local mfl, mce = math.floor, math.ceil
local mab = math.abs
local mmi, mma = math.min, math.max

local function llprint(llnumber)
  local str = tostring(llnumber):gsub("LL", "")
  print(str)
end

local q = io.read("*n")
for iq = 1, q do
  local n, i, j = io.read("*n", "*n", "*n")
  n = n - 1
  if n % 2 == 0 then
    local center = mfl(n / 2)
    local radius = mma(mab(i - center), mab(j - center))
    local tot = (1LL + n) * (1LL + n)
    if radius == 0 then
      llprint(tot)
    else
      local v = (radius * 2LL - 1LL) * (radius * 2LL - 1LL)
      local line = radius * 2LL
      if center - radius == i and center + radius ~= j then
        -- top left
        local diff_from_topleft = j - (center - radius)
        local z = v + line * 4LL - diff_from_topleft
        llprint(tot - z)
      elseif center + radius == j and center + radius ~= i then
        -- right top
        local diff_from_righttop = i - (center - radius)
        local z = v + line * 3LL - diff_from_righttop
        llprint(tot - z)
      elseif center + radius == i and center - radius ~= j then
        -- bottom right
        local diff_from_bottomright = center + radius - j
        local z = v + line * 2LL - diff_from_bottomright
        llprint(tot - z)
      else
        -- left bottom
        local diff_from_leftbottom = center + radius - i
        local z = v + line - diff_from_leftbottom
        llprint(tot - z)
      end
    end
  else -- n % 2 == 1
    local hn = mfl((n + 1) / 2)
    local radius = i < hn and hn - i or i - (hn - 1)
    do
      local tmp = j < hn and hn - j or j - (hn - 1)
      radius = mma(radius, tmp)
    end
    local rl, rr = hn - radius, hn - 1 + radius
    local tot = (1LL + n) * (1LL + n)
    local v = (radius * 2LL - 2LL) * (radius * 2LL - 2LL)
    local line = radius * 2LL - 1LL
    if rl == i and rr ~= j then
      -- top left
      local diff_from_topleft = j - rl
      local z = v + line * 4LL - diff_from_topleft
      llprint(tot - z)
    elseif rr == j and rr ~= i then
      -- right top
      local diff_from_righttop = i - rl
      local z = v + line * 3LL - diff_from_righttop
      llprint(tot - z)
    elseif rr == i and rl ~= j then
      -- bottom right
      local diff_from_bottomright = rr - j
      local z = v + line * 2LL - diff_from_bottomright
      llprint(tot - z)
    else
      -- left bottom
      local diff_from_leftbottom = rr - i
      local z = v + line - diff_from_leftbottom
      llprint(tot - z)
    end
  end
end