Note ~~~~~~~~~~~~
Note Name columns
Note ~~~~~~~~~~~~
Name c8 'stand_L2' c9 'stand_L1' c10 'stand_comp' c11 'stand_L2wt' c12 'stand_L1wt' c13 'stand_compwt'
Note ~~~~~~~~~~~~~~~~~~~
Note Construct variables
Note ~~~~~~~~~~~~~~~~~~~
Note **** Standardised level 2 weight ****
TAKE  'L2ID_ss'   'L2weight'   C150  'c20' 
sum c20 b7
calc 'stand_L2wt' = (108/b7)*'L2weight'
Note **** Standardised level 1 weight ****
MLAVerage  'L2ID_ss'   'L1weight'   c21
calc 'stand_L1wt' = 'L1weight'/c21
Note **** Standardised composite weight ****
sum 'stand_L2wt' b8
calc 'stand_compwt' = 'stand_L1wt'*'stand_L2wt'*(10870/b8)
Note **** Level 2 variable for manual weighting ****
calc 'stand_L2' = sqrt('stand_L2wt')
calc 'stand_L2' = 1/'stand_L2'
Note **** Level 1 variable for manual weighting (not used) ****
calc 'stand_L1' = sqrt('stand_L1wt')
calc 'stand_L1' = 1/'stand_L1'
Note **** Composite variable for manual weighting ****
calc 'stand_comp' = sqrt('stand_compwt')
calc 'stand_comp' = 1/'stand_comp'
Note ~~~~~~~~~~
Note Fit models
Note ~~~~~~~~~~
Note **** Unweighted ****
RESP  c3 
IDEN 2 c1 
IDEN 1 c2 
ADDT  c5 
SETV 2  c5 
SETV 1  c5 
ADDT  'x_ss'  
STAR
MSTO '\Unweighted'
Note **** MLwiN ****
weight  2 1  'L2weight'
weight  1 1  'L1weight'
weight  2 2  c14 
weight  1 2  c15 
weight  2
weights 
STAR
MSTO '\MLwiN'
Note **** Manually standardised ****
weight  2 1  'stand_L2wt'
weight  1 1  'stand_compwt'
weight  2 2  c1499 
weight  1 2  c1500 
weight  1
weights 
STAR
MSTO '\Manually standardised'
Note **** Manually weighted ****
ADDT  'stand_L2'  
ADDT  'stand_comp'  
CLRV 2  'cons_ss'
CLRV 1  'cons_ss'
SETV 2  'stand_L2'
FPAR 0  'stand_L2'
SETV 1  'stand_comp'
FPAR 0  'stand_comp'
weight  0
STAR
MSTO '\Manually weighted'
Note ~~~~~~~
Note Compare
Note ~~~~~~~
MCOM