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mirror of https://github.com/mpv-player/mpv synced 2025-01-28 18:53:02 +00:00
mpv/player/lua/stats.lua
Kacper Michajłow e3fd24496a stats.lua: show osd-dimensions property
This change displays the scaled position and size of the image before
cropping to the target rectangle. In simple terms, it shows how much
margin has been added to the image or how much of the image has been
cropped.

Note that target resolution is displayed after crop as in fact all other
pixels are discarded anyway.
2024-04-27 01:15:25 +02:00

1601 lines
57 KiB
Lua

-- Display some stats.
--
-- Please consult the readme for information about usage and configuration:
-- https://github.com/Argon-/mpv-stats
--
-- Please note: not every property is always available and therefore not always
-- visible.
local mp = require 'mp'
local options = require 'mp.options'
local utils = require 'mp.utils'
local input = require 'mp.input'
-- Options
local o = {
-- Default key bindings
key_page_1 = "1",
key_page_2 = "2",
key_page_3 = "3",
key_page_4 = "4",
key_page_0 = "0",
-- For pages which support scrolling
key_scroll_up = "UP",
key_scroll_down = "DOWN",
key_search = "/",
scroll_lines = 1,
duration = 4,
redraw_delay = 1, -- acts as duration in the toggling case
ass_formatting = true,
persistent_overlay = false, -- whether the stats can be overwritten by other output
print_perfdata_passes = false, -- when true, print the full information about all passes
filter_params_max_length = 100, -- a filter list longer than this many characters will be shown one filter per line instead
show_frame_info = false, -- whether to show the current frame info
term_width_limit = -1, -- overwrites the terminal width
term_height_limit = -1, -- overwrites the terminal height
debug = false,
-- Graph options and style
plot_perfdata = true,
plot_vsync_ratio = true,
plot_vsync_jitter = true,
plot_tonemapping_lut = false,
skip_frames = 5,
global_max = true,
flush_graph_data = true, -- clear data buffers when toggling
plot_bg_border_color = "0000FF",
plot_bg_color = "262626",
plot_color = "FFFFFF",
plot_bg_border_width = 0.5,
-- Text style
font = "",
font_mono = "monospace", -- monospaced digits are sufficient
font_size = 8,
font_color = "",
border_size = 0.8,
border_color = "",
shadow_x_offset = 0.0,
shadow_y_offset = 0.0,
shadow_color = "",
alpha = "11",
vidscale = true,
-- Custom header for ASS tags to style the text output.
-- Specifying this will ignore the text style values above and just
-- use this string instead.
custom_header = "",
-- Text formatting
-- With ASS
ass_nl = "\\N",
ass_indent = "\\h\\h\\h\\h\\h",
ass_prefix_sep = "\\h\\h",
ass_b1 = "{\\b1}",
ass_b0 = "{\\b0}",
ass_it1 = "{\\i1}",
ass_it0 = "{\\i0}",
-- Without ASS
no_ass_nl = "\n",
no_ass_indent = "\t",
no_ass_prefix_sep = " ",
no_ass_b1 = "\027[1m",
no_ass_b0 = "\027[0m",
no_ass_it1 = "\027[3m",
no_ass_it0 = "\027[0m",
bindlist = "no", -- print page 4 to the terminal on startup and quit mpv
}
options.read_options(o)
o.term_width_limit = tonumber(o.term_width_limit) or -1
o.term_height_limit = tonumber(o.term_height_limit) or -1
if o.term_width_limit < 0 then
o.term_width_limit = nil
end
if o.term_height_limit < 0 then
o.term_height_limit = nil
end
local format = string.format
local max = math.max
local min = math.min
-- Scaled metrics
local font_size = o.font_size
local border_size = o.border_size
local shadow_x_offset = o.shadow_x_offset
local shadow_y_offset = o.shadow_y_offset
local plot_bg_border_width = o.plot_bg_border_width
-- Function used to record performance data
local recorder = nil
-- Timer used for redrawing (toggling) and clearing the screen (oneshot)
local display_timer = nil
-- Timer used to update cache stats.
local cache_recorder_timer = nil
-- Current page and <page key>:<page function> mappings
local curr_page = o.key_page_1
local pages = {}
local scroll_bound = false
local searched_text
local tm_viz_prev = nil
-- Save these sequences locally as we'll need them a lot
local ass_start = mp.get_property_osd("osd-ass-cc/0")
local ass_stop = mp.get_property_osd("osd-ass-cc/1")
-- Ring buffers for the values used to construct a graph.
-- .pos denotes the current position, .len the buffer length
-- .max is the max value in the corresponding buffer
local vsratio_buf, vsjitter_buf
local function init_buffers()
vsratio_buf = {0, pos = 1, len = 50, max = 0}
vsjitter_buf = {0, pos = 1, len = 50, max = 0}
end
local cache_ahead_buf, cache_speed_buf
local perf_buffers = {}
local function graph_add_value(graph, value)
graph.pos = (graph.pos % graph.len) + 1
graph[graph.pos] = value
graph.max = max(graph.max, value)
end
local function no_ASS(t)
if not o.use_ass then
return t
elseif not o.persistent_overlay then
-- mp.osd_message supports ass-escape using osd-ass-cc/{0|1}
return ass_stop .. t .. ass_start
else
return mp.command_native({"escape-ass", tostring(t)})
end
end
local function b(t)
return o.b1 .. t .. o.b0
end
local function it(t)
return o.it1 .. t .. o.it0
end
local function text_style()
if not o.use_ass then
return ""
end
if o.custom_header and o.custom_header ~= "" then
return o.custom_header
else
local style = "{\\r\\an7\\fs" .. font_size .. "\\bord" .. border_size
if o.font ~= "" then
style = style .. "\\fn" .. o.font
end
if o.font_color ~= "" then
style = style .. "\\1c&H" .. o.font_color .. "&\\1a&H" .. o.alpha .. "&"
end
if o.border_color ~= "" then
style = style .. "\\3c&H" .. o.border_color .. "&\\3a&H" .. o.alpha .. "&"
end
if o.shadow_color ~= "" then
style = style .. "\\4c&H" .. o.shadow_color .. "&\\4a&H" .. o.alpha .. "&"
end
return style .. "\\xshad" .. shadow_x_offset ..
"\\yshad" .. shadow_y_offset .. "}"
end
end
local function has_vo_window()
return mp.get_property_native("vo-configured") and mp.get_property_native("video-osd")
end
-- Generate a graph from the given values.
-- Returns an ASS formatted vector drawing as string.
--
-- values: Array/table of numbers representing the data. Used like a ring buffer
-- it will get iterated backwards `len` times starting at position `i`.
-- i : Index of the latest data value in `values`.
-- len : The length/amount of numbers in `values`.
-- v_max : The maximum number in `values`. It is used to scale all data
-- values to a range of 0 to `v_max`.
-- v_avg : The average number in `values`. It is used to try and center graphs
-- if possible. May be left as nil
-- scale : A value that will be multiplied with all data values.
-- x_tics: Horizontal width multiplier for the steps
local function generate_graph(values, i, len, v_max, v_avg, scale, x_tics)
-- Check if at least one value exists
if not values[i] then
return ""
end
local x_max = (len - 1) * x_tics
local y_offset = border_size
local y_max = font_size * 0.66
local x = 0
if v_max > 0 then
-- try and center the graph if possible, but avoid going above `scale`
if v_avg and v_avg > 0 then
scale = min(scale, v_max / (2 * v_avg))
end
scale = scale * y_max / v_max
end -- else if v_max==0 then all values are 0 and scale doesn't matter
local s = {format("m 0 0 n %f %f l ", x, y_max - scale * values[i])}
i = ((i - 2) % len) + 1
for p = 1, len - 1 do
if values[i] then
x = x - x_tics
s[#s+1] = format("%f %f ", x, y_max - scale * values[i])
end
i = ((i - 2) % len) + 1
end
s[#s+1] = format("%f %f %f %f", x, y_max, 0, y_max)
local bg_box = format("{\\bord%f}{\\3c&H%s&}{\\1c&H%s&}m 0 %f l %f %f %f 0 0 0",
plot_bg_border_width, o.plot_bg_border_color, o.plot_bg_color, y_max, x_max, y_max, x_max)
return format("%s{\\rDefault}{\\pbo%f}{\\shad0}{\\alpha&H00}{\\p1}%s{\\p0}{\\bord0}{\\1c&H%s}{\\p1}%s{\\p0}%s",
o.prefix_sep, y_offset, bg_box, o.plot_color, table.concat(s), text_style())
end
local function append(s, str, attr)
if not str then
return false
end
attr.prefix_sep = attr.prefix_sep or o.prefix_sep
attr.indent = attr.indent or o.indent
attr.nl = attr.nl or o.nl
attr.suffix = attr.suffix or ""
attr.prefix = attr.prefix or ""
attr.no_prefix_markup = attr.no_prefix_markup or false
attr.prefix = attr.no_prefix_markup and attr.prefix or b(attr.prefix)
s[#s+1] = format("%s%s%s%s%s%s", attr.nl, attr.indent,
attr.prefix, attr.prefix_sep, no_ASS(str), attr.suffix)
return true
end
-- Format and append a property.
-- A property whose value is either `nil` or empty (hereafter called "invalid")
-- is skipped and not appended.
-- Returns `false` in case nothing was appended, otherwise `true`.
--
-- s : Table containing strings.
-- prop : The property to query and format (based on its OSD representation).
-- attr : Optional table to overwrite certain (formatting) attributes for
-- this property.
-- exclude: Optional table containing keys which are considered invalid values
-- for this property. Specifying this will replace empty string as
-- default invalid value (nil is always invalid).
local function append_property(s, prop, attr, excluded)
excluded = excluded or {[""] = true}
local ret = mp.get_property_osd(prop)
if not ret or excluded[ret] then
if o.debug then
print("No value for property: " .. prop)
end
return false
end
return append(s, ret, attr)
end
local function sorted_keys(t, comp_fn)
local keys = {}
for k,_ in pairs(t) do
keys[#keys+1] = k
end
table.sort(keys, comp_fn)
return keys
end
local function scroll_hint(search)
local hint = format("(hint: scroll with %s/%s", o.key_scroll_up, o.key_scroll_down)
if search then
hint = hint .. " and search with " .. o.key_search
end
hint = hint .. ")"
if not o.use_ass then return " " .. hint end
return format(" {\\fs%s}%s{\\fs%s}", font_size * 0.66, hint, font_size)
end
local function append_perfdata(header, s, dedicated_page, print_passes)
local vo_p = mp.get_property_native("vo-passes")
if not vo_p then
return
end
local ds = mp.get_property_bool("display-sync-active", false)
local target_fps = ds and mp.get_property_number("display-fps", 0)
or mp.get_property_number("container-fps", 0)
if target_fps > 0 then target_fps = 1 / target_fps * 1e9 end
-- Sums of all last/avg/peak values
local last_s, avg_s, peak_s = {}, {}, {}
for frame, data in pairs(vo_p) do
last_s[frame], avg_s[frame], peak_s[frame] = 0, 0, 0
for _, pass in ipairs(data) do
last_s[frame] = last_s[frame] + pass["last"]
avg_s[frame] = avg_s[frame] + pass["avg"]
peak_s[frame] = peak_s[frame] + pass["peak"]
end
end
-- Pretty print measured time
local function pp(i)
-- rescale to microseconds for a saner display
return format("%5d", i / 1000)
end
-- Format n/m with a font weight based on the ratio
local function p(n, m)
local i = 0
if m > 0 then
i = tonumber(n) / m
end
-- Calculate font weight. 100 is minimum, 400 is normal, 700 bold, 900 is max
local w = (700 * math.sqrt(i)) + 200
return format("{\\b%d}%2d%%{\\b0}", w, i * 100)
end
-- ensure that the fixed title is one element and every scrollable line is
-- also one single element.
local h = dedicated_page and header or s
h[#h+1] = format("%s%s%s%s{\\fs%s}%s{\\fs%s}%s",
dedicated_page and "" or o.nl, dedicated_page and "" or o.indent,
b("Frame Timings:"), o.prefix_sep, font_size * 0.66,
"(last/average/peak μs)", font_size,
dedicated_page and scroll_hint() or "")
for _,frame in ipairs(sorted_keys(vo_p)) do -- ensure fixed display order
local data = vo_p[frame]
local f = "%s%s%s{\\fn%s}%s / %s / %s %s%s{\\fn%s}%s%s%s"
if print_passes then
s[#s+1] = format("%s%s%s:", o.nl, o.indent,
b(frame:gsub("^%l", string.upper)))
for _, pass in ipairs(data) do
s[#s+1] = format(f, o.nl, o.indent, o.indent,
o.font_mono, pp(pass["last"]),
pp(pass["avg"]), pp(pass["peak"]),
o.prefix_sep .. "\\h\\h", p(pass["last"], last_s[frame]),
o.font, o.prefix_sep, o.prefix_sep, pass["desc"])
if o.plot_perfdata and o.use_ass then
-- use the same line that was already started for this iteration
s[#s] = s[#s] ..
generate_graph(pass["samples"], pass["count"],
pass["count"], pass["peak"],
pass["avg"], 0.9, 0.25)
end
end
-- Print sum of timing values as "Total"
s[#s+1] = format(f, o.nl, o.indent, o.indent,
o.font_mono, pp(last_s[frame]),
pp(avg_s[frame]), pp(peak_s[frame]),
o.prefix_sep, b("Total"), o.font, "", "", "")
else
-- for the simplified view, we just print the sum of each pass
s[#s+1] = format(f, o.nl, o.indent, o.indent, o.font_mono,
pp(last_s[frame]), pp(avg_s[frame]), pp(peak_s[frame]),
"", "", o.font, o.prefix_sep, o.prefix_sep,
frame:gsub("^%l", string.upper))
end
end
end
-- command prefix tokens to strip - includes generic property commands
local cmd_prefixes = {
osd_auto=1, no_osd=1, osd_bar=1, osd_msg=1, osd_msg_bar=1, raw=1, sync=1,
async=1, expand_properties=1, repeatable=1, set=1, add=1, multiply=1,
toggle=1, cycle=1, cycle_values=1, ["!reverse"]=1, change_list=1,
}
-- commands/writable-properties prefix sub-words (followed by -) to strip
local name_prefixes = {
define=1, delete=1, enable=1, disable=1, dump=1, write=1, drop=1, revert=1,
ab=1, hr=1, secondary=1, current=1,
}
-- extract a command "subject" from a command string, by removing all
-- generic prefix tokens and then returning the first interesting sub-word
-- of the next token. For target-script name we also check another token.
-- The tokenizer works fine for things we care about - valid mpv commands,
-- properties and script names, possibly quoted, white-space[s]-separated.
-- It's decent in practice, and worst case is "incorrect" subject.
local function cmd_subject(cmd)
cmd = cmd:gsub(";.*", ""):gsub("%-", "_") -- only first cmd, s/-/_/
local TOKEN = '^%s*["\']?([%w_!]*)' -- captures+ends before (maybe) final "
local tok, sname, subw
repeat tok, cmd = cmd:match(TOKEN .. '["\']?(.*)')
until not cmd_prefixes[tok]
-- tok is the 1st non-generic command/property name token, cmd is the rest
sname = tok == "script_message_to" and cmd:match(TOKEN)
or tok == "script_binding" and cmd:match(TOKEN .. "/")
if sname and sname ~= "" then
return "script: " .. sname
end
-- return the first sub-word of tok which is not a useless prefix
repeat subw, tok = tok:match("([^_]*)_?(.*)")
until tok == "" or not name_prefixes[subw]
return subw:len() > 1 and subw or "[unknown]"
end
-- key names are valid UTF-8, ascii7 except maybe the last/only codepoint.
-- we count codepoints and ignore wcwidth. no need for grapheme clusters.
-- our error for alignment is at most one cell (if last CP is double-width).
-- (if k was valid but arbitrary: we'd count all bytes <0x80 or >=0xc0)
local function keyname_cells(k)
local klen = k:len()
if klen > 1 and k:byte(klen) >= 0x80 then -- last/only CP is not ascii7
repeat klen = klen-1
until klen == 1 or k:byte(klen) >= 0xc0 -- last CP begins at klen
end
return klen
end
local function get_kbinfo_lines()
-- active keys: only highest priority of each key, and not our (stats) keys
local bindings = mp.get_property_native("input-bindings", {})
local active = {} -- map: key-name -> bind-info
for _, bind in pairs(bindings) do
if bind.priority >= 0 and (
not active[bind.key] or
(active[bind.key].is_weak and not bind.is_weak) or
(bind.is_weak == active[bind.key].is_weak and
bind.priority > active[bind.key].priority)
) and not bind.cmd:find("script-binding stats/__forced_", 1, true)
and bind.section ~= "input_forced_console"
and (
searched_text == nil or
(bind.key .. bind.cmd):lower():find(searched_text, 1, true)
)
then
active[bind.key] = bind
end
end
-- make an array, find max key len, add sort keys (.subject/.mods[_count])
local ordered = {}
local kspaces = "" -- as many spaces as the longest key name
for _, bind in pairs(active) do
bind.subject = cmd_subject(bind.cmd)
if bind.subject ~= "ignore" then
ordered[#ordered+1] = bind
_,_, bind.mods = bind.key:find("(.*)%+.")
_, bind.mods_count = bind.key:gsub("%+.", "")
if bind.key:len() > kspaces:len() then
kspaces = string.rep(" ", bind.key:len())
end
end
end
local function align_right(key)
return kspaces:sub(keyname_cells(key)) .. key
end
-- sort by: subject, mod(ifier)s count, mods, key-len, lowercase-key, key
table.sort(ordered, function(a, b)
if a.subject ~= b.subject then
return a.subject < b.subject
elseif a.mods_count ~= b.mods_count then
return a.mods_count < b.mods_count
elseif a.mods ~= b.mods then
return a.mods < b.mods
elseif a.key:len() ~= b.key:len() then
return a.key:len() < b.key:len()
elseif a.key:lower() ~= b.key:lower() then
return a.key:lower() < b.key:lower()
else
return a.key > b.key -- only case differs, lowercase first
end
end)
-- key/subject pre/post formatting for terminal/ass.
-- key/subject alignment uses spaces (with mono font if ass)
-- word-wrapping is disabled for ass, or cut at 79 for the terminal
local LTR = string.char(0xE2, 0x80, 0x8E) -- U+200E Left To Right mark
local term = not o.use_ass
local kpre = term and "" or format("{\\q2\\fn%s}%s", o.font_mono, LTR)
local kpost = term and " " or format(" {\\fn%s}", o.font)
local spre = term and kspaces .. " "
or format("{\\q2\\fn%s}%s {\\fn%s}{\\fs%d\\u1}",
o.font_mono, kspaces, o.font, 1.3*font_size)
local spost = term and "" or format("{\\u0\\fs%d}", font_size)
-- create the display lines
local info_lines = {}
local subject = nil
for _, bind in ipairs(ordered) do
if bind.subject ~= subject then -- new subject (title)
subject = bind.subject
append(info_lines, "", {})
append(info_lines, "", { prefix = spre .. subject .. spost })
end
if bind.comment then
bind.cmd = bind.cmd .. " # " .. bind.comment
end
append(info_lines, bind.cmd, { prefix = kpre .. no_ASS(align_right(bind.key)) .. kpost })
end
return info_lines
end
local function append_general_perfdata(s)
for i, data in ipairs(mp.get_property_native("perf-info") or {}) do
append(s, data.text or data.value, {prefix="["..tostring(i).."] "..data.name..":"})
if o.plot_perfdata and o.use_ass and data.value then
buf = perf_buffers[data.name]
if not buf then
buf = {0, pos = 1, len = 50, max = 0}
perf_buffers[data.name] = buf
end
graph_add_value(buf, data.value)
s[#s] = s[#s] .. generate_graph(buf, buf.pos, buf.len, buf.max, nil, 0.8, 1)
end
end
end
local function append_display_sync(s)
if not mp.get_property_bool("display-sync-active", false) then
return
end
local vspeed = append_property(s, "video-speed-correction", {prefix="DS:"})
if vspeed then
append_property(s, "audio-speed-correction",
{prefix="/", nl="", indent=" ", prefix_sep=" ", no_prefix_markup=true})
else
append_property(s, "audio-speed-correction",
{prefix="DS:" .. o.prefix_sep .. " - / ", prefix_sep=""})
end
append_property(s, "mistimed-frame-count", {prefix="Mistimed:", nl="",
indent=o.prefix_sep .. o.prefix_sep})
append_property(s, "vo-delayed-frame-count", {prefix="Delayed:", nl="",
indent=o.prefix_sep .. o.prefix_sep})
-- As we need to plot some graphs we print jitter and ratio on their own lines
if not display_timer.oneshot and (o.plot_vsync_ratio or o.plot_vsync_jitter) and o.use_ass then
local ratio_graph = ""
local jitter_graph = ""
if o.plot_vsync_ratio then
ratio_graph = generate_graph(vsratio_buf, vsratio_buf.pos, vsratio_buf.len, vsratio_buf.max, nil, 0.8, 1)
end
if o.plot_vsync_jitter then
jitter_graph = generate_graph(vsjitter_buf, vsjitter_buf.pos, vsjitter_buf.len, vsjitter_buf.max, nil, 0.8, 1)
end
append_property(s, "vsync-ratio", {prefix="VSync Ratio:", suffix=o.prefix_sep .. ratio_graph})
append_property(s, "vsync-jitter", {prefix="VSync Jitter:", suffix=o.prefix_sep .. jitter_graph})
else
-- Since no graph is needed we can print ratio/jitter on the same line and save some space
local vr = append_property(s, "vsync-ratio", {prefix="VSync Ratio:"})
append_property(s, "vsync-jitter", {prefix="VSync Jitter:",
nl=vr and "" or o.nl,
indent=vr and o.prefix_sep .. o.prefix_sep})
end
end
local function append_filters(s, prop, prefix)
local length = 0
local filters = {}
for _,f in ipairs(mp.get_property_native(prop, {})) do
local n = f.name
if f.enabled ~= nil and not f.enabled then
n = n .. " (disabled)"
end
if f.label ~= nil then
n = "@" .. f.label .. ": " .. n
end
local p = {}
for _,key in ipairs(sorted_keys(f.params)) do
p[#p+1] = key .. "=" .. f.params[key]
end
if #p > 0 then
p = " [" .. table.concat(p, " ") .. "]"
else
p = ""
end
length = length + n:len() + p:len()
filters[#filters+1] = no_ASS(n) .. it(no_ASS(p))
end
if #filters > 0 then
local ret
if length < o.filter_params_max_length then
ret = table.concat(filters, ", ")
else
local sep = o.nl .. o.indent .. o.indent
ret = sep .. table.concat(filters, sep)
end
s[#s+1] = o.nl .. o.indent .. b(prefix) .. o.prefix_sep .. ret
end
end
local function add_header(s)
s[#s+1] = text_style()
end
local function add_file(s)
append(s, "", {prefix="File:", nl="", indent=""})
append_property(s, "filename", {prefix_sep="", nl="", indent=""})
if not (mp.get_property_osd("filename") == mp.get_property_osd("media-title")) then
append_property(s, "media-title", {prefix="Title:"})
end
local editions = mp.get_property_number("editions")
local edition = mp.get_property_number("current-edition")
local ed_cond = (edition and editions > 1)
if ed_cond then
append_property(s, "edition-list/" .. tostring(edition) .. "/title",
{prefix="Edition:"})
append_property(s, "edition-list/count",
{prefix="(" .. tostring(edition + 1) .. "/", suffix=")", nl="",
indent=" ", prefix_sep=" ", no_prefix_markup=true})
end
local ch_index = mp.get_property_number("chapter")
if ch_index and ch_index >= 0 then
append_property(s, "chapter-list/" .. tostring(ch_index) .. "/title", {prefix="Chapter:",
nl=ed_cond and "" or o.nl})
append_property(s, "chapter-list/count",
{prefix="(" .. tostring(ch_index + 1) .. " /", suffix=")", nl="",
indent=" ", prefix_sep=" ", no_prefix_markup=true})
end
local fs = append_property(s, "file-size", {prefix="Size:"})
append_property(s, "file-format", {prefix="Format/Protocol:",
nl=fs and "" or o.nl,
indent=fs and o.prefix_sep .. o.prefix_sep})
local demuxer_cache = mp.get_property_native("demuxer-cache-state", {})
if demuxer_cache["fw-bytes"] then
demuxer_cache = demuxer_cache["fw-bytes"] -- returns bytes
else
demuxer_cache = 0
end
local demuxer_secs = mp.get_property_number("demuxer-cache-duration", 0)
if demuxer_cache + demuxer_secs > 0 then
append(s, utils.format_bytes_humanized(demuxer_cache), {prefix="Total Cache:"})
append(s, format("%.1f", demuxer_secs), {prefix="(", suffix=" sec)", nl="",
no_prefix_markup=true, prefix_sep="", indent=o.prefix_sep})
end
end
local function crop_noop(w, h, r)
return r["crop-x"] == 0 and r["crop-y"] == 0 and
r["crop-w"] == w and r["crop-h"] == h
end
local function crop_equal(r, ro)
return r["crop-x"] == ro["crop-x"] and r["crop-y"] == ro["crop-y"] and
r["crop-w"] == ro["crop-w"] and r["crop-h"] == ro["crop-h"]
end
local function append_resolution(s, r, prefix, w_prop, h_prop, video_res)
if not r then
return
end
w_prop = w_prop or "w"
h_prop = h_prop or "h"
if append(s, r[w_prop], {prefix=prefix}) then
append(s, r[h_prop], {prefix="x", nl="", indent=" ", prefix_sep=" ",
no_prefix_markup=true})
if r["aspect"] ~= nil and not video_res then
append(s, format("%.2f:1", r["aspect"]), {prefix="", nl="", indent="",
no_prefix_markup=true})
append(s, r["aspect-name"], {prefix="(", suffix=")", nl="", indent=" ",
prefix_sep="", no_prefix_markup=true})
end
if r["sar"] ~= nil and video_res then
append(s, format("%.2f:1", r["sar"]), {prefix="", nl="", indent="",
no_prefix_markup=true})
append(s, r["sar-name"], {prefix="(", suffix=")", nl="", indent=" ",
prefix_sep="", no_prefix_markup=true})
end
if r["s"] then
append(s, format("%.2f", r["s"]), {prefix="(", suffix="x)", nl="",
indent=o.prefix_sep, prefix_sep="",
no_prefix_markup=true})
end
-- We can skip crop if it is the same as video decoded resolution
if r["crop-w"] and (not video_res or
not crop_noop(r[w_prop], r[h_prop], r)) then
append(s, format("[x: %d, y: %d, w: %d, h: %d]",
r["crop-x"], r["crop-y"], r["crop-w"], r["crop-h"]),
{prefix="", nl="", indent="", no_prefix_markup=true})
end
end
end
local function pq_eotf(x)
if not x then
return x;
end
local PQ_M1 = 2610.0 / 4096 * 1.0 / 4
local PQ_M2 = 2523.0 / 4096 * 128
local PQ_C1 = 3424.0 / 4096
local PQ_C2 = 2413.0 / 4096 * 32
local PQ_C3 = 2392.0 / 4096 * 32
x = x ^ (1.0 / PQ_M2)
x = max(x - PQ_C1, 0.0) / (PQ_C2 - PQ_C3 * x)
x = x ^ (1.0 / PQ_M1)
x = x * 10000.0
return x
end
local function append_hdr(s, hdr, video_out)
if not hdr then
return
end
local function should_show(val)
return val and val ~= 203 and val > 0
end
-- If we are printing video out parameters it is just display, not mastering
local display_prefix = video_out and "Display:" or "Mastering display:"
local indent = ""
if should_show(hdr["max-cll"]) or should_show(hdr["max-luma"]) then
append(s, "", {prefix="HDR10:"})
if hdr["min-luma"] and should_show(hdr["max-luma"]) then
-- libplacebo uses close to zero values as "defined zero"
hdr["min-luma"] = hdr["min-luma"] <= 1e-6 and 0 or hdr["min-luma"]
append(s, format("%.2g / %.0f", hdr["min-luma"], hdr["max-luma"]),
{prefix=display_prefix, suffix=" cd/m²", nl="", indent=indent})
indent = o.prefix_sep .. o.prefix_sep
end
if should_show(hdr["max-cll"]) then
append(s, hdr["max-cll"], {prefix="MaxCLL:", suffix=" cd/m²", nl="",
indent=indent})
indent = o.prefix_sep .. o.prefix_sep
end
if hdr["max-fall"] and hdr["max-fall"] > 0 then
append(s, hdr["max-fall"], {prefix="MaxFALL:", suffix=" cd/m²", nl="",
indent=indent})
end
end
indent = o.prefix_sep .. o.prefix_sep
if hdr["scene-max-r"] or hdr["scene-max-g"] or
hdr["scene-max-b"] or hdr["scene-avg"] then
append(s, "", {prefix="HDR10+:"})
append(s, format("%.1f / %.1f / %.1f", hdr["scene-max-r"] or 0,
hdr["scene-max-g"] or 0, hdr["scene-max-b"] or 0),
{prefix="MaxRGB:", suffix=" cd/m²", nl="", indent=""})
append(s, format("%.1f", hdr["scene-avg"] or 0),
{prefix="Avg:", suffix=" cd/m²", nl="", indent=indent})
end
if hdr["max-pq-y"] and hdr["avg-pq-y"] then
append(s, "", {prefix="PQ(Y):"})
append(s, format("%.2f cd/m² (%.2f%% PQ)", pq_eotf(hdr["max-pq-y"]),
hdr["max-pq-y"] * 100), {prefix="Max:", nl="",
indent=""})
append(s, format("%.2f cd/m² (%.2f%% PQ)", pq_eotf(hdr["avg-pq-y"]),
hdr["avg-pq-y"] * 100), {prefix="Avg:", nl="",
indent=indent})
end
end
local function append_img_params(s, r, ro)
if not r then
return
end
append_resolution(s, r, "Resolution:", "w", "h", true)
if ro and (r["w"] ~= ro["dw"] or r["h"] ~= ro["dh"]) then
if ro["crop-w"] and (crop_noop(r["w"], r["h"], ro) or crop_equal(r, ro)) then
ro["crop-w"] = nil
end
append_resolution(s, ro, "Output Resolution:", "dw", "dh")
end
local indent = o.prefix_sep .. o.prefix_sep
r = ro or r
local pixel_format = r["hw-pixelformat"] or r["pixelformat"]
append(s, pixel_format, {prefix="Format:"})
append(s, r["colorlevels"], {prefix="Levels:", nl="", indent=indent})
if r["chroma-location"] and r["chroma-location"] ~= "unknown" then
append(s, r["chroma-location"], {prefix="Chroma Loc:", nl="", indent=indent})
end
-- Group these together to save vertical space
append(s, r["colormatrix"], {prefix="Colormatrix:"})
append(s, r["primaries"], {prefix="Primaries:", nl="", indent=indent})
append(s, r["gamma"], {prefix="Transfer:", nl="", indent=indent})
end
local function append_fps(s, prop, eprop)
local fps = mp.get_property_osd(prop)
local efps = mp.get_property_osd(eprop)
local single = fps ~= "" and efps ~= "" and fps == efps
local unit = prop == "display-fps" and " Hz" or " fps"
local suffix = single and "" or " (specified)"
local esuffix = single and "" or " (estimated)"
local prefix = prop == "display-fps" and "Refresh Rate:" or "Frame Rate:"
local nl = o.nl
local indent = o.indent
if fps ~= "" and append(s, fps, {prefix=prefix, suffix=unit .. suffix}) then
prefix = ""
nl = ""
indent = ""
end
if not single and efps ~= "" then
append(s, efps,
{prefix=prefix, suffix=unit .. esuffix, nl=nl, indent=indent})
end
end
local function add_video_out(s)
local vo = mp.get_property_native("current-vo")
if not vo then
return
end
append(s, "", {prefix=o.nl .. o.nl .. "Display:", nl="", indent=""})
append(s, vo, {prefix_sep="", nl="", indent=""})
append_property(s, "display-names", {prefix_sep="", prefix="(", suffix=")",
no_prefix_markup=true, nl="", indent=" "})
append(s, mp.get_property_native("current-gpu-context"),
{prefix="Context:", nl="", indent=o.prefix_sep .. o.prefix_sep})
append_property(s, "avsync", {prefix="A-V:"})
append_fps(s, "display-fps", "estimated-display-fps")
if append_property(s, "decoder-frame-drop-count",
{prefix="Dropped Frames:", suffix=" (decoder)"}) then
append_property(s, "frame-drop-count", {suffix=" (output)", nl="", indent=""})
end
append_display_sync(s)
append_perfdata(nil, s, false, o.print_perfdata_passes)
if mp.get_property_native("deinterlace-active") then
append_property(s, "deinterlace", {prefix="Deinterlacing:"})
end
local scale = nil
if not mp.get_property_native("fullscreen") then
scale = mp.get_property_native("current-window-scale")
end
local od = mp.get_property_native("osd-dimensions")
local rt = mp.get_property_native("video-target-params")
r = rt or {}
-- Add window scale
r["s"] = scale
r["crop-x"] = od["ml"]
r["crop-y"] = od["mt"]
r["crop-w"] = od["w"] - od["ml"] - od["mr"]
r["crop-h"] = od["h"] - od["mt"] - od["mb"]
if not rt then
r["w"] = r["crop-w"]
r["h"] = r["crop-h"]
append_resolution(s, r, "Resolution:", "w", "h", true)
return
end
append_img_params(s, r)
append_hdr(s, r, true)
end
local function add_video(s)
local r = mp.get_property_native("video-params")
local ro = mp.get_property_native("video-out-params")
-- in case of e.g. lavfi-complex there can be no input video, only output
if not r then
r = ro
end
if not r then
return
end
append(s, "", {prefix=o.nl .. o.nl .. "Video:", nl="", indent=""})
local track = mp.get_property_native("current-tracks/video")
if track and append(s, track["codec-desc"], {prefix_sep="", nl="", indent=""}) then
append(s, track["codec-profile"], {prefix="[", nl="", indent=" ", prefix_sep="",
no_prefix_markup=true, suffix="]"})
if track["codec"] ~= track["decoder"] then
append(s, track["decoder"], {prefix="[", nl="", indent=" ", prefix_sep="",
no_prefix_markup=true, suffix="]"})
end
append_property(s, "hwdec-current", {prefix="HW:", nl="",
indent=o.prefix_sep .. o.prefix_sep,
no_prefix_markup=false, suffix=""}, {no=true, [""]=true})
end
local has_prefix = false
if o.show_frame_info then
if append_property(s, "estimated-frame-number", {prefix="Frame:"}) then
append_property(s, "estimated-frame-count", {indent=" / ", nl="",
prefix_sep=""})
has_prefix = true
end
local frame_info = mp.get_property_native("video-frame-info")
if frame_info and frame_info["picture-type"] then
local attrs = has_prefix and {prefix="(", suffix=")", indent=" ", nl="",
prefix_sep="", no_prefix_markup=true}
or {prefix="Picture Type:"}
append(s, frame_info["picture-type"], attrs)
has_prefix = true
end
if frame_info and frame_info["interlaced"] then
local attrs = has_prefix and {indent=" ", nl="", prefix_sep=""}
or {prefix="Picture Type:"}
append(s, "Interlaced", attrs)
end
end
if mp.get_property_native("current-tracks/video/image") == false then
append_fps(s, "container-fps", "estimated-vf-fps")
end
append_img_params(s, r, ro)
append_hdr(s, ro)
append_property(s, "packet-video-bitrate", {prefix="Bitrate:", suffix=" kbps"})
append_filters(s, "vf", "Filters:")
end
local function add_audio(s)
local r = mp.get_property_native("audio-params")
-- in case of e.g. lavfi-complex there can be no input audio, only output
local ro = mp.get_property_native("audio-out-params") or r
r = r or ro
if not r then
return
end
local merge = function(r, ro, prop)
local a = r[prop] or ro[prop]
local b = ro[prop] or r[prop]
return (a == b or a == nil) and a or (a .. "" .. b)
end
append(s, "", {prefix=o.nl .. o.nl .. "Audio:", nl="", indent=""})
local track = mp.get_property_native("current-tracks/audio")
if track then
append(s, track["codec-desc"], {prefix_sep="", nl="", indent=""})
if track["codec"] ~= track["decoder"] then
append(s, track["decoder"], {prefix="[", nl="", indent=" ", prefix_sep="",
no_prefix_markup=true, suffix="]"})
end
append(s, track["codec-profile"], {prefix="[", nl="", indent=" ", prefix_sep="",
no_prefix_markup=true, suffix="]"})
end
append_property(s, "current-ao", {prefix="AO:", nl="",
indent=o.prefix_sep .. o.prefix_sep})
local dev = append_property(s, "audio-device", {prefix="Device:"})
local ao_mute = mp.get_property_native("ao-mute") and " (Muted)" or ""
append_property(s, "ao-volume", {prefix="AO Volume:", suffix="%" .. ao_mute,
nl=dev and "" or o.nl,
indent=dev and o.prefix_sep .. o.prefix_sep})
if math.abs(mp.get_property_native("audio-delay")) > 1e-6 then
append_property(s, "audio-delay", {prefix="A-V delay:"})
end
local cc = append(s, merge(r, ro, "channel-count"), {prefix="Channels:"})
append(s, merge(r, ro, "format"), {prefix="Format:", nl=cc and "" or o.nl,
indent=cc and o.prefix_sep .. o.prefix_sep})
append(s, merge(r, ro, "samplerate"), {prefix="Sample Rate:", suffix=" Hz"})
append_property(s, "packet-audio-bitrate", {prefix="Bitrate:", suffix=" kbps"})
append_filters(s, "af", "Filters:")
end
-- Determine whether ASS formatting shall/can be used and set formatting sequences
local function eval_ass_formatting()
o.use_ass = o.ass_formatting and has_vo_window()
if o.use_ass then
o.nl = o.ass_nl
o.indent = o.ass_indent
o.prefix_sep = o.ass_prefix_sep
o.b1 = o.ass_b1
o.b0 = o.ass_b0
o.it1 = o.ass_it1
o.it0 = o.ass_it0
else
o.nl = o.no_ass_nl
o.indent = o.no_ass_indent
o.prefix_sep = o.no_ass_prefix_sep
o.b1 = o.no_ass_b1
o.b0 = o.no_ass_b0
o.it1 = o.no_ass_it1
o.it0 = o.no_ass_it0
end
end
-- assumptions:
-- s is composed of SGR escape sequences and/or printable UTF8 sequences
-- printable codepoints occupy one terminal cell (we don't have wcwidth)
-- tabstops are 8, 16, 24..., and the output starts at 0 or a tabstop
-- note: if maxwidth <= 2 and s doesn't fit: the result is "..." (more than 2)
function term_ellipsis(s, maxwidth)
local TAB, ESC, SGR_END = 9, 27, ("m"):byte()
local width, ellipsis = 0, "..."
local fit_len, in_sgr
for i = 1, #s do
local x = s:byte(i)
if in_sgr then
in_sgr = x ~= SGR_END
elseif x == ESC then
in_sgr = true
ellipsis = "\27[0m..." -- ensure SGR reset
elseif x < 128 or x >= 192 then -- non UTF8-continuation
-- tab adds till the next stop, else add 1
width = width + (x == TAB and 8 - width % 8 or 1)
if fit_len == nil and width > maxwidth - 3 then
fit_len = i - 1 -- adding "..." still fits maxwidth
end
if width > maxwidth then
return s:sub(1, fit_len) .. ellipsis
end
end
end
return s
end
local function term_ellipsis_array(arr, from, to, max_width)
for i = from, to do
arr[i] = term_ellipsis(arr[i], max_width)
end
return arr
end
-- split str into a table
-- example: local t = split(s, "\n")
-- plain: whether pat is a plain string (default false - pat is a pattern)
local function split(str, pat, plain)
local init = 1
local r, i, find, sub = {}, 1, string.find, string.sub
repeat
local f0, f1 = find(str, pat, init, plain)
r[i], i = sub(str, init, f0 and f0 - 1), i+1
init = f0 and f1 + 1
until f0 == nil
return r
end
-- Composes the output with header and scrollable content
-- Returns string of the finished page and the actually chosen offset
--
-- header : table of the header where each entry is one line
-- content : table of the content where each entry is one line
-- apply_scroll: scroll the content
local function finalize_page(header, content, apply_scroll)
local term_size = mp.get_property_native("term-size", {})
local term_width = o.term_width_limit or term_size.w or 80
local term_height = o.term_height_limit or term_size.h or 24
local from, to = 1, #content
if apply_scroll and term_height > 0 then
-- Up to 40 lines for libass because it can put a big performance toll on
-- libass to process many lines which end up outside (below) the screen.
-- In the terminal reduce height by 2 for the status line (can be more then one line)
local max_content_lines = (o.use_ass and 40 or term_height - 2) - #header
-- in the terminal the scrolling should stop once the last line is visible
local max_offset = o.use_ass and #content or #content - max_content_lines + 1
from = max(1, min((pages[curr_page].offset or 1), max_offset))
to = min(#content, from + max_content_lines - 1)
pages[curr_page].offset = from
end
local output = table.concat(header) .. table.concat(content, "", from, to)
if not o.use_ass and term_width > 0 then
local t = split(output, "\n", true)
-- limit width for the terminal
output = table.concat(term_ellipsis_array(t, 1, #t, term_width), "\n")
end
return output, from
end
-- Returns an ASS string with "normal" stats
local function default_stats()
local stats = {}
eval_ass_formatting()
add_header(stats)
add_file(stats)
add_video_out(stats)
add_video(stats)
add_audio(stats)
return finalize_page({}, stats, false)
end
-- Returns an ASS string with extended VO stats
local function vo_stats()
local header, content = {}, {}
eval_ass_formatting()
add_header(header)
append_perfdata(header, content, true, true)
header = {table.concat(header)}
return finalize_page(header, content, true)
end
local kbinfo_lines = nil
local function keybinding_info(after_scroll, bindlist)
local header = {}
local page = pages[o.key_page_4]
eval_ass_formatting()
add_header(header)
append(header, "", {prefix=format("%s:%s", page.desc, scroll_hint(true)), nl="", indent=""})
header = {table.concat(header)}
if not kbinfo_lines or not after_scroll then
kbinfo_lines = get_kbinfo_lines(o.term_width_limit)
end
return finalize_page(header, kbinfo_lines, not bindlist)
end
local function perf_stats()
local header, content = {}, {}
eval_ass_formatting()
add_header(header)
local page = pages[o.key_page_0]
append(header, "", {prefix=format("%s:%s", page.desc, scroll_hint()), nl="", indent=""})
append_general_perfdata(content)
header = {table.concat(header)}
return finalize_page(header, content, true)
end
local function opt_time(t)
if type(t) == type(1.1) then
return mp.format_time(t)
end
return "?"
end
-- Returns an ASS string with stats about the demuxer cache etc.
local function cache_stats()
local stats = {}
eval_ass_formatting()
add_header(stats)
append(stats, "", {prefix="Cache Info:", nl="", indent=""})
local info = mp.get_property_native("demuxer-cache-state")
if info == nil then
append(stats, "Unavailable.", {})
return finalize_page({}, stats, false)
end
local a = info["reader-pts"]
local b = info["cache-end"]
append(stats, opt_time(a) .. " - " .. opt_time(b), {prefix = "Packet Queue:"})
local r = nil
if a ~= nil and b ~= nil then
r = b - a
end
local r_graph = nil
if not display_timer.oneshot and o.use_ass then
r_graph = generate_graph(cache_ahead_buf, cache_ahead_buf.pos,
cache_ahead_buf.len, cache_ahead_buf.max,
nil, 0.8, 1)
r_graph = o.prefix_sep .. r_graph
end
append(stats, opt_time(r), {prefix = "Readahead:", suffix = r_graph})
-- These states are not necessarily exclusive. They're about potentially
-- separate mechanisms, whose states may be decoupled.
local state = "reading"
local seek_ts = info["debug-seeking"]
if seek_ts ~= nil then
state = "seeking (to " .. mp.format_time(seek_ts) .. ")"
elseif info["eof"] == true then
state = "eof"
elseif info["underrun"] then
state = "underrun"
elseif info["idle"] == true then
state = "inactive"
end
append(stats, state, {prefix = "State:"})
local speed = info["raw-input-rate"] or 0
local speed_graph = nil
if not display_timer.oneshot and o.use_ass then
speed_graph = generate_graph(cache_speed_buf, cache_speed_buf.pos,
cache_speed_buf.len, cache_speed_buf.max,
nil, 0.8, 1)
speed_graph = o.prefix_sep .. speed_graph
end
append(stats, utils.format_bytes_humanized(speed) .. "/s", {prefix="Speed:",
suffix=speed_graph})
append(stats, utils.format_bytes_humanized(info["total-bytes"]),
{prefix = "Total RAM:"})
append(stats, utils.format_bytes_humanized(info["fw-bytes"]),
{prefix = "Forward RAM:"})
local fc = info["file-cache-bytes"]
if fc ~= nil then
fc = utils.format_bytes_humanized(fc)
else
fc = "(disabled)"
end
append(stats, fc, {prefix = "Disk Cache:"})
append(stats, info["debug-low-level-seeks"], {prefix = "Media Seeks:"})
append(stats, info["debug-byte-level-seeks"], {prefix = "Stream Seeks:"})
append(stats, "", {prefix=o.nl .. o.nl .. "Ranges:", nl="", indent=""})
append(stats, info["bof-cached"] and "yes" or "no",
{prefix = "Start Cached:"})
append(stats, info["eof-cached"] and "yes" or "no",
{prefix = "End Cached:"})
local ranges = info["seekable-ranges"] or {}
for n, r in ipairs(ranges) do
append(stats, mp.format_time(r["start"]) .. " - " ..
mp.format_time(r["end"]),
{prefix = format("Range %s:", n)})
end
return finalize_page({}, stats, false)
end
-- Record 1 sample of cache statistics.
-- (Unlike record_data(), this does not return a function, but runs directly.)
local function record_cache_stats()
local info = mp.get_property_native("demuxer-cache-state")
if info == nil then
return
end
local a = info["reader-pts"]
local b = info["cache-end"]
if a ~= nil and b ~= nil then
graph_add_value(cache_ahead_buf, b - a)
end
graph_add_value(cache_speed_buf, info["raw-input-rate"] or 0)
end
cache_recorder_timer = mp.add_periodic_timer(0.25, record_cache_stats)
cache_recorder_timer:kill()
-- Current page and <page key>:<page function> mapping
curr_page = o.key_page_1
pages = {
[o.key_page_1] = { f = default_stats, desc = "Default" },
[o.key_page_2] = { f = vo_stats, desc = "Extended Frame Timings", scroll = true },
[o.key_page_3] = { f = cache_stats, desc = "Cache Statistics" },
[o.key_page_4] = { f = keybinding_info, desc = "Active Key Bindings", scroll = true },
[o.key_page_0] = { f = perf_stats, desc = "Internal Performance Info", scroll = true },
}
-- Returns a function to record vsratio/jitter with the specified `skip` value
local function record_data(skip)
init_buffers()
skip = max(skip, 0)
local i = skip
return function()
if i < skip then
i = i + 1
return
else
i = 0
end
if o.plot_vsync_jitter then
local r = mp.get_property_number("vsync-jitter", nil)
if r then
vsjitter_buf.pos = (vsjitter_buf.pos % vsjitter_buf.len) + 1
vsjitter_buf[vsjitter_buf.pos] = r
vsjitter_buf.max = max(vsjitter_buf.max, r)
end
end
if o.plot_vsync_ratio then
local r = mp.get_property_number("vsync-ratio", nil)
if r then
vsratio_buf.pos = (vsratio_buf.pos % vsratio_buf.len) + 1
vsratio_buf[vsratio_buf.pos] = r
vsratio_buf.max = max(vsratio_buf.max, r)
end
end
end
end
-- Call the function for `page` and print it to OSD
local function print_page(page, after_scroll)
-- the page functions assume we start in ass-enabled mode.
-- that's true for mp.set_osd_ass, but not for mp.osd_message.
local ass_content = pages[page].f(after_scroll)
if o.persistent_overlay then
mp.set_osd_ass(0, 0, ass_content)
else
mp.osd_message((o.use_ass and ass_start or "") .. ass_content,
display_timer.oneshot and o.duration or o.redraw_delay + 1)
end
end
local function update_scale(name, value)
-- Calculate scaled metrics.
local scale = 1
if not o.vidscale then
if value <= 1 then
value = 1
end
scale = 720 / value
end
font_size = o.font_size * scale
border_size = o.border_size * scale
shadow_x_offset = o.shadow_x_offset * scale
shadow_y_offset = o.shadow_y_offset * scale
plot_bg_border_width = o.plot_bg_border_width * scale
if display_timer:is_enabled() then
print_page(curr_page)
end
end
local function clear_screen()
if o.persistent_overlay then mp.set_osd_ass(0, 0, "") else mp.osd_message("", 0) end
end
local function scroll_delta(d)
if display_timer.oneshot then display_timer:kill() ; display_timer:resume() end
pages[curr_page].offset = (pages[curr_page].offset or 1) + d
print_page(curr_page, true)
end
local function scroll_up() scroll_delta(-o.scroll_lines) end
local function scroll_down() scroll_delta(o.scroll_lines) end
local function reset_scroll_offsets()
for _, page in pairs(pages) do
page.offset = nil
end
end
local function bind_scroll()
if not scroll_bound then
mp.add_forced_key_binding(o.key_scroll_up, "__forced_"..o.key_scroll_up, scroll_up, {repeatable=true})
mp.add_forced_key_binding(o.key_scroll_down, "__forced_"..o.key_scroll_down, scroll_down, {repeatable=true})
scroll_bound = true
end
end
local function unbind_scroll()
if scroll_bound then
mp.remove_key_binding("__forced_"..o.key_scroll_up)
mp.remove_key_binding("__forced_"..o.key_scroll_down)
scroll_bound = false
end
end
local function filter_bindings()
input.get({
prompt = "Filter bindings:",
opened = function ()
-- This is necessary to close the console if the oneshot
-- display_timer expires without typing anything.
searched_text = ""
end,
edited = function (text)
reset_scroll_offsets()
searched_text = text:lower()
print_page(curr_page)
if display_timer.oneshot then
display_timer:kill()
display_timer:resume()
end
end,
submit = input.terminate,
closed = function ()
searched_text = nil
if display_timer:is_enabled() then
print_page(curr_page)
if display_timer.oneshot then
display_timer:kill()
display_timer:resume()
end
end
end,
})
end
local function bind_search()
mp.add_forced_key_binding(o.key_search, "__forced_"..o.key_search, filter_bindings)
end
local function unbind_search()
mp.remove_key_binding("__forced_"..o.key_search)
end
local function update_scroll_bindings(k)
if pages[k].scroll then
bind_scroll()
else
unbind_scroll()
end
if k == o.key_page_4 then
bind_search()
else
unbind_search()
end
end
-- Add keybindings for every page
local function add_page_bindings()
local function a(k)
return function()
reset_scroll_offsets()
update_scroll_bindings(k)
curr_page = k
print_page(k)
if display_timer.oneshot then display_timer:kill() ; display_timer:resume() end
end
end
for k, _ in pairs(pages) do
mp.add_forced_key_binding(k, "__forced_"..k, a(k), {repeatable=true})
end
update_scroll_bindings(curr_page)
end
-- Remove keybindings for every page
local function remove_page_bindings()
for k, _ in pairs(pages) do
mp.remove_key_binding("__forced_"..k)
end
unbind_scroll()
unbind_search()
end
local function process_key_binding(oneshot)
reset_scroll_offsets()
-- Stats are already being displayed
if display_timer:is_enabled() then
-- Previous and current keys were oneshot -> restart timer
if display_timer.oneshot and oneshot then
display_timer:kill()
print_page(curr_page)
display_timer:resume()
-- Previous and current keys were toggling -> end toggling
elseif not display_timer.oneshot and not oneshot then
display_timer:kill()
cache_recorder_timer:stop()
if tm_viz_prev ~= nil then
mp.set_property_native("tone-mapping-visualize", tm_viz_prev)
tm_viz_prev = nil
end
clear_screen()
remove_page_bindings()
if recorder then
mp.unobserve_property(recorder)
recorder = nil
end
end
-- No stats are being displayed yet
else
if not oneshot and (o.plot_vsync_jitter or o.plot_vsync_ratio) then
recorder = record_data(o.skip_frames)
-- Rely on the fact that "vsync-ratio" is updated at the same time.
-- Using "none" to get a sample any time, even if it does not change.
-- Will stop working if "vsync-jitter" property change notification
-- changes, but it's fine for an internal script.
mp.observe_property("vsync-jitter", "none", recorder)
end
if not oneshot and o.plot_tonemapping_lut then
tm_viz_prev = mp.get_property_native("tone-mapping-visualize")
mp.set_property_native("tone-mapping-visualize", true)
end
if not oneshot then
cache_ahead_buf = {0, pos = 1, len = 50, max = 0}
cache_speed_buf = {0, pos = 1, len = 50, max = 0}
cache_recorder_timer:resume()
end
display_timer:kill()
display_timer.oneshot = oneshot
display_timer.timeout = oneshot and o.duration or o.redraw_delay
add_page_bindings()
print_page(curr_page)
display_timer:resume()
end
end
-- Create the timer used for redrawing (toggling) or clearing the screen (oneshot)
-- The duration here is not important and always set in process_key_binding()
display_timer = mp.add_periodic_timer(o.duration,
function()
if display_timer.oneshot then
display_timer:kill() ; clear_screen() ; remove_page_bindings()
-- Close the console only if it was opened for searching bindings.
if searched_text then
input.terminate()
end
else
print_page(curr_page)
end
end)
display_timer:kill()
-- Single invocation key binding
mp.add_key_binding(nil, "display-stats", function() process_key_binding(true) end,
{repeatable=true})
-- Toggling key binding
mp.add_key_binding(nil, "display-stats-toggle", function() process_key_binding(false) end,
{repeatable=false})
-- Single invocation bindings without key, can be used in input.conf to create
-- bindings for a specific page: "e script-binding stats/display-page-2"
for k, _ in pairs(pages) do
mp.add_key_binding(nil, "display-page-" .. k,
function()
curr_page = k
process_key_binding(true)
end, {repeatable=true})
end
-- Reprint stats immediately when VO was reconfigured, only when toggled
mp.register_event("video-reconfig",
function()
if display_timer:is_enabled() then
print_page(curr_page)
end
end)
-- --script-opts=stats-bindlist=[-]{yes|<TERM-WIDTH>}
if o.bindlist ~= "no" then
mp.command("no-osd set really-quiet yes")
if o.bindlist:sub(1, 1) == "-" then
o.bindlist = o.bindlist:sub(2)
o.no_ass_b0 = ""
o.no_ass_b1 = ""
end
local width = max(40, math.floor(tonumber(o.bindlist) or 79))
mp.add_timeout(0, function() -- wait for all other scripts to finish init
o.ass_formatting = false
o.no_ass_indent = " "
o.term_size = { w = width , h = 0}
io.write(keybinding_info(false, true) .. "\n")
mp.command("quit")
end)
end
mp.observe_property('osd-height', 'native', update_scale)