@gabriel3615/ta_analysis/dist/analysis/basic/patterns/patternConfig.d.ts

stock ta analysis

import { Candle } from '../../../types.js';
export type PatternConfig = {
    windows: {
        sliceRecentCount: number;
        peakWindow: number;
        recentEmphasis: boolean;
        formingNearDistance: number;
    };
    weights: {
        timeframe: {
            weekly: number;
            daily: number;
            '1hour': number;
        };
        confirmedBoost: number;
        formingBoost: number;
        patternDistanceDecay: number;
        peakImportanceDecay: number;
    };
    signals: {
        strongRatio: number;
        combineBiasRatio: number;
        recentCount: number;
        reliabilityBoostThreshold: number;
        recencyHighThreshold: number;
        recencyMediumThreshold: number;
        recencyHighBonus: number;
        recencyMediumBonus: number;
    };
    validation: {
        priceSimilarityThreshold: number;
        minPatternHeightRatio: number;
        minPatternDuration: number;
        maxPatternDuration: number;
        breakoutConfirmationBars: number;
        breakoutConfirmationPercent: number;
        failureRetracementThreshold: number;
        volumeConfirmationMultiplier: number;
        minTrendlineTouches: number;
        trendlineTouchTolerance: number;
    };
};
export declare let patternConfig: PatternConfig;
export declare function updatePatternConfig(partial: Partial<PatternConfig>): void;
/**
 * 检查两个价格是否在同一水平（相似度检查）
 */
export declare function arePricesSimilar(price1: number, price2: number): boolean;
/**
 * 检查价格是否接近趋势线
 */
export declare function isPriceNearTrendline(price: number, trendlinePrice: number): boolean;
/**
 * 计算形态高度是否足够显著
 */
export declare function isPatternHeightSignificant(patternHeight: number, avgPrice: number): boolean;
/**
 * 检查形态持续时间是否在合理范围内
 */
export declare function isPatternDurationValid(duration: number): boolean;
/**
 * 检查是否为有效突破
 */
export declare function isValidBreakout(data: Candle[], breakoutIndex: number, breakoutLevel: number, isUpward: boolean): boolean;
/**
 * 检查形态是否失败
 */
export declare function isPatternFailed(data: Candle[], patternEndIndex: number, breakoutLevel: number, isUpward: boolean): boolean;
/**
 * 标准化的形态可靠性评分系统
 */
export interface ReliabilityFactors {
    patternHeight: number;
    avgPrice: number;
    duration: number;
    symmetry?: number;
    trendlineTouches?: number;
    expectedTouches?: number;
    volumeConfirmation?: boolean;
    volumePattern?: 'ideal' | 'good' | 'acceptable' | 'poor';
    breakoutConfirmed?: boolean;
    breakoutStrength?: number;
    recency?: number;
    specificFactors?: {
        [key: string]: number;
    };
}
/**
 * 计算标准化的可靠性评分
 */
export declare function calculateStandardReliability(factors: ReliabilityFactors): number;
/**
 * 分析成交量模式质量
 */
export declare function analyzeVolumePatternQuality(data: Candle[], startIndex: number, endIndex: number, patternType: 'reversal' | 'continuation' | 'consolidation'): 'ideal' | 'good' | 'acceptable' | 'poor';
/**
 * 计算突破强度
 */
export declare function calculateBreakoutStrength(data: Candle[], breakoutIndex: number, breakoutLevel: number, isUpward: boolean): number;
/**
 * 形态冲突处理机制
 */
import { PatternType, PatternAnalysisResult } from './analyzeMultiTimeframePatterns.js';
/**
 * 形态优先级枚举
 */
export declare enum PatternPriority {
    Critical = 5,// 关键形态（如头肩、双顶双底）
    High = 4,// 高优先级形态（如三角形、楔形）
    Medium = 3,// 中等优先级形态（如旗形、三角旗）
    Low = 2,// 低优先级形态（如圆底圆顶）
    Minor = 1
}
/**
 * 获取形态类型的优先级
 */
export declare function getPatternPriority(patternType: PatternType): PatternPriority;
/**
 * 形态冲突类型
 */
export declare enum ConflictType {
    DirectionConflict = "direction_conflict",// 方向冲突（看涨vs看跌）
    OverlapConflict = "overlap_conflict",// 重叠冲突（形态重叠）
    TimingConflict = "timing_conflict",// 时间冲突（形成时间冲突）
    LevelConflict = "level_conflict"
}
/**
 * 形态冲突信息
 */
export interface PatternConflict {
    type: ConflictType;
    pattern1: PatternAnalysisResult;
    pattern2: PatternAnalysisResult;
    severity: number;
    description: string;
}
/**
 * 检测形态冲突
 */
export declare function detectPatternConflicts(patterns: PatternAnalysisResult[]): PatternConflict[];
/**
 * 解决形态冲突
 */
export declare function resolvePatternConflicts(patterns: PatternAnalysisResult[], conflicts: PatternConflict[]): PatternAnalysisResult[];