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import { useEffect, useMemo, useRef, useState } from "react";
import { Badge } from "@/ahuora-design-system/ui/badge";
import { Button } from "@/ahuora-design-system/ui/button";
import type {
CapitalCostLineRead,
CostableItemRead,
CostCurveAuthoring,
CostCurveEquipmentCategoryRead,
CostCurveRead,
CostDriverRead,
EconomicsLangFactorDefaultRead,
EconomicsResultLineRead,
EquipmentMappingRead,
PatchedCapitalCostLine,
PatchedCostableItem,
PatchedEquipmentMapping,
SimulationObjectRead,
} from "@/api/apiStore.gen";
import { DepreciationModeEnum } from "@/api/apiStore.gen";
import { cn } from "@/lib/utils";
import { CapitalCostBreakdown } from "../../capital/EconomicsCapitalBreakdown";
import {
apiFieldMessages,
CostCurveDriverInputsControls,
hasInvalidDriverSpecPayload,
mutationErrorMessage,
requiredDriverSpecsFromCurve,
} from "../../cost-curves";
import { scrollElementIntoEconomicsContext } from "../../shared/model/economicsScroll";
import { ValueWithFixedUnitField } from "../../shared/ui/EconomicsFormFields";
import { EconomicsWarningNotice } from "../../shared/ui/EconomicsWarningNotice";
import { CapitalDepreciationControls } from "../depreciation/CapitalDepreciationControls";
import { MappingControls } from "../mapping/MappingControls";
import {
type CapitalDepreciationDraft,
capitalDepreciationDraftFromLine,
} from "../model/capitalDepreciationDraft";
import {
capitalLineEstimateLabel,
costDriverSizingLabel,
costDriverSizingValueLabel,
costItemWarningGroups,
formatUnitOperationType,
isStaleUnsupportedSupportedUnit,
isUnsupportedUnitCost,
usesInstalledCostBasis,
visibleMappingFieldMessages,
visibleUnitSaveState,
} from "../model/capitalLineHelpers";
import {
FOCUSED_CONTEXT_SCROLL_CLASS,
type ResourceFieldMessages,
type ResourceSaveStates,
type SaveState,
type UnitCostRow,
} from "../model/capitalLineTypes";
import { FormState, WarningList } from "../ui/CapitalLineUi";
import { UnitInclusionControl } from "./UnitInclusionControl";
export function UnitCostCard({
row,
curves,
equipmentOptions,
langFactorDefaults,
capitalLine,
resultLines,
canEdit,
busy,
onEnableCosting,
onCostableItemPatch,
onMappingPatch,
onCapitalLinePatch,
onCreateCurve,
costCurveSaving,
resultStale,
resultRunId,
isFocused,
}: {
row: UnitCostRow;
curves: CostCurveRead[];
equipmentOptions: readonly CostCurveEquipmentCategoryRead[];
langFactorDefaults: EconomicsLangFactorDefaultRead[];
capitalLine?: CapitalCostLineRead;
resultLines: EconomicsResultLineRead[];
canEdit: boolean;
busy: boolean;
onEnableCosting: (unit: SimulationObjectRead) => Promise<void>;
onCostableItemPatch: (
item: CostableItemRead,
patch: PatchedCostableItem,
) => Promise<void>;
onMappingPatch: (
mapping: EquipmentMappingRead,
patch: PatchedEquipmentMapping,
) => Promise<void>;
onCapitalLinePatch: (
line: CapitalCostLineRead,
patch: PatchedCapitalCostLine,
) => Promise<void>;
onCreateCurve: (curve: CostCurveAuthoring) => Promise<CostCurveRead>;
costCurveSaving: boolean;
resultStale: boolean;
resultRunId: number | null;
isFocused?: boolean;
}) {
const item = row.costableItem;
const unitName = row.unit.componentName || `Unit ${row.unit.id}`;
const unsupportedByCostDriver =
item?.cost_driver?.unresolved_reason_code === "unit_unsupported";
const unsupported = isUnsupportedUnitCost(row) || unsupportedByCostDriver;
const staleUnsupportedSupportedUnit = isStaleUnsupportedSupportedUnit(row);
const controlsUnavailable = staleUnsupportedSupportedUnit;
const mapping = controlsUnavailable ? undefined : item?.equipment_mapping;
const driver = controlsUnavailable ? undefined : item?.cost_driver;
const selectedCurve = curves.find(
(curve) => curve.id === mapping?.cost_curve,
);
const curveSummary = mapping
? (selectedCurve?.name ?? "No curve selected")
: "";
const sizingSummary = costDriverSizingLabel(driver);
const sizingValueSummary = costDriverSizingValueLabel(driver, capitalLine);
const unitTypeSummary = formatUnitOperationType(row.unit.objectType);
const estimateSummary = capitalLineEstimateLabel(capitalLine);
const detailSummary = curveSummary;
const warningGroups = costItemWarningGroups({
capitalLine,
driver,
mapping,
selectedCurve,
});
const unitResultLines = item
? resultLines.filter((line) => line.source_costable_item === item.id)
: [];
const [saveState, setSaveState] = useState<SaveState>({ kind: "idle" });
const [fieldMessagesByResource, setFieldMessagesByResource] =
useState<ResourceFieldMessages>({});
const [saveStatesByResource, setSaveStatesByResource] =
useState<ResourceSaveStates>({});
const [open, setOpen] = useState(false);
const articleRef = useRef<HTMLElement | null>(null);
const saveTimeoutRefs = useRef<Record<string, number>>({});
const pendingMappingPatch = useRef<PatchedEquipmentMapping>({});
const pendingCostablePatch = useRef<PatchedCostableItem>({});
const pendingCapitalLinePatch = useRef<PatchedCapitalCostLine>({});
useEffect(() => {
const saveTimeouts = saveTimeoutRefs.current;
return () => {
Object.values(saveTimeouts).forEach((timeoutId) =>
window.clearTimeout(timeoutId),
);
};
}, []);
useEffect(() => {
if (!isFocused) return;
setOpen(true);
window.requestAnimationFrame(() => {
if (articleRef.current) {
scrollElementIntoEconomicsContext(articleRef.current);
}
articleRef.current?.focus();
});
}, [isFocused, row.unit.id]);
const scheduleSave = (
key: string,
action: () => Promise<void>,
successMessage: string,
delay = true,
) => {
if (saveTimeoutRefs.current[key]) {
window.clearTimeout(saveTimeoutRefs.current[key]);
}
setFieldMessagesByResource((current) => {
if (!current[key]) return current;
const next = { ...current };
delete next[key];
return next;
});
setSaveStatesByResource((current) => ({
...current,
[key]: { kind: "saving", message: "Saving capital line" },
}));
setSaveState({ kind: "saving", message: "Saving capital line" });
const run = async () => {
try {
await action();
setFieldMessagesByResource((current) => {
if (!current[key]) return current;
const next = { ...current };
delete next[key];
return next;
});
setSaveStatesByResource((current) => ({
...current,
[key]: { kind: "saved", message: successMessage },
}));
setSaveState({ kind: "saved", message: successMessage });
} catch (error) {
setFieldMessagesByResource((current) => ({
...current,
[key]: apiFieldMessages(error),
}));
setSaveStatesByResource((current) => ({
...current,
[key]: {
kind: "error",
message: mutationErrorMessage(error),
},
}));
setSaveState({
kind: "error",
message: mutationErrorMessage(error),
});
}
};
if (delay) {
saveTimeoutRefs.current[key] = window.setTimeout(run, 300);
} else {
void run();
}
};
const saveMapping = (patch: PatchedEquipmentMapping) => {
Iif (!mapping) return;
pendingMappingPatch.current = { ...pendingMappingPatch.current, ...patch };
scheduleSave(
`mapping-${mapping.id}`,
() => {
const mergedPatch = pendingMappingPatch.current;
pendingMappingPatch.current = {};
return onMappingPatch(mapping, mergedPatch);
},
"Capital settings saved",
true,
);
};
const saveCostableItem = (patch: PatchedCostableItem) => {
Iif (!item) return;
pendingCostablePatch.current = {
...pendingCostablePatch.current,
...patch,
};
scheduleSave(
`costable-${item.id}`,
() => {
const mergedPatch = pendingCostablePatch.current;
pendingCostablePatch.current = {};
return onCostableItemPatch(item, mergedPatch);
},
"Unit inclusion saved",
true,
);
};
const saveCapitalLine = (
patch: PatchedCapitalCostLine,
successMessage = "Peak demand saved",
) => {
Iif (!capitalLine) return;
pendingCapitalLinePatch.current = {
...pendingCapitalLinePatch.current,
...patch,
};
scheduleSave(
`capital-line-${capitalLine.id}`,
() => {
const mergedPatch = pendingCapitalLinePatch.current;
pendingCapitalLinePatch.current = {};
return onCapitalLinePatch(capitalLine, mergedPatch);
},
successMessage,
true,
);
};
const costableResourceKey = item ? `costable-${item.id}` : "";
const mappingResourceKey = mapping ? `mapping-${mapping.id}` : "";
const capitalLineResourceKey = capitalLine
? `capital-line-${capitalLine.id}`
: "";
const capitalLineSaveState = capitalLine
? saveStatesByResource[capitalLineResourceKey]
: undefined;
const [peakDemandValue, setPeakDemandValue] = useStablePeakDemandValue(
capitalLine,
capitalLineSaveState,
);
const [depreciationDraft, setDepreciationDraft] =
useStableCapitalDepreciationDraft(capitalLine, capitalLineSaveState);
const patchDepreciation = (
patch: PatchedCapitalCostLine,
draftPatch: Partial<CapitalDepreciationDraft>,
) => {
setDepreciationDraft(draftPatch);
saveCapitalLine(patch, "Depreciation treatment saved");
};
const showPeakDemandField = capitalLine?.minimum_peak_demand_kw != null;
const rawMappingFieldMessages = mapping
? (fieldMessagesByResource[mappingResourceKey] ?? {})
: {};
const requiredMessages = requiredCapitalLineMessages({
item,
mapping,
driver,
selectedCurve,
capitalLine,
peakDemandValue,
});
const apiVisibleMappingFieldMessages = mapping
? visibleMappingFieldMessages(mapping, rawMappingFieldMessages)
: {};
const mappingFieldMessages = {
...apiVisibleMappingFieldMessages,
...requiredMessages.mapping,
};
const capitalLineFieldMessages = {
...(fieldMessagesByResource[capitalLineResourceKey] ?? {}),
...requiredMessages.capitalLine,
};
const depreciationControls = capitalLine ? (
<CapitalDepreciationControls
idPrefix={`unit-capital-${capitalLine.id}`}
draft={depreciationDraft}
disabled={!canEdit || busy}
fieldMessages={capitalLineFieldMessages}
onPatch={patchDepreciation}
/>
) : null;
const visibleSaveState = mapping
? visibleUnitSaveState(
saveState,
rawMappingFieldMessages,
apiVisibleMappingFieldMessages,
)
: saveState;
const detailsId = `unit-cost-details-${row.unit.id}`;
const peakDemandField =
showPeakDemandField && capitalLine ? (
<ValueWithFixedUnitField
id={`capital-peak-demand-${capitalLine.id}`}
label="Peak demand"
help="Electrical-upgrade demand for this unit. Must be at least the current flowsheet work."
value={peakDemandValue}
unit="kW"
unitDisplay="compact-field"
disabled={!canEdit || busy}
error={capitalLineFieldMessages.peak_demand_kw}
onValueChange={(value) => {
setPeakDemandValue(value);
saveCapitalLine({ peak_demand_kw: value || null });
}}
/>
) : null;
const selectedCurveDriverSpecs = requiredDriverSpecsFromCurve(selectedCurve);
const selectedCurveHasInvalidDriverSpecs =
hasInvalidDriverSpecPayload(selectedCurve);
const usesCapitalLineDriverInputs =
selectedCurveDriverSpecs.length > 0 &&
!selectedCurveHasInvalidDriverSpecs &&
Boolean(driver && capitalLine);
const selectedSpecBackedCurveWithoutCapitalLine = Boolean(
driver &&
selectedCurve &&
selectedCurveDriverSpecs.length > 0 &&
!selectedCurveHasInvalidDriverSpecs &&
!capitalLine,
);
// Keyed remounting resets optimistic capital-line driver input state when the
// selected curve or persisted line changes, without synchronizing props into
// local state with an effect.
const driverInputsControlsKey =
selectedCurve && capitalLine
? `${selectedCurve.id}:${selectedCurve.updated_at}:${capitalLine.id}:${JSON.stringify(capitalLine.driver_inputs ?? {})}`
: "";
const driverControls =
selectedCurveHasInvalidDriverSpecs ? null : selectedSpecBackedCurveWithoutCapitalLine ? (
<PendingCapitalLineInputsNotice />
) : driver &&
usesCapitalLineDriverInputs &&
selectedCurve &&
capitalLine ? (
<CostCurveDriverInputsControls
key={driverInputsControlsKey}
driver={driver}
capitalLine={capitalLine}
selectedCurve={selectedCurve}
canEdit={canEdit}
busy={busy}
error={capitalLineFieldMessages.driver_inputs}
sizingWarnings={warningGroups.sizing}
onCapitalLinePatch={(patch) =>
saveCapitalLine(patch, "Capital inputs saved")
}
/>
) : unsupportedByCostDriver || !driver ? (
<DefaultDriverSummary unsupported={unsupported} />
) : null;
const mappingDriverControls =
selectedCurveHasInvalidDriverSpecs ? null : selectedSpecBackedCurveWithoutCapitalLine ? (
<PendingCapitalLineInputsNotice />
) : driver &&
usesCapitalLineDriverInputs &&
selectedCurve &&
capitalLine ? (
<CostCurveDriverInputsControls
key={driverInputsControlsKey}
driver={driver}
capitalLine={capitalLine}
selectedCurve={selectedCurve}
canEdit={canEdit}
busy={busy}
error={capitalLineFieldMessages.driver_inputs}
sizingWarnings={warningGroups.sizing}
className="contents"
onCapitalLinePatch={(patch) =>
saveCapitalLine(patch, "Capital inputs saved")
}
/>
) : unsupportedByCostDriver || !driver ? (
<DefaultDriverSummary unsupported={unsupported} />
) : null;
return (
<article
ref={articleRef}
tabIndex={-1}
className={cn(
"rounded-md border bg-background",
FOCUSED_CONTEXT_SCROLL_CLASS,
isFocused ? "bg-primary/5 outline outline-1 outline-primary" : null,
)}
aria-label={`Capital lines for ${unitName}`}
>
<div className="grid grid-cols-[minmax(0,1fr)_auto] items-stretch">
<button
type="button"
className="min-w-0 px-3 py-2 text-left hover:bg-muted/30"
aria-label={`Toggle capital line item ${unitName}`}
aria-expanded={open}
aria-controls={detailsId}
onClick={() => setOpen((current) => !current)}
>
<div className="min-w-0">
<div className="flex min-w-0 items-center gap-2">
<div className="min-w-0 truncate text-sm font-medium">
{unitName}
</div>
{detailSummary && (
<Badge
variant={selectedCurve ? "muted" : "pending"}
size="xs"
borderRadius="round"
className="h-[22px] max-w-[min(32rem,70%)] min-w-0 truncate"
>
{detailSummary}
</Badge>
)}
</div>
<div className="mt-2 grid gap-2 text-xs text-muted-foreground sm:grid-cols-4">
<SummaryMetric label="Type" value={unitTypeSummary} />
<SummaryMetric label="Sizing" value={sizingSummary} />
<SummaryMetric label="Sizing value" value={sizingValueSummary} />
<SummaryMetric label="Capital cost" value={estimateSummary} />
</div>
</div>
</button>
<div className="flex flex-wrap items-center justify-end gap-2 px-2 py-2">
{isFocused && (
<Badge variant="secondary" size="xs" borderRadius="round">
Selected unit
</Badge>
)}
{item && !staleUnsupportedSupportedUnit && (
<UnitInclusionControl
item={item}
canEdit={canEdit}
error={fieldMessagesByResource[costableResourceKey]?.included}
saveState={saveStatesByResource[costableResourceKey]}
onChange={(included) => saveCostableItem({ included })}
/>
)}
{(!item || staleUnsupportedSupportedUnit) && (
<Button
type="button"
size="sm"
disabled={!canEdit || busy}
aria-label={`Enable capital line for ${unitName}`}
onClick={() => {
scheduleSave(
`enable-${row.unit.id}`,
() => onEnableCosting(row.unit),
"Capital line enabled",
false,
);
}}
>
Enable capital line
</Button>
)}
<Button
type="button"
size="sm"
variant="ghost"
className="h-8 px-2 text-muted-foreground"
aria-label={`${open ? "Collapse" : "Expand"} capital line item ${unitName}`}
aria-expanded={open}
aria-controls={detailsId}
onClick={() => setOpen((current) => !current)}
>
<ChevronDown
className={`size-4 shrink-0 transition-transform ${
open ? "rotate-180" : ""
}`}
aria-hidden="true"
/>
</Button>
</div>
</div>
{open && (
<div id={detailsId} className="border-t p-3">
<FormState state={visibleSaveState} />
<div className="space-y-3">
{mapping ? (
<MappingControls
mapping={mapping}
unitObjectType={row.unit.objectType}
driverControls={mappingDriverControls}
selectedCurve={selectedCurve}
warningGroups={warningGroups}
curves={curves}
equipmentOptions={equipmentOptions}
langFactorDefaults={langFactorDefaults}
canEdit={canEdit}
onMappingPatch={saveMapping}
onCreateCurve={onCreateCurve}
costCurveSaving={costCurveSaving}
fieldMessages={mappingFieldMessages}
saveState={saveStatesByResource[mappingResourceKey]}
>
{peakDemandField}
{depreciationControls}
</MappingControls>
) : (
<>
{driverControls}
<DefaultMappingSummary />
<WarningList
label="Capital warnings"
warnings={warningGroups.general}
/>
{peakDemandField}
{depreciationControls}
</>
)}
<CapitalCostBreakdown
lines={unitResultLines}
stale={resultStale}
runId={resultRunId}
unitName={row.unit.componentName}
/>
</div>
</div>
)}
</article>
);
}
function SummaryMetric({ label, value }: { label: string; value: string }) {
return (
<span className="min-w-0">
<span className="block text-[11px] uppercase text-muted-foreground/80">
{label}
</span>
<span className="block truncate text-foreground">{value}</span>
</span>
);
}
function useStablePeakDemandValue(
capitalLine: CapitalCostLineRead | undefined,
saveState?: SaveState,
): [string, (value: string) => void] {
const canonicalValue =
capitalLine?.peak_demand_kw ?? capitalLine?.minimum_peak_demand_kw ?? "";
const canonicalKey = `${capitalLine?.id ?? ""}|${canonicalValue}|${capitalLine?.updated_at ?? ""}`;
const [draftValue, setDraftValue] = useState(canonicalValue);
const [draftDirty, setDraftDirty] = useState(false);
const editBaseCanonicalKeyRef = useRef(canonicalKey);
const pending = saveState?.kind === "saving";
useEffect(() => {
if (draftValue === canonicalValue) {
editBaseCanonicalKeyRef.current = canonicalKey;
setDraftDirty(false);
return;
}
if (draftDirty && pending) {
editBaseCanonicalKeyRef.current = canonicalKey;
return;
}
Iif (draftDirty && saveState?.kind === "error") return;
if (
draftDirty &&
saveState?.kind === "saved" &&
canonicalKey === editBaseCanonicalKeyRef.current
) {
return;
}
setDraftValue(canonicalValue);
editBaseCanonicalKeyRef.current = canonicalKey;
setDraftDirty(false);
}, [
canonicalKey,
canonicalValue,
draftDirty,
draftValue,
pending,
saveState?.kind,
]);
const setDirtyDraftValue = (value: string) => {
editBaseCanonicalKeyRef.current = canonicalKey;
setDraftValue(value);
setDraftDirty(true);
};
return [draftValue, setDirtyDraftValue];
}
function useStableCapitalDepreciationDraft(
capitalLine: CapitalCostLineRead | undefined,
saveState?: SaveState,
): [
CapitalDepreciationDraft,
(draftPatch: Partial<CapitalDepreciationDraft>) => void,
] {
const canonicalDraft = useMemo(
() =>
capitalLine
? capitalDepreciationDraftFromLine(capitalLine)
: {
depreciation_mode: DepreciationModeEnum.StudyDefault,
depreciation_life_years: "",
depreciation_salvage_percent: "",
},
[capitalLine],
);
const canonicalKey = capitalLine
? [
capitalLine.id,
capitalLine.updated_at,
canonicalDraft.depreciation_mode,
canonicalDraft.depreciation_life_years,
canonicalDraft.depreciation_salvage_percent,
].join("|")
: "none";
const [draft, setDraft] = useState(canonicalDraft);
const [draftDirty, setDraftDirty] = useState(false);
const editBaseCanonicalKeyRef = useRef(canonicalKey);
const pending = saveState?.kind === "saving";
useEffect(() => {
if (
draft.depreciation_mode === canonicalDraft.depreciation_mode &&
draft.depreciation_life_years ===
canonicalDraft.depreciation_life_years &&
draft.depreciation_salvage_percent ===
canonicalDraft.depreciation_salvage_percent
) {
editBaseCanonicalKeyRef.current = canonicalKey;
setDraftDirty(false);
return;
}
if (draftDirty && pending) {
editBaseCanonicalKeyRef.current = canonicalKey;
return;
}
Iif (draftDirty && saveState?.kind === "error") return;
if (
draftDirty &&
saveState?.kind === "saved" &&
canonicalKey === editBaseCanonicalKeyRef.current
) {
return;
}
setDraft(canonicalDraft);
editBaseCanonicalKeyRef.current = canonicalKey;
setDraftDirty(false);
}, [
canonicalDraft,
canonicalKey,
draft,
draftDirty,
pending,
saveState?.kind,
]);
const setDirtyDraft = (draftPatch: Partial<CapitalDepreciationDraft>) => {
editBaseCanonicalKeyRef.current = canonicalKey;
setDraft((current) => ({ ...current, ...draftPatch }));
setDraftDirty(true);
};
return [draft, setDirtyDraft];
}
function requiredCapitalLineMessages({
item,
mapping,
driver,
selectedCurve,
capitalLine,
peakDemandValue,
}: {
item?: CostableItemRead;
mapping?: EquipmentMappingRead;
driver?: CostDriverRead;
selectedCurve?: CostCurveRead;
capitalLine?: CapitalCostLineRead;
peakDemandValue: string;
}) {
const active = Boolean(item?.included);
const mappingMessages: Record<string, string> = {};
const capitalLineMessages: Record<string, string> = {};
if (!active) {
return {
mapping: mappingMessages,
capitalLine: capitalLineMessages,
};
}
if (mapping && !mapping.cost_curve) {
mappingMessages.cost_curve = "Select a cost curve.";
}
if (mapping && !selectedCurve && mapping.cost_curve) {
mappingMessages.cost_curve = "Selected cost curve is not available.";
}
if (
mapping &&
!usesInstalledCostBasis(mapping, selectedCurve) &&
!mapping.use_study_lang_factor &&
!hasFieldValue(mapping.install_factor)
) {
mappingMessages.install_factor =
"Enter a Lang factor value or use the study default.";
}
if (driver && selectedCurve) {
const specs = requiredDriverSpecsFromCurve(selectedCurve);
if (
specs.length > 0 &&
!capitalLineHasRequiredDriverInputs(capitalLine, selectedCurve)
) {
capitalLineMessages.driver_inputs =
"Select a compatible property or enter a custom value for every required input.";
}
}
if (
capitalLine &&
capitalLine.minimum_peak_demand_kw != null &&
!hasFieldValue(peakDemandValue)
) {
capitalLineMessages.peak_demand_kw = "Enter a peak demand.";
}
return {
mapping: mappingMessages,
capitalLine: capitalLineMessages,
};
}
function capitalLineHasRequiredDriverInputs(
capitalLine: CapitalCostLineRead | undefined,
selectedCurve: CostCurveRead,
) {
const specs = requiredDriverSpecsFromCurve(selectedCurve);
Iif (specs.length === 0) return false;
const inputs =
capitalLine?.driver_inputs && typeof capitalLine.driver_inputs === "object"
? capitalLine.driver_inputs
: {};
return specs.every((spec) => {
const input = inputs[spec.key];
Iif (!input) return false;
return input.source === "property"
? Boolean(input.property_info)
: input.source === "manual" && hasFieldValue(input.manual_value);
});
}
function hasFieldValue(value: unknown) {
return value != null && String(value).trim() !== "";
}
function DefaultDriverSummary({
unsupported = false,
}: {
unsupported?: boolean;
}) {
return (
<div className="text-sm text-muted-foreground">
{unsupported
? "No default sizing template is available for this unit operation yet."
: "Sizing value is available after enablement."}
</div>
);
}
function PendingCapitalLineInputsNotice() {
return (
<EconomicsWarningNotice aria-label="Capital input setup warning">
Capital inputs are available after the generated capital line is created.
</EconomicsWarningNotice>
);
}
function DefaultMappingSummary() {
return (
<div className="text-sm text-muted-foreground">
Cost settings are available after enablement.
</div>
);
}
|