search for: 2dp

Hi I have the following values pActualCost = 33.00 pPaymentCost = 29.99 So this calculation should leave me with 0.01 pPaymentDifference = pActualCost - pPaymentCost however when doing this in rails, it returns 0.00999999999999801 has anyone got any suggestions to whats going wrong and how I can correct this Thanks Scott -- Posted via http://www.ruby-forum.com/.

Hi everyone, I''m new to Rails and Ruby, and have been working my way through the Pickaxe and Agile Rails books for the last week or so. With a background in payroll apps I found that the default ActiveRecord mapping of decimal columns to float variables really bothered me! Financial calcs need high levels of accuracy and floats just don''t give you that. I know there are a bunch

...r(NA), also for factor levels. o symnum() has a new logical argument `abbr.colnames'. o summary(<logical>) now mentions NA's as suggested by G?ran Brostr?m. o summaryRprof() now prints times with a precision appropriate to the sampling interval, rather than always to 2dp. o New function Sys.getpid() to get the process ID of the R session. o table() now allows exclude= with factor arguments (requested by Michael Friendly). o The tempfile() function now takes an optional second argument giving the directory name. o The ordering of terms for term...

...r(NA), also for factor levels. o symnum() has a new logical argument `abbr.colnames'. o summary(<logical>) now mentions NA's as suggested by G?ran Brostr?m. o summaryRprof() now prints times with a precision appropriate to the sampling interval, rather than always to 2dp. o New function Sys.getpid() to get the process ID of the R session. o table() now allows exclude= with factor arguments (requested by Michael Friendly). o The tempfile() function now takes an optional second argument giving the directory name. o The ordering of terms for term...

For the encryption functionality in the ZFS filesystem we use AES in CCM or GCM mode at the block level to provide confidentiality and authentication. There is also a SHA256 checksum per block (of the ciphertext) that forms a Merkle tree of all the blocks in the pool. Note that I have to store the full IV in the block. A block here is a ZFS block which is any power of two from 512 bytes to