import chill
chill.source('src/mm.c')
chill.destination('src/mm_modified.c')
chill.procedure('mm')
chill.loop(0)
chill.known('ambn > 0')
chill.known('an > 0')
chill.known('bm > 0')
chill.peel( 0, 2, -4 ) # statement 0, loop 2 (middle, for j), 4 statements from END
import chill
chill.source("src/applyR.c")
chill.destination("src/applyR_modified.c")
chill.procedure("applyR")
chill.loop(1)
chill.known("len >= 0")
chill.permute([2, 1])
chill.loop(2)
chill.permute([2, 1])
chill.tile(0, 1, 16)
# Loop fusion etc here
chill.loop(3)
chill.tile(0, 1, 16)
import chill
chill.source('src/nonexistent.c')
chill.destination('src/errrrr.c')
chill.procedure('foo')
chill.loop(0)
import chill chill.source( 'src/singleloop.c' ) chill.destination( 'src/singleloop_modified.c' ) chill.procedure( 'foo' ) chill.loop( 0 ) chill.original() chill.print_code()
import chill
chill.source("householder2.c")
chill.destination("householder2_modified.c")
chill.procedure("matmul")
chill.loop(0)
print("function 1")
chill.known("M >= 0")
chill.known("K >= 0")
chill.known("N >= 0")
chill.permute([1, 3, 2])
chill.tile(0, 2, 16)
chill.procedure("applyR")
chill.known("len >= 0")
chill.loop(1)
chill.permute([2, 1])
chill.loop(2)
chill.permute([2, 1])
chill.tile(0, 1, 16)
# Loop fusion etc here
chill.loop(3)
chill.tile(0, 1, 16)
import chill
chill.source('src/nestedloops.c')
chill.destination('src/nestedloops_modified.c')
chill.procedure('foo')
chill.loop(0)
chill.permute([2, 3, 1])
chill.unroll(0, 3, 2)
import chill chill.source( "src/matmul.c" ) chill.destination( "src/matmul_modified.c" ) chill.procedure( "matmul" ) chill.loop( 0 ) #chill.known( "M >= 0" ) #chill.known( "K >= 0" ) #chill.known( "N >= 0" ) #chill.permute( [1, 3, 2] ) #chill.tile( 0, 2, 16 )
