NB. Lab 2 Software

int_plus_repeater =: monad define
NB. The input, y, is the number of addition repetitions
small_ints =. y reshape roll 100 100 100
y % time '500 + small_ints'
)

int_minus_repeater =: monad define
NB. The input, y, is the number of subtraction repetitions
small_ints =. y reshape roll 100 100 100
y % time '500 - small_ints'
)

int_times_repeater =: monad define
NB. The input, y, is the number of multiplication repetitions
small_ints =. y reshape roll 100 100 100
y % time '5 * small_ints'
)

int_divide_repeater =: monad define
NB. The input, y, is the number of division repetitions
small_ints =. y reshape 3 * roll 100 100 100
y % time 'small_ints % 3'
)

float_plus_repeater =: monad define
NB. The input, y, is the number of addition repetitions
floats =. y reshape % roll 100 100 100
y % time '500.0 + floats'
)

float_minus_repeater =: monad define
NB. The input, y, is the number of subtraction repetitions
floats =. y reshape % roll 100 100 100
y % time '500.0 - floats'
)

big_plus_repeater =: monad define
NB. The input, y, is the number of addition repetitions
big_nums =. y reshape 1 2 3 + !96x
y % time 'big_nums + big_nums'
)