Also move Lua scripts to share subfolder

1 files changed, 0 insertions, 82 deletions

diff --git a/scripts/s_region_gain.lua b/scripts/s_region_gain.lua
deleted file mode 100644
index 648e76629c..0000000000
--- a/scripts/s_region_gain.lua
+++ /dev/null
@@ -1,82 +0,0 @@
-ardour { ["type"] = "Snippet", name = "Set Region Gain" }
-
-function factory () return function ()
-	-- get Editor GUI Selection
-	-- http://manual.ardour.org/lua-scripting/class_reference/#ArdourUI:Selection
-	local sel = Editor:get_selection ()
-
-	-- allocate a buffer (float* in C)
-	-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:DSP:DspShm
-	local cmem = ARDOUR.DSP.DspShm (8192)
-
-	-- prepare undo operation
-	Session:begin_reversible_command ("Lua Region Gain")
-	local add_undo = false -- keep track if something has changed
-
-	-- iterate over selected regions
-	-- http://manual.ardour.org/lua-scripting/class_reference/#ArdourUI:RegionSelection
-	for r in sel.regions:regionlist ():iter () do
-		-- test if it's an audio region
-		if r:to_audioregion ():isnil () then
-			goto next
-		end
-
-		-- to read the Region data, we use the Readable interface of the Region
-		-- http://manual.ardour.org/lua-scripting/class_reference/#ARDOUR:Readable
-		local rd = r:to_readable ()
-
-		local n_samples = rd:readable_length ()
-		local n_channels = rd:n_channels ()
-
-		local peak = 0 -- the audio peak to be calculated
-
-		-- iterate over all channels in Audio Region
-		for c = 0, n_channels -1 do
-			local pos = 0
-			repeat
-				-- read at most 8K samples of channel 'c' starting at 'pos'
-				local s = rd:read (cmem:to_float (0), pos, 8192, c)
-				pos = pos + s
-				-- access the raw audio data
-				-- http://manual.ardour.org/lua-scripting/class_reference/#C:FloatArray
-				local d = cmem:to_float (0):array()
-				-- iterate over the audio sample data
-				for i = 0, s do
-					if math.abs (d[i]) > peak then
-						peak = math.abs (d[i])
-					end
-				end
-			until s < 8192
-			assert (pos == n_samples)
-		end
-
-		if (peak > 0) then
-			print ("Region:", r:name (), "peak:", 20 * math.log (peak) / math.log(10), "dBFS")
-		else
-			print ("Region:", r:name (), " is silent")
-		end
-
-		-- normalize region
-		if (peak > 0) then
-			-- prepare for undo
-			r:to_stateful ():clear_changes ()
-			-- apply gain
-			r:to_audioregion (): set_scale_amplitude (1 / peak)
-			-- save changes (if any) to undo command
-			if not Session:add_stateful_diff_command (r:to_statefuldestructible ()):empty () then
-				add_undo = true
-			end
-		end
-
-		::next::
-	end
-
-	-- all done. now commit the combined undo operation
-	if add_undo then
-		-- the 'nil' command here means to use all collected diffs
-		Session:commit_reversible_command (nil)
-	else
-		Session:abort_reversible_command ()
-	end
-
-end end