N봉 기울기 판단로직 수정

backend/src/main/java/com/goldenchart/service/StrategyDslToTa4jAdapter.java

@@ -426,7 +426,7 @@ public class StrategyDslToTa4jAdapter {
 
         if (needsCrossTimeframeComposite(cond, ctx)) {
             Rule composite = buildCrossTimeframeCompositeRule(cond, ctx);
-            return applyCandleRangeWindow(composite, candleRangeMode, candleRange);
+            return applyCandleRangeWindow(composite, candleRangeMode, candleRange, condType);
         }
 
         PriceExtremeNorm px = normalizePriceExtremeCondition(cond);
@@ -466,8 +466,8 @@ public class StrategyDslToTa4jAdapter {
                 // CrossedUp/Down: ta4j 0.22 에서는 2인자 생성자만 있음
                 case "CROSS_UP"   -> new CrossedUpIndicatorRule(left, right);
                 case "CROSS_DOWN" -> new CrossedDownIndicatorRule(left, right);
-                case "SLOPE_UP"   -> new IsRisingRule(left, slopePeriod);
+                case "SLOPE_UP"   -> buildSlopeTrendRule(left, true, candleRangeMode, candleRange, slopePeriod);
-                case "SLOPE_DOWN" -> new IsFallingRule(left, slopePeriod);
+                case "SLOPE_DOWN" -> buildSlopeTrendRule(left, false, candleRangeMode, candleRange, slopePeriod);
                 case "DIFF_GT"  -> {
                     double v = cond.path("compareValue").asDouble(0);
                     yield new OverIndicatorRule(
@@ -508,7 +508,7 @@ public class StrategyDslToTa4jAdapter {
                     yield new BooleanRule(false);
                 }
             };
-            Rule ranged = applyCandleRangeWindow(core, candleRangeMode, candleRange);
+            Rule ranged = applyCandleRangeWindow(core, candleRangeMode, candleRange, condType);
             if (px != null) {
                 return nanSafeCompareRule(ranged, left, right);
             }
@@ -789,6 +789,18 @@ public class StrategyDslToTa4jAdapter {
         if (field.equals("CCI_VALUE") || indType.equals("CCI"))
             return new CciOnSourceIndicator(resolvePriceSource(s, CciOnSourceIndicator.normalizeParams(p)),
                     periodOverride > 0 ? periodOverride : intP(p, "length", 13));
+        if (field.equals("CCI_SIGNAL")) {
+            Map<String, Object> norm = CciOnSourceIndicator.normalizeParams(p);
+            CciOnSourceIndicator cci = new CciOnSourceIndicator(resolvePriceSource(s, norm), intP(p, "length", 13));
+            String maType = p != null ? p.getOrDefault("maType", "SMA").toString() : "SMA";
+            int maLen = intP(p, "maLength", 10);
+            if ("None".equals(maType)) return cci;
+            return switch (maType) {
+                case "EMA" -> new EMAIndicator(cci, maLen);
+                case "WMA" -> new WMAIndicator(cci, maLen);
+                default    -> new SMAIndicator(cci, maLen);
+            };
+        }
         // RSI — 기간 접미사(RSI_VALUE_9) 또는 기본 RSI_VALUE
         if (field.startsWith("RSI_VALUE_")) {
             int period = parseTrailingInt(field, "RSI_VALUE_", intP(p, "length", 14));
@@ -796,6 +808,17 @@ public class StrategyDslToTa4jAdapter {
         }
         if (field.equals("RSI_VALUE"))
             return new RSIIndicator(close, periodOverride > 0 ? periodOverride : intP(p, "length", 14));
+        if (field.equals("RSI_SIGNAL")) {
+            RSIIndicator rsi = new RSIIndicator(close, intP(p, "length", 14));
+            String maType = p != null ? p.getOrDefault("maType", "SMA").toString() : "SMA";
+            int maLen = intP(p, "maLength", 14);
+            if ("None".equals(maType)) return rsi;
+            return switch (maType) {
+                case "EMA" -> new EMAIndicator(rsi, maLen);
+                case "WMA" -> new WMAIndicator(rsi, maLen);
+                default    -> new SMAIndicator(rsi, maLen);
+            };
+        }
         // MACD
         if (field.equals("MACD_LINE")) {
             return new MACDIndicator(close, intP(p, "fastLength", 12), intP(p, "slowLength", 26));
@@ -1062,8 +1085,16 @@ public class StrategyDslToTa4jAdapter {
         if (cond == null || cond.isNull()) return "";
         int candleRange = cond.path("candleRange").asInt(1);
         String mode = cond.path("candleRangeMode").asText("");
+        String condType = cond.path("conditionType").asText("");
         if (mode.isBlank()) return "";
         int n = Math.max(2, candleRange);
+        if (isSlopeConditionType(condType) && ("EXISTS_IN".equals(mode) || "NOT_EXISTS_IN".equals(mode))) {
+            return switch (mode) {
+                case "EXISTS_IN"     -> "최근 " + n + "봉 구간 ";
+                case "NOT_EXISTS_IN" -> "최근 " + n + "봉 구간 비추세 · ";
+                default              -> "";
+            };
+        }
         return switch (mode) {
             case "EXISTS_IN"     -> "최근 " + n + "봉 내 ";
             case "NOT_EXISTS_IN" -> "최근 " + n + "봉 내 없음 · ";
@@ -1079,8 +1110,10 @@ public class StrategyDslToTa4jAdapter {
     }
 
     /** 최근 N봉(현재 봉 포함) 윈도우에 inner 규칙 적용 */
-    private Rule applyCandleRangeWindow(Rule core, String mode, int candleRange) {
+    private Rule applyCandleRangeWindow(Rule core, String mode, int candleRange, String condType) {
         if ("CURRENT".equals(mode)) return core;
+        // 기울기 + N봉 모드: buildSlopeTrendRule 에서 구간 추세로 이미 평가
+        if (isSlopeConditionType(condType)) return core;
         int n = Math.max(2, candleRange);
         return switch (mode) {
             case "EXISTS_IN"     -> buildExistsInWindowRule(core, n);
@@ -1089,6 +1122,35 @@ public class StrategyDslToTa4jAdapter {
         };
     }
 
+    /**
+     * 기울기 조건.
+     * CURRENT: slopePeriod 구간 추세(현재 봉 기준).
+     * EXISTS_IN / NOT_EXISTS_IN: candleRange(N) 구간 전체 그래프가 상승/하락 상태인지 현재 봉에서 판정
+     * (N봉 내 임의 시점의 짧은 기울기 존재 여부가 아님).
+     */
+    private Rule buildSlopeTrendRule(
+            Indicator<Num> left,
+            boolean up,
+            String candleRangeMode,
+            int candleRange,
+            int slopePeriod) {
+        int bars = slopePeriod;
+        if ("EXISTS_IN".equals(candleRangeMode) || "NOT_EXISTS_IN".equals(candleRangeMode)) {
+            bars = Math.max(2, candleRange);
+        } else {
+            bars = Math.max(1, slopePeriod);
+        }
+        Rule trend = up ? new IsRisingRule(left, bars) : new IsFallingRule(left, bars);
+        if ("NOT_EXISTS_IN".equals(candleRangeMode)) {
+            return new NotRule(trend);
+        }
+        return trend;
+    }
+
+    private static boolean isSlopeConditionType(String condType) {
+        return "SLOPE_UP".equals(condType) || "SLOPE_DOWN".equals(condType);
+    }
+
     /** 최근 N봉 중 어느 한 봉이라도 inner 가 true */
     private Rule buildExistsInWindowRule(Rule inner, int n) {
         if (n <= 1) return inner;

backend/src/test/java/com/goldenchart/service/SlopeCandleRangeRuleTest.java

@@ -0,0 +1,149 @@
+package com.goldenchart.service;
+
+import com.fasterxml.jackson.databind.JsonNode;
+import com.fasterxml.jackson.databind.ObjectMapper;
+import org.junit.jupiter.api.BeforeEach;
+import org.junit.jupiter.api.Test;
+import org.ta4j.core.BarSeries;
+import org.ta4j.core.BaseBarSeriesBuilder;
+import org.ta4j.core.Rule;
+import org.ta4j.core.bars.TimeBarBuilderFactory;
+import org.ta4j.core.num.DoubleNumFactory;
+
+import java.time.Duration;
+import java.time.Instant;
+
+import static org.junit.jupiter.api.Assertions.*;
+
+/**
+ * 기울기 + N봉 내 존재 — N봉 구간 전체 추세 판정 (임의 시점 짧은 기울기 존재 여부 아님).
+ */
+class SlopeCandleRangeRuleTest {
+
+    private static final ObjectMapper MAPPER = new ObjectMapper();
+
+    private StrategyDslToTa4jAdapter adapter;
+    private BarSeries series;
+
+    @BeforeEach
+    void setUp() {
+        adapter = new StrategyDslToTa4jAdapter();
+        // 중간 3봉만 상승, 전체 10봉은 횡보·하락 혼재 → 짧은 기울기만 존재
+        series = buildOscillatingSeries(new double[] {
+                100, 101, 100, 101, 100, 101, 102, 103, 102, 101
+        });
+    }
+
+    @Test
+    void slopeUp_existsIn_usesFullWindowTrend_notAnyShortRiseInWindow() throws Exception {
+        Rule rule = toSlopeRule("""
+            "candleRangeMode": "EXISTS_IN",
+            "candleRange": 10,
+            "slopePeriod": 3
+            """, "SLOPE_UP");
+        int idx = series.getEndIndex();
+        assertFalse(rule.isSatisfied(idx, null),
+                "10봉 구간 전체가 상승 추세가 아니면 false (중간 3봉 상승만으로는 true 아님)");
+    }
+
+    @Test
+    void slopeUp_current_usesSlopePeriod() throws Exception {
+        BarSeries rising = buildOscillatingSeries(new double[] {
+                100, 101, 102, 103, 104
+        });
+        Rule rule = toSlopeRule("""
+            "candleRangeMode": "CURRENT",
+            "slopePeriod": 3
+            """, "SLOPE_UP", rising);
+        assertTrue(rule.isSatisfied(rising.getEndIndex(), null),
+                "현재 봉 기준 slopePeriod 구간 상승이면 true");
+    }
+
+    @Test
+    void slopeUp_existsIn_monotonicWindow_true() throws Exception {
+        BarSeries rising = buildOscillatingSeries(new double[] {
+                100, 101, 102, 103, 104, 105, 106, 107, 108, 109
+        });
+        Rule rule = toSlopeRule("""
+            "candleRangeMode": "EXISTS_IN",
+            "candleRange": 10,
+            "slopePeriod": 3
+            """, "SLOPE_UP", rising);
+        assertTrue(rule.isSatisfied(rising.getEndIndex(), null),
+                "10봉 구간 전체 상승 추세이면 true");
+    }
+
+    @Test
+    void slopeDown_notExistsIn_trueWhenWindowNotFalling() throws Exception {
+        Rule rule = toSlopeRule("""
+            "candleRangeMode": "NOT_EXISTS_IN",
+            "candleRange": 10,
+            "slopePeriod": 3
+            """, "SLOPE_DOWN");
+        assertTrue(rule.isSatisfied(series.getEndIndex(), null),
+                "10봉 구간이 하락 추세가 아니면 NOT_EXISTS_IN(SLOPE_DOWN) true");
+    }
+
+    @Test
+    void candleRangePrefix_slopeExistsIn_usesPeriodWording() throws Exception {
+        JsonNode cond = MAPPER.readTree("""
+            {
+              "conditionType": "SLOPE_UP",
+              "candleRangeMode": "EXISTS_IN",
+              "candleRange": 8
+            }
+            """);
+        assertEquals("최근 8봉 구간 ", StrategyDslToTa4jAdapter.candleRangeConditionPrefix(cond));
+    }
+
+    private Rule toSlopeRule(String extraFields, String condType) throws Exception {
+        return toSlopeRule(extraFields, condType, series);
+    }
+
+    private Rule toSlopeRule(String extraFields, String condType, BarSeries s) throws Exception {
+        String extra = extraFields == null || extraFields.isBlank()
+                ? ""
+                : ",\n                " + extraFields.strip().replaceAll(",\\s*$", "");
+        String json = """
+            {
+              "id": "c-slope",
+              "type": "CONDITION",
+              "condition": {
+                "indicatorType": "MA",
+                "conditionType": "%s",
+                "leftField": "CLOSE_PRICE",
+                "rightField": "NONE"%s
+              }
+            }
+            """.formatted(condType, extra);
+        JsonNode node = MAPPER.readTree(json);
+        Rule rule = adapter.toRule(node, s, java.util.Map.of());
+        assertNotNull(rule);
+        return rule;
+    }
+
+    private static BarSeries buildOscillatingSeries(double[] closes) {
+        BarSeries s = new BaseBarSeriesBuilder()
+                .withName("test-slope")
+                .withNumFactory(DoubleNumFactory.getInstance())
+                .withBarBuilderFactory(new TimeBarBuilderFactory())
+                .build();
+        TimeBarBuilderFactory factory = new TimeBarBuilderFactory();
+        Instant base = Instant.parse("2024-06-01T00:00:00Z");
+        Duration period = Duration.ofMinutes(1);
+        for (int i = 0; i < closes.length; i++) {
+            double close = closes[i];
+            Instant end = base.plus(period.multipliedBy(i + 1L));
+            factory.createBarBuilder(s)
+                    .timePeriod(period)
+                    .endTime(end)
+                    .openPrice(close - 1)
+                    .highPrice(close + 1)
+                    .lowPrice(close - 1)
+                    .closePrice(close)
+                    .volume(10 + i)
+                    .add();
+        }
+        return s;
+    }
+}

frontend/src/App.css

@@ -253,6 +253,15 @@ html.desktop-client .tmb-logo-version {
   position: relative;
   flex-shrink: 0;
 }
+/* 버튼 ↔ 드롭다운 간격(6px)에서 hover 끊김 방지 */
+.tmb-nav-group--open::after {
+  content: '';
+  position: absolute;
+  top: 100%;
+  left: 0;
+  width: max(100%, 168px);
+  height: 10px;
+}
 .tmb-nav-group-btn {
   padding-right: 8px;
 }

frontend/src/components/StrategyPage.tsx

@@ -12,9 +12,7 @@ import {
   loadStrategies, saveStrategy, deleteStrategy,
   type StrategyDto as ApiStrategyDto,
 } from '../utils/backendApi';
-import { getIndicatorDef, getHLineLabel } from '../utils/indicatorRegistry';
+import { getStrategyTemplates,
-import {
-  getStrategyTemplates,
   simpleTemplateToNode,
   type StrategyTemplateDef,
 } from '../utils/strategyPresets';
@@ -29,6 +27,11 @@ import {
   buildEmaFieldOptions,
   buildMaFieldOptions,
 } from '../utils/maDslField';
+import {
+  buildDef,
+  DEF_DEFAULTS,
+  type DefType,
+} from '../utils/strategyEditorShared';
 
 // ─── 타입 ─────────────────────────────────────────────────────────────────────
 type LogicNodeType = 'AND' | 'OR' | 'NOT' | 'CONDITION' | 'TIMEFRAME';
@@ -81,185 +84,10 @@ const genId = () => `n_${++_cnt}_${Date.now()}`;
 const loadStratsLocal = (): StrategyDto[] => [];
 const saveStratsLocal = (_s: StrategyDto[]) => { /* DB only */ };
 
-// ─── 기본 파라미터 (IndicatorSettings 미사용 → 하드코딩 기본값) ─────────────
+// ─── 기본 파라미터 — strategyEditorShared.buildDef 사용 ─────────────────────
 /** 지표별 hline 임계값 (과열선/중앙선/침체선) */
 interface HLThresh { over?: number; mid?: number; under?: number; }
 
-/** 하드코딩 기본값 — activeIndicators가 없을 때 폴백 */
-const DEF_DEFAULTS = {
-  rsiPeriod: 9,
-  macdFast: 12, macdSlow: 26, macdSignal: 9,
-  cciPeriod: 13,
-  stochK: 12, stochD: 5,
-  adxPeriod: 14,
-  trixPeriod: 12, trixSignal: 9,
-  dmiPeriod: 14,
-  obvPeriod: 9, obvSignal: 9,
-  bbPeriod: 20, bbStdDev: 2,
-  ichTenkan: 9, ichKijun: 26, ichSenkouB: 52,
-  newPsy: 10, psyPeriod: 12, investPsy: 10,
-  williamsR: 14,
-  bwiPeriod: 20,
-  vrPeriod: 10,
-  volOscShort: 5, volOscLong: 10,
-  dispUltra: 5, dispShort: 10, dispMid: 20, dispLong: 60,
-  maLines: [5, 10, 20, 60, 120] as number[],
-  /** 지표별 hline 임계값 (과열선/중앙선/침체선) */
-  hlThresh: {
-    RSI:                 { over: 70,   mid: 50,  under: 30   },
-    STOCHASTIC:          { over: 80,   mid: 50,  under: 20   },
-    CCI:                 { over: 100,  mid: 0,   under: -100 },
-    WILLIAMS_R:          { over: -20,  mid: -50, under: -80  },
-    BWI:                 { over: 80,   mid: 50,  under: 20   },
-    VR:                  { over: 200,  mid: 100, under: 50   },
-    PSYCHOLOGICAL:         { over: 75,   mid: 50,  under: 25   },
-    NEW_PSYCHOLOGICAL:     { over: 50,   mid: 0,   under: -50  },
-    INVEST_PSYCHOLOGICAL:  { over: 75,   mid: 50,  under: 25   },
-    MACD:                { mid: 0                             },
-    ADX:                 { over: 40,   mid: 25,  under: 20   },
-    DMI:                 { over: 30,   mid: 20,  under: 10   },
-    TRIX:                { mid: 0                             },
-    VOLUME_OSC:          { mid: 0                             },
-  } as Record<string, HLThresh>,
-};
-type DefType = typeof DEF_DEFAULTS;
-
-/**
- * activeIndicators에서 파라미터를 추출해 DEF를 구성.
- * 레지스트리 type명 / params 키는 indicatorRegistry.ts 의 defaultParams 기준.
- */
-function buildDef(activeIndicators: IndicatorConfig[]): DefType {
-  // 레지스트리 type명으로 조회
-  const p = (registryType: string) =>
-    activeIndicators.find(i => i.type === registryType)?.params ?? {};
-  const num = (params: Record<string, number | string | boolean>, key: string, fallback: number) =>
-    typeof params[key] === 'number' ? (params[key] as number) : fallback;
-
-  // ── 각 지표별 실제 레지스트리 type명 + params 키 ──────────────────────────
-  // RSI           → type:'RSI',              params.length
-  const rsi    = p('RSI');
-  // MACD          → type:'MACD',             params.fastLength / slowLength / signalLength
-  const macd   = p('MACD');
-  // CCI           → type:'CCI',              params.length
-  const cci    = p('CCI');
-  // Stochastic    → type:'Stochastic',       params.kLength / dSmoothing
-  const stoch  = p('Stochastic');
-  // ADX           → type:'ADX',              params.adxSmoothing / diLength
-  const adx    = p('ADX');
-  // TRIX          → type:'TRIX',             params.length / signalLength
-  const trix   = p('TRIX');
-  // DMI           → type:'DMI',              params.diLength / adxSmoothing
-  const dmi    = p('DMI');
-  // BollingerBands→ type:'BollingerBands',   params.length / mult
-  const bb     = p('BollingerBands');
-  // IchimokuCloud → type:'IchimokuCloud',    params.conversionPeriods / basePeriods / laggingSpan2Periods
-  const ich    = p('IchimokuCloud');
-  // Williams %R   → type:'WilliamsPercentRange', params.length
-  const wr     = p('WilliamsPercentRange');
-  const vo     = p('VolumeOscillator');
-  const vrInd  = p('VR');
-  const disp   = p('Disparity');
-  const psy    = p('Psychological');
-  const nPsy   = p('NewPsychological');
-  const iPsy   = p('InvestPsychological');
-  const obvP   = p('OBV');
-  // SMA (MA lines)→ type:'SMA', params keys depend on smaConfig
-  const sma    = p('SMA');
-
-  // MA 기간 배열: SMA 설정에서 period1~period11 추출 (smaConfig 구조)
-  let maLines = DEF_DEFAULTS.maLines;
-  const smaPeriods = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
-    .map(i => sma[`period${i}`])
-    .filter(v => typeof v === 'number' && (v as number) > 0) as number[];
-  if (smaPeriods.length >= 2) maLines = smaPeriods;
-
-  // ── hline 임계값 추출 ───────────────────────────────────────────────────────
-  // DSL 지표타입 → 레지스트리 type명 매핑
-  const DSL_TO_REGISTRY: Record<string, string> = {
-    RSI:                  'RSI',
-    STOCHASTIC:           'Stochastic',
-    CCI:                  'CCI',
-    WILLIAMS_R:           'WilliamsPercentRange',
-    MACD:                 'MACD',
-    DMI:                  'DMI',
-    ADX:                  'ADX',
-    TRIX:                 'TRIX',
-    VOLUME_OSC:           'VolumeOscillator',
-    VR:                   'VR',
-    DISPARITY:            'Disparity',
-    PSYCHOLOGICAL:        'Psychological',
-    NEW_PSYCHOLOGICAL:    'NewPsychological',
-    INVEST_PSYCHOLOGICAL: 'InvestPsychological',
-    OBV:                  'OBV',
-    BOLLINGER:            'BollingerBands',
-  };
-
-  const extractThresh = (dslType: string): HLThresh => {
-    const regType = DSL_TO_REGISTRY[dslType];
-    if (!regType) return DEF_DEFAULTS.hlThresh[dslType] ?? {};
-    const config  = activeIndicators.find(i => i.type === regType);
-    const defHl   = getIndicatorDef(regType)?.hlines ?? [];
-    const hlines  = config?.hlines ?? defHl;
-    if (hlines.length === 0) return DEF_DEFAULTS.hlThresh[dslType] ?? {};
-
-    const prices = hlines.map(h => h.price);
-    const find = (lbl: string) => hlines.find(h =>
-      (h.label ?? getHLineLabel(h.price, prices)) === lbl
-    );
-    const result: HLThresh = {};
-    const ov = find('과열선'); if (ov) result.over  = ov.price;
-    const md = find('중앙선') ?? find('기준선'); if (md) result.mid   = md.price;
-    const un = find('침체선'); if (un) result.under = un.price;
-    // 값이 하나도 없으면 기본값 사용
-    if (result.over === undefined && result.mid === undefined && result.under === undefined)
-      return DEF_DEFAULTS.hlThresh[dslType] ?? {};
-    return {
-      ...DEF_DEFAULTS.hlThresh[dslType],
-      ...result,
-    };
-  };
-
-  const hlThresh: Record<string, HLThresh> = {};
-  for (const dslType of Object.keys(DEF_DEFAULTS.hlThresh)) {
-    hlThresh[dslType] = extractThresh(dslType);
-  }
-
-  return {
-    rsiPeriod:   num(rsi,   'length',              DEF_DEFAULTS.rsiPeriod),
-    macdFast:    num(macd,  'fastLength',           DEF_DEFAULTS.macdFast),
-    macdSlow:    num(macd,  'slowLength',           DEF_DEFAULTS.macdSlow),
-    macdSignal:  num(macd,  'signalLength',         DEF_DEFAULTS.macdSignal),
-    cciPeriod:   num(cci,   'length',              DEF_DEFAULTS.cciPeriod),
-    stochK:      num(stoch, 'kLength',             DEF_DEFAULTS.stochK),
-    stochD:      num(stoch, 'dSmoothing',          DEF_DEFAULTS.stochD),
-    adxPeriod:   num(adx,   'adxSmoothing',        DEF_DEFAULTS.adxPeriod),
-    trixPeriod:  num(trix,  'length',              DEF_DEFAULTS.trixPeriod),
-    trixSignal:  num(trix,  'signalLength',        DEF_DEFAULTS.trixSignal),
-    dmiPeriod:   num(dmi,   'diLength',            num(dmi, 'length', DEF_DEFAULTS.dmiPeriod)),
-    obvPeriod:   num(obvP,  'maLength',            DEF_DEFAULTS.obvPeriod),
-    obvSignal:   num(obvP,  'maLength',            DEF_DEFAULTS.obvSignal),
-    bbPeriod:    num(bb,    'length',              DEF_DEFAULTS.bbPeriod),
-    bbStdDev:    num(bb,    'mult',                DEF_DEFAULTS.bbStdDev),
-    ichTenkan:   num(ich,   'conversionPeriods',   DEF_DEFAULTS.ichTenkan),
-    ichKijun:    num(ich,   'basePeriods',         DEF_DEFAULTS.ichKijun),
-    ichSenkouB:  num(ich,   'laggingSpan2Periods', DEF_DEFAULTS.ichSenkouB),
-    psyPeriod:   num(psy,   'length',              DEF_DEFAULTS.psyPeriod),
-    newPsy:      num(nPsy,  'length',              DEF_DEFAULTS.newPsy),
-    investPsy:   num(iPsy,  'length',              DEF_DEFAULTS.investPsy),
-    williamsR:   num(wr,    'length',              DEF_DEFAULTS.williamsR),
-    bwiPeriod:   DEF_DEFAULTS.bwiPeriod,   // BWI는 레지스트리 미등록
-    vrPeriod:    num(vrInd, 'length',              DEF_DEFAULTS.vrPeriod),
-    volOscShort: num(vo,    'shortLength',         DEF_DEFAULTS.volOscShort),
-    volOscLong:  num(vo,    'longLength',          DEF_DEFAULTS.volOscLong),
-    dispUltra:   num(disp,  'ultraLength',         DEF_DEFAULTS.dispUltra),
-    dispShort:   num(disp,  'shortLength',         DEF_DEFAULTS.dispShort),
-    dispMid:     num(disp,  'midLength',           DEF_DEFAULTS.dispMid),
-    dispLong:    num(disp,  'longLength',          DEF_DEFAULTS.dispLong),
-    maLines,
-    hlThresh,
-  };
-}
-
 /**
  * hline 임계값을 K_ 접두어 DSL 필드값으로 변환.
  * 예: 70 → "K_70", -100 → "K_-100"

frontend/src/components/TopMenuBarNavGroups.tsx

@@ -36,6 +36,11 @@ export const TopMenuBarNavGroups = memo(function TopMenuBarNavGroups({
 }: Props) {
   const [openGroupId, setOpenGroupId] = useState<string | null>(null);
   const navRef = useRef<HTMLElement>(null);
+  const closeTimerRef = useRef<ReturnType<typeof setTimeout> | null>(null);
+  const hoverCapableRef = useRef(
+    typeof window !== 'undefined'
+    && window.matchMedia('(hover: hover) and (pointer: fine)').matches,
+  );
 
   const itemByPage = useMemo(() => {
     const map = new Map<MenuPage, MenuItemDef>();
@@ -54,6 +59,28 @@ export const TopMenuBarNavGroups = memo(function TopMenuBarNavGroups({
 
   const closeDropdown = useCallback(() => setOpenGroupId(null), []);
 
+  const cancelScheduledClose = useCallback(() => {
+    if (closeTimerRef.current) {
+      clearTimeout(closeTimerRef.current);
+      closeTimerRef.current = null;
+    }
+  }, []);
+
+  const openGroup = useCallback((groupId: string) => {
+    cancelScheduledClose();
+    setOpenGroupId(groupId);
+  }, [cancelScheduledClose]);
+
+  const scheduleClose = useCallback(() => {
+    cancelScheduledClose();
+    closeTimerRef.current = setTimeout(() => {
+      closeTimerRef.current = null;
+      setOpenGroupId(null);
+    }, 120);
+  }, [cancelScheduledClose]);
+
+  useEffect(() => () => cancelScheduledClose(), [cancelScheduledClose]);
+
   useEffect(() => {
     if (!openGroupId) return;
     const onDoc = (e: MouseEvent) => {
@@ -96,13 +123,22 @@ export const TopMenuBarNavGroups = memo(function TopMenuBarNavGroups({
         return (
           <React.Fragment key={group.id}>
             {index > 0 && <span className="tmb-divider tmb-divider--nav" aria-hidden="true" />}
-            <div className={`tmb-nav-group${isOpen ? ' tmb-nav-group--open' : ''}`}>
+            <div
+              className={`tmb-nav-group${isOpen ? ' tmb-nav-group--open' : ''}`}
+              onMouseEnter={() => {
+                if (hoverCapableRef.current) openGroup(group.id);
+              }}
+              onMouseLeave={() => {
+                if (hoverCapableRef.current) scheduleClose();
+              }}
+            >
               <button
                 type="button"
                 className={`tmb-nav-btn tmb-nav-group-btn${isActive ? ' tmb-nav-btn--active' : ''}${isOpen ? ' tmb-nav-group-btn--open' : ''}`}
                 aria-expanded={isOpen}
                 aria-haspopup="menu"
                 onPointerDown={e => {
+                  if (hoverCapableRef.current) return;
                   e.preventDefault();
                   e.stopPropagation();
                   setOpenGroupId(prev => (prev === group.id ? null : group.id));

frontend/src/utils/conditionPeriods.ts

@@ -150,6 +150,25 @@ export function resolveFieldCustomKind(
   return 'none';
 }
 
+const INDICATORS_WITH_RIGHT_THRESHOLD_INPUT = new Set([
+  'RSI', 'STOCHASTIC', 'CCI', 'ADX', 'DMI', 'WILLIAMS_R', 'TRIX',
+  'PSYCHOLOGICAL', 'NEW_PSYCHOLOGICAL', 'INVEST_PSYCHOLOGICAL', 'BWI', 'VR',
+  'VOLUME_OSC', 'DISPARITY',
+]);
+
+/** 조건대상2 — 임계값 직접입력 노출 여부 */
+export function resolveRightFieldCustomKind(
+  indicatorType: string,
+  field: string | undefined,
+): 'period' | 'threshold' | 'none' {
+  const base = resolveFieldCustomKind(indicatorType, field);
+  if (base !== 'none') return base;
+  if (parseThresholdField(field) != null) return 'threshold';
+  if (isThresholdFieldOrSymbol(field)) return 'threshold';
+  if (INDICATORS_WITH_RIGHT_THRESHOLD_INPUT.has(indicatorType)) return 'threshold';
+  return 'none';
+}
+
 export function isValuePeriodFieldStored(indicatorType: string, field?: string): boolean {
   const prefix = VALUE_FIELD_PREFIX[indicatorType];
   if (!prefix || !field) return false;
@@ -244,7 +263,17 @@ export function setConditionThreshold(
 ): ConditionDSL {
   const fieldKey = side === 'left' ? 'leftField' : 'rightField';
   const current = cond[fieldKey];
-  if (!isThresholdFieldOrSymbol(current)) return cond;
+  if (!isThresholdFieldOrSymbol(current)) {
+    if (side === 'right' && INDICATORS_WITH_RIGHT_THRESHOLD_INPUT.has(cond.indicatorType)) {
+      return {
+        ...cond,
+        [fieldKey]: thresholdField(value),
+        targetValue: value,
+        thresholdOverride: true,
+      };
+    }
+    return cond;
+  }
 
   const inheritedField = side === 'right'
     ? (current?.startsWith('K_') || isThresholdSymbol(current) ? current : THRESHOLD_HL_OVER)

frontend/src/utils/strategyDescriptionNarrative.ts

@@ -1,7 +1,7 @@
 /**
  * 전략 조건 DSL → 알기 쉬운 한국어 서술형 설명
  */
-import type { LogicNode } from './strategyTypes';
+import type { CandleRangeMode, LogicNode } from './strategyTypes';
 import { CONDITION_LABEL } from './strategyTypes';
 import {
   resolveCandleRangeMode,
@@ -94,10 +94,19 @@ function describeConditionType(
   conditionType: string,
   left: string,
   right: string,
-  extras: { compareValue?: number; slopePeriod?: number; holdDays?: number; lookbackPeriod?: number },
+  extras: {
+    compareValue?: number;
+    slopePeriod?: number;
+    holdDays?: number;
+    lookbackPeriod?: number;
+    candleRangeMode?: CandleRangeMode;
+    candleRange?: number;
+  },
 ): string {
   const cv = extras.compareValue;
-  const sp = extras.slopePeriod ?? 3;
+  const sp = (extras.candleRangeMode === 'EXISTS_IN' || extras.candleRangeMode === 'NOT_EXISTS_IN')
+    ? Math.max(2, extras.candleRange ?? 4)
+    : (extras.slopePeriod ?? 3);
   const hd = extras.holdDays ?? 3;
   const lb = extras.lookbackPeriod ?? 20;
 
@@ -156,6 +165,8 @@ function describeCondition(
       compareValue: cond.compareValue,
       slopePeriod: cond.slopePeriod,
       holdDays: cond.holdDays,
+      candleRangeMode: cond.candleRangeMode,
+      candleRange: cond.candleRange,
     });
     return base + tfNote;
   }
@@ -172,6 +183,11 @@ function describeCondition(
     return prefix + describeConditionType(ct, left, right, cond);
   }
 
+  if (['SLOPE_UP', 'SLOPE_DOWN'].includes(ct)) {
+    const prefix = formatCandleRangeClause(cond);
+    return prefix + describeConditionType(ct, left, right, cond);
+  }
+
   const label = CONDITION_LABEL[ct] ?? ct;
   return `${left}에 대해 「${label}」 조건이 성립하는 경우`;
 }

frontend/src/utils/strategyEditorShared.tsx

@@ -88,6 +88,7 @@ import {
   isValuePeriodFieldStored,
   parseThresholdField,
   resolveFieldCustomKind,
+  resolveRightFieldCustomKind,
   getCompositeLeftCandleType,
   getCompositeRightCandleType,
   setCompositeLeftCandleType,
@@ -143,9 +144,11 @@ interface HLThresh { over?: number; mid?: number; under?: number; }
 /** 하드코딩 기본값 — activeIndicators가 없을 때 폴백 */
 export const DEF_DEFAULTS = {
   rsiPeriod: 9,
+  rsiSignal: 14,
   macdFast: 12, macdSlow: 26, macdSignal: 9,
   cciPeriod: 13,
-  stochK: 12, stochD: 5,
+  cciSignal: 10,
+  stochK: 12, stochSmooth: 3, stochD: 5,
   adxPeriod: 14,
   trixPeriod: 12, trixSignal: 9,
   dmiPeriod: 14,
@@ -285,11 +288,14 @@ export function buildDef(activeIndicators: IndicatorConfig[]): DefType {
 
   return {
     rsiPeriod:   num(rsi,   'length',              DEF_DEFAULTS.rsiPeriod),
+    rsiSignal:   num(rsi,   'maLength',            DEF_DEFAULTS.rsiSignal),
     macdFast:    num(macd,  'fastLength',           DEF_DEFAULTS.macdFast),
     macdSlow:    num(macd,  'slowLength',           DEF_DEFAULTS.macdSlow),
     macdSignal:  num(macd,  'signalLength',         DEF_DEFAULTS.macdSignal),
     cciPeriod:   num(cci,   'length',              DEF_DEFAULTS.cciPeriod),
+    cciSignal:   num(cci,   'maLength',            DEF_DEFAULTS.cciSignal),
     stochK:      num(stoch, 'kLength',             DEF_DEFAULTS.stochK),
+    stochSmooth: num(stoch, 'smooth',              DEF_DEFAULTS.stochSmooth),
     stochD:      num(stoch, 'dSmoothing',          DEF_DEFAULTS.stochD),
     adxPeriod:   num(adx,   'adxSmoothing',        DEF_DEFAULTS.adxPeriod),
     trixPeriod:  num(trix,  'length',              DEF_DEFAULTS.trixPeriod),
@@ -431,18 +437,44 @@ const ICHIMOKU_CONDS = [
 type Opt = { value: string; label: string };
 const NONE: Opt = { value: 'NONE', label: '선택안함' };
 
-export const getFieldOpts = (
+export type FieldOptSlot = 'left' | 'right';
+
+function mergeFieldOpts(...lists: Opt[][]): Opt[] {
+  const seen = new Set<string>();
+  const out: Opt[] = [];
+  for (const list of lists) {
+    for (const o of list) {
+      if (seen.has(o.value)) continue;
+      seen.add(o.value);
+      out.push(o);
+    }
+  }
+  return out;
+}
+
+function buildThresholdOpts(
+  th: { over: number; mid: number; under: number },
+  overTerm: string,
+  underTerm: string,
+  includeMid = true,
+): Opt[] {
+  const opts: Opt[] = [{ value: THRESHOLD_HL_OVER, label: `${overTerm}(${th.over})` }];
+  if (includeMid) opts.push({ value: THRESHOLD_HL_MID, label: `중앙선(${th.mid})` });
+  opts.push({ value: THRESHOLD_HL_UNDER, label: `${underTerm}(${th.under})` });
+  return opts;
+}
+
+function buildFieldOptsForSlot(
   ind: string,
   signalType: 'buy' | 'sell',
   DEF: DefType,
-  cond?: ConditionDSL,
+  cond: ConditionDSL | undefined,
-): Opt[] => {
+  slot: FieldOptSlot,
+): Opt[] {
   const overTerm  = signalType === 'buy' ? '과열진입' : '과열이탈';
   const underTerm = signalType === 'buy' ? '침체이탈' : '침체진입';
-  const condOpts  = (conds: Opt[]): Opt[] => [NONE, ...conds];
 
-  /** 해당 지표의 hline 임계값 — 없으면 기본값 */
+  const th = (defaults: { over?: number; mid?: number; under?: number }): { over: number; mid: number; under: number } => {
-  const th = (defaults: HLThresh): Required<HLThresh> => {
     const saved = DEF.hlThresh[ind] ?? {};
     return {
       over:  saved.over  ?? defaults.over  ?? 100,
@@ -452,76 +484,136 @@ export const getFieldOpts = (
   };
 
   switch (ind) {
-    case 'RSI': {
+    case 'MACD': {
-      const { over, mid, under } = th({ over:70, mid:50, under:30 });
+      const { mid } = th({ mid: 0 });
-      const rsiP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'RSI' }, DEF) : DEF.rsiPeriod;
+      if (slot === 'left') {
-      return condOpts([
+        return [
-        { value:'RSI_VALUE',  label:`RSI 라인(${rsiP}일)` },
+          { value: 'MACD_LINE', label: 'MACD 선' },
-        { value:THRESHOLD_HL_OVER,  label:`${overTerm}(${over})` },
+          { value: 'SIGNAL_LINE', label: `신호선 ${DEF.macdSignal}` },
           { value: THRESHOLD_HL_MID, label: `중앙선(${mid})` },
-        { value:THRESHOLD_HL_UNDER, label:`${underTerm}(${under})` },
+        ];
-      ]);
+      }
+      return [
+        { value: 'SIGNAL_LINE', label: `신호선 ${DEF.macdSignal}` },
+        NONE,
+        { value: THRESHOLD_HL_MID, label: `중앙선(${mid})` },
+      ];
+    }
+    case 'RSI': {
+      const rsiP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'RSI' }, DEF) : DEF.rsiPeriod;
+      const thresholds = buildThresholdOpts(th({ over: 70, mid: 50, under: 30 }), overTerm, underTerm);
+      if (slot === 'left') {
+        return [
+          { value: 'RSI_VALUE', label: `RSI 기간 ${rsiP}` },
+          { value: 'RSI_SIGNAL', label: `신호선 ${DEF.rsiSignal}` },
+        ];
+      }
+      return [
+        { value: 'RSI_SIGNAL', label: `신호선 ${DEF.rsiSignal}` },
+        NONE,
+        ...thresholds,
+      ];
     }
     case 'STOCHASTIC': {
-      const { over, mid, under } = th({ over:80, mid:50, under:20 });
+      const thresholds = buildThresholdOpts(th({ over: 80, mid: 50, under: 20 }), overTerm, underTerm);
-      return condOpts([
+      const kLabel = `Stochastic 기간${DEF.stochK}일 %K${DEF.stochSmooth}일`;
-        { value:'STOCH_K',    label:`Stochastic %K(${DEF.stochK}일)` },
+      const dLabel = `Stochastic %D${DEF.stochD}`;
-        { value:'STOCH_D',    label:`Stochastic %D(${DEF.stochD}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,  label:`${overTerm}(${over})` },
+        return [
-        { value:THRESHOLD_HL_MID,   label:`중앙선(${mid})` },
+          { value: 'STOCH_K', label: kLabel },
-        { value:THRESHOLD_HL_UNDER, label:`${underTerm}(${under})` },
+          { value: 'STOCH_D', label: dLabel },
-      ]);
+        ];
+      }
+      return [
+        { value: 'STOCH_D', label: `${dLabel}일` },
+        NONE,
+        ...thresholds,
+      ];
     }
     case 'CCI': {
-      const { over, mid, under } = th({ over:100, mid:0, under:-100 });
       const cciP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'CCI' }, DEF) : DEF.cciPeriod;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 100, mid: 0, under: -100 }), overTerm, underTerm);
-        { value:'CCI_VALUE',  label:`CCI 라인(${cciP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,  label:`${overTerm}(${over})` },
+        return [
-        { value:THRESHOLD_HL_MID,   label:`중앙선(${mid})` },
+          { value: 'CCI_VALUE', label: `CCI 기간 ${cciP}` },
-        { value:THRESHOLD_HL_UNDER, label:`${underTerm}(${under})` },
+          { value: 'CCI_SIGNAL', label: `신호선 ${DEF.cciSignal}` },
-      ]);
+        ];
+      }
+      return [
+        { value: 'CCI_SIGNAL', label: `신호선 ${DEF.cciSignal}` },
+        NONE,
+        ...thresholds,
+      ];
     }
     case 'ADX': {
-      const { over, mid, under } = th({ over: 40, mid: 25, under: 20 });
       const adxP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'ADX' }, DEF) : DEF.adxPeriod;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 40, mid: 25, under: 20 }), overTerm, underTerm);
-        { value:'ADX_VALUE', label:`ADX 라인(${adxP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,    label:`${overTerm}(${over})` },
+        return [{ value: 'ADX_VALUE', label: `ADX 기간 ${adxP}` }];
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
+      }
-        { value:THRESHOLD_HL_UNDER,   label:`${underTerm}(${under})` },
+      return [NONE, ...thresholds];
-      ]);
     }
     case 'TRIX': {
-      const { mid } = th({ mid:0 });
       const trixP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'TRIX' }, DEF) : DEF.trixPeriod;
-      return condOpts([
+      const { mid } = th({ mid: 0 });
-        { value:'TRIX_VALUE',  label:`TRIX 라인(${trixP}일)` },
+      if (slot === 'left') {
-        { value:'TRIX_SIGNAL', label:`TRIX 시그널(${DEF.trixSignal}일)` },
+        return [
+          { value: 'TRIX_VALUE', label: `TRIX ${trixP}` },
+          { value: 'TRIX_SIGNAL', label: `TRMA ${DEF.trixSignal}` },
+        ];
+      }
+      return [
+        { value: 'TRIX_SIGNAL', label: `TRMA ${DEF.trixSignal}` },
+        NONE,
         { value: THRESHOLD_HL_MID, label: `중앙선(${mid})` },
-      ]);
+      ];
     }
     case 'DMI': {
-      const { over, mid, under } = th({ over:30, mid:20, under:10 });
+      const thresholds = buildThresholdOpts(th({ over: 30, mid: 20, under: 10 }), '과열', '침체');
-      return condOpts([
+      const plusLabel = `+DI 기간${DEF.dmiPeriod}일`;
-        { value:'PDI',         label:`DI+(${DEF.dmiPeriod}일)` },
+      const minusLabel = `-DI 기간${DEF.dmiPeriod}일`;
-        { value:'MDI',         label:`DI-(${DEF.dmiPeriod}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,      label:`과열(${over})` },
+        return [
-        { value:THRESHOLD_HL_MID,       label:`중간값(${mid})` },
+          { value: 'PDI', label: plusLabel },
-        { value:THRESHOLD_HL_UNDER,     label:`침체(${under})` },
+          { value: 'MDI', label: minusLabel },
-      ]);
+        ];
       }
-    case 'OBV': return condOpts([
+      return [
-      { value:'OBV_LINE',    label:`OBV선(${DEF.obvPeriod}일)` },
+        { value: 'MDI', label: minusLabel },
-      { value:'OBV_SIGNAL',  label:`신호선(${DEF.obvSignal}일)` },
+        { value: 'PDI', label: plusLabel },
-    ]);
+        NONE,
-    case 'VOLUME': return condOpts([
+        ...thresholds,
+      ];
+    }
+    case 'OBV':
+      if (slot === 'left') {
+        return [
+          { value: 'OBV_LINE', label: 'OBV선' },
+          { value: 'OBV_SIGNAL', label: `신호선 ${DEF.obvSignal}일` },
+        ];
+      }
+      return [
+        { value: 'OBV_SIGNAL', label: `신호선 ${DEF.obvSignal}일` },
+        NONE,
+      ];
+    case 'WILLIAMS_R': {
+      const wrP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'WILLIAMS_R' }, DEF) : DEF.williamsR;
+      const thresholds = buildThresholdOpts(th({ over: -20, mid: -50, under: -80 }), overTerm, underTerm);
+      if (slot === 'left') {
+        return [{ value: 'WILLIAMS_R_VALUE', label: `williams%R 기간${wrP}` }];
+      }
+      return [NONE, ...thresholds];
+    }
+    case 'VOLUME':
+      return slot === 'left'
+        ? [
           { value: 'VOLUME_VALUE', label: '거래량' },
           { value: 'VOLUME_MA', label: '거래량 이동평균' },
-    ]);
+        ]
+        : [NONE, { value: 'VOLUME_MA', label: '거래량 이동평균' }];
     case 'MA': {
       let opts = [
-        NONE,
+        ...(slot === 'right' ? [NONE] : []),
         ...buildMaFieldOptions(DEF.maLines),
         { value: 'CLOSE_PRICE', label: '종가' },
       ];
@@ -531,7 +623,7 @@ export const getFieldOpts = (
     }
     case 'EMA': {
       let opts = [
-        NONE,
+        ...(slot === 'right' ? [NONE] : []),
         ...buildEmaFieldOptions(DEF.maLines, 4),
         { value: 'CLOSE_PRICE', label: '종가' },
       ];
@@ -541,97 +633,71 @@ export const getFieldOpts = (
     }
     case 'DISPARITY': {
       const { mid } = th({ mid: 100 });
-      return condOpts([
+      const lines = [
         { value: `DISPARITY${DEF.dispUltra}`, label: `초단기 이격도(${DEF.dispUltra}일)` },
         { value: `DISPARITY${DEF.dispShort}`, label: `단기 이격도(${DEF.dispShort}일)` },
         { value: `DISPARITY${DEF.dispMid}`, label: `중기 이격도(${DEF.dispMid}일)` },
         { value: `DISPARITY${DEF.dispLong}`, label: `장기 이격도(${DEF.dispLong}일)` },
         { value: THRESHOLD_HL_MID, label: `중앙선(${mid})` },
-    ]);
+      ];
+      return slot === 'right' ? [NONE, ...lines] : lines;
     }
     case 'PSYCHOLOGICAL': {
-      const { over, mid, under } = th({ over:75, mid:50, under:25 });
       const psyP = cond
         ? getConditionValuePeriod({ ...cond, indicatorType: ind }, DEF)
         : DEF.psyPeriod;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 75, mid: 50, under: 25 }), overTerm, underTerm);
-        { value:'PSY_VALUE', label:`심리도 라인(${psyP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,    label:`${overTerm}(${over})` },
+        return [{ value: 'PSY_VALUE', label: `심리도 기간 ${psyP}` }];
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
+      }
-        { value:THRESHOLD_HL_UNDER,   label:`${underTerm}(${under})` },
+      return [NONE, ...thresholds];
-      ]);
     }
     case 'NEW_PSYCHOLOGICAL': {
-      const { over, mid, under } = th({ over:50, mid:0, under:-50 });
       const nPsyP = cond
         ? getConditionValuePeriod({ ...cond, indicatorType: ind }, DEF)
         : DEF.newPsy;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 50, mid: 0, under: -50 }), overTerm, underTerm);
-        { value:'NEW_PSY_VALUE', label:`신심리도 라인(${nPsyP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,    label:`${overTerm}(${over})` },
+        return [{ value: 'NEW_PSY_VALUE', label: `신심리도 기간 ${nPsyP}` }];
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
+      }
-        { value:THRESHOLD_HL_UNDER,   label:`${underTerm}(${under})` },
+      return [NONE, ...thresholds];
-      ]);
     }
     case 'INVEST_PSYCHOLOGICAL': {
-      const { over, mid, under } = th({ over:75, mid:50, under:25 });
       const ipsyP = cond
         ? getConditionValuePeriod({ ...cond, indicatorType: 'INVEST_PSYCHOLOGICAL' }, DEF)
         : DEF.investPsy;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 75, mid: 50, under: 25 }), overTerm, underTerm);
-        { value:'INVEST_PSY_VALUE', label:`투자심리도 라인(${ipsyP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,    label:`${overTerm}(${over})` },
+        return [{ value: 'INVEST_PSY_VALUE', label: `투자심리도 기간 ${ipsyP}` }];
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
-        { value:THRESHOLD_HL_UNDER,   label:`${underTerm}(${under})` },
-      ]);
       }
-    case 'WILLIAMS_R': {
+      return [NONE, ...thresholds];
-      const { over, mid, under } = th({ over:-20, mid:-50, under:-80 });
-      const wrP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'WILLIAMS_R' }, DEF) : DEF.williamsR;
-      return condOpts([
-        { value:'WILLIAMS_R_VALUE', label:`Williams %R 라인(${wrP}일)` },
-        { value:THRESHOLD_HL_OVER,    label:`${overTerm}(${over})` },
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
-        { value:THRESHOLD_HL_UNDER,   label:`${underTerm}(${under})` },
-      ]);
     }
     case 'BWI': {
-      const { over, mid, under } = th({ over:80, mid:50, under:20 });
+      const thresholds = buildThresholdOpts(th({ over: 80, mid: 50, under: 20 }), overTerm, underTerm);
-      const bwiP = DEF.bwiPeriod;
+      if (slot === 'left') {
-      return condOpts([
+        return [{ value: 'BWI_VALUE', label: `BWI 기간 ${DEF.bwiPeriod}` }];
-        { value:'BWI_VALUE',  label:`BWI 라인(${bwiP}일)` },
+      }
-        { value:THRESHOLD_HL_OVER,  label:`${overTerm}(${over})` },
+      return [NONE, ...thresholds];
-        { value:THRESHOLD_HL_MID,   label:`중앙선(${mid})` },
-        { value:THRESHOLD_HL_UNDER, label:`${underTerm}(${under})` },
-      ]);
     }
     case 'VR': {
-      const { over, mid, under } = th({ over:200, mid:100, under:50 });
       const vrP = cond ? getConditionValuePeriod({ ...cond, indicatorType: 'VR' }, DEF) : DEF.vrPeriod;
-      return condOpts([
+      const thresholds = buildThresholdOpts(th({ over: 200, mid: 100, under: 50 }), overTerm, underTerm);
-        { value:'VR_VALUE',   label:`VR 라인(${vrP}일)` },
+      if (slot === 'left') {
-        { value:THRESHOLD_HL_OVER,  label:`${overTerm}(${over})` },
+        return [{ value: 'VR_VALUE', label: `VR 기간 ${vrP}` }];
-        { value:THRESHOLD_HL_MID,   label:`중앙선(${mid})` },
+      }
-        { value:THRESHOLD_HL_UNDER, label:`${underTerm}(${under})` },
+      return [NONE, ...thresholds];
-      ]);
     }
     case 'VOLUME_OSC': {
       const { mid } = th({ mid: 0 });
-      return condOpts([
+      if (slot === 'left') {
-        { value:'VOLUME_OSC_VALUE', label:`거래량 오실레이터 값(${DEF.volOscShort}일/${DEF.volOscLong}일)` },
+        return [{ value: 'VOLUME_OSC_VALUE', label: `거래량 오실레이터(${DEF.volOscShort}일/${DEF.volOscLong}일)` }];
-        { value:THRESHOLD_HL_MID,     label:`중앙선(${mid})` },
-      ]);
       }
-    case 'MACD': {
+      return [NONE, { value: THRESHOLD_HL_MID, label: `중앙선(${mid})` }];
-      const { mid } = th({ mid:0 });
-      return condOpts([
-        { value:'MACD_LINE',   label:`MACD 라인(${DEF.macdFast}일/${DEF.macdSlow}일)` },
-        { value:'SIGNAL_LINE', label:`시그널 라인(${DEF.macdSignal}일)` },
-        { value:'HISTOGRAM',   label:'히스토그램' },
-        { value:THRESHOLD_HL_MID,       label:`중앙선(${mid})` },
-      ]);
     }
-    case 'BOLLINGER': return condOpts([
+    case 'BOLLINGER':
+      return slot === 'right'
+        ? [
+          NONE,
           { value: 'UPPER_BAND', label: `상단밴드(${DEF.bbPeriod}일, σ${DEF.bbStdDev})` },
           { value: 'MIDDLE_BAND', label: `중심선(${DEF.bbPeriod}일)` },
           { value: 'LOWER_BAND', label: `하단밴드(${DEF.bbPeriod}일, σ${DEF.bbStdDev})` },
@@ -639,28 +705,40 @@ export const getFieldOpts = (
           { value: 'OPEN_PRICE', label: '시가' },
           { value: 'HIGH_PRICE', label: '고가' },
           { value: 'LOW_PRICE', label: '저가' },
-    ]);
+        ]
+        : [
+          { value: 'UPPER_BAND', label: `상단밴드(${DEF.bbPeriod}일, σ${DEF.bbStdDev})` },
+          { value: 'MIDDLE_BAND', label: `중심선(${DEF.bbPeriod}일)` },
+          { value: 'LOWER_BAND', label: `하단밴드(${DEF.bbPeriod}일, σ${DEF.bbStdDev})` },
+          { value: 'CLOSE_PRICE', label: '종가' },
+          { value: 'OPEN_PRICE', label: '시가' },
+          { value: 'HIGH_PRICE', label: '고가' },
+          { value: 'LOW_PRICE', label: '저가' },
+        ];
     case 'NEW_HIGH': {
       const p = cond?.period ?? 9;
       const periods = [...new Set([p, 5, 9, 10, 20, 55])].sort((a, b) => a - b);
-      return condOpts([
+      const lines = [
         { value: 'CLOSE_PRICE', label: '종가' },
         { value: 'HIGH_PRICE', label: '고가' },
         { value: 'OPEN_PRICE', label: '시가' },
         ...periods.map(n => ({ value: nhPriorField(n), label: `${n}일 신고가선(직전 N봉)` })),
-      ]);
+      ];
+      return slot === 'right' ? [NONE, ...lines] : lines;
     }
     case 'NEW_LOW': {
       const p = cond?.period ?? 9;
       const periods = [...new Set([p, 5, 9, 10, 20, 55])].sort((a, b) => a - b);
-      return condOpts([
+      const lines = [
         { value: 'CLOSE_PRICE', label: '종가' },
         { value: 'LOW_PRICE', label: '저가' },
         { value: 'OPEN_PRICE', label: '시가' },
         ...periods.map(n => ({ value: nlPriorField(n), label: `${n}일 신저가선(직전 N봉)` })),
-      ]);
+      ];
+      return slot === 'right' ? [NONE, ...lines] : lines;
     }
-    case 'DONCHIAN': return condOpts([
+    case 'DONCHIAN': {
+      const lines = [
         { value: 'DC_UPPER_9', label: '상단(9일 최고가·신고가)' },
         { value: 'DC_UPPER_10', label: '상단(10일 최고가)' },
         { value: 'DC_UPPER_20', label: '상단(20일 최고가·신고가)' },
@@ -673,8 +751,11 @@ export const getFieldOpts = (
         { value: 'CLOSE_PRICE', label: '종가' },
         { value: 'LOW_PRICE', label: '저가' },
         { value: 'HIGH_PRICE', label: '고가' },
-    ]);
+      ];
-    case 'ICHIMOKU': return condOpts([
+      return slot === 'right' ? [NONE, ...lines] : lines;
+    }
+    case 'ICHIMOKU': {
+      const lines = [
         { value: 'CONVERSION_LINE', label: `전환선(${DEF.ichTenkan}일)` },
         { value: 'BASE_LINE', label: `기준선(${DEF.ichKijun}일)` },
         { value: 'LEADING_SPAN1', label: '선행스팬1' },
@@ -684,16 +765,43 @@ export const getFieldOpts = (
         { value: 'OPEN_PRICE', label: '시가' },
         { value: 'HIGH_PRICE', label: '고가' },
         { value: 'LOW_PRICE', label: '저가' },
-    ]);
+      ];
-    default: return [NONE];
+      return slot === 'right' ? [NONE, ...lines] : lines;
     }
-};
+    default:
+      return slot === 'right' ? [NONE] : [];
+  }
+}
+
+export const getLeftFieldOpts = (
+  ind: string,
+  signalType: 'buy' | 'sell',
+  DEF: DefType,
+  cond?: ConditionDSL,
+): Opt[] => buildFieldOptsForSlot(ind, signalType, DEF, cond, 'left');
+
+export const getRightFieldOpts = (
+  ind: string,
+  signalType: 'buy' | 'sell',
+  DEF: DefType,
+  cond?: ConditionDSL,
+): Opt[] => buildFieldOptsForSlot(ind, signalType, DEF, cond, 'right');
+
+export const getFieldOpts = (
+  ind: string,
+  signalType: 'buy'|'sell',
+  DEF: DefType,
+  cond?: ConditionDSL,
+): Opt[] => mergeFieldOpts(
+  getLeftFieldOpts(ind, signalType, DEF, cond),
+  getRightFieldOpts(ind, signalType, DEF, cond),
+);
 
 const getDefaultConditionFields = (ind: string, signalType: 'buy'|'sell', DEF: DefType): { l: string; r: string } => {
   const map: Record<string, {l:string;r:string}> = {
     RSI:             { l:'RSI_VALUE',        r: THRESHOLD_HL_OVER  },
     STOCHASTIC:      { l:'STOCH_K',          r:'STOCH_D'          },
-    CCI:             { l:'CCI_VALUE',        r: THRESHOLD_HL_OVER  },
+    CCI:             { l:'CCI_VALUE',        r:'CCI_SIGNAL'       },
     ADX:             { l:'ADX_VALUE',        r: THRESHOLD_HL_MID   },
     TRIX:            { l:'TRIX_VALUE',       r:'TRIX_SIGNAL'      },
     DMI:             { l:'PDI',              r:'MDI'              },
@@ -968,7 +1076,9 @@ export const CondEditor: React.FC<CondEditorProps> = ({
   cond, signalType, onChange, def, stochPairEdit,
 }) => {
   const normalized = normalizeCompositeCondition(cond);
-  const fieldOpts = getFieldOpts(normalized.indicatorType, signalType, def, normalized);
+  const leftFieldOpts = getLeftFieldOpts(normalized.indicatorType, signalType, def, normalized);
+  const rightFieldOpts = getRightFieldOpts(normalized.indicatorType, signalType, def, normalized);
+  const fieldOpts = mergeFieldOpts(leftFieldOpts, rightFieldOpts);
   const condOpts  = getCondOptionsForIndicator(normalized.indicatorType);
 
   const isValid = (v: string|undefined) => !!v && fieldOpts.some(o => o.value === v);
@@ -1220,11 +1330,11 @@ export const CondEditor: React.FC<CondEditorProps> = ({
         <div className="sp-cond-field">
           <label className="sp-cond-lbl">조건대상1</label>
           <ComboFieldSelect
-            options={fieldOpts}
+            options={leftFieldOpts}
             fieldValue={isHoldType ? 'NONE' : (normalized.leftField ?? getLeftValue())}
             isPresetField={!isHoldType && (
-              fieldOpts.some(o => o.value === normalized.leftField)
+              leftFieldOpts.some(o => o.value === normalized.leftField)
-              || (fieldOpts.some(o => o.value === getLeftValue())
+              || (leftFieldOpts.some(o => o.value === getLeftValue())
                 && !isValuePeriodFieldStored(normalized.indicatorType, normalized.leftField))
             )}
             customKind={resolveFieldCustomKind(normalized.indicatorType, normalized.leftField)}
@@ -1260,10 +1370,14 @@ export const CondEditor: React.FC<CondEditorProps> = ({
         <div className="sp-cond-field">
           <label className="sp-cond-lbl">조건대상2</label>
           <ComboFieldSelect
-            options={fieldOpts}
+            options={rightFieldOpts}
             fieldValue={rightValue}
-            isPresetField={fieldOpts.some(o => o.value === normalized.rightField)}
+            isPresetField={
-            customKind={resolveFieldCustomKind(normalized.indicatorType, normalized.rightField)}
+              !isThresholdOverridden(normalized)
+              && parseThresholdField(normalized.rightField) == null
+              && rightFieldOpts.some(o => o.value === getRightValue())
+            }
+            customKind={resolveRightFieldCustomKind(normalized.indicatorType, normalized.rightField)}
             customNumber={getConditionThreshold(normalized, 'right', inheritedThresholdField, def)
               ?? getChartReferenceThreshold(normalized, 'right', inheritedThresholdField, def)
               ?? parseThresholdField(normalized.rightField)

frontend/src/utils/strategyEvaluationInterpret.ts

@@ -104,6 +104,14 @@ function rangeNote(cond?: ConditionDSL): string {
   const mode = resolveCandleRangeMode(cond);
   if (mode === 'CURRENT') return '';
   const n = candleRangeWindowBars(cond);
+  if (cond.conditionType === 'SLOPE_UP' || cond.conditionType === 'SLOPE_DOWN') {
+    if (mode === 'EXISTS_IN') {
+      return `최근 ${n}봉(현재 봉 포함) 구간에서 그래프선이 ${cond.conditionType === 'SLOPE_UP' ? '상승' : '하락'} 추세인지 현재 봉 기준으로 판정합니다. `;
+    }
+    if (mode === 'NOT_EXISTS_IN') {
+      return `최근 ${n}봉(현재 봉 포함) 구간에서 그래프선이 ${cond.conditionType === 'SLOPE_UP' ? '상승' : '하락'} 추세가 아닌지 현재 봉 기준으로 판정합니다. `;
+    }
+  }
   if (mode === 'EXISTS_IN') return `최근 ${n}봉(현재 봉 포함) 안에 해당 조건이 한 번이라도 성립하면 충족으로 판정합니다. `;
   return `최근 ${n}봉(현재 봉 포함) 안에 해당 조건이 한 번도 없어야 충족으로 판정합니다. `;
 }
@@ -201,6 +209,18 @@ function buildReason(
 
   if (row.conditionType === 'SLOPE_UP' || row.conditionType === 'SLOPE_DOWN') {
     const dir = row.conditionType === 'SLOPE_UP' ? '상승' : '하락';
+    const mode = cond ? resolveCandleRangeMode(cond) : 'CURRENT';
+    if (mode === 'EXISTS_IN' || mode === 'NOT_EXISTS_IN') {
+      const n = cond ? candleRangeWindowBars(cond) : 0;
+      const neg = mode === 'NOT_EXISTS_IN';
+      return prefix + (status === 'match'
+        ? (neg
+          ? `최근 ${n}봉 구간 그래프선이 ${dir} 추세가 아니어서 충족합니다.`
+          : `최근 ${n}봉 구간 그래프선이 ${dir} 추세로 판정되어 충족합니다.`)
+        : (neg
+          ? `최근 ${n}봉 구간 그래프선이 ${dir} 추세가 아님 — 미충족입니다.`
+          : `최근 ${n}봉 구간 그래프선이 ${dir} 추세가 아니어서 미충족입니다.`));
+    }
     return prefix + (status === 'match'
       ? `최근 기울기가 ${dir} 추세로 판정되어 충족합니다.`
       : `최근 기울기가 ${dir} 추세가 아니어서 미충족입니다.`);

frontend/src/utils/strategyTypes.ts

@@ -380,6 +380,14 @@ export function resolveCandleRangeMode(
   return 'CURRENT';
 }
 
+/** 기울기 + N봉 모드: N봉 구간 전체 추세로 판정 (N봉 내 임의 시점 기울기 존재 여부 아님) */
+export function isSlopeWindowTrendMode(
+  cond: Pick<ConditionDSL, 'conditionType' | 'candleRangeMode'>,
+): boolean {
+  return (cond.conditionType === 'SLOPE_UP' || cond.conditionType === 'SLOPE_DOWN')
+    && (cond.candleRangeMode === 'EXISTS_IN' || cond.candleRangeMode === 'NOT_EXISTS_IN');
+}
+
 export function candleRangeWindowBars(
   cond: Pick<ConditionDSL, 'candleRangeMode' | 'candleRange'>,
 ): number {
@@ -389,10 +397,14 @@ export function candleRangeWindowBars(
 }
 
 export function formatCandleRangeClause(
-  cond: Pick<ConditionDSL, 'candleRangeMode' | 'candleRange'>,
+  cond: Pick<ConditionDSL, 'candleRangeMode' | 'candleRange' | 'conditionType'>,
 ): string {
   const mode = resolveCandleRangeMode(cond);
   const n = candleRangeWindowBars(cond);
+  if (isSlopeWindowTrendMode(cond)) {
+    if (mode === 'EXISTS_IN') return `최근 ${n}봉 구간 `;
+    if (mode === 'NOT_EXISTS_IN') return `최근 ${n}봉 구간 비추세 · `;
+  }
   if (mode === 'EXISTS_IN') return `최근 ${n}봉 내 `;
   if (mode === 'NOT_EXISTS_IN') return `최근 ${n}봉 내 미존재 · `;
   return '';