gistfile1.txt

Run 1:

Iterations: 1000000
Control: 1m loops accessing a local variable 100 times
  0.847393   0.000000   0.847393 (  0.847421)
  0.840755   0.000000   0.840755 (  0.840760)
Control 2: 1m loops accessing nil 100 times
  0.495462   0.000000   0.495462 (  0.495522)
  0.495049   0.000000   0.495049 (  0.495107)
Test fastmath: 250k loops accessing a fixnum var and calling + 1
  0.358267   0.000000   0.358267 (  0.358325)
  0.393006   0.000000   0.393006 (  0.393000)
Test prim math: 250k loops accessing a fixnum var and calling plus(1)
  0.845310   0.000000   0.845310 (  0.845329)
  0.848788   0.000000   0.848788 (  0.848837)
Test ruby method: 250k loops calling self's foo 100 times
  2.096360   0.000000   2.096360 (  2.096440)
  2.203105   0.000000   2.203105 (  2.203184)
Test ruby method: 250k loops calling self's foo 100 times (with 2 args)
  2.339175   0.000000   2.339175 (  2.339249)
  2.383812   0.000000   2.383812 (  2.383836)

Run 2:

Iterations: 1000000
Control: 1m loops accessing a local variable 100 times
  0.844476   0.000000   0.844476 (  0.844507)
  0.855415   0.000000   0.855415 (  0.850963)
Control 2: 1m loops accessing nil 100 times
  0.493506   0.000000   0.493506 (  0.493521)
  0.495026   0.000000   0.495026 (  0.495016)
Test fastmath: 250k loops accessing a fixnum var and calling + 1
  0.358680   0.000000   0.358680 (  0.358790)
  0.360209   0.000000   0.360209 (  0.360238)
Test prim math: 250k loops accessing a fixnum var and calling plus(1)
  0.849852   0.000000   0.849852 (  0.849939)
  0.840111   0.000000   0.840111 (  0.840122)
Test ruby method: 250k loops calling self's foo 100 times
  2.168254   0.000000   2.168254 (  2.168344)
  2.130657   0.000000   2.130657 (  2.130732)
Test ruby method: 250k loops calling self's foo 100 times (with 2 args)
  2.326827   0.000000   2.326827 (  2.326910)
  2.397036   0.000000   2.397036 (  2.397144)

=================

Run 1:

Iterations: 1000000
Control: 1m loops accessing a local variable 100 times
  0.824054   0.000000   0.824054 (  0.824012)
  0.838948   0.000000   0.838948 (  0.838945)
Control 2: 1m loops accessing nil 100 times
  0.520200   0.000000   0.520200 (  0.520210)
  0.498794   0.000000   0.498794 (  0.498769)
Test fastmath: 250k loops accessing a fixnum var and calling + 1
  0.359891   0.000000   0.359891 (  0.359900)
  0.360113   0.000000   0.360113 (  0.360108)
Test prim math: 250k loops accessing a fixnum var and calling plus(1)
  0.830619   0.000000   0.830619 (  0.830636)
  0.890041   0.000000   0.890041 (  0.890039)
Test ruby method: 250k loops calling self's foo 100 times
  2.055977   0.000000   2.055977 (  2.056009)
  1.917242   0.000000   1.917242 (  1.917245)
Test ruby method: 250k loops calling self's foo 100 times (with 2 args)
  2.190398   0.000000   2.190398 (  2.190405)
  2.177537   0.000000   2.177537 (  2.177547)

Run 2:

Iterations: 1000000
Control: 1m loops accessing a local variable 100 times
  0.840021   0.000000   0.840021 (  0.839996)
  0.838350   0.000000   0.838350 (  0.838343)
Control 2: 1m loops accessing nil 100 times
  0.492788   0.000000   0.492788 (  0.492794)
  0.520179   0.000000   0.520179 (  0.520164)
Test fastmath: 250k loops accessing a fixnum var and calling + 1
  0.357589   0.000000   0.357589 (  0.357589)
  0.398949   0.000000   0.398949 (  0.399003)
Test prim math: 250k loops accessing a fixnum var and calling plus(1)
  0.821007   0.000000   0.821007 (  0.821015)
  0.818164   0.000000   0.818164 (  0.818236)
Test ruby method: 250k loops calling self's foo 100 times
  1.879010   0.000000   1.879010 (  1.879084)
  1.850814   0.000000   1.850814 (  1.850801)
Test ruby method: 250k loops calling self's foo 100 times (with 2 args)
  2.152778   0.000000   2.152778 (  2.152789)
  2.162824   0.000000   2.162824 (  2.162840)