Heat treat oven line distribuition

calc.rb

# nTT = numedo de triangulos 13
# nTO = numero de triangulos onze

# nTT * c + nTO * c = 100
# c ( NTT + nTO ) = 100

# nTT * hTT + nTO * hTO = 270

# hTO = √cˆ2 + 11,5 ^ 2 
# hTO = √cˆ2 + 132.25

# hTT = √cˆ2 + 13 ^ 2 
# hTT = √cˆ2 + 169 

# 4 ( 2 + 3 ) = 20

def print_calc(nTT, nTO, c, hy_tt, hy_to, total)
  puts "%-3i | %-3i | %-10.2f | %-10.2f | %-10.2f | %.2f" % [ nTT, nTO, c, hy_tt, hy_to, total ]
end

def calc(nTT, nTO)
  c = c_length(nTT, nTO)
  hy_tt = h_tt(c)
  hy_to = h_to(c)
  total = nTT * hy_tt + nTO * hy_to

  print_calc(nTT, nTO, c, hy_tt, hy_to, total)
  total
end

def c_length(nTT, nTO)
  100.to_f / ( nTT + nTO )
end

def h_tt(c)
  Math.hypot(11.5, c)
end

def h_to(c)
  Math.hypot(13, c)
end

def run
  pairs = [
    [1,1],
    [1,2],
    [2,2],
    [2,3],
    [3,3],
    [3,4],
    [4,4],
    [4,5],
    [5,5],
    [5,6],
    [6,6],
    [6,7],
    [7,7],
    [7,8],
    [8,8],
    [8,9],
    [9,9],
    [9,10],
    [10,10],
    [10,11],
    [11,11],
    [11,12],
    [12,12],
    [12,13],
    [13,13],
    ]
  puts "nTT | nTO |   cateto   |    h_tt    |    h_to    | sum(h_tt + h_to)"
  pairs.each do |n_tt, n_to|
    calc(n_tt, n_to)
  end; nil
end