... secs ( 1.51 usr + 0.00 sys = 1.51 CPU) @ 66225.17/s (n=100000) ------ [[ timing ]] deleting 100000 elements from normal %%hash 1 wallclock secs ( 0.20 usr + 0.00 sys = 0.20 CPU) @ 500000.00/s (n=100000) [[ timing ]] deleting 100000 elements from Tie::Cache::LRU 2 wallclock secs ( 1.51 usr + 0.00 sys = 1.51 CPU) @ 66225.17/s (n=100000) [[ timing ]] deleting 100000 elements from Tie::...

...# $r2->slope = 0.447458 # $r2->intercept = 2.270587 # $r2->slope_y = 2.234068 # $r2->intercept_y = -5.071384 # $r2->pearson_r = 0.999825 # $r2->chi_squared = 0.004335 # $r2->minimum_x = 0.500000 # $r2->maximum_x = 8.600000 # $r2->minimum_y = 2.477273 # $r2->maximum_y = 6.109091 # $r4->average_x = 2.720000 # $r4->average_y = 0.963636 # $r4->variance_x = 7.244000 # $r4->variance_y = 1....

... was n= 1 clock= 588438982 seed= 588438982 6426078 0.500000 31050566 0.... 34647758 0.500000 34666682 0.500000 39301813 0.500000 [snip] 2008560744 0...2011942733 0.500000 2021783196 0.500000 2022411699 0.500000 2022921567 0....

... *, "seed= ", seed DEALLOCATE(seed) END SUBROUTINE end program Typical output is: 2063773121 0.500000 2070779538 0.500000 2090015224 0.500000 2093563823 0.500000 frequency was 1.590909E+07 If I ask for a trial size of 2.2...

...value,rho(nx)%%deriv(1:rho(nx)%%nderiv) END SUBROUTINE PROGRAM main IMPLICIT NONE DOUBLE PRECISION :: t0,t1,t2 CALL cpu_time(t0) CALL test1(500000) CALL cpu_time(t1) CALL test2(500000) CALL cpu_time(t2) WRITE(*,*) t1-t0,t2-t1 END PROGRAM

...->intercept = 2.200000 # $r4->slope_y = -2.200000 # $r4->intercept_y = 4.840000 # $r4->pearson_r = -1.000000 # $r4->chi_squared = 0.000000 # $r4->minimum_x = 1.600000 # $r4->maximum_x = 8.500000 # $r4->minimum_y = -1.663636 # $r4->maximum_y = 1.472727 ok t/02-vnr.........ok t/03-synopsis....# num => 5.000000 # sumx => 15.100000 # sumy => 15.100000 # sumxx => 56.290000 # sumyy => 55....

... following queries SELECT CAST(5 AS NUMERIC(5,2)) / CAST(2 AS NUMERIC(5,2)) SELECT 5.0 / 2.0 SELECT CAST(5 AS float)/ CAST(2 AS float) Give me following results 2.50000000 2.500000 2,5 Only the last one gives me the result according to my regional settings. Anyone else experienced similar problems and/or now a solution to this problem. Stefan

... CAST(5 AS NUMERIC(5,2)) / CAST(2 AS NUMERIC(5,2)) SELECT 5.0 / 2.0 SELECT CAST(5 AS float)/ CAST(2 AS float) Give me following results 2.50000000 2.500000 2,5 Only the last one gives me the result according to my regional settings. Anyone else experienced similar problems and/or now a solution to this problem. I reported this during the beta of SQL ...

...thousand separators). Running the following queries SELECT CAST(5 AS NUMERIC(5,2)) / CAST(2 AS NUMERIC(5,2)) SELECT 5.0 / 2.0 SELECT CAST(5 AS float)/ CAST(2 AS float) Give me following results 2.50000000 2.500000 2,5 Only the last one gives me the result according to my regional settings. Anyone else experienced similar problems and/or now a solution to this problem. Stefan

... ( 3.05 usr + 0.79 sys = 3.84 CPU) @ 26041.67/s (n=100000) ------ [[ timing ]] reading 100000 elements from normal %%hash -1 wallclock secs ( 0.18 usr + 0.02 sys = 0.20 CPU) @ 500000.00/s (n=100000) [[ timing ]] reading 100000 elements from Tie::Cache 3 wallclock secs ( 2.87 usr + 0.02 sys = 2.89 CPU) @ 34602.08/s (n=100000) [[ timing ]] reading 100000 elements from Tie::Cache::LRU ...