This is an optional indicator for "NK-Box". It can draw lines in the exact same range as "NK-Box".
While NK-Box uses the midline as a reference, this indicator allows you to set background colors between other calculated lines.
Additionally, it can highlight the gap from the previous period in the background.
⇩ "Hist" (Top), "Current" (Bottom)
While NK-Box uses the midline as a reference, this indicator allows you to set background colors between other calculated lines.
Additionally, it can highlight the gap from the previous period in the background.
Source: TradingView
⇩ "Hist" (Top), "Current" (Bottom)
[NOTICE & LICENSE]
・For educational and informational purposes only; does not constitute investment advice. We assume no liability for any economic loss arising from the use of this tool.
・Tested on Pine Script v6. Provided "As-Is" with no guarantee of updates in response to future TradingView specification changes. We do not provide individual installation support or accept modification requests.
・Governed by the MIT License.
// SPDX-FileCopyrightText: 2026 NK-report https://www.nk-report.com/
// SPDX-License-Identifier: MIT
//
// Disclaimer: This script is for educational purposes only and does not constitute investment advice.
//@version=6
// ※Gapをボックスで描画するため、max_boxes_count=500 を追加しています
indicator("NK-box_option1_Zone & Gap (History)", shorttitle="NK-opt1 Z&G (Hist)", overlay=true, max_boxes_count=500, max_lines_count=500)
// ==============================================================================
// 【01】 免責・ライセンス
// ==============================================================================
//
// Indicator is published for free: https://www.nk-report.com/p/tradingview-code.html
//
// Disclaimer: This script is for educational and informational purposes only and does not constitute investment advice.
//
// 1. This code has been tested with Pine Script v6 as of 2026.
// We do not provide individual support or modifications for any issues caused by future specification changes.
// 2. This script was independently created using an LLM, based on general calculation logic.
// It is distributed under the MIT License.
// ------------------------------------------------------------------------------
// MIT License
//
// Copyright 2026 NK-report https://www.nk-report.com/
//
// Permission is hereby granted, free of charge, to any person obtaining a copy of
// this software and associated documentation files (the "Software"), to deal in
// the Software without restriction, including without limitation the rights to
// use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
// of the Software, and to permit persons to whom the Software is furnished to do
// so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
// ==============================================================================
// 【02】 UI設定と言語
// ==============================================================================
// 1. 言語辞書の定義（テキストの定数化）
// ※外国語版を作成する際は、このブロックの「右辺のテキスト」のみを翻訳してください
const string GRP_GENERAL = "▼ General Settings"
const string GRP_OFFSET = "▼ Position Adjustment (Offset)"
const string GRP_OPTION = "▼ Custom Zone Settings"
const string LBL_TF = "Base Timeframe"
const string TT_TF = "* Please specify the same base timeframe as the main NK-box."
const string OPT_TF_D = "1 Day"
const string OPT_TF_W = "1 Week"
const string OPT_TF_1M = "1 Month"
const string OPT_TF_3M = "3 Months"
const string OPT_TF_12M = "12 Months"
const string LBL_OFS_L = "Left Offset (Bars)"
const string LBL_OFS_R = "Right Offset (Bars)"
const string TT_OFS = "Negative values move left, positive values move right.\n* Please specify the same value as the main NK-box."
const string LBL_LINE_A = "Line A Base"
const string LBL_LINE_B = "Line B Base"
const string LBL_SHOW = "Show Lines"
const string LBL_ZONE = "Background Fill (Zone)"
const string LBL_GAP = "Highlight Gap"
// 分析ラインの選択肢
const string OPT_MID = "Midline"
const string OPT_OPEN = "Open"
const string OPT_CLOSE = "Close"
const string OPT_WCL = "Weighted Close (WCL)"
const string OPT_PIVOT = "Pivot"
const string OPT_MEDIAN = "Median"
const string OPT_TWAP = "TWAP"
const string OPT_STY_S = "Solid"
const string OPT_STY_D = "Dashed"
const string OPT_STY_DT = "Dotted"
// データウィンドウ用の表示名
const string LBL_DATA_A = "Option Line A"
const string LBL_DATA_B = "Option Line B"
// 2. UI（ユーザー入力画面）の構築
// ※言語辞書で定義した定数を呼び出してUIを構築します
i_tf_str = input.string(OPT_TF_1M, title=LBL_TF, options=[OPT_TF_D, OPT_TF_W, OPT_TF_1M, OPT_TF_3M, OPT_TF_12M], group=GRP_GENERAL, tooltip=TT_TF)
i_offset_left = input.int(-1, title=LBL_OFS_L, group=GRP_OFFSET, tooltip=TT_OFS)
i_offset_right = input.int(0, title=LBL_OFS_R, group=GRP_OFFSET, tooltip=TT_OFS)
// カスタムゾーン設定（ラインA）
i_type_a = input.string(OPT_TWAP, title=LBL_LINE_A, options=[OPT_MID, OPT_OPEN, OPT_CLOSE, OPT_WCL, OPT_PIVOT, OPT_MEDIAN, OPT_TWAP], group=GRP_OPTION)
i_show_a = input.bool(true, title=LBL_SHOW, group=GRP_OPTION, inline="linea")
i_col_a = input.color(color.orange, title="", group=GRP_OPTION, inline="linea")
i_wid_a = input.int(2, title="", minval=1, maxval=5, group=GRP_OPTION, inline="linea")
i_sty_a = input.string(OPT_STY_S, title="", options=[OPT_STY_S, OPT_STY_D, OPT_STY_DT], group=GRP_OPTION, inline="linea")
// カスタムゾーン設定（ラインB）
i_type_b = input.string(OPT_PIVOT, title=LBL_LINE_B, options=[OPT_MID, OPT_OPEN, OPT_CLOSE, OPT_WCL, OPT_PIVOT, OPT_MEDIAN, OPT_TWAP], group=GRP_OPTION)
i_show_b = input.bool(true, title=LBL_SHOW, group=GRP_OPTION, inline="lineb")
i_col_b = input.color(color.blue, title="", group=GRP_OPTION, inline="lineb")
i_wid_b = input.int(2, title="", minval=1, maxval=5, group=GRP_OPTION, inline="lineb")
i_sty_b = input.string(OPT_STY_S, title="", options=[OPT_STY_S, OPT_STY_D, OPT_STY_DT], group=GRP_OPTION, inline="lineb")
// ゾーン塗りつぶし設定
i_show_zone = input.bool(true, title=LBL_ZONE, group=GRP_OPTION, inline="zone")
i_col_zone = input.color(color.new(color.gray, 85), title="", group=GRP_OPTION, inline="zone")
// Gap (窓) 設定
i_show_gap = input.bool(true, title=LBL_GAP, group=GRP_OPTION, inline="gap")
i_col_gap_u = input.color(color.new(color.teal, 80), title="Gap Up", group=GRP_OPTION, inline="gap")
i_col_gap_d = input.color(color.new(color.red, 80), title="Gap Down", group=GRP_OPTION, inline="gap")
// ==============================================================================
// 【03】 全コード共通仕様（時間・インフラ処理）
// ==============================================================================
// UIで選択された定数をPine内部のシステム識別子に変換
string req_tf = switch i_tf_str
OPT_TF_D => "1D"
OPT_TF_W => "1W"
OPT_TF_1M => "1M"
OPT_TF_3M => "3M"
OPT_TF_12M => "12M"
// ==============================================================================
// 【04】 各カテゴリ共通仕様 (描画インフラと判定ロジック)
// ==============================================================================
bool is_new_period = timeframe.change(req_tf) or barstate.isfirst
f_get_style(sty_str) =>
sty_str == OPT_STY_S ? line.style_solid : sty_str == OPT_STY_D ? line.style_dashed : line.style_dotted
// プルダウンの選択肢に応じて純粋な数値を計算する専用関数
f_get_val(type_str, _o, _h, _l, _c) =>
float v = switch type_str
OPT_MID => (_h + _l) / 2.0
OPT_OPEN => _o
OPT_CLOSE => _c
OPT_WCL => (_h + _l + _c * 2.0) / 4.0
OPT_PIVOT => (_h + _l + _c) / 3.0
OPT_MEDIAN => (_o + _c) / 2.0
OPT_TWAP => (_o + _h + _l + _c) / 4.0
=> na
v
// ==============================================================================
// 【05】 このコード固有の計算仕様 (Specific Indicator Logic)
// ==============================================================================
var float curr_o = na
var float curr_h = na
var float curr_l = na
var float prev_o = na
var float prev_h = na
var float prev_l = na
var float prev_c = na
var int start_bar = na
// --- 描画エンジンへ引き渡すためのスナップショット変数（MVC分離用） ---
bool do_draw = false
int draw_start = na
int draw_end = na
float draw_o = na
float draw_h = na
float draw_l = na
float draw_c = na
float draw_gap_c = na
float draw_gap_o = na
if is_new_period
// ① 描画キューの生成：計算用の変数が新しい期間のもので上書きされる前に、描画用の確定値を退避させます。
if not na(prev_o) and not na(start_bar)
do_draw := true
draw_start := math.max(0, start_bar + i_offset_left)
draw_end := math.max(0, bar_index[1] + i_offset_right)
draw_o := prev_o
draw_h := prev_h
draw_l := prev_l
draw_c := prev_c
draw_gap_c := prev_c
draw_gap_o := curr_o
// ② 次の期間へのバケツリレー
prev_o := curr_o
prev_h := curr_h
prev_l := curr_l
prev_c := close[1]
curr_o := open
curr_h := high
curr_l := low
start_bar := bar_index
else
curr_h := math.max(curr_h, high)
curr_l := math.min(curr_l, low)
// ==============================================================================
// 【06】 描画と出力 (Rendering & Outputs)
// ==============================================================================
// 1. チャートへの視覚的出力（スタンプ描画）
if do_draw
// 【05】で退避したスナップショットを用いて、選択された2つの数値を計算します
float val_a = f_get_val(i_type_a, draw_o, draw_h, draw_l, draw_c)
float val_b = f_get_val(i_type_b, draw_o, draw_h, draw_l, draw_c)
// ラインの描画（線の表示がOFFでも、背景表示がONなら「見えない透明の線」を引いて背景のアンカーにします）
bool draw_line_a = i_show_a or i_show_zone
bool draw_line_b = i_show_b or i_show_zone
line l_a = draw_line_a ? line.new(draw_start, val_a, draw_end, val_a, color=i_show_a ? i_col_a : na, width=i_wid_a, style=f_get_style(i_sty_a)) : na
line l_b = draw_line_b ? line.new(draw_start, val_b, draw_end, val_b, color=i_show_b ? i_col_b : na, width=i_wid_b, style=f_get_style(i_sty_b)) : na
// 背景塗りつぶし
if i_show_zone and not na(l_a) and not na(l_b)
linefill.new(l_a, l_b, i_col_zone)
// Gap (窓) の描画
if i_show_gap and not na(draw_gap_c) and not na(draw_gap_o) and (draw_gap_c != draw_gap_o)
color gap_col = draw_gap_o > draw_gap_c ? i_col_gap_u : i_col_gap_d
float gap_top = math.max(draw_gap_c, draw_gap_o)
float gap_bot = math.min(draw_gap_c, draw_gap_o)
box.new(draw_start, gap_top, draw_end, gap_bot, border_color=na, bgcolor=gap_col)
// 2. データウィンドウへの出力
// 選択されたラインの値だけを出力し、本体のデータウィンドウを圧迫しないように設計しています
float out_a = f_get_val(i_type_a, prev_o, prev_h, prev_l, prev_c)
float out_b = f_get_val(i_type_b, prev_o, prev_h, prev_l, prev_c)
plot(out_a, title=LBL_DATA_A, color=i_col_a, display=display.data_window, editable=false)
plot(out_b, title=LBL_DATA_B, color=i_col_b, display=display.data_window, editable=false)// SPDX-FileCopyrightText: 2026 NK-report https://www.nk-report.com/
// SPDX-License-Identifier: MIT
//
// Disclaimer: This script is for educational purposes only and does not constitute investment advice.
//@version=6
indicator("NK-box_option1_Zone & Gap (Current)", shorttitle="NK-opt1 Z&G (Curr)", overlay=true)
// ==============================================================================
// 【01】 免責・ライセンス
// ==============================================================================
//
// Indicator is published for free: https://www.nk-report.com/p/tradingview-code.html
//
// Disclaimer: This script is for educational and informational purposes only and does not constitute investment advice.
//
// 1. This code has been tested with Pine Script v6 as of 2026.
// We do not provide individual support or modifications for any issues caused by future specification changes.
// 2. This script was independently created using an LLM, based on general calculation logic.
// It is distributed under the MIT License.
// ------------------------------------------------------------------------------
// MIT License
//
// Copyright 2026 NK-report https://www.nk-report.com/
//
// Permission is hereby granted, free of charge, to any person obtaining a copy of
// this software and associated documentation files (the "Software"), to deal in
// the Software without restriction, including without limitation the rights to
// use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies
// of the Software, and to permit persons to whom the Software is furnished to do
// so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
// ==============================================================================
// 【02】 UI設定と言語
// ==============================================================================
// 1. 言語辞書の定義（テキストの定数化）
// ※外国語版を作成する際は、このブロックの「右辺のテキスト」のみを翻訳してください
const string GRP_GENERAL = "▼ General Settings"
const string GRP_OFFSET = "▼ Position Adjustment (Offset)"
const string GRP_OPTION = "▼ Custom Zone Settings"
const string LBL_TF = "Base Timeframe"
const string TT_TF = "* Please specify the same base timeframe as the main NK-box."
const string OPT_TF_D = "1 Day"
const string OPT_TF_W = "1 Week"
const string OPT_TF_1M = "1 Month"
const string OPT_TF_3M = "3 Months"
const string OPT_TF_12M = "12 Months"
const string LBL_OFS_L = "Left Offset (in Bars)"
const string LBL_OFS_R = "Right Offset (in Bars)"
const string TT_OFS = "Negative values move left, positive values move right.\n* In the Current version, this is an approximate movement calculated by time (milliseconds).\n* Please specify the same value as the main NK-box."
const string LBL_LINE_A = "Line A Base"
const string LBL_LINE_B = "Line B Base"
const string LBL_SHOW = "Show Lines"
const string LBL_ZONE = "Background Fill (Zone)"
const string LBL_GAP = "Highlight Gap"
// 分析ラインの選択肢
const string OPT_MID = "Midline"
const string OPT_OPEN = "Open"
const string OPT_CLOSE = "Close"
const string OPT_WCL = "Weighted Close (WCL)"
const string OPT_PIVOT = "Pivot"
const string OPT_MEDIAN = "Median"
const string OPT_TWAP = "TWAP"
const string OPT_STY_S = "Solid"
const string OPT_STY_D = "Dashed"
const string OPT_STY_DT = "Dotted"
// データウィンドウ用の表示名
const string LBL_DATA_A = "Option Line A"
const string LBL_DATA_B = "Option Line B"
// 2. UI（ユーザー入力画面）の構築
// ※言語辞書で定義した定数を呼び出してUIを構築します
i_tf_str = input.string(OPT_TF_1M, title=LBL_TF, options=[OPT_TF_D, OPT_TF_W, OPT_TF_1M, OPT_TF_3M, OPT_TF_12M], group=GRP_GENERAL, tooltip=TT_TF)
i_offset_left = input.int(-1, title=LBL_OFS_L, group=GRP_OFFSET, tooltip=TT_OFS)
i_offset_right = input.int(0, title=LBL_OFS_R, group=GRP_OFFSET, tooltip=TT_OFS)
// カスタムゾーン設定（ラインA）
i_type_a = input.string(OPT_TWAP, title=LBL_LINE_A, options=[OPT_MID, OPT_OPEN, OPT_CLOSE, OPT_WCL, OPT_PIVOT, OPT_MEDIAN, OPT_TWAP], group=GRP_OPTION)
i_show_a = input.bool(true, title=LBL_SHOW, group=GRP_OPTION, inline="linea")
i_col_a = input.color(color.orange, title="", group=GRP_OPTION, inline="linea")
i_wid_a = input.int(2, title="", minval=1, maxval=5, group=GRP_OPTION, inline="linea")
i_sty_a = input.string(OPT_STY_S, title="", options=[OPT_STY_S, OPT_STY_D, OPT_STY_DT], group=GRP_OPTION, inline="linea")
// カスタムゾーン設定（ラインB）
i_type_b = input.string(OPT_PIVOT, title=LBL_LINE_B, options=[OPT_MID, OPT_OPEN, OPT_CLOSE, OPT_WCL, OPT_PIVOT, OPT_MEDIAN, OPT_TWAP], group=GRP_OPTION)
i_show_b = input.bool(true, title=LBL_SHOW, group=GRP_OPTION, inline="lineb")
i_col_b = input.color(color.blue, title="", group=GRP_OPTION, inline="lineb")
i_wid_b = input.int(2, title="", minval=1, maxval=5, group=GRP_OPTION, inline="lineb")
i_sty_b = input.string(OPT_STY_S, title="", options=[OPT_STY_S, OPT_STY_D, OPT_STY_DT], group=GRP_OPTION, inline="lineb")
// ゾーン塗りつぶし設定
i_show_zone = input.bool(true, title=LBL_ZONE, group=GRP_OPTION, inline="zone")
i_col_zone = input.color(color.new(color.gray, 85), title="", group=GRP_OPTION, inline="zone")
// Gap (窓) 設定
i_show_gap = input.bool(true, title=LBL_GAP, group=GRP_OPTION, inline="gap")
i_col_gap_u = input.color(color.new(color.teal, 80), title="Gap Up", group=GRP_OPTION, inline="gap")
i_col_gap_d = input.color(color.new(color.red, 80), title="Gap Down", group=GRP_OPTION, inline="gap")
// ==============================================================================
// 【03】 全コード共通仕様（時間・インフラ処理）
// ==============================================================================
// UIで選択された定数をPine内部のシステム識別子に変換
string req_tf = switch i_tf_str
OPT_TF_D => "1D"
OPT_TF_W => "1W"
OPT_TF_1M => "1M"
OPT_TF_3M => "3M"
OPT_TF_12M => "12M"
// 時間計算用の定数 (Current版のオフセット概算に使用)
const int MS_PER_SEC = 1000
// ==============================================================================
// 【04】 各カテゴリ共通仕様 (描画インフラと判定ロジック)
// ==============================================================================
bool is_new_period = timeframe.change(req_tf) or barstate.isfirst
f_get_style(sty_str) =>
sty_str == OPT_STY_S ? line.style_solid : sty_str == OPT_STY_D ? line.style_dashed : line.style_dotted
// プルダウンの選択肢に応じて純粋な数値を計算する専用関数
f_get_val(type_str, _o, _h, _l, _c) =>
float v = switch type_str
OPT_MID => (_h + _l) / 2.0
OPT_OPEN => _o
OPT_CLOSE => _c
OPT_WCL => (_h + _l + _c * 2.0) / 4.0
OPT_PIVOT => (_h + _l + _c) / 3.0
OPT_MEDIAN => (_o + _c) / 2.0
OPT_TWAP => (_o + _h + _l + _c) / 4.0
=> na
v
// ------------------------------------------------------------------------------
// オブジェクトの事前生成 (Current版専用インフラ)
// ------------------------------------------------------------------------------
// ラインの表示がOFFでも、ゾーン表示がONなら透明な線を引いてアンカーにします
bool req_line_a = i_show_a or i_show_zone
bool req_line_b = i_show_b or i_show_zone
var line l_a = line.new(na, na, na, na, xloc=xloc.bar_time, width=i_wid_a, style=f_get_style(i_sty_a), color=i_show_a ? i_col_a : na)
var line l_b = line.new(na, na, na, na, xloc=xloc.bar_time, width=i_wid_b, style=f_get_style(i_sty_b), color=i_show_b ? i_col_b : na)
var box b_gap = box.new(na, na, na, na, xloc=xloc.bar_time, border_color=na, bgcolor=na)
if barstate.isfirst
if i_show_zone
linefill.new(l_a, l_b, i_col_zone)
// ==============================================================================
// 【05】 このコード固有の計算仕様 (Specific Indicator Logic)
// ==============================================================================
var float temp_o = na
var float temp_h = na
var float temp_l = na
var float prev_o = na
var float prev_h = na
var float prev_l = na
var float prev_c = na
var int start_t = na
var int end_t = na
// 描画エンジンへ引き渡すためのフラグと変数
bool do_draw = false
int draw_start = na
int draw_end = na
float val_a = na
float val_b = na
float gap_c = na
float gap_o = na
if is_new_period
// ① 期間が切り替わった瞬間、今まで蓄積していたデータを「前期間の確定値」として昇格させる
prev_o := temp_o
prev_h := temp_h
prev_l := temp_l
prev_c := close[1]
// ② 新しい期間の高値・安値記録をスタート
temp_o := open
temp_h := high
temp_l := low
// ③ X軸（横幅）を今期間の開始時刻から未来の終了時刻に設定
start_t := time
int tc = time_close(req_tf)
end_t := not na(tc) ? tc : time + timeframe.in_seconds(req_tf) * MS_PER_SEC
else
// 期間中は裏で次の期間のための高値・安値を蓄積 (Y座標の高さには一切影響させません)
temp_h := math.max(temp_h, high)
temp_l := math.min(temp_l, low)
if not na(prev_o) and not na(start_t) and not na(end_t)
do_draw := true
int bar_ms = timeframe.in_seconds(timeframe.period) * MS_PER_SEC
draw_start := start_t + (i_offset_left * bar_ms)
draw_end := end_t + (i_offset_right * bar_ms)
// ユーザーが選択した2つのラインの「高さ（Y座標）」を専用関数で計算
val_a := f_get_val(i_type_a, prev_o, prev_h, prev_l, prev_c)
val_b := f_get_val(i_type_b, prev_o, prev_h, prev_l, prev_c)
gap_c := prev_c
gap_o := temp_o
// ==============================================================================
// 【06】 描画と出力 (Rendering & Outputs)
// ==============================================================================
// 1. チャートへの視覚的出力（オブジェクト座標の更新）
if do_draw
if req_line_a
line.set_xy1(l_a, draw_start, val_a)
line.set_xy2(l_a, draw_end, val_a)
if req_line_b
line.set_xy1(l_b, draw_start, val_b)
line.set_xy2(l_b, draw_end, val_b)
// Gap (窓) の描画（枠線なしで色のみ更新）
if i_show_gap and not na(gap_c) and not na(gap_o) and (gap_c != gap_o)
color gap_col = gap_o > gap_c ? i_col_gap_u : i_col_gap_d
float gap_top = math.max(gap_c, gap_o)
float gap_bot = math.min(gap_c, gap_o)
box.set_lefttop(b_gap, draw_start, gap_top)
box.set_rightbottom(b_gap, draw_end, gap_bot)
box.set_bgcolor(b_gap, gap_col)
else
// 窓がない場合、または非表示の場合は見えない場所へ退避
box.set_lefttop(b_gap, na, na)
box.set_rightbottom(b_gap, na, na)
// 2. データウィンドウへの出力 (辞書定数を参照)
// ※【05】で純粋な計算として算出済みの数値をそのまま出力します
plot(val_a, title=LBL_DATA_A, color=i_col_a, display=display.data_window, editable=false)
plot(val_b, title=LBL_DATA_B, color=i_col_b, display=display.data_window, editable=false)
* After setting your preferred colors, please click "Save as default" in the settings tab.
* The indicator may not display correctly unless you follow the steps: Create New -> Indicator -> Paste.
