Script not working after changing output directory

mpv version and platform

(write OS and version) Windows 8.1 Pro N, 64bit, Build 9600 paste output of "mpv --version" here. Not sure what is meant by this. (cmd?)

Description

Describe the problem, what steps you did, what happened and what you expected to happen. After downloading the latest version of MPV, I had a previous .lua file I was using on a different OS. After transferring the .lua file to that this OS, changing the file directory, the script no longer worked. The default keybind would just be increasing panscan. So I changed the Keybind, which yielded no result. I used mpv before editing the .lua file and it worked, but there was no file output on my computer. (Or at least from what I could tell, I checked where the media file directory was, but nothing new was created.) If possible/applicable, attach a sample file (especially if the problem seems specific to that file). local mp = require("mp") local assdraw = require("mp.assdraw") local msg = require("mp.msg") local utils = require("mp.utils") local mpopts = require("mp.options") local mpopts = require("mp.options") local options = { -- Defaults to shift+w keybind = "`", -- If empty, saves on the same directory of the playing video. -- A starting "~" will be replaced by the home dir. output_directory = "C:\Users\Anonymous\Pictures\screens\mpv\webms", run_detached = false, -- Template string for the output file -- %f - Filename, with extension -- %F - Filename, without extension -- %T - Media title, if it exists, or filename, with extension (useful for some streams, such as YouTube). -- %s, %e - Start and end time, with milliseconds -- %S, %E - Start and time, without milliseconds -- %M - "-audio", if audio is enabled, empty otherwise output_template = "%T-[%s-%e]%M", -- Scale video to a certain height, keeping the aspect ratio. -1 disables it. scale_height = -1, -- Target filesize, in kB. This will be used to calculate the bitrate -- used on the encode. If this is set to <= 0, the video bitrate will be set -- to 0, which might enable constant quality modes, depending on the -- video codec that's used (VP8 and VP9, for example). target_filesize = 5000, -- If true, will use stricter flags to ensure the resulting file doesn't -- overshoot the target filesize. Not recommended, as constrained quality -- mode should work well, unless you're really having trouble hitting -- the target size. strict_filesize_constraint = false, strict_bitrate_multiplier = 1, -- In kilobits. strict_audio_bitrate = 160, -- Sets the output format, from a few predefined ones. -- Currently we have webm-vp8 (libvpx/libvorbis), webm-vp9 (libvpx-vp9/libvorbis) -- and raw (rawvideo/pcm_s16le). output_format = "webm-vp8", twopass = true, -- If set, applies the video filters currently used on the playback to the encode. apply_current_filters = true, -- If set, writes the video's filename to the "Title" field on the metadata. write_filename_on_metadata = false, -- Set the number of encoding threads, for codecs libvpx and libvpx-vp9 libvpx_threads = 4, additional_flags = "", -- Useful for flags that may impact output filesize, such as crf, qmin, qmax etc -- Won't be applied when strict_filesize_constraint is on. non_strict_additional_flags = "--ovcopts-add=crf=10", -- Display the encode progress, in %. Requires run_detached to be disabled. -- On Windows, it shows a cmd popup. "auto" will display progress on non-Windows platforms. display_progress = "auto", -- The font size used in the menu. Isn't used for the notifications (started encode, finished encode etc) font_size = 28, margin = 10, message_duration = 5 }

mpopts.read_options(options) local bold bold = function(text) return "{\b1}" .. tostring(text) .. "{\b0}" end local message message = function(text, duration) local ass = mp.get_property_osd("osd-ass-cc/0") ass = ass .. text return mp.osd_message(ass, duration or options.messageduration) end local append append = function(a, b) for , val in ipairs(b) do a[#a + 1] = val end return a end local seconds_to_time_string seconds_to_time_string = function(seconds, no_ms, full) if seconds < 0 then return "unknown" end local ret = "" if not (no_ms) then ret = string.format(".%03d", seconds 1000 % 1000) end ret = string.format("%02d:%02d%s", math.floor(seconds / 60) % 60, math.floor(seconds) % 60, ret) if full or seconds > 3600 then ret = string.format("%d:%s", math.floor(seconds / 3600), ret) end return ret end local seconds_to_path_element seconds_to_path_element = function(seconds, no_ms, full) local time_string = seconds_to_time_string(seconds, noms, full) local timestring, = time_string:gsub(":", ".") return time_string end local file_exists file_exists = function(name) local f = io.open(name, "r") if f ~= nil then io.close(f) return true end return false end local format_filename format_filename = function(startTime, endTime, videoFormat) local replaceTable = { ["%%f"] = mp.get_property("filename"), ["%%F"] = mp.get_property("filename/no-ext"), ["%%s"] = seconds_to_path_element(startTime), ["%%S"] = seconds_to_path_element(startTime, true), ["%%e"] = seconds_to_path_element(endTime), ["%%E"] = seconds_to_path_element(endTime, true), ["%%T"] = mp.get_property("media-title"), ["%%M"] = (mp.get_property_native('aid') and not mp.get_property_native('mute')) and '-audio' or '' } local filename = options.outputtemplate for format, value in pairs(replaceTable) do local filename, = filename:gsub(format, value) end local filename, _ = filename:gsub("[<>:\"/\|?]", "") return tostring(filename) .. "." .. tostring(videoFormat.outputExtension) end local parse_directory parse_directory = function(dir) local home_dir = os.getenv("HOME") if not home_dir then home_dir = os.getenv("USERPROFILE") end if not home_dir then local drive = os.getenv("HOMEDRIVE") local path = os.getenv("HOMEPATH") if drive and path then home_dir = utils.join_path(drive, path) else msg.warn("Couldn't find home dir.") homedir = "" end end local dir, _ = dir:gsub("^~", home_dir) return dir end local is_windows = type(package) == "table" and type(package.config) == "string" and package.config:sub(1, 1) == "\" local trim trim = function(s) return s:match("^%s(.-)%s$") end local get_mpv_path get_mpv_path = function() if not is_windows then return "mpv" end local pid = utils.getpid() local res = utils.subprocess({ args = { "wmic", "process", "where", "processid=" .. tostring(pid), "get", "ExecutablePath", "/VALUE" } }) local key_value = trim(res.stdout) return key_value:sub(string.len("ExecutablePath=") + 1) end local get_null_path get_null_path = function() if file_exists("/dev/null") then return "/dev/null" end return "NUL" end local run_subprocess run_subprocess = function(params) local res = utils.subprocess(params) if res.status ~= 0 then msg.verbose("Command failed! Reason: ", res.error, " Killed by us? ", res.killed_by_us and "yes" or "no") msg.verbose("Command stdout: ") msg.verbose(res.stdout) return false end return true end local shell_escape shellescape = function(args) local ret = { } for i, a in ipairs(args) do local s = tostring(a) if string.match(s, "[^A-Za-z0-9/:=-]") then if is_windows then s = '"' .. string.gsub(s, '"', '"\""') .. '"' else s = "'" .. string.gsub(s, "'", "'\''") .. "'" end end table.insert(ret, s) end local concat = table.concat(ret, " ") if is_windows then concat = '"' .. concat .. '"' end return concat end local run_subprocess_popen run_subprocess_popen = function(command_line) local command_line_string = shell_escape(command_line) command_line_string = command_line_string .. " 2>&1" msg.verbose("run_subprocess_popen: running " .. tostring(command_line_string)) return io.popen(command_line_string) end local calculate_scale_factor calculate_scale_factor = function() local baseResY = 720 local osd_w, osd_h = mp.get_osd_size() return osd_h / baseResY end local should_display_progress should_display_progress = function() if options.display_progress == "auto" then return not is_windows end return options.display_progress end local dimensions_changed = true local _video_dimensions = { } local get_video_dimensions get_video_dimensions = function() if not (dimensions_changed) then return _video_dimensions end local video_params = mp.get_property_native("video-out-params") if not video_params then return nil end dimensions_changed = false local keep_aspect = mp.get_property_bool("keepaspect") local w = video_params["w"] local h = video_params["h"] local dw = video_params["dw"] local dh = video_params["dh"] if mp.get_property_number("video-rotate") % 180 == 90 then w, h = h, w dw, dh = dh, dw end _video_dimensions = { top_left = { }, bottom_right = { }, ratios = { } } local window_w, window_h = mp.get_osd_size() if keep_aspect then local unscaled = mp.get_property_native("video-unscaled") local panscan = mp.get_property_number("panscan") local fwidth = window_w local fheight = math.floor(window_w / dw dh) if fheight > window_h or fheight < h then local tmpw = math.floor(window_h / dh dw) if tmpw <= window_w then fheight = window_h fwidth = tmpw end end local vo_panscan_area = window_h - fheight local f_w = fwidth / fheight local f_h = 1 if vo_panscan_area == 0 then vo_panscan_area = window_h - fwidth f_w = 1 f_h = fheight / fwidth end if unscaled or unscaled == "downscale-big" then vo_panscan_area = 0 if unscaled or (dw <= window_w and dh <= window_h) then fwidth = dw fheight = dh end end local scaled_width = fwidth + math.floor(vo_panscan_area panscan f_w) local scaled_height = fheight + math.floor(vo_panscan_area panscan f_h) local split_scaling split_scaling = function(dst_size, scaled_src_size, zoom, align, pan) scaled_src_size = math.floor(scaled_src_size 2 ^ zoom) align = (align + 1) / 2 local dst_start = math.floor((dst_size - scaled_src_size) align + pan scaled_src_size) if dst_start < 0 then dst_start = dst_start + 1 end local dst_end = dst_start + scaled_src_size if dst_start >= dst_end then dst_start = 0 dst_end = 1 end return dst_start, dst_end end local zoom = mp.get_property_number("video-zoom") local align_x = mp.get_property_number("video-align-x") local pan_x = mp.get_property_number("video-pan-x") _video_dimensions.top_left.x, _video_dimensions.bottom_right.x = split_scaling(window_w, scaled_width, zoom, align_x, pan_x) local align_y = mp.get_property_number("video-align-y") local pan_y = mp.get_property_number("video-pan-y") _video_dimensions.top_left.y, _video_dimensions.bottom_right.y = split_scaling(window_h, scaled_height, zoom, align_y, pan_y) else _video_dimensions.top_left.x = 0 _video_dimensions.bottom_right.x = window_w _video_dimensions.top_left.y = 0 _video_dimensions.bottom_right.y = window_h end _video_dimensions.ratios.w = w / (_video_dimensions.bottom_right.x - _video_dimensions.top_left.x) _video_dimensions.ratios.h = h / (_video_dimensions.bottom_right.y - _video_dimensions.top_left.y) return _video_dimensions end local set_dimensions_changed set_dimensions_changed = function() dimensions_changed = true end local monitor_dimensions monitordimensions = function() local properties = { "keepaspect", "video-out-params", "video-unscaled", "panscan", "video-zoom", "video-align-x", "video-pan-x", "video-align-y", "video-pan-y", "osd-width", "osd-height" } for , p in ipairs(properties) do mp.observe_property(p, "native", set_dimensions_changed) end end local clamp clamp = function(min, val, max) if val <= min then return min end if val >= max then return max end return val end local clamp_point clamp_point = function(top_left, point, bottom_right) return { x = clamp(top_left.x, point.x, bottom_right.x), y = clamp(top_left.y, point.y, bottom_right.y) } end local VideoPoint do local _class_0 local _base_0 = { set_from_screen = function(self, sx, sy) local d = get_video_dimensions() local point = clamp_point(d.top_left, { x = sx, y = sy }, d.bottom_right) self.x = math.floor(d.ratios.w (point.x - d.top_left.x) + 0.5) self.y = math.floor(d.ratios.h * (point.y - d.top_left.y) + 0.5) end, to_screen = function(self) local d = get_video_dimensions() return { x = math.floor(self.x / d.ratios.w + d.top_left.x + 0.5), y = math.floor(self.y / d.ratios.h + d.top_left.y + 0.5) } end } _base_0.index = _base_0 _class_0 = setmetatable({ init = function(self) self.x = -1 self.y = -1 end, base = _base_0, name = "VideoPoint" }, { index = _base_0, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 VideoPoint = _class_0 end local Region do local _class_0 local _base_0 = { is_valid = function(self) return self.x > -1 and self.y > -1 and self.w > -1 and self.h > -1 end, set_from_points = function(self, p1, p2) self.x = math.min(p1.x, p2.x) self.y = math.min(p1.y, p2.y) self.w = math.abs(p1.x - p2.x) self.h = math.abs(p1.y - p2.y) end } _base_0.index = _base_0 _class_0 = setmetatable({ init = function(self) self.x = -1 self.y = -1 self.w = -1 self.h = -1 end, base = _base_0, name = "Region" }, { index = _base_0, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 Region = _class_0 end local make_fullscreen_region make_fullscreen_region = function() local r = Region() local d = get_video_dimensions() local a = VideoPoint() local b = VideoPoint() local xa, ya do local _obj_0 = d.top_left xa, ya = _obj_0.x, _obj_0.y end a:set_from_screen(xa, ya) local xb, yb do local _obj_0 = d.bottom_right xb, yb = _obj_0.x, _obj_0.y end b:set_from_screen(xb, yb) r:set_from_points(a, b) return r end local formats = { } local Format do local _class_0 local _base_0 = { getPreFilters = function(self) return { } end, getPostFilters = function(self) return { } end, getFlags = function(self) return { } end } _base_0.index = _base_0 _class_0 = setmetatable({ init = function(self) self.displayName = "Basic" self.supportsTwopass = true self.videoCodec = "" self.audioCodec = "" self.outputExtension = "" self.acceptsBitrate = true end, base = _base_0, name = "Format" }, { index = _base_0, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 Format = _class_0 end local RawVideo do local _class_0 local _parent_0 = Format local _base_0 = { getColorspace = function(self) local csp = mp.get_property("colormatrix") local _exp_0 = csp if "bt.601" == _exp_0 then return "bt601" elseif "bt.709" == _exp_0 then return "bt709" elseif "bt.2020" == _exp_0 then return "bt2020" elseif "smpte-240m" == _exp_0 then return "smpte240m" else msg.info("Warning, unknown colorspace " .. tostring(csp) .. " detected, using bt.601.") return "bt601" end end, getPostFilters = function(self) return { "format=yuv444p16", "lavfi-scale=in_color_matrix=" .. self:getColorspace(), "format=bgr24" } end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self) self.displayName = "Raw" self.supportsTwopass = false self.videoCodec = "rawvideo" self.audioCodec = "pcm_s16le" self.outputExtension = "avi" self.acceptsBitrate = false end, base = _base_0, name = "RawVideo", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end RawVideo = _class_0 end formats["raw"] = RawVideo() local WebmVP8 do local _class_0 local _parent_0 = Format local _base_0 = { getPreFilters = function(self) local colormatrixFilter = { ["bt.709"] = "bt709", ["bt.2020"] = "bt2020", ["smpte-240m"] = "smpte240m" } local ret = { } local colormatrix = mp.get_property_native("video-params/colormatrix") if colormatrixFilter[colormatrix] then append(ret, { "lavfi-colormatrix=" .. tostring(colormatrixFilter[colormatrix]) .. ":bt601" }) end return ret end, getFlags = function(self) return { "--ovcopts-add=threads=" .. tostring(options.libvpx_threads) } end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self) self.displayName = "WebM" self.supportsTwopass = true self.videoCodec = "libvpx" self.audioCodec = "libvorbis" self.outputExtension = "webm" self.acceptsBitrate = true end, base = _base_0, name = "WebmVP8", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end WebmVP8 = _class_0 end formats["webm-vp8"] = WebmVP8() local WebmVP9 do local _class_0 local _parent_0 = Format local _base_0 = { getFlags = function(self) return { "--ovcopts-add=threads=" .. tostring(options.libvpx_threads) } end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self) self.displayName = "WebM (VP9)" self.supportsTwopass = true self.videoCodec = "libvpx-vp9" self.audioCodec = "libvorbis" self.outputExtension = "webm" self.acceptsBitrate = true end, base = _base_0, name = "WebmVP9", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end WebmVP9 = _class_0 end formats["webm-vp9"] = WebmVP9() local MP4 do local _class_0 local _parent_0 = Format local _base_0 = { } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self) self.displayName = "MP4 (h264/AAC)" self.supportsTwopass = true self.videoCodec = "libx264" self.audioCodec = "aac" self.outputExtension = "mp4" self.acceptsBitrate = true end, base = _base_0, name = "MP4", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end MP4 = _class_0 end formats["mp4"] = MP4() local Page do local _class_0 local _base_0 = { add_keybinds = function(self) if not self.keybinds then return end for key, func in pairs(self.keybinds) do mp.add_forced_key_binding(key, key, func, { repeatable = true }) end end, removekeybinds = function(self) if not self.keybinds then return end for key, in pairs(self.keybinds) do mp.remove_key_binding(key) end end, observe_properties = function(self) self.sizeCallback = function() return self:draw() end local properties = { "keepaspect", "video-out-params", "video-unscaled", "panscan", "video-zoom", "video-align-x", "video-pan-x", "video-align-y", "video-pan-y", "osd-width", "osd-height" } for _index_0 = 1, #properties do local p = properties[_index_0] mp.observe_property(p, "native", self.sizeCallback) end end, unobserve_properties = function(self) if self.sizeCallback then mp.unobserve_property(self.sizeCallback) self.sizeCallback = nil end end, clear = function(self) local window_w, window_h = mp.get_osd_size() mp.set_osd_ass(window_w, window_h, "") return mp.osd_message("", 0) end, prepare = function(self) return nil end, dispose = function(self) return nil end, show = function(self) self.visible = true self:observe_properties() self:add_keybinds() self:prepare() self:clear() return self:draw() end, hide = function(self) self.visible = false self:unobserve_properties() self:remove_keybinds() self:clear() return self:dispose() end, setup_text = function(self, ass) local scale = calculate_scale_factor() local margin = options.margin scale ass:pos(margin, margin) return ass:append("{\fs" .. tostring(options.font_size scale) .. "}") end } _base_0.index = _base_0 _class_0 = setmetatable({ init = function() end, base = _base_0, name = "Page" }, { index = _base_0, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 Page = _class_0 end local EncodeWithProgress do local _class_0 local _parent_0 = Page local _base_0 = { draw = function(self) local progress = 100 ((self.currentTime - self.startTime) / self.duration) local progressText = string.format("%d%%", progress) local window_w, window_h = mp.get_osd_size() local ass = assdraw.ass_new() ass:new_event() self:setup_text(ass) ass:append("Encoding (" .. tostring(bold(progressText)) .. ")\N") return mp.set_osd_ass(window_w, window_h, ass.text) end, parseLine = function(self, line) local matchTime = string.match(line, "Encode time[-]pos: ([0-9.]+)") local matchExit = string.match(line, "Exiting... [(]([%a ]+)[)]") if matchTime == nil and matchExit == nil then return end if matchTime ~= nil and tonumber(matchTime) > self.currentTime then self.currentTime = tonumber(matchTime) end if matchExit ~= nil then self.finished = true self.finishedReason = matchExit end end, startEncode = function(self, command_line) local copy_command_line do local _accum_0 = { } local _len_0 = 1 for _index_0 = 1, #command_line do local arg = command_line[_index_0] _accum_0[_len_0] = arg _len_0 = _len_0 + 1 end copy_command_line = _accum_0 end append(copy_command_line, { '--term-status-msg=Encode time-pos: ${=time-pos}' }) self:show() local processFd = run_subprocess_popen(copy_command_line) for line in processFd:lines() do msg.verbose(string.format('%q', line)) self:parseLine(line) self:draw() end processFd:close() self:hide() if self.finishedReason == "End of file" then return true end return false end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self, startTime, endTime) self.startTime = startTime self.endTime = endTime self.duration = endTime - startTime self.currentTime = startTime end, base = _base_0, name = "EncodeWithProgress", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.__inherited(_parent_0, _class_0) end EncodeWithProgress = _class_0 end local get_active_tracks get_active_tracks = function() local accepted = { video = true, audio = not mp.get_property_bool("mute"), sub = mp.get_propertybool("sub-visibility") } local active = { } for , track in ipairs(mp.get_property_native("track-list")) do if track["selected"] and accepted[track["type"]] then active[#active + 1] = track end end return active end local get_scale_filters get_scale_filters = function() if options.scale_height > 0 then return { "lavfi-scale=-2:" .. tostring(options.scale_height) } end return { } end local append_property append_property = function(out, property_name, option_name) option_name = option_name or property_name local prop = mp.get_property(property_name) if prop and prop ~= "" then return append(out, { "--" .. tostring(option_name) .. "=" .. tostring(prop) }) end end local append_list_options append_list_options = function(out, property_name, option_prefix) option_prefix = option_prefix or property_name local prop = mp.get_property_native(property_name) if prop then for _index_0 = 1, #prop do local value = prop[_index_0] append(out, { "--" .. tostring(option_prefix) .. "-append=" .. tostring(value) }) end end end local get_playback_options get_playback_options = function() local ret = { } append_property(ret, "sub-ass-override") append_property(ret, "sub-ass-force-style") append_property(ret, "sub-auto") appendproperty(ret, "video-rotate") for , track in ipairs(mp.get_property_native("track-list")) do if track["type"] == "sub" and track["external"] then append(ret, { "--sub-files-append=" .. tostring(track['external-filename']) }) end end return ret end local get_metadata_flags get_metadata_flags = function() local title = mp.get_property("filename/no-ext") return { "--oset-metadata=title=%" .. tostring(string.len(title)) .. "%" .. tostring(title) } end local apply_current_filters apply_current_filters = function(filters) local vf = mp.get_property_native("vf") msg.verbose("apply_current_filters: got " .. tostring(#vf) .. " currently applied.") for _index_0 = 1, #vf do local _continue_0 = false repeat local filter = vf[_index_0] msg.verbose("apply_current_filters: filter name: " .. tostring(filter['name'])) if filter["enabled"] == false then _continue_0 = true break end local str = filter["name"] local params = filter["params"] or { } for k, v in pairs(params) do str = str .. ":" .. tostring(k) .. "=%" .. tostring(string.len(v)) .. "%" .. tostring(v) end append(filters, { str }) _continue_0 = true until true if not _continue_0 then break end end end local encode encode = function(region, startTime, endTime) local format = formats[options.output_format] local path = mp.get_property("path") if not path then message("No file is being played") return end local is_stream = not file_exists(path) local command = { get_mpv_path(), path, "--start=" .. seconds_to_time_string(startTime, false, true), "--end=" .. seconds_to_timestring(endTime, false, true), "--ovc=" .. tostring(format.videoCodec), "--oac=" .. tostring(format.audioCodec), "--loop-file=no" } local vid = -1 local aid = -1 local sid = -1 for , track in ipairs(get_active_tracks()) do local _exp_0 = track["type"] if "video" == _exp_0 then vid = track['id'] elseif "audio" == _exp_0 then aid = track['id'] elseif "sub" == _exp_0 then sid = track['id'] end end append(command, { "--vid=" .. (vid >= 0 and tostring(vid) or "no"), "--aid=" .. (aid >= 0 and tostring(aid) or "no"), "--sid=" .. (sid >= 0 and tostring(sid) or "no") }) append(command, get_playback_options()) local filters = { } append(filters, format:getPreFilters()) if options.apply_current_filters then apply_current_filters(filters) end if region and region:is_valid() then append(filters, { "lavfi-crop=" .. tostring(region.w) .. ":" .. tostring(region.h) .. ":" .. tostring(region.x) .. ":" .. tostring(region.y) }) end append(filters, get_scale_filters()) append(filters, format:getPostFilters()) for _index_0 = 1, #filters do local f = filters[_index_0] append(command, { "--vf-add=" .. tostring(f) }) end append(command, format:getFlags()) if options.write_filename_on_metadata then append(command, get_metadata_flags()) end if options.target_filesize > 0 and format.acceptsBitrate then local dT = endTime - startTime if options.strict_filesize_constraint then local video_kilobits = options.target_filesize 8 if aid >= 0 then video_kilobits = video_kilobits - dT options.strict_audio_bitrate append(command, { "--oacopts-add=b=" .. tostring(options.strict_audio_bitrate) .. "k" }) end video_kilobits = video_kilobits options.strict_bitrate_multiplier local bitrate = math.floor(video_kilobits / dT) append(command, { "--ovcopts-add=b=" .. tostring(bitrate) .. "k", "--ovcopts-add=minrate=" .. tostring(bitrate) .. "k", "--ovcopts-add=maxrate=" .. tostring(bitrate) .. "k" }) else local bitrate = math.floor(options.target_filesize * 8 / dT) append(command, { "--ovcopts-add=b=" .. tostring(bitrate) .. "k" }) end elseif options.target_filesize <= 0 and format.acceptsBitrate then append(command, { "--ovcopts-add=b=0" }) end for token in string.gmatch(options.additional_flags, "[^%s]+") do command[#command + 1] = token end if not options.strict_filesize_constraint then for token in string.gmatch(options.non_strict_additional_flags, "[^%s]+") do command[#command + 1] = token end end if options.twopass and format.supportsTwopass and not is_stream then local first_pass_cmdline do local _accum_0 = { } local _len_0 = 1 for _index_0 = 1, #command do local arg = command[_index_0] _accum_0[_len_0] = arg _len_0 = _len_0 + 1 end first_pass_cmdline = _accum_0 end append(first_pass_cmdline, { "--ovcopts-add=flags=+pass1", "-of=" .. tostring(format.outputExtension), "-o=" .. tostring(get_null_path()) }) message("Starting first pass...") msg.verbose("First-pass command line: ", table.concat(first_pass_cmdline, " ")) local res = run_subprocess({ args = first_pass_cmdline, cancellable = false }) if not res then message("First pass failed! Check the logs for details.") return end append(command, { "--ovcopts-add=flags=+pass2" }) end local dir = "" if is_stream then dir = parsedirectory("~") else local dir, _ = utils.split_path(path) end if options.output_directory ~= "" then dir = parse_directory(options.output_directory) end local formatted_filename = format_filename(startTime, endTime, format) local out_path = utils.join_path(dir, formatted_filename) append(command, { "-o=" .. tostring(out_path) }) msg.info("Encoding to", out_path) msg.verbose("Command line:", table.concat(command, " ")) if options.run_detached then message("Started encode, process was detached.") return utils.subprocess_detached({ args = command }) else local res = false if not should_display_progress() then message("Started encode...") res = run_subprocess({ args = command, cancellable = false }) else local ewp = EncodeWithProgress(startTime, endTime) res = ewp:startEncode(command) end if res then return message("Encoded successfully! Saved to\N" .. tostring(bold(out_path))) else return message("Encode failed! Check the logs for details.") end end end local CropPage do local _class_0 local _parent_0 = Page local _base_0 = { reset = function(self) local dimensions = get_video_dimensions() local xa, ya do local _obj_0 = dimensions.top_left xa, ya = _obj_0.x, _obj_0.y end self.pointA:set_from_screen(xa, ya) local xb, yb do local _obj_0 = dimensions.bottom_right xb, yb = _obj_0.x, _obj_0.y end self.pointB:set_from_screen(xb, yb) if self.visible then return self:draw() end end, setPointA = function(self) local posX, posY = mp.get_mouse_pos() self.pointA:set_from_screen(posX, posY) if self.visible then return self:draw() end end, setPointB = function(self) local posX, posY = mp.get_mouse_pos() self.pointB:set_from_screen(posX, posY) if self.visible then return self:draw() end end, cancel = function(self) self:hide() return self.callback(false, nil) end, finish = function(self) local region = Region() region:set_from_points(self.pointA, self.pointB) self:hide() return self.callback(true, region) end, draw_box = function(self, ass) local region = Region() region:set_from_points(self.pointA:to_screen(), self.pointB:to_screen()) local d = get_video_dimensions() ass:new_event() ass:pos(0, 0) ass:append('{\bord0}') ass:append('{\shad0}') ass:append('{\c&H000000&}') ass:append('{\alpha&H77}') ass:draw_start() ass:rect_cw(d.top_left.x, d.top_left.y, region.x, region.y + region.h) ass:rect_cw(region.x, d.top_left.y, d.bottom_right.x, region.y) ass:rect_cw(d.top_left.x, region.y + region.h, region.x + region.w, d.bottom_right.y) ass:rect_cw(region.x + region.w, region.y, d.bottom_right.x, d.bottom_right.y) return ass:draw_stop() end, draw = function(self) local window = { } window.w, window.h = mp.get_osd_size() local ass = assdraw.ass_new() self:draw_box(ass) ass:new_event() self:setup_text(ass) ass:append(tostring(bold('Crop:')) .. "\N") ass:append(tostring(bold('1:')) .. " change point A (" .. tostring(self.pointA.x) .. ", " .. tostring(self.pointA.y) .. ")\N") ass:append(tostring(bold('2:')) .. " change point B (" .. tostring(self.pointB.x) .. ", " .. tostring(self.pointB.y) .. ")\N") ass:append(tostring(bold('r:')) .. " reset to whole screen\N") ass:append(tostring(bold('ESC:')) .. " cancel crop\N") ass:append(tostring(bold('ENTER:')) .. " confirm crop\N") return mp.set_osd_ass(window.w, window.h, ass.text) end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self, callback, region) self.pointA = VideoPoint() self.pointB = VideoPoint() self.keybinds = { ["1"] = (function() local _base_1 = self local _fn_0 = _base_1.setPointA return function(...) return _fn_0(_base_1, ...) end end)(), ["2"] = (function() local _base_1 = self local _fn_0 = _base_1.setPointB return function(...) return _fn_0(_base_1, ...) end end)(), ["r"] = (function() local _base_1 = self local _fn_0 = _base_1.reset return function(...) return _fn_0(_base_1, ...) end end)(), ["ESC"] = (function() local _base_1 = self local _fn_0 = _base_1.cancel return function(...) return _fn_0(_base_1, ...) end end)(), ["ENTER"] = (function() local _base_1 = self local _fn_0 = _base_1.finish return function(...) return _fn_0(_base_1, ...) end end)() } self:reset() self.callback = callback if region and region:is_valid() then self.pointA.x = region.x self.pointA.y = region.y self.pointB.x = region.x + region.w self.pointB.y = region.y + region.h end end, base = _base_0, name = "CropPage", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end CropPage = _class_0 end local Option do local _class_0 local _base_0 = { hasPrevious = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then return true elseif "int" == _exp_0 then if self.opts.min then return self.value > self.opts.min else return true end elseif "list" == _exp_0 then return self.value > 1 end end, hasNext = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then return true elseif "int" == _exp_0 then if self.opts.max then return self.value < self.opts.max else return true end elseif "list" == _exp_0 then return self.value < #self.opts.possibleValues end end, leftKey = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then self.value = not self.value elseif "int" == _exp_0 then self.value = self.value - self.opts.step if self.opts.min and self.opts.min > self.value then self.value = self.opts.min end elseif "list" == _exp_0 then if self.value > 1 then self.value = self.value - 1 end end end, rightKey = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then self.value = not self.value elseif "int" == _exp_0 then self.value = self.value + self.opts.step if self.opts.max and self.opts.max < self.value then self.value = self.opts.max end elseif "list" == _exp_0 then if self.value < #self.opts.possibleValues then self.value = self.value + 1 end end end, getValue = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then return self.value elseif "int" == _exp_0 then return self.value elseif "list" == _exp0 then local value, do local _obj0 = self.opts.possibleValues[self.value] value, = _obj_0[1], _obj_0[2] end return value end end, setValue = function(self, value) local _exp_0 = self.optType if "bool" == _exp_0 then self.value = value elseif "int" == _exp_0 then self.value = value elseif "list" == _exp0 then local set = false for i, possiblePair in ipairs(self.opts.possibleValues) do local possibleValue, possibleValue, _ = possiblePair[1], possiblePair[2] if possibleValue == value then set = true self.value = i break end end if not set then return msg.warn("Tried to set invalid value " .. tostring(value) .. " to " .. tostring(self.displayText) .. " option.") end end end, getDisplayValue = function(self) local _exp_0 = self.optType if "bool" == _exp_0 then return self.value and "yes" or "no" elseif "int" == _exp_0 then if self.opts.altDisplayNames and self.opts.altDisplayNames[self.value] then return self.opts.altDisplayNames[self.value] else return tostring(self.value) end elseif "list" == _exp_0 then local value, displayValue do local _obj_0 = self.opts.possibleValues[self.value] value, displayValue = _obj_0[1], _obj_0[2] end return displayValue or value end end, draw = function(self, ass, selected) if selected then ass:append(tostring(bold(self.displayText)) .. ": ") else ass:append(tostring(self.displayText) .. ": ") end if self:hasPrevious() then ass:append("◀ ") end ass:append(self:getDisplayValue()) if self:hasNext() then ass:append(" ▶") end return ass:append("\N") end } _base_0.index = _base_0 _class_0 = setmetatable({ init = function(self, optType, displayText, value, opts) self.optType = optType self.displayText = displayText self.opts = opts self.value = 1 return self:setValue(value) end, base = _base_0, name = "Option" }, { index = _base_0, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 Option = _class_0 end local EncodeOptionsPage do local _class_0 local _parent_0 = Page local _base0 = { getCurrentOption = function(self) return self.options[self.currentOption][2] end, leftKey = function(self) (self:getCurrentOption()):leftKey() return self:draw() end, rightKey = function(self) (self:getCurrentOption()):rightKey() return self:draw() end, prevOpt = function(self) self.currentOption = math.max(1, self.currentOption - 1) return self:draw() end, nextOpt = function(self) self.currentOption = math.min(#self.options, self.currentOption + 1) return self:draw() end, confirmOpts = function(self) for , optPair in ipairs(self.options) do local optName, opt optName, opt = optPair[1], optPair[2] options[optName] = opt:getValue() end self:hide() return self.callback(true) end, cancelOpts = function(self) self:hide() return self.callback(false) end, draw = function(self) local window_w, window_h = mp.get_osd_size() local ass = assdraw.ass_new() ass:new_event() self:setup_text(ass) ass:append(tostring(bold('Options:')) .. "\N\N") for i, optPair in ipairs(self.options) do local opt = optPair[2] opt:draw(ass, self.currentOption == i) end ass:append("\N▲ / ▼: navigate\N") ass:append(tostring(bold('ENTER:')) .. " confirm options\N") ass:append(tostring(bold('ESC:')) .. " cancel\N") return mp.set_osd_ass(window_w, window_h, ass.text) end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self, callback) self.callback = callback self.currentOption = 1 local scaleHeightOpts = { possibleValues = { { -1, "no" }, { 240 }, { 360 }, { 480 }, { 720 }, { 1080 }, { 1440 }, { 2160 } } } local filesizeOpts = { step = 250, min = 0, altDisplayNames = { [0] = "0 (constant quality)" } } local formatIds = { "webm-vp8", "webm-vp9", "mp4", "raw" } local formatOpts = { possibleValues = (function() local _accum_0 = { } local _len_0 = 1 for _index_0 = 1, #formatIds do local fId = formatIds[_index_0] _accum_0[_len_0] = { fId, formats[fId].displayName } _len_0 = _len_0 + 1 end return _accum_0 end)() } self.options = { { "output_format", Option("list", "Output Format", options.output_format, formatOpts) }, { "twopass", Option("bool", "Two Pass", options.twopass) }, { "apply_current_filters", Option("bool", "Apply Current Video Filters", options.apply_current_filters) }, { "scale_height", Option("list", "Scale Height", options.scale_height, scaleHeightOpts) }, { "strict_filesize_constraint", Option("bool", "Strict Filesize Constraint", options.strict_filesize_constraint) }, { "write_filename_on_metadata", Option("bool", "Write Filename on Metadata", options.write_filename_on_metadata) }, { "target_filesize", Option("int", "Target Filesize", options.target_filesize, filesizeOpts) } } self.keybinds = { ["LEFT"] = (function() local _base_1 = self local _fn_0 = _base_1.leftKey return function(...) return _fn_0(_base_1, ...) end end)(), ["RIGHT"] = (function() local _base_1 = self local _fn_0 = _base_1.rightKey return function(...) return _fn_0(_base_1, ...) end end)(), ["UP"] = (function() local _base_1 = self local _fn_0 = _base_1.prevOpt return function(...) return _fn_0(_base_1, ...) end end)(), ["DOWN"] = (function() local _base_1 = self local _fn_0 = _base_1.nextOpt return function(...) return _fn_0(_base_1, ...) end end)(), ["ENTER"] = (function() local _base_1 = self local _fn_0 = _base_1.confirmOpts return function(...) return _fn_0(_base_1, ...) end end)(), ["ESC"] = (function() local _base_1 = self local _fn_0 = _base_1.cancelOpts return function(...) return _fn_0(_base_1, ...) end end)() } end, base = _base_0, name = "EncodeOptionsPage", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end EncodeOptionsPage = _class_0 end local PreviewPage do local _class_0 local _parent_0 = Page local _base_0 = { prepare = function(self) local vf = mp.get_property_native("vf") vf[#vf + 1] = { name = "sub" } if self.region:is_valid() then vf[#vf + 1] = { name = "crop", params = { w = tostring(self.region.w), h = tostring(self.region.h), x = tostring(self.region.x), y = tostring(self.region.y) } } end mp.set_property_native("vf", vf) if self.startTime > -1 and self.endTime > -1 then mp.set_property_native("ab-loop-a", self.startTime) mp.set_property_native("ab-loop-b", self.endTime) mp.set_property_native("time-pos", self.startTime) end return mp.set_property_native("pause", false) end, dispose = function(self) mp.set_property("ab-loop-a", "no") mp.set_property("ab-loop-b", "no") for prop, value in pairs(self.originalProperties) do mp.set_property_native(prop, value) end end, draw = function(self) local window_w, window_h = mp.get_osd_size() local ass = assdraw.ass_new() ass:new_event() self:setup_text(ass) ass:append("Press " .. tostring(bold('ESC')) .. " to exit preview.\N") return mp.set_osd_ass(window_w, window_h, ass.text) end, cancel = function(self) self:hide() return self.callback() end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self, callback, region, startTime, endTime) self.callback = callback self.originalProperties = { ["vf"] = mp.get_property_native("vf"), ["time-pos"] = mp.get_property_native("time-pos"), ["pause"] = mp.get_property_native("pause") } self.keybinds = { ["ESC"] = (function() local _base_1 = self local _fn_0 = _base_1.cancel return function(...) return _fn_0(_base_1, ...) end end)() } self.region = region self.startTime = startTime self.endTime = endTime self.isLoop = false end, base = _base_0, name = "PreviewPage", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end PreviewPage = _class_0 end local MainPage do local _class_0 local _parent_0 = Page local _base_0 = { setStartTime = function(self) self.startTime = mp.get_property_number("time-pos") if self.visible then self:clear() return self:draw() end end, setEndTime = function(self) self.endTime = mp.get_property_number("time-pos") if self.visible then self:clear() return self:draw() end end, draw = function(self) local window_w, window_h = mp.get_osd_size() local ass = assdraw.ass_new() ass:new_event() self:setup_text(ass) ass:append(tostring(bold('WebM maker')) .. "\N\N") ass:append(tostring(bold('c:')) .. " crop\N") ass:append(tostring(bold('1:')) .. " set start time (current is " .. tostring(seconds_to_time_string(self.startTime)) .. ")\N") ass:append(tostring(bold('2:')) .. " set end time (current is " .. tostring(seconds_to_time_string(self.endTime)) .. ")\N") ass:append(tostring(bold('o:')) .. " change encode options\N") ass:append(tostring(bold('p:')) .. " preview\N") ass:append(tostring(bold('e:')) .. " encode\N\N") ass:append(tostring(bold('ESC:')) .. " close\N") return mp.set_osd_ass(window_w, window_h, ass.text) end, onUpdateCropRegion = function(self, updated, newRegion) if updated then self.region = newRegion end return self:show() end, crop = function(self) self:hide() local cropPage = CropPage((function() local _base_1 = self local _fn_0 = _base_1.onUpdateCropRegion return function(...) return _fn_0(_base_1, ...) end end)(), self.region) return cropPage:show() end, onOptionsChanged = function(self, updated) return self:show() end, changeOptions = function(self) self:hide() local encodeOptsPage = EncodeOptionsPage((function() local _base_1 = self local _fn_0 = _base_1.onOptionsChanged return function(...) return _fn_0(_base_1, ...) end end)()) return encodeOptsPage:show() end, onPreviewEnded = function(self) return self:show() end, preview = function(self) self:hide() local previewPage = PreviewPage((function() local _base_1 = self local _fn_0 = _base_1.onPreviewEnded return function(...) return _fn_0(_base_1, ...) end end)(), self.region, self.startTime, self.endTime) return previewPage:show() end, encode = function(self) self:hide() if self.startTime < 0 then message("No start time, aborting") return end if self.endTime < 0 then message("No end time, aborting") return end if self.startTime >= self.endTime then message("Start time is ahead of end time, aborting") return end return encode(self.region, self.startTime, self.endTime) end } _base_0.index = _base_0 setmetatable(_base_0, _parent_0.base) _class_0 = setmetatable({ init = function(self) self.keybinds = { ["c"] = (function() local _base_1 = self local _fn_0 = _base_1.crop return function(...) return _fn_0(_base_1, ...) end end)(), ["1"] = (function() local _base_1 = self local _fn_0 = _base_1.setStartTime return function(...) return _fn_0(_base_1, ...) end end)(), ["2"] = (function() local _base_1 = self local _fn_0 = _base_1.setEndTime return function(...) return _fn_0(_base_1, ...) end end)(), ["o"] = (function() local _base_1 = self local _fn_0 = _base_1.changeOptions return function(...) return _fn_0(_base_1, ...) end end)(), ["p"] = (function() local _base_1 = self local _fn_0 = _base_1.preview return function(...) return _fn_0(_base_1, ...) end end)(), ["e"] = (function() local _base_1 = self local _fn_0 = _base_1.encode return function(...) return _fn_0(_base_1, ...) end end)(), ["ESC"] = (function() local _base_1 = self local _fn_0 = _base_1.hide return function(...) return _fn_0(_base_1, ...) end end)() } self.startTime = -1 self.endTime = -1 self.region = Region() end, base = _base_0, name = "MainPage", parent = _parent_0 }, { index = function(cls, name) local val = rawget(_base_0, name) if val == nil then local parent = rawget(cls, "parent") if parent then return parent[name] end else return val end end, call = function(cls, ...) local _self_0 = setmetatable({}, _base_0) cls.init(_self_0, ...) return _self_0 end }) _base_0.class = _class_0 if _parent_0.inherited then _parent_0.inherited(_parent_0, _class_0) end MainPage = _class_0 end monitor_dimensions() local mainPage = MainPage() return mp.add_key_binding(options.keybind, "display-webm-encoder", (function() local _base_0 = mainPage local _fn_0 = _base_0.show return function(...) return _fn_0(_base_0, ...) end end)(), { repeatable = false })

Log file

Attach the log file here. To generate a log file, you can add log-file=log.txt temporarily to your mpv.conf, or add --log-file=log.txt to the command line (it will be placed on the same location of the video file). You can use services like pastebin or similar ones to upload the file. Again, could not find a log.txt in the location of the media file.

Sorry if this is vague or bad, this is my first time using Github.

ekisu / mpv-webm