Also move Lua scripts to share subfolder

1 files changed, 0 insertions, 44 deletions

diff --git a/scripts/_amp3.lua b/scripts/_amp3.lua
deleted file mode 100644
index 006a22afbb..0000000000
--- a/scripts/_amp3.lua
+++ /dev/null
@@ -1,44 +0,0 @@
-ardour {
-	["type"]    = "dsp",
-	name        = "Simple Amp III",
-	category    = "Example",
-	license     = "MIT",
-	author      = "Ardour Lua Task Force",
-	description = [[
-	An Example DSP Plugin for processing audio, to
-	be used with Ardour's Lua scripting facility.]]
-}
-
-function dsp_ioconfig ()
-	return
-	{
-		{ audio_in = -1, audio_out = -1},
-	}
-end
-
-
-function dsp_params ()
-	return
-	{
-		{ ["type"] = "input", name = "Gain", min = -20, max = 20, default = 6, unit="dB", scalepoints = { ["0"] = 0, ["twice as loud"] = 6 , ["half as loud"] = -6 } },
-	}
-end
-
-
--- use ardour's vectorized functions
---
--- This is as efficient as Ardour doing it itself in C++
--- Lua function overhead is negligible
---
--- this also exemplifies the /simpler/ way of delegating the
--- channel-mapping to ardour.
-
-function dsp_run (ins, outs, n_samples)
-	local ctrl = CtrlPorts:array() -- get control port array (read/write)
-	local gain = ARDOUR.DSP.dB_to_coefficient (ctrl[1])
-	assert (#ins == #outs) -- ensure that we can run in-place (channel count matches)
-	for c = 1,#ins do
-		assert (ins[c] == outs[c]) -- check in-place
-		ARDOUR.DSP.apply_gain_to_buffer (ins[c], n_samples, gain); -- process in-place
-	end
-end