Difference between revisions of "OpenCCSensors"
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| − | <tr style="background-color: #FFFFFF;"><td style="border-top: solid #C9C9C9 1px; padding: .4em;">IndustrialCraft | + | <tr style="background-color: #FFFFFF;"><td style="border-top: solid #C9C9C9 1px; padding: .4em;">IndustrialCraft Sensorcard</td> |
| − | <td style="border-top: solid #C9C9C9 1px; padding: .4em;">The IndustrialCraft | + | <td style="border-top: solid #C9C9C9 1px; padding: .4em;">The IndustrialCraft Sensorcard is capable of interfacing and reading IC2 machine values (eg, EU in storage, etc). |
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|A2=Redstone |B2=Redstone |C2=Redstone | |A2=Redstone |B2=Redstone |C2=Redstone | ||
|A3=paper |B3=paper |C3=paper | |A3=paper |B3=paper |C3=paper | ||
| − | |Output= | + | |Output=IndustrialCraft Sensorcard |
}} | }} | ||
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Revision as of 00:04, 1 January 2013
| This page needs some serious TLC, stat! Please help us by cleaning it, fixing it up, or sparing it some love.
(Reason: I no dun with this, but 'tis a start! AfterLifeLochie 03:34, 25 December 2012 (MSK)) |
OpenCCSensors is a new, open-source, up to date replacement for CcSensors (outdated), allowing monitoring and gathering information from the Minecraft environment - including players, entities, proximity, world info, IndustrialCraft 2, BuildCraft 2, liquids, inventories - and more!
OpenCCSensors comes with its own API, and automatically installs a new program for you at /ocs/programs/sensorview. sensorview is a handy program for very quickly looking at the information gathered from your sensors.
http://www.youtube.com/watch?v=i8Bv7uKkIOM&feature=youtu.be
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| |
| Method Name | Description |
| sensor.wrap(side) | Returns the wrapped sensor on the side specified. |
| mySensor.getTargets() | Returns a a table of all the targets for mySensor, where the keys are used as a numerical index, and the values are each a table of basic details. |
| mySensor.getTargetDetails(key) | Returns a table of full details for that particular target from the sensor mySensor - where the the "key" is the key returned from getTargets() |
|
| |
| Name | Description |
| Sensor Peripheral |
The Sensor Peripheral needs to be placed next to a computer and it has a single slot to insert a Sensor Card
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|
| |
| Name | Description |
| Inventory Sensorcard | The Inventory Sensorcard is capable of reading inventories of players and entities (as well as armour slots).
|
| Proximity Sensorcard | The Proximity Sensorcard is capable of detecting players and entities within it's range.
|
| IndustrialCraft Sensorcard | The IndustrialCraft Sensorcard is capable of interfacing and reading IC2 machine values (eg, EU in storage, etc).
|
| BuildCraft Sensorcard |
|
| Liquid Sensorcard |
|
| World Sensorcard | The World Sensorcard is able to tell the time, weather, and more about the world.
|
| Dropped Item Sensorcard | The Dropped Item Sensorcard is able to locate and identify dropped items.
|
| Sign Sensorcard | The Sign Sensorcard is capable of reading signs within it's range.
|
Usage Examples
 Example | |
| List all available targets on a Proximity Sensor on the left of the Computer. | |
| Code |
os.loadAPI("ocs/apis/sensor")
local prox = sensor.wrap("left")
print(textutils.serialize(prox.getTargets()))
|
| Output | A huge blob of text with all nearby available targets to the sensor, and some basic details. |
| Example | |
| Turn on a Redstone lamp when a player is within a certain distance from it. The sensor is placed to the left of the computer and the lamp is placed on top of the computer. | |
| Code |
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
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