This document contains a musical transcription of the John Taylor solo "Everything I Love" from the Peter Erskine album "You Never Know". It consists of musical notation written using symbols to represent notes, rhythms, dynamics, and other musical elements. The transcription spans multiple pages and contains complex rhythmic and melodic passages.

1. Everything I Love
John Taylor solo transcribed from Peter Erskine 'You Never Know'
 
    
       
     

     
   
   
   
   
    


    

5

             
 
         

 3
    

             
9
   
3
   
3 3 3
   

 
   
3 3 3 3
   
3 3
   
3
      
3
  
        
13
 
    
 
   
          
  

   


   
    



      

    3
3
     
3 3
 
17
       
3 3 3
                   
     


      

  3

3
   
 

3
            
21
 
3
  
             
3 3 3 3
 
 
 
3 3 3 3
    
3 
   
 

2. 2
    
    
25
   
      
3 3 3
 
3 3
  
3
 
3
       

27 3
                
3
        
3 3 3 3
3  

3
  

     


  
29 3
   
      
 
3
          

 
3
    
   
  
31 3

3
               
3

3
 
    
      
3

3 3
33   
 
         
  
  



  
    
        
37
   
    

3 3
  

3. 3
        
39
 
3 3
  
3
      

3 3 3   
  
41
         
 

    

  
  

    
3
    
3
  
43 3
             
    

     

        
 
  3

   
3
        3    3       3    
45 3 3 3
  
             

   
   

 
3

3 3
47 3 3
        
3 3 3
         


  
49
      
     

  
            
  

4. 4
51
          
3
             
3 3 3
     


    
 
  
          
3

                
55
        
         
 


  
 
  
 
 
    

 
3

              
57
 

  
       
     
 
  
 

 
 
   
   3
59            

  
3
      
3
 
 

  
   3
  
61
 
3 3 3 3
     
      

 
  
3
  
3
                 
3 3
63 3 3
 
              
3 3
 
          
    

      
 3
 3 3

3 3

5.    5
65
    
       
3
        

3 3 3 
3 3     
     

67
  
   
3
        
 

       
69
        
3
    


 
      

73              
     

  

       
75
        
3
  
 3 3 3 3 3
  
77
          
  
3
      

  

3 3 3

3
  

79
       
3 3 3
      
3
    
       

  
    3  
  3  
3

6. 6
81

                
      
  

 
  
    
       
        
 
      

 

3  
85
               
   
   

     
         
 3
     
     
89
       
3
  
   
   3
        
 
    
  
     
3
3

3 3
93
     
         
 


     

 
  


 

 
  
 
95           
     
3 3
   
3 3 3
3
  
  
  

3
    
97
3
       
3 3
   
 

     
         
3
   
3

3 3

7. 7

99
        
      
3

    
   

   

  

          
101 5
      
  
  
      
    
 


  
   
  

    
103
         
 
      

 
  


 
 
 

 
  

  


    

  
105
 
3

3
       
   
3 3
            

       
        
3
      
109
 3
3

          
           
        


               
                      
     

       
113 3 3
 
          
    
       
 

                    

115
 

3 
3 3 3 3 3
 
3  3 
      
      

8. 8
117
             
3 3 3 3 3
             
3 3
   

3
  
     
              
119

           

   
   
 

        
          
    
121

3 3 3 3 3
 
  
 
  

3 3
   
     
123
     
      
3
   
  

 
  
 
3
          

      
125
 3    
    
3
    


3
3
  

    
      
127

    

      
       
