OpenCCSensors Peripherals

The Sensor Peripheral needs to be placed next to a computer and it has a single slot to insert a Sensor Card

The Gauge Peripheral can be placed onto the side of certain machines to get instant readings from them. Right now this only supports Batboxes, MFE's, MFSU, Mass fabricators and Nuclear reactors. We hope to expand this in the future as well as offer an API to re-program the gauge from a computer.

   OpenCCSensors Sensor Cards

Railcraft: Iron Tanks, Buildcraft: Tanks, Thermal Expansion: Aqueous Accumulator, Thermal Expansion: Igneous Extruder, Thermal Expansion: Glacial Precipitator, Thermal Expansion: Liquid Transposer, Thermal Expansion: Magma Crucible, Thermal Expansion: Magmatic Engine, Thermal Expansion: Steam Engine, Industrial Craft: Geothermal Generator, Thaumcraft: Crucible, Buildcraft: Tank, Buildcraft: Combustion Engine, Buildcraft: Pump, Buildcraft: Refinery, Forestry: Biogas Engine, Forestry: Fermenter, Forestry: Still, Forestry: Bottler, Forestry: Raintank, Forestry: Bio Generator, Forestry: Carpenter, Forestry: Moistener, Forestry: Squeezer, Forestry: Thermonic Fabricator, Extra Bees: Analyser, Extra Bees: Purifier, Extra Bees: Synthesizer, Extra Bees: Genepool, Extra Bees: Splicer, Railcraft: Hobbyist's Steam Engine, Railcraft: Commercial Steam Engine, Railcraft: Industrial Steam Engine, GregTech: Quantum Tank, GregTech: Thermal Generator

   OpenCCSensors Sensor Card Upgrades

   Sensor Tiers

Special-type sensor cards (Currently only the World Sensor Card) only exist as Mk 1, as they do not have a range.

Ranges:

Ranges:

Ranges:

Ranges:

os.loadAPI("ocs/apis/sensor")
local prox = sensor.wrap("left")
print(textutils.serialize(prox.getTargets()))

os.loadAPI("ocs/apis/sensor")
 
-- the location of the redstone lamp relative to the sensor
local offset = {
  X = 1,
  Y = 1,
  Z = 0
}
 
-- how close a player has to be to activate the lamp
local radius = 5

 -- find the distance from the player position to the offset
function distance(pos)
  local xd = pos.X - offset.X
  local yd = pos.Y - offset.Y
  local zd = pos.Z - offset.Z
  return math.sqrt(xd*xd + yd*yd + zd*zd)
end

 
local proximity = sensor.wrap("left")
while true do
  local signal = false
  local targets = proximity.getTargets()
  for k, v in pairs(targets) do
        if distance(v.Position) < radius then
          signal = true   
        end
  end
  rs.setOutput("top", signal)
end