class Numeric - sixarm_ruby_metric_names-1.1.2 Documentation

centi() click to toggle source

Return self / 10^2

# File lib/sixarm_ruby_metric_names.rb, line 48
def centi
 self.fdiv 100
end

deci() click to toggle source

Return self / 10

# File lib/sixarm_ruby_metric_names.rb, line 43
def deci
 self.fdiv 10
end

deka() click to toggle source

Return self * 10

# File lib/sixarm_ruby_metric_names.rb, line 38
def deka
 self*10
end

giga() click to toggle source

Return self * 10^9

# File lib/sixarm_ruby_metric_names.rb, line 18
def giga
 self*1000000000
end

hecto() click to toggle source

Return self * 10^2

# File lib/sixarm_ruby_metric_names.rb, line 33
def hecto
 self*100
end

kilo() click to toggle source

Return self * 10^3

# File lib/sixarm_ruby_metric_names.rb, line 28
def kilo
 self*1000
end

mega() click to toggle source

Return self * 10^6

# File lib/sixarm_ruby_metric_names.rb, line 23
def mega
 self*1000000
end

micro() click to toggle source

Return self / 10^6

# File lib/sixarm_ruby_metric_names.rb, line 58
def micro
 self.fdiv 1000000
end

milli() click to toggle source

Return self / 10^3

# File lib/sixarm_ruby_metric_names.rb, line 53
def milli
 self.fdiv 1000
end

nano() click to toggle source

Return self / 10^9

# File lib/sixarm_ruby_metric_names.rb, line 63
def nano
 self.fdiv 1000000000
end

peta() click to toggle source

Return self * 10^15

# File lib/sixarm_ruby_metric_names.rb, line 8
def peta
 self*1000000000000000
end

tera() click to toggle source

Return self * 10^12

# File lib/sixarm_ruby_metric_names.rb, line 13
def tera
 self*1000000000000
end