

 



                  

 

 

  

 

p

 

p

 

                 

              

   



    

 


  

89

Hp. 1

f

   

   



                          

Hp. 2

    

  

         

 

Hp. 2



                       

    

                  

 

     

                      

     



              

98

Hp. 1



   

p

93

Hp. 1

             f

p

 

Hp. 2

 9                       

             

ff

       

         

 

  

ff

       

 


10

Hp. 1

                     

Hp. 2

  

 

 

   

pp

   

p

q. = 54

 

 

   

 

p

    

f

 

 

  



  

f

                p

 

E              

                     fp

E

115

Hp. 2

q. = 54

Hp. 1

                            

 

  

 

pp

                  

      

 

p

p

  

Hp. 2

          

  

107

Hp. 1

                   

102

f

  




               

122

Hp. 1

         

Hp. 2

  

128

Hp. 1

Hp. 2

 

 

 

  



 

  

    

  

F               

p

 

 

 

                 

p

f

 

   

    

p

       

fp

        

            

f



  

      

f

    

F      

                      

Hp. 2

           

    

                     

11

p

135

Hp. 1

 

         

       



  

       

 




12

Hp. 1

Hp. 2

 



  

  

 



  

 

Hp. 2

 

     

  





 





 

 

  





 

     

 

        

  





     















f

 

      



 

    

 

p

    

  

  

f

 





         



   

p

q = 116



f

         

      

 



q = 116

  

 

     

         

 

      



 

 

159

Hp. 1

p

 

Hp. 2

p

     

152

Hp. 1

     

142

 

            f

             

   

 



 


164

Hp. 1

        

Hp. 2

 

 

   





f

    

    

  

 

  

 

         

      

 

   

p

               

  



ff

p

f

 

      p

f

   

 

         

     

       

        

 ff

p

 

      

13

f

ff

   

            p

 



       

 

   



            

 

Hp. 2

 

 

173

Hp. 1



  

 

Hp. 2

 

169

Hp. 1

 

  

     

 






14

Hp. 1

            

177

ff

pp

Hp. 2

 ff

181

Hp. 1





 

pp

 

 



 

     p

    

           

    

f

p

  

   p

 

  

 

 

  



         

    

         

p

  

  

f

G         p

p

f

p

f

    

         

 

G                    

Hp. 2

            

p

                      

185

Hp. 1



f

         

f

Hp. 2



p

    

        

 f



 


189

Hp. 1



  

Hp. 2

 

Hp. 2

 





p

    

 



  

 

 

 

15

  

f

  H            

 

       

 

      

f



    

                                              

  

   

                             

 

                           

 

p

Hp. 2

    

 

    

198

Hp. 1

         



 



H

       

193

Hp. 1



 

   

ff

 p

 

       

 

      


Hp. 1

  

 

I

  f

    

    p

   

        

Hp. 2

      

 p

  

212

Hp. 1

  

    

 

f

fp

 

I                           

207

Hp. 2

p

             

Hp. 1



   

f

 

Hp. 2

gli ss.

203

gli ss.

gli ss.

16

  

      



       

     

       f

    

 p

           

   

  

p

   

 

   

  

 

   

f

                     

 

p


216

Hp. 1

Hp. 2

            

 

 

 

226

 



 

 

  

 



 

           

 



 



       

   

   

   

 



p



          

 q. = 54

p



 

  

f

 

p

  

            

p

     

           

        

 

 

         

q. = 54

 

     

 

  



f

 

      

     

 

         

p

   

J   

 

Hp. 2

f

Hp. 1

 

Hp. 2

p

J          17          

   

221

Hp. 1

    

  



 

 

 

 

   

          




18

Hp. 1

Hp. 2

     

             

 

   

 

 

233

 

  



 

    

Hp. 2



     

 



 

   

                



              

 



 



   

    

   

     

p

         

 f

 



    

 

            

p

    

p





         

f



      

Hp. 2

          

245

Hp. 1

               

           

   

   

            

239

Hp. 1

           



     

    

 

   

f

  

  



    



         


    

  

 



 

   

  

 



 

250

Hp. 1

 

Hp. 2

   

   

  

   

 

Hp. 2

   

 

   

   



 







 





 

   

   

   

pp

 

 

 

K                

   

   

   

            

Hp. 2

 

   

K

256

Hp. 1

   

pp

 

   

f

253

Hp. 1

 

19

 

ff

                  

       

 p

       

                           

 

                            

       

ff

 

 p

   

   


20

261

Hp. 1

 ff

    

Hp. 2

Hp. 1

 

  

 

  

  

 

    

 

    



 

p

q = 116

         

  

p

  

  

 

f

    



  



     

 

    

 

            

 

ff

  

   

   

              

f

    

Hp. 2

q = 116

                                       267                                        

272

Hp. 1

 

   

ff

 

Hp. 2

     

    

 

      

p

 

 

 

   f

 L  ff

 

 

  

  

  

L                                      

   



     

p

ff


277

Hp. 1

 

    

ff Cluster slap

  

Hp. 2

pp

ff

 

  

  

  

 

ff

 

  N  

p

    

   

 

              ff

    

     

               

 

     

ff

  

                               

 N 283                

   

  

Hp. 2

   

  

Hp. 1

   M             

 

Hp. 2

21

p

280

Hp. 1

M





p

      

p

 

          

 

fp

    

     ff

         

    p


22

288

Hp. 1

Hp. 2

pp

 

  

  

 

294

 

pp

 

Hp. 2



   

 





  



  



  

 

   

 

O

 

 

f

  







p

O

 

ppp Cluster slaps

   

P    

ppp Cluster slaps

   



p



        

P      

 

f

      

pp

   

p



p

 



                 



pp

    

  

    p

 

   

p

304

Hp. 1

   

Hp. 2

            

      

Hp. 1

         

 

 

 

  

   





pp

p

mp

   

 

 

    pp

   

 p



 mp




310

Hp. 1

    

            



 

3

mf



3

mf

    

Hp. 2



 3



  

 



3

              

 

 

fff

  

f

    

 fff

23

  

    

 

 

    



 

   f

    

 

Sonata for Two Harps Jason Richmond  

Sonata for Two Harps Jason Richmond

Sonata for Two Harps Jason Richmond  

Sonata for Two Harps Jason Richmond

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