Corona-Collision-Tutorial/platforms.lua at master · breinhart/Corona-Collision-Tutorial · GitHub

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-- This file is for use with Corona(R) SDK
--
-- This file is automatically generated with PhysicsEdtior (http://physicseditor.de). Do not edit
--
-- Usage example:
--			local scaleFactor = 1.0
--			local physicsData = (require "shapedefs").physicsData(scaleFactor)
--			local shape = display.newImage("objectname.png")
--			physics.addBody( shape, physicsData:get("objectname") )
--

-- copy needed functions to local scope
local unpack = unpack
local pairs = pairs
local ipairs = ipairs

local M = {}

function M.physicsData(scale)
	local physics = { data =
	{

		["float17"] = {


                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 4, maskBits = 2, groupIndex = 0 },
                    shape = {   -225, -92.5  ,  -226, -51.5  ,  -539, -42.5  ,  -538, -106.5  }
                    }
                     ,
                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 4, maskBits = 2, groupIndex = 0 },
                    shape = {   528, -16.5  ,  -539, -42.5  ,  -226, -51.5  ,  543, -43.5  }
                    }


                     ,


                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 128, maskBits = 0, groupIndex = 0 },
                    shape = {   38, -186.5  ,  38, -226.5  ,  78, -226.5  }
                    }


                     ,


                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 128, maskBits = 0, groupIndex = 0 },
                    shape = {   505, -103.5  ,  505, -143.5  ,  545, -143.5  }
                    }


                     ,


                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 128, maskBits = 0, groupIndex = 0 },
                    shape = {   -382, -158.5  ,  -382, -198.5  ,  -342, -198.5  }
                    }


                     ,


                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 1, maskBits = 2, groupIndex = 0 },
                    shape = {   -533, -41.5  ,  -434, -6.5  ,  -502, 20.5  }
                    }
                     ,
                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 1, maskBits = 2, groupIndex = 0 },
                    shape = {   -109, 55.5  ,  129, 28.5  ,  -29, 120.5  }
                    }
                     ,
                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 1, maskBits = 2, groupIndex = 0 },
                    shape = {   -434, -6.5  ,  129, 28.5  ,  -277, 72.5  }
                    }
                     ,
                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 1, maskBits = 2, groupIndex = 0 },
                    shape = {   129, 28.5  ,  496, -15.5  ,  281, 52.5  }
                    }
                     ,
                    {
                    pe_fixture_id = "", density = 2, friction = 0, bounce = 0,
                    filter = { categoryBits = 1, maskBits = 2, groupIndex = 0 },
                    shape = {   129, 28.5  ,  -434, -6.5  ,  -533, -41.5  ,  496, -15.5  }
                    }


		}

	} }

        -- apply scale factor
        local s = scale or 1.0
        for bi,body in pairs(physics.data) do
                for fi,fixture in ipairs(body) do
                    if(fixture.shape) then
                        for ci,coordinate in ipairs(fixture.shape) do
                            fixture.shape[ci] = s * coordinate
                        end
                    else
                        fixture.radius = s * fixture.radius
                    end
                end
        end

	function physics:get(name)
		return unpack(self.data[name])
	end

	function physics:getFixtureId(name, index)
                return self.data[name][index].pe_fixture_id
	end

	return physics;
end

return M