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add overview sankey chart for categorical analysis on desktop version

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MaysWind
2025-10-27 03:37:29 +08:00
parent 5faf3bfe66
commit 5d1480cabc
25 changed files with 743 additions and 66 deletions
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src/core/statistics.ts
+34 -22
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@@ -89,35 +89,41 @@ export class AccountBalanceTrendChartType implements TypeAndName {
}
export class ChartDataType implements TypeAndName {
private static readonly allInstances: ChartDataType[] = [];
private static readonly allInstancesForAll: ChartDataType[] = [];
private static readonly allInstancesForDesktop: ChartDataType[] = [];
private static readonly allInstancesByType: Record<number, ChartDataType> = {};
public static readonly OutflowsByAccount = new ChartDataType(11, 'Outflows By Account', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseByAccount = new ChartDataType(0, 'Expense By Account', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseByPrimaryCategory = new ChartDataType(1, 'Expense By Primary Category', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseBySecondaryCategory = new ChartDataType(2, 'Expense By Secondary Category', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly InflowsByAccount = new ChartDataType(12, 'Inflows By Account', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeByAccount = new ChartDataType(3, 'Income By Account', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeByPrimaryCategory = new ChartDataType(4, 'Income By Primary Category', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeBySecondaryCategory = new ChartDataType(5, 'Income By Secondary Category', StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly AccountTotalAssets = new ChartDataType(6, 'Account Total Assets', StatisticsAnalysisType.CategoricalAnalysis);
public static readonly AccountTotalLiabilities = new ChartDataType(7, 'Account Total Liabilities', StatisticsAnalysisType.CategoricalAnalysis);
public static readonly TotalOutflows = new ChartDataType(13, 'Total Outflows', StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalExpense = new ChartDataType(8, 'Total Expense', StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalInflows = new ChartDataType(14, 'Total Inflows', StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalIncome = new ChartDataType(9, 'Total Income', StatisticsAnalysisType.TrendAnalysis);
public static readonly NetCashFlow = new ChartDataType(15, 'Net Cash Flow', StatisticsAnalysisType.TrendAnalysis);
public static readonly NetIncome = new ChartDataType(10, 'Net Income', StatisticsAnalysisType.TrendAnalysis);
public static readonly Overview = new ChartDataType(16, 'Overview', true, true, StatisticsAnalysisType.CategoricalAnalysis);
public static readonly OutflowsByAccount = new ChartDataType(11, 'Outflows By Account', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseByAccount = new ChartDataType(0, 'Expense By Account', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseByPrimaryCategory = new ChartDataType(1, 'Expense By Primary Category', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly ExpenseBySecondaryCategory = new ChartDataType(2, 'Expense By Secondary Category', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly InflowsByAccount = new ChartDataType(12, 'Inflows By Account', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeByAccount = new ChartDataType(3, 'Income By Account', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeByPrimaryCategory = new ChartDataType(4, 'Income By Primary Category', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly IncomeBySecondaryCategory = new ChartDataType(5, 'Income By Secondary Category', false, false, StatisticsAnalysisType.CategoricalAnalysis, StatisticsAnalysisType.TrendAnalysis);
public static readonly AccountTotalAssets = new ChartDataType(6, 'Account Total Assets', false, false, StatisticsAnalysisType.CategoricalAnalysis);
public static readonly AccountTotalLiabilities = new ChartDataType(7, 'Account Total Liabilities', false, false, StatisticsAnalysisType.CategoricalAnalysis);
public static readonly TotalOutflows = new ChartDataType(13, 'Total Outflows', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalExpense = new ChartDataType(8, 'Total Expense', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalInflows = new ChartDataType(14, 'Total Inflows', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly TotalIncome = new ChartDataType(9, 'Total Income', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly NetCashFlow = new ChartDataType(15, 'Net Cash Flow', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly NetIncome = new ChartDataType(10, 'Net Income', false, false, StatisticsAnalysisType.TrendAnalysis);
public static readonly Default = ChartDataType.ExpenseByPrimaryCategory;
public readonly type: number;
public readonly name: string;
public readonly desktopOnly: boolean = false;
public readonly specialChart: boolean = false;
private readonly availableAnalysisTypes: Record<number, boolean>;
private constructor(type: number, name: string, ...availableAnalysisTypes: StatisticsAnalysisType[]) {
private constructor(type: number, name: string, desktopOnly: boolean, specialChart: boolean, ...availableAnalysisTypes: StatisticsAnalysisType[]) {
this.type = type;
this.name = name;
this.desktopOnly = desktopOnly;
this.specialChart = specialChart;
this.availableAnalysisTypes = {};
if (availableAnalysisTypes) {
@@ -126,7 +132,11 @@ export class ChartDataType implements TypeAndName {
}
}
ChartDataType.allInstances.push(this);
if (!desktopOnly) {
ChartDataType.allInstancesForAll.push(this);
}
ChartDataType.allInstancesForDesktop.push(this);
ChartDataType.allInstancesByType[type] = this;
}
@@ -134,14 +144,16 @@ export class ChartDataType implements TypeAndName {
return this.availableAnalysisTypes[analysisType] || false;
}
public static values(analysisType?: StatisticsAnalysisType): ChartDataType[] {
public static values(analysisType?: StatisticsAnalysisType, withDesktopOnlyChart?: boolean): ChartDataType[] {
const availableInstances: ChartDataType[] = withDesktopOnlyChart ? ChartDataType.allInstancesForDesktop : ChartDataType.allInstancesForAll;
if (analysisType === undefined) {
return ChartDataType.allInstances;
return availableInstances;
}
const ret: ChartDataType[] = [];
for (const chartDataType of ChartDataType.allInstances) {
for (const chartDataType of availableInstances) {
if (chartDataType.isAvailableAnalysisType(analysisType)) {
ret.push(chartDataType);
}