is2wrapper.lua

	-- Interstellar 2 WarpDrive wrapper.
-- Many fucntion names are equal to the original ones, so you can find more info about them here:
-- https://github.com/LemADEC/WarpDrive/wiki/LUA-properties-for-Movement
local component = require("component")
local event = require("event")
local computer = require("computer")
local table = require("table")

local wrapper = {}

wrapper.demoMode = false -- In demo mode, there are no actual components used. Made for easier main program writing.
wrapper.ship = {} -- ShipController
wrapper.radar = {} -- Radar
wrapper.transporter = {} -- MatterOverdirve Transporter

wrapper.shipApiAvailable = function()
	return component.isAvailable("warpdriveShipController") or wrapper.demoMode
end

wrapper.radarApiAvailable = function()
	return component.isAvailable("warpdriveRadar") or wrapper.demoMode
end

wrapper.transporterApiAvailable = function()
	return component.isAvailable("mo_transporter") or wrapper.demoMode
end

wrapper.toggleDemoMode = function()
	wrapper.demoMode = not wrapper.demoMode
end

wrapper.ship.getComponent = function()
	return component.warpdriveShipController
end

wrapper.radar.getComponent = function()
	return component.warpdriveRadar
end

wrapper.transporter.getComponent = function()
	return component.mo_transporter
end

wrapper.transporter.setCoordinates = function(x, y, z)
	if wrapper.demoMode then
		return 
	end

	wrapper.transporter.getComponent().setX(0, x)
	wrapper.transporter.getComponent().setY(0, y)
	wrapper.transporter.getComponent().setZ(0, z)
end

wrapper.radar.scan = function(radius) -- Make a scan with specified radius. Pushes an event with result count after the scan completes. Use getResult() to get results.
	if wrapper.demoMode then
		event.push("is2wrapperRadarScan", -1)
		return
	end

	wrapper.radar.getComponent().radius(radius)
	wrapper.radar.getComponent().start()
	
	os.sleep(wrapper.radar.getComponent().getScanDuration(radius))

	event.push("is2wrapperRadarScan", wrapper.radar.getComponent().getResultsCount())
end

wrapper.radar.getResult = function(index)
	if wrapper.demoMode then
		return nil
	end

	local success, objectType, name, x, y, z, mass = wrapper.radar.getComponent().getResult(index)

	if not success then
		return nil
	end

	return objectType, name, x, y, z, mass
end

wrapper.radar.getMaxRadarEnergy = function() -- Gets maximum radar energy (practically energy required for a 9999 radius scan)
	if wrapper.demoMode then
		return 100000000
	end

	local _, maxEnergy = wrapper.radar.getComponent().energy()

	return maxEnergy
end

wrapper.radar.getRadarEnergy = function() -- Gets current radar energy
	if wrapper.demoMode then
		return 10000
	end

	local energy = wrapper.radar.getComponent().energy()

	return energy
end

wrapper.radar.getRequiredEnergy = function(radius) -- Get required energy for scan
	if wrapper.demoMode then
		return 20
	end

	return wrapper.radar.getComponent().getEnergyRequired(radius)
end

wrapper.ship.getDimensionType = function() -- 0 - Space, 1 - Hyperspace, 2 - Unknown (since WarpDrive API returns "?" every time you're tryin' to get a dimension, so no way to know it)
	if wrapper.demoMode then
		return 0
	end

	if wrapper.ship.getComponent().isInSpace() then return 0 elseif wrapper.ship.getComponent().isInHyperspace() then return 1 else return 2 end
end

wrapper.ship.setCommand = function(command) -- Sets ship command mode. 
	if wrapper.demoMode then
		return
	end

	wrapper.ship.getComponent().command(command)
end

wrapper.ship.getCommand = function() -- Gets ship command mode.
	if wrapper.demoMode then
		return "IDLE"
	end

	return wrapper.ship.getComponent().command()
end

wrapper.ship.getPosition = function() -- X, Y, Z of ship.
	if wrapper.demoMode then
		return 1, 2, 3
	end

	local x, y, z = wrapper.ship.getComponent().position()

	return x, y, z
end

wrapper.ship.getDimPositive = function() -- Gets positive ship dimensions (Front, Right, Up)
	if wrapper.demoMode then
		return 10, 5, 7
	end

	return wrapper.ship.getComponent().dim_positive()
end

wrapper.ship.getDimNegative = function() -- Gets negative ship dimensions (Back, Left, Down)
	if wrapper.demoMode then
		return 4, 3, 6
	end

	return wrapper.ship.getComponent().dim_negative()
end

wrapper.ship.getMaxJumpDistance = function() -- Gets maximum jump distance. Actually a base distance, the real maximum for an axis is this + dim_positive + dim_negative
	if wrapper.demoMode then
		return 250
	end

	_, max = wrapper.ship.getComponent().getMaxJumpDistance()

	return max
end

wrapper.ship.getMovement = function() -- Gets last jump move coordinates.
	if wrapper.demoMode then
		return 40, 30, 20
	end

	return wrapper.ship.getComponent().movement()
end

wrapper.ship.setMovement = function(x, y, z) -- Sets ship movement for jump
	if wrapper.demoMode then
		return
	end

	wrapper.ship.getComponent().movement(x, y, z)
end

wrapper.ship.setRotationSteps = function(rotationSteps) -- Sets ship rotation steps for jump
	if wrapper.demoMode then
		return
	end

	wrapper.ship.getComponent().rotationSteps(rotationSteps)
end

wrapper.ship.enable = function(flag) -- Makes ship do whatever it should, depends on current command. If false, cancels what ship is currently doing.
	if wrapper.demoMode then
		return
	end

	wrapper.ship.getComponent().enable(flag)
end

wrapper.ship.jump = function(rotationSteps, x, y, z, hyper) -- Make the ship jump. If hyper is true, then ship jumps hyper, and all arguments are ignored.
	if wrapper.demoMode then
		return
	end

	if hyper then
		wrapper.ship.setCommand("HYPERDRIVE")
		wrapper.ship.enable(true)
	else
		wrapper.ship.setCommand("MANUAL")
		wrapper.ship.setRotationSteps(rotationSteps)
		wrapper.ship.setMovement(x, y, z)
		wrapper.ship.enable(true)
	end
end

wrapper.ship.cancelJump = function() -- Cancels the jump
	if wrapper.demoMode then
		return
	end

	wrapper.ship.enable(false)
end

wrapper.ship.getPosition = function() -- Returns X Y Z of the ship
	if wrapper.demoMode then
		return 1337, 228, 1488
	end

	local x, y, z = wrapper.ship.getComponent().position()

	return x, y, z
end

wrapper.ship.getOrientation = function() -- Returns X Z ship rotation
	if wrapper.demoMode then
		return 1, 0
	end

	local x, _, z = wrapper.ship.getComponent().getOrientation()

	return x, z
end

wrapper.ship.getShipName = function() -- Gets ship name
	if wrapper.demoMode then
		return "Demo"
	end

	return wrapper.ship.getComponent().shipName()
end

wrapper.ship.getShipMass = function() -- Gets ship mass in blocks
	if wrapper.demoMode then
		return 1500
	end

	return wrapper.ship.getComponent().getShipSize()
end

wrapper.ship.isAssemblyValid = function() -- Is ship assembly valid or not
	if wrapper.demoMode then
		return true
	end

	return wrapper.ship.getComponent().isAssemblyValid()
end

wrapper.ship.getShipEnergy = function() -- Gets ship energy
	if wrapper.demoMode then
		return 5
	end

	local energy = wrapper.ship.getComponent().energy()

	return energy
end

wrapper.ship.getMaxShipEnergy = function() -- Gets max ship energy
	if wrapper.demoMode then
		return 10
	end

	local _, max = wrapper.ship.getComponent().energy()

	return max
end

wrapper.ship.setShipName = function(name) -- Sets ship name
	if wrapper.demoMode then
		return
	end

	wrapper.ship.getComponent().shipName(name)
end

wrapper.ship.setDimPositive = function(front, right, up) --Sets positive ship dimensions (Front, Right, Up)
	if wrapper.demoMode then
		return
	end

	return wrapper.ship.getComponent().dim_positive(front, right, up)
end

wrapper.ship.setDimNegative = function(back, left, down) -- Sets negative ship dimensions (Back, Left, Down)
	if wrapper.demoMode then
		return
	end

	return wrapper.ship.getComponent().dim_negative(back, left, down)
end

return wrapper