module Integer::SuuConstantsAndSubFunctions
Constants
- Cen
- Gin
- Ichi
- Juu
- Man
- Mi
- One
- Ten
- Un
Public Instance Methods
gb(p)
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# File lib/kgl/suu.rb, line 97 def gb(p) c = p.div(2) suf = (p%2==0 ? 'on' : 'ard') if c == 0 p%2 == 0 ? '' : 'thousand' elsif c < 1000 ret = '' if c < 10 ret = Mi[c] + 'illi' + suf + ret else z = c.to_s z = '0' + z if z.length == 2 if z[1..2].to_i<10 ret = Un[z[2..2].to_i] + 'tilli' + suf + ret elsif z[1..2].to_i < 20 ret = Un[z[2..2].to_i] + 'decilli' + suf + ret else ret = Un[z[2..2].to_i] + Gin[z[1..1].to_i] + 'tilli' + suf + ret end ret = Cen[z[0..0].to_i] + ret end ret else c = c.to_s ret = '' x = c[-3, 3] if x[1..2].to_i < 10 ret = Un[x[2..2].to_i] + 'tilli' + suf + ret elsif x[1..2].to_i < 20 ret = Un[x[2..2].to_i] + 'decilli' + suf + ret else ret = Un[x[2..2].to_i] + Gin[x[1..1].to_i] + 'tilli' + suf + ret end ret = Cen[x[0..0].to_i] + ret c = c[0..-4] m = 1 while x = c[-3, 3] ret = 'millia'*m + ret ret = Un[x[2..2].to_i] + (x[1..2].to_i<10 ? '' : Gin[x[1..1].to_i]) + ret ret = Cen[x[0..0].to_i] + ret c = c[0..-4] m += 1 end if c != '' ret = 'millia'*m + ret if c.length == 1 c = '00' + c elsif c.length == 2 c = '0' + c end ret = Un[c[2..2].to_i] + (c[1..2].to_i<10 ? '' : Gin[c[1..1].to_i]) + ret if c != '001' ret = Cen[c[0..0].to_i] + ret end ret end end
us(p)
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# File lib/kgl/suu.rb, line 41 def us(p) if p == -1 '' elsif p == 0 'thousand' elsif p < 1000 ret = '' if p < 10 ret = Mi[p] + 'illion' + ret else z = p.to_s z = '0' + z if z.length == 2 if z[1..2].to_i < 10 ret = Un[z[2..2].to_i] + 'tillion' + ret elsif z[1..2].to_i < 20 ret = Un[z[2..2].to_i] + 'decillion' + ret else ret = Un[z[2..2].to_i] + Gin[z[1..1].to_i] + 'tillion' + ret end ret = Cen[z[0..0].to_i] + ret end ret else c = p.to_s ret = '' x = c[-3, 3] if x[1..2].to_i < 10 ret = Un[x[2..2].to_i] + 'tillion' + ret elsif x[1..2].to_i < 20 ret = Un[x[2..2].to_i] + 'decillion' + ret else ret = Un[x[2..2].to_i] + Gin[x[1..1].to_i] + 'tillion' + ret end ret = Cen[x[0..0].to_i] + ret c = c[0..-4] m = 1 while x = c[-3, 3] ret = 'millia'*m + ret ret = Un[x[2..2].to_i] + (x[1..2].to_i<10 ? '' : Gin[x[1..1].to_i]) + ret ret = Cen[x[0..0].to_i] + ret c = c[0..-4] m += 1 end if c != '' ret = 'millia'*m + ret if c.length == 1 c = '00' + c elsif c.length == 2 c = '0' + c end ret = Un[c[2..2].to_i] + (c[1..2].to_i<10 ? '' : Gin[c[1..1].to_i]) + ret if c != '001' ret = Cen[c[0..0].to_i] + ret end ret end end