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phidias authored and GitHub committed 2026-11-12 23:26:05 +09:00
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commit fd6f2de8f9
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+23 -45
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exp_scenario/module/gui/vlayer.lua
+23 -45
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@@ -123,7 +123,6 @@ Elements.stat_bar = Gui.define("vlayer/stat_bar")
--- @class ExpGui_Vlayer.elements.stat_bar.display_data
--- @field value number Fraction the bar is filled
--- @field caption string
--- @field tooltip string
--- Refresh a bar
--- @param stat_bar LuaGuiElement
@@ -131,7 +130,6 @@ Elements.stat_bar = Gui.define("vlayer/stat_bar")
function Elements.stat_bar.refresh(stat_bar, display_data)
stat_bar.value = display_data.value
stat_bar.caption = display_data.caption
stat_bar.tooltip = display_data.tooltip
end
--- Table of a label and bar for each statistic
@@ -177,86 +175,66 @@ function Elements.stats_table.calculate_display_data(s_index)
return {
production = {
value = production,
caption = statistics.energy_input_limit < energy_production
caption = format_string(
"%s / %s, %.1f %%",
statistics.energy_input_limit < energy_production
and format_string(
"%s (%s) / %s",
"%s (%s)",
format_energy(energy_production, "W"),
format_energy(limit_production, "W"),
format_energy(energy_max, "W")
format_energy(limit_production, "W")
)
or format_string(
"%s / %s",
format_energy(energy_production, "W"),
format_energy(energy_max, "W")
),
tooltip = format_string(
"%.1f %%",
or format_energy(energy_production, "W"),
format_energy(energy_max, "W"),
production * 100
),
},
sustained = {
value = sustained,
caption = statistics.energy_input_limit < energy_sustained
caption = format_string(
"%s / %s, %.1f %%",
statistics.energy_input_limit < energy_sustained
and format_string(
"%s (%s) / %s",
"%s (%s)",
format_energy(energy_sustained, "W"),
format_energy(limit_sustained, "W"),
format_energy(statistics.energy_total_production, "W")
format_energy(limit_sustained, "W")
)
or format_string(
"%s / %s",
format_energy(energy_sustained, "W"),
format_energy(statistics.energy_total_production, "W")
),
tooltip = format_string(
"%.1f %%",
or format_energy(energy_sustained, "W"),
format_energy(energy_max, "W"),
sustained * 100
),
},
capacity = {
value = capacity,
caption = format_string(
"%s / %s",
"%s / %s, %.1f %%",
format_energy(statistics.energy_storage, "J"),
format_energy(statistics.energy_capacity, "J")
),
tooltip = format_string(
"%.1f %%",
format_energy(statistics.energy_capacity, "J"),
capacity * 100
),
},
["surface-area"] = {
value = min(max(surface_area / 0.1, 0), 1),
caption = format_number(
statistics.remaining_surface_area,
false
),
tooltip = format_string(
"%.1f %%",
caption = format_string(
"%s, %.1f %%",
format_number(statistics.remaining_surface_area, false),
surface_area * 100
),
},
["solar-panel"] = {
value = solar,
caption = format_string(
"%s / %s",
"%s / %s, %.1f %%",
format_number(allocated_solar, false),
format_number(items_solar, false)
),
tooltip = format_string(
"%.1f %%",
format_number(items_solar, false),
solar * 100
),
},
["accumulator"] = {
value = accu,
caption = format_string(
"%s / %s",
"%s / %s, %.1f %%",
format_number(allocated_accu, false),
format_number(items_accu, false)
),
tooltip = format_string(
"%.1f %%",
format_number(items_accu, false),
accu * 100
),
},