How to interpret loop stats:

  There are two lines per loop.  The source code position
  of the loop is given in parenthesis before a colon.

  The first line of stats is for unit stride inference
  (USI) and lifting.  The number of array dimensions that
  must have unit stride is shown.  The number of
  itermediate form assignment statements lifted from the
  loop is shown.  Next may be `Rk' or `Dk' to indicate over
  what the loop iterates.  `R' and `D' indicate RectDomain
  and Domain, respectively.  If neither 'R' or 'D' is shown
  then the stats are for a loop that wasn't a foreach in the
  source program (i.e., a for, do, or while loop).  Finally,
  there will be the letter `n' if the iteration point is
  necessary and the letter `p' if it is a `partial
  domain' loop.  A `partial domain' loop is one that may
  be cut short by a return, break, continue, exception, etc.

  The second line of stats are reported in three groups.
  The first three numbers are for local grids.  The next
  three are for global grids.  The last is for Java
  arrays.  The three numbers for grids are as follows:
  `SR(OSR) Regular.'  SR is the number of strength
  reduced array accesses. OSR is the number of those that
  are offset strength reduced.  Regular is the number
  that are not optimized.  Accesses to Java arrays are
  always local and are never strength reduced so there is
  just one number.

Loop stats (main-CA1D.ti:21): USI:  0, lifted:  0, np
Loop stats (main-CA1D.ti:21):  0( 0)  0 |  0( 0)  0 |  0
Stoptifu loop nests for CA1:
begin tiling of 3 loops
  3 nodes from loop 0 (CA1D.ti:24) bb: {[0] to [2]}
   derivs: [3]
  3 nodes from loop 1 (CA1D.ti:30) bb: {[-2] to [0]}
   derivs: [3]
  3 nodes from loop 2 (CA1D.ti:36) bb: {[-4] to [-2]}
   derivs: [3]

  From (CA1D.ti:24) do [0]
  From (CA1D.ti:30) do [-2]
  From (CA1D.ti:36) do [-4]
  From (CA1D.ti:24) do [1]
  From (CA1D.ti:30) do [-1]
  From (CA1D.ti:36) do [-3]
  From (CA1D.ti:24) do [2]
  From (CA1D.ti:30) do [0]
  From (CA1D.ti:36) do [-2]
end tiling
USIB summary: none
TS summary: 30 reads, 6 writes
1 array reads avoided:
Loop stats (CA1D.ti:24): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:24):  0( 0)  0 |  0( 0)  0 |  0
Loop stats (CA1D.ti:30): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:30):  0( 0)  0 |  0( 0)  0 |  0
Loop stats (CA1D.ti:36): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:36):  0( 0)  0 |  0( 0)  0 |  0
Loop stats (CA1D.ti:24): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:24):  6( 4)  0 |  0( 0)  0 |  1
Loop stats (CA1D.ti:30): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:30):  6( 4)  0 |  0( 0)  0 |  1
Loop stats (CA1D.ti:36): USI:  1, lifted:  8, R1 
Loop stats (CA1D.ti:36):  6( 4)  0 |  0( 0)  0 |  1
Stoptifu loop nests for setup:
begin tiling of 1 loop
  3 nodes from loop 0 (CA1D.ti:49) bb: {[0] to [2]}
   derivs: [3]

  From (CA1D.ti:49) do [0]
  From (CA1D.ti:49) do [1]
  From (CA1D.ti:49) do [2]
end tiling
USIB summary: none
Array reads avoided: none
Loop stats (CA1D.ti:48): USI:  0, lifted:  2, np
Loop stats (CA1D.ti:48):  1( 0)  0 |  0( 0)  0 |  1
Loop stats (CA1D.ti:49): USI:  0, lifted:  0, R1 
Loop stats (CA1D.ti:49):  0( 0)  0 |  0( 0)  0 |  0
Loop stats (CA1D.ti:49): USI:  0, lifted:  0, R1 n
Loop stats (CA1D.ti:49):  5( 0)  1 |  0( 0)  0 |  0