Animation:LuaExamples: Difference between revisions
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→LUS Script Examples: <code> -> <syntaxhighlight lang="lua"> |
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== Script Scaffolds == | == Script Scaffolds == | ||
=== Builder === | === Builder === | ||
< | <syntaxhighlight lang="lua"> | ||
local nanoPieces = {} | local nanoPieces = {} | ||
-- FIXME: this example has 2 nano pieces to alternate between | -- FIXME: this example has 2 nano pieces to alternate between | ||
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SetUnitValue(COB.INBUILDSTANCE, false) | SetUnitValue(COB.INBUILDSTANCE, false) | ||
end | end | ||
</ | </syntaxhighlight> | ||
=== Factory === | === Factory === | ||
< | <syntaxhighlight lang="lua"> | ||
local nanoPieces = {} | local nanoPieces = {} | ||
-- FIXME: this example has 2 nano pieces to alternate between | -- FIXME: this example has 2 nano pieces to alternate between | ||
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-- TODO: You can run any animation that signifies the end of the build process here | -- TODO: You can run any animation that signifies the end of the build process here | ||
end | end | ||
</ | </syntaxhighlight> | ||
=== Wind Generator === | === Wind Generator === | ||
< | <syntaxhighlight lang="lua"> | ||
-- FIXME: Assumes model has pieces named 'tower' and 'blades' | -- FIXME: Assumes model has pieces named 'tower' and 'blades' | ||
local tower, blades = piece("tower", "blades") | local tower, blades = piece("tower", "blades") | ||
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Spin(blades, z_axis, strength * 0.5) | Spin(blades, z_axis, strength * 0.5) | ||
end | end | ||
</ | </syntaxhighlight> | ||
[[Category:Animation]] | [[Category:Animation]] | ||
Revision as of 18:02, 21 October 2018
LUS Script Examples
How to use
FIXME- Indicates a section of code you will need to tweak to suit your own unit / modelTODO- Indicates an optional section of code is missing that you may wish to pad out e.g. with an animation
Script Scaffolds
Builder
<syntaxhighlight lang="lua"> local nanoPieces = {} -- FIXME: this example has 2 nano pieces to alternate between for i = 1, 2 do
-- FIXME: the pieces are named nanoPiece1 and nanoPiece2 in the model
nanoPieces[i] = piece("nanoPiece" .. i)
end Spring.SetUnitNanoPieces(unitID, nanoPieces)
function script.StartBuilding(heading, pitch)
-- TODO: This is where you would add your unpack / point towards animation SetUnitValue(COB.INBUILDSTANCE, true)
end function script.StopBuilding()
-- TODO: This is where you would add your pack-up animation SetUnitValue(COB.INBUILDSTANCE, false)
end </syntaxhighlight>
Factory
<syntaxhighlight lang="lua"> local nanoPieces = {} -- FIXME: this example has 2 nano pieces to alternate between for i = 1, 2 do
-- FIXME: the pieces are named nanoPiece1 and nanoPiece2 in the model
nanoPieces[i] = piece("nanoPiece" .. i)
end Spring.SetUnitNanoPieces(unitID, nanoPieces)
function script.QueryBuildInfo()
-- FIXME: the pad piece is named buildPad in the model
return piece("buildPad")
end
local function OpenCloseAnim(open)
Signal(1) -- Kill any other copies of this thread
SetSignalMask(1) -- Allow this thread to be killed by fresh copies
if open then
-- TODO: This is where you would add your opening up anim
else
-- TODO: This is where you would add your closing up anim
end
SetUnitValue(COB.INBUILDSTANCE, open)
SetUnitValue(COB.BUGGER_OFF, open)
end
-- Called when factory yard opens function script.Activate()
-- OpenCloseAnim must be threaded to call Sleep() or WaitFor functions StartThread(OpenCloseAnim, true)
end
-- Called when factory yard closes function script.Deactivate()
-- OpenCloseAnim must be threaded to call Sleep() or WaitFor functions StartThread(OpenCloseAnim, false)
end
function script.StartBuilding()
-- TODO: You can run any animation that continues throughout the build process here e.g. spin pad
end
function script.StopBuilding()
-- TODO: You can run any animation that signifies the end of the build process here
end </syntaxhighlight>
Wind Generator
<syntaxhighlight lang="lua"> -- FIXME: Assumes model has pieces named 'tower' and 'blades' local tower, blades = piece("tower", "blades")
function script.WindChanged (number heading, number strength)
-- Turn the tower to face the wind at 30deg/s Turn(tower, y_axis, heading, math.rad(30)) -- Spin the turbine blades relative to wind strength -- FIXME: Here I set rotational speed to half of strength Spin(blades, z_axis, strength * 0.5)
end </syntaxhighlight>