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xpbar: rested gain rate in per-minute instead of per-hour

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Per-hour numbers are too coarse to feel actionable while watching a
tent fill — switching to /min so the displayed rate updates in a more
useful range for the actual sampling cadence.
This commit is contained in:
Brues
2026-05-22 22:48:04 -05:00
parent c30dfae7a6
commit 7c752f0264
1 changed files with 7 additions and 7 deletions
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modules/xpbar.lua
+7 -7
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@@ -86,24 +86,24 @@ local function OnEnter(self)
end end
if GetXPExhaustion() then if GetXPExhaustion() then
table.insert(lines, { T["Rested"], "|cff5555ff+" .. exh .. " (" .. exh_perc .. "%)" }) table.insert(lines, { T["Rested"], "|cff5555ff+" .. exh .. " (" .. exh_perc .. "%)" })
if exh_perc >= 112 then -- if exh_perc >= 112 then
table.insert(lines, { "|cffff8800" .. exh_perc .. "% is the current max cap." }) -- table.insert(lines, { "|cffff8800" .. exh_perc .. "% is the current max cap." })
table.insert(lines, { "|cffff8800Report to TWoW if you want a proper display." }) -- table.insert(lines, { "|cffff8800Report to TWoW if you want a proper display." })
end -- end
-- Rested gain rate + time to UnitXPMax * REST_CAP_MUL, when sampled -- Rested gain rate + time to UnitXPMax * REST_CAP_MUL, when sampled
-- UPDATE_EXHAUSTION events span a meaningful interval (e.g., resting -- UPDATE_EXHAUSTION events span a meaningful interval (e.g., resting
-- under a Turtle WoW tent generates a fast continuous stream). -- under a Turtle WoW tent generates a fast continuous stream).
local samples = data.rest_samples local samples = data.rest_samples
local n = table.getn(samples) local n = table.getn(samples)/ca
if n >= 2 then if n >= 2 then
local first, last = samples[1], samples[n] local first, last = samples[1], samples[n]
local span = last[1] - first[1] local span = last[1] - first[1]
local gain = last[2] - first[2] local gain = last[2] - first[2]
if span > 0 and gain > 0 then if span > 0 and gain > 0 then
local rate_per_sec = gain / span local rate_per_sec = gain / span
local rate_per_hour = floor(rate_per_sec * 3600) local rate_per_min = floor(rate_per_sec * 60)
table.insert(lines, { T["Rested Gain"], "|cff5555ff+" .. rate_per_hour .. " / h" }) table.insert(lines, { T["Rested Gain"], "|cff5555ff+" .. rate_per_min .. " / min" })
local cap = xpmax * REST_CAP_MUL local cap = xpmax * REST_CAP_MUL
if exh < cap then if exh < cap then