Double&Triple Pattern[TS_Indie]
ลิงก์ TradingView
คำอธิบาย
📌 Description – Double & Triple Pattern Indicator
The Double & Triple Pattern Indicator is developed to help traders systematically and clearly identify Double Top, Double Bottom, Triple Top, and Triple Bottom chart patterns.
⚙️ Core Logic & Working Mechanism
The Double & Triple Pattern Indicator is built on the concept of price swing formation, based on the logic of Trend Entry_0 , which focuses on structured market analysis and price action behavior.
The indicator detects three main swing points (Swing 1, Swing 2, and Swing 3). A Fibonacci Box is then created using Swing A and Swing B as reference points to define the swing detection zone.
When all three swings remain inside the defined Fibonacci Box, the structure is considered a valid Price Action setup.
The indicator then plots key lines on the chart:
➩ Break Line – used to confirm the signal (confirmation)
➩ Cancel Line – used to invalidate the price action if price moves against the conditions
➛ When price breaks the Break Line , the structure is confirmed and a Pending Order is placed at Swing B , with the Stop Loss set at Swing 1.
➛ If price breaks the Cancel Line first, the price action structure is immediately invalidated.
⚙️ Fibonacci Entry Zone & Change SL Settings
➩ When Fibo Entry Zone is set to 0, the Pending Order is placed directly at Swing B.
➩ When the value is greater than 0, the Pending Order is calculated using Fibonacci levels drawn from Swing B to the Stop Loss level.
➩ Change SL allows switching the Stop Loss reference between Swing 1 and Swing A.
⚙️ Min & Max Control for Swing Size : xATR
When enabling Control Size Swing : xATR , the indicator filters Swing B based on the defined Min and Max range.
This allows traders to selectively test larger or smaller swing-based price actions , depending on their trading strategy.
⭐ Pending Order Cancellation Conditions
A Pending Order will be canceled under the following conditions:
1.A new Price Action signal appears on either the Buy or Sell side.
2.When Time Session is enabled, the Pending Order is canceled once price exits the selected session.
🕹 Order Management Rule
When there is an active open position, the indicator restricts the creation of new Pending Orders to prevent overlapping positions.
💡 Double Pattern Example
💡 Triple Pattern Example
⚠️ Disclaimer
This indicator is designed for technical analysis purposes only and does not constitute investment advice.
Users should apply proper risk management and make decisions at their own discretion.
🥂 Community Sharing
If you find parameter settings that work well or produce strong statistical results, feel free to share them with the community so we can improve and develop this indicator together.
รูป Preview
Pine Script Source
// This Pine Script® code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © Truth_Strategy_Indie
//@version=6
strategy("Double&Triple Pattern[TS_Indie]" , overlay=true, max_labels_count=500 , max_lines_count = 500 ,max_boxes_count = 500, max_bars_back = 5000 , margin_long=0, margin_short=0 , initial_capital = 100000 )
Entry_Position = "====== Entry Condition ====== "
// === Input Parameters ===
rr_ratio = input.float(2, "Risk Reward Ratio", step=0.1 , inline="0.1" , group = Entry_Position )
length_atr = input.int(title="Stop loss ATR", defval=14, minval=1 , inline="0.2" , group = Entry_Position )
x_ATR = input.float( 0 , "X", step=0.1 , inline="0.2" , group = Entry_Position )
B_long = input.bool( true ,"Entry Longㅤㅤ" , inline="0.3", group = Entry_Position)
S_short = input.bool( true ,"Entry Short", inline="0.3", group = Entry_Position)
fibo_entry = input.float(0, "Fibo Entry Zone", step= 1 , inline="0.5" , group = Entry_Position )
Sl_change = input.bool(true, "Change SL" , inline="0.5" , group = Entry_Position )
stxt1 = input.string("Swing 1", "✅ [ Fibo1 ]", inline ="0.6", group = Entry_Position )
Swing1_more = input.float(55, "Min", step= 1 , inline="1" , group = Entry_Position )
Swing1_less = input.float(75, "Max", step= 1 , inline="1" , group = Entry_Position )
use_Swing2 = input.bool( true ,"[ Fibo2 ]" , inline="2", group = Entry_Position)
stxt2 = input.string("Swing 2", "", inline ="2", group = Entry_Position )
Swing2_more = input.float(50, "Min", step= 1 , inline="2.1" , group = Entry_Position )
Swing2_less = input.float(75, "Max", step= 1 , inline="2.1" , group = Entry_Position )
use_Swing3 = input.bool( true ,"[ Fibo3 ]" , inline="2.5", group = Entry_Position)
stxt3 = input.string("Swing 3", "", inline ="2.5", group = Entry_Position )
Swing3_more = input.float(65, "Min", step= 1 , inline="3" , group = Entry_Position )
Swing3_less = input.float(110, "Max", step= 1 , inline="3" , group = Entry_Position )
use_size = input.bool( false ," [ Control Size Swing : xATR]" , inline="4", group = Entry_Position)
Size_candle_more = input.float(0, "Min", step= 1 , inline="5" , group = Entry_Position )
Size_candle_less = input.float(3, "Max", step= 1 , inline="5" , group = Entry_Position )
//====== Time Filter ======
Time_Filter = "====== Time Filter ======"
s_date = input.time(timestamp("01 Jan 1970"),"Start" , inline="1" , group = Time_Filter )
en_date = input.time(timestamp("01 Jan 2500"), "End " , inline="2" , group = Time_Filter )
con_date = time >= s_date and time <= en_date
//======== session ========
_session(sess) =>
not na(time(timeframe.period, sess, "UTC+0" ))
s_New_York = input.bool( false ,"New York" , inline = "3" , group = Time_Filter )
t_New = input.session( '1300-2200', "" , inline = "3" , group = Time_Filter )
Session_1 = _session(t_New) , cf_ses1 = s_New_York ? Session_1 : false
s_London = input.bool( false ,"London" , inline = "4" , group = Time_Filter )
t_Lon = input.session( '0700-1600' , "" , inline = "4" , group = Time_Filter )
Session_2 = _session(t_Lon) , cf_ses2 = s_London ? Session_2 : false
s_Tokyo = input.bool( false ,"Tokyo" , inline = "5" , group = Time_Filter )
t_Tokyo = input.session( '0000-0900' , "" , inline = "5" , group = Time_Filter )
Session_3 = _session(t_Tokyo) , cf_ses3 = s_Tokyo ? Session_3 : false
s_Sydney = input.bool( false ,"Sydney" , inline = "6" , group = Time_Filter )
t_Syd = input.session( '2100-0600' , "" , inline = "6" , group = Time_Filter )
Session_4 = _session(t_Syd) , cf_ses4 = s_Sydney ? Session_4 : false
ses_check = s_New_York or s_London or s_Tokyo or s_Sydney
time_con = cf_ses1 or cf_ses2 or cf_ses3 or cf_ses4
con_time = ses_check ? time_con : true
//======== Table ========
position(select) =>
switch select
"bottom_right" => position.bottom_right
"bottom_center" => position.bottom_center
"bottom_left" => position.bottom_left
"top_center" => position.top_center
"top_left" => position.top_left
"top_right" => position.top_right
"mid_center" => position.middle_center
"mid_left" => position.middle_left
"mid_right" => position.middle_right
result_group = "====== Trading Result Table ======"
Show_result = input.bool( true ,"Show Result" , inline = "1" , group = result_group ,tooltip = "The Profit Factor here is calculated using the formula:\n\(Number of Wins x Risk-Reward Ratio) / Number of Losses\n\This formula is based on the assumption that the risk per losing trade is fixed — for example, every losing trade costs exactly 1% of the account.\n\Because of this assumption, the calculated Profit Factor will not match TradingView’s result, since TradingView uses:\n\Gross Profit / Gross Loss\n\And in actual TradingView trades, the loss amount of each trade is not always equal, because the system doesn’t enforce a fixed-risk rule for every losing trade. " )
select_position = input.string("bottom_right", "", options = ["bottom_right", "bottom_center", "bottom_left", "top_center", "top_left" , "top_right" , "mid_center" , "mid_left" , "mid_right" ], group = result_group , inline="1" , display = display.data_window)
Factor_up = input.float( 1.3 ,"Profit Factor > " , step=0.1 , inline = "2" , group = result_group )
Factor_up_color = input(title = " " , defval = #a5d6a7 , inline = "2" , group = result_group)
Factor_donw = input.float( 1 ,"Profit Factor < " , step=0.1 , inline = "3" , group = result_group )
Factor_donw_color = input(title = " " , defval = #faa1a4 , inline = "3" , group = result_group)
display_group = "====== Display ======"
show_line = input.bool(true,'Line', inline="1" , group = display_group)
sw_line_style = input.string('⎯⎯⎯', '' , options = ['⎯⎯⎯', '----', '····'] , inline = '1' , group = display_group)
Color_sw = input(title = " " , defval = #f700ff , inline = "1" , group = display_group)
text_line2_col = input(title = "Text" , defval = #ffffff , inline = "1.5" , group = display_group)
Color_Mark_Swing_i1 = input(#ffee58, 'Swing' , inline="1.5", group = display_group)
Color_Mark_Swing_i2 = input(#00bcd4, '/ ' , inline="1.5", group = display_group)
show_CF_fibo = input.bool(true,'Box Confirm Fibo', inline="3" , group = display_group)
Size_fibo = input.string('Small', '', options = ['Tiny', 'Small', 'Normal'] , inline="3" , group= display_group)
col_cf_con1 = input(title = "Fibo Buy" , defval = color.rgb(187, 217, 251, 70) , inline = "4" , group = display_group)
col_cf_con2 = input(title = "Fibo Sell" , defval = color.rgb(225, 190, 231, 70) , inline = "4" , group = display_group)
var In_Size_fibo = Size_fibo == 'Tiny' ? size.tiny : Size_fibo == 'Small' ? size.small : size.normal
show_CF_line = input.bool(true,'Confirm Line', inline="5" , group = display_group)
Size_CF_line = input.string('Normal', '', options = ['Small', 'Normal', 'Large'] , inline="5" , group= display_group)
var In_Size_CF_line = Size_CF_line == 'Large' ? size.large : Size_CF_line == 'Small' ? size.small : size.normal
Color_tesst_1 = input(title = "Break" , defval = #00aaff , inline = "6" , group = display_group)
Color_tesst_2 = input(title = "Cancel" , defval = #ffee58 , inline = "6" , group = display_group)
show_CF_candle = input.bool(true,'Control Size Swing', inline="7" , group = display_group)
Size_CF_candle = input.string('Small', '', options = ['Small', 'Normal', 'Large'] , inline="7" , group= display_group)
var In_Size_CF_candle = Size_CF_candle == 'Large' ? size.large : Size_CF_candle == 'Small' ? size.small : size.normal
Color_candle_txt = input(title = "Text" , defval = #000000 , inline = "8" , group = display_group)
Color_candle_1 = input(title = "Max" , defval = #00aaff , inline = "8" , group = display_group)
Color_candle_2 = input(title = "Min" , defval = #ffee58 , inline = "8" , group = display_group)
TRANSP = #ffffff00
get_line_style(style) =>
out = switch style
'⎯⎯⎯' => line.style_solid
'----' => line.style_dashed
'····' => line.style_dotted
var float big_high = na , var float big_low = na , var int Bar_big_high = 0 , var int Bar_big_low = 0
var float s_high = na , var float s_low = na , var int Bar_s_high = 0 , var int Bar_s_low = 0
var bool Structure_Trend = false
bool Change_up = false , bool Change_down = false
var H_bar_ary = array.new_int(0,na) , var L_bar_ary = array.new_int(0,na)
var High_ary = array.new_float(0,na) , var Low_ary = array.new_float(0,na)
value_array_unshift(array, new_value_to_add) =>
if array.size(array) > 10
array.remove(array,10)
array.unshift(array, new_value_to_add)
//first trend
if na(s_high) and barstate.isconfirmed
if close > open
Structure_Trend := true
s_high := high
s_low := low
// Direction dwon
if not Structure_Trend and not na(s_high) and barstate.isconfirmed
//trend change up
if close > s_high
if low <= s_low
big_low := low , Bar_big_low := bar_index
if low > s_low
big_low := s_low , Bar_big_low := Bar_s_low
value_array_unshift(Low_ary , big_low) , value_array_unshift(L_bar_ary , Bar_big_low)
Structure_Trend := true , Change_up := true
s_high := high , s_low := low , Bar_s_high := bar_index , Bar_s_low := bar_index
if not Change_up and low <= s_low
s_high := high , s_low := low , Bar_s_high := bar_index , Bar_s_low := bar_index
// Direction up
if Structure_Trend and not na(s_high) and barstate.isconfirmed
//trend change down
if close < s_low
if high >= s_high
big_high := high , Bar_big_high := bar_index
if high < s_high
big_high := s_high , Bar_big_high := Bar_s_high
value_array_unshift(High_ary , big_high) , value_array_unshift(H_bar_ary , Bar_big_high)
Structure_Trend := false , Change_down := true
s_high := high , s_low := low , Bar_s_high := bar_index , Bar_s_low := bar_index
if not Change_down and high >= s_high
s_high := high , s_low := low , Bar_s_high := bar_index , Bar_s_low := bar_index
var line sm_line = na , var line sm_line2 = na
var big_line = array.new_line(7,na)
add_array_unshift(array, new_value_to_add) =>
line.delete(array.get(array, 6))
array.remove(array,6)
array.unshift(array, new_value_to_add)
if show_line
if Change_up
add_array_unshift(big_line,line.new( Bar_big_high[1] , big_high[1] , Bar_big_low , big_low ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style)))
if Change_down
add_array_unshift(big_line,line.new( Bar_big_high , big_high , Bar_big_low[1] , big_low[1] ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style)))
line.delete(sm_line[1]) , line.delete(sm_line2[1])
bb_bar = Structure_Trend ? Bar_big_low : Bar_big_high , bb_price = Structure_Trend ? big_low : big_high
cc_bar = Structure_Trend ? Bar_s_high : Bar_s_low , cc_price = Structure_Trend ? s_high : s_low
sm_line := line.new( bb_bar , bb_price , cc_bar , cc_price ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
sm_line2 := line.new( cc_bar , cc_price , bar_index , close ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
//===================================================
atr_sl = ta.ema(ta.tr(true), length_atr)
var int c_order_buy = 0 , var int c_order_sell = 0
var float stop_loss_long = 0 , var float stop_loss_short = 0
var float take_profit_long = 0 , var float take_profit_short = 0
var float open_long = 0 , var float open_short = 0
var int time_buy = 0 , var int time_sell = 0
bool cencel_buy = false , bool cencel_sell = false
bool im_buy_signal = false , bool im_sell_signal = false
bool buy_signal = false , bool sell_signal = false
var bool pending_buy = false , var bool pending_sell = false
var float Fibo_1 = na , var float Fibo_2 = na , var float Fibo_3 = na
var bool cf_con_buy = false , var bool cf_con_sell = false
bar_plus1 = 1 , bar_plus = 2
//Condition Buy
var float sl_b = na , var float entry_b = na , var float sl2_b = na
var int bar_sl_b = 0 , var int bar_entry_b = 0 , var int bar_sl2_b = 0
var int bar_last_b = 0 , var float last_b = na
if strategy.position_size > 0
pending_buy := false
if strategy.closedtrades > strategy.closedtrades[1] and pending_buy and barstate.isconfirmed
im_buy_signal := true , pending_buy := false
if pending_buy and con_time[1] and not con_time and barstate.isconfirmed
strategy.cancel("Long "+str.tostring(c_order_buy))
pending_buy := false , cencel_buy := true
if Change_up and array.size(High_ary) > 4
H_0 = array.get(High_ary,0) , H_1 = array.get(High_ary,1) , H_2 = array.get(High_ary,2)
L_0 = array.get(Low_ary,0) , L_1 = array.get(Low_ary,1) , L_2 = array.get(Low_ary,2) , L_3 = array.get(Low_ary,3) , L_4 = array.get(Low_ary,4)
bar_H_0 = array.get(H_bar_ary,0) , bar_H_1 = array.get(H_bar_ary,1) , bar_H_2 = array.get(H_bar_ary,2)
bar_L_0 = array.get(L_bar_ary,0) , bar_L_1 = array.get(L_bar_ary,1) , bar_L_2 = array.get(L_bar_ary,2)
Fibo1_more = H_0-(Swing1_more/100)*(H_0-L_1) , Fibo1_less = H_0-(Swing1_less/100)*(H_0-L_1)
Fibo2_more = H_0-(Swing2_more/100)*(H_0-L_1) , Fibo2_less = H_0-(Swing2_less/100)*(H_0-L_1)
Fibo3_more = L_1+(Swing3_more/100)*(H_0-L_1) , Fibo3_less = L_1+(Swing3_less/100)*(H_0-L_1)
Price_more = (Size_candle_more * atr_sl) + L_1 , Price_less = (Size_candle_less * atr_sl) + L_1
cf_buy1 = L_0 <= Fibo1_more and L_0 >= Fibo1_less
cf_buy2 = use_Swing2 ? L_2 <= Fibo2_more and L_2 >= Fibo2_less : true
cf_buy3 = use_Swing3 ? H_1 >= Fibo3_more and H_1 <= Fibo3_less : true
cf_buy4 = use_size ? H_0 > Price_more and H_0 < Price_less : true
if cf_buy1 and cf_buy2 and cf_buy3 and cf_buy4
if cf_con_sell
cf_con_sell := false
if pending_sell
strategy.cancel("Short "+str.tostring(c_order_sell))
pending_sell := false , cencel_sell := true
if pending_buy
strategy.cancel("Long "+str.tostring(c_order_buy))
pending_buy := false , cencel_buy := true
if B_long and strategy.position_size == 0
cf_con_buy := true
sl_b := L_0 < L_1 ? L_0 : L_1 , bar_sl_b := L_0 < L_1 ? bar_L_0 : bar_L_1
sl2_b := L_0 < L_1 ? L_1 : L_0 , bar_sl2_b := L_0 < L_1 ? bar_L_1 : bar_L_0
last_b := L_0 , bar_last_b := bar_L_0
entry_b := H_0 , bar_entry_b := bar_H_0
if B_long
if show_CF_fibo
lbl_swing1_a = label.new( bar_L_0+bar_plus , Fibo1_more , "Fibo"+str.tostring(Swing1_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing1_b = label.new( bar_L_0+bar_plus , Fibo1_less , "Fibo"+str.tostring(Swing1_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing1_c = label.new( bar_L_0 , L_0 , stxt1 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_up, size = In_Size_fibo)
box_cfbuy1_his = box.new(xloc = xloc.bar_index , left = bar_L_0-bar_plus1 , top = Fibo1_more, right = bar_L_0+bar_plus1 , bottom = Fibo1_less , border_color = col_cf_con1 ,bgcolor = col_cf_con1)
if use_Swing2
i_Mark_2 = label.new(bar_L_2, L_2 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
if show_CF_fibo
lbl_swing2_a = label.new( bar_L_2+bar_plus , Fibo2_more , "Fibo"+str.tostring(Swing2_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing2_b = label.new( bar_L_2+bar_plus , Fibo2_less , "Fibo"+str.tostring(Swing2_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing2_c = label.new( bar_L_2 , L_2 , stxt2 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_up, size = In_Size_fibo)
box_cfbuy2_his = box.new(xloc = xloc.bar_index , left = bar_L_2-bar_plus1 , top = Fibo2_more, right = bar_L_2+bar_plus1 , bottom = Fibo2_less , border_color = col_cf_con1 ,bgcolor = col_cf_con1)
if use_Swing3
i_Mark_3 = label.new(bar_H_1, H_1 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
if show_CF_fibo
lbl_swing3_a = label.new( bar_H_1+bar_plus , Fibo3_more , "Fibo"+str.tostring(Swing3_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing3_b = label.new( bar_H_1+bar_plus , Fibo3_less , "Fibo"+str.tostring(Swing3_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing3_c = label.new( bar_H_1 , H_1 , stxt3 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_down, size = In_Size_fibo)
box_cfbuy3_his = box.new(xloc = xloc.bar_index , left = bar_H_1-bar_plus1 , top = Fibo3_more, right = bar_H_1+bar_plus1 , bottom = Fibo3_less , border_color = col_cf_con1 ,bgcolor = col_cf_con1)
line_1 = line.new( bar_L_0 , L_0 , bar_H_0 , H_0 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_2 = line.new( bar_L_1 , L_1 , bar_H_0 , H_0 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_3 = line.new( bar_L_1 , L_1 , bar_H_1 , H_1 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_4 = line.new( bar_L_2 , L_2 , bar_H_1 , H_1 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_5 = line.new( bar_L_2 , L_2 , bar_H_2 , H_2 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
i_Mark_1 = label.new(bar_L_0, L_0 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
i_Mark_4 = label.new(bar_H_0, H_0 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i2,size = size.normal)
i_Mark_5 = label.new(bar_L_1, L_1 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i2,size = size.normal)
lbl_swing_A = label.new( bar_L_1 , L_1 , "Swing A" , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_up, size = In_Size_fibo)
lbl_swing_B = label.new( bar_H_0 , H_0 , "Swing B" , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_down, size = In_Size_fibo)
if use_size and show_CF_candle
line_size_1 = line.new( bar_L_1 , Price_more , bar_H_0 , Price_more ,xloc = xloc.bar_index , color = Color_candle_2 , style = get_line_style(sw_line_style))
line_size_2 = line.new( bar_L_1 , Price_less , bar_H_0 , Price_less ,xloc = xloc.bar_index , color = Color_candle_1 , style = get_line_style(sw_line_style))
lbl_size_a = label.new( (bar_L_1+bar_H_0)/2 , Price_more , "Min" , xloc = xloc.bar_index , color = Color_candle_2, textcolor = Color_candle_txt, style = label.style_label_center, size = In_Size_CF_candle)
lbl_size_b = label.new( (bar_L_1+bar_H_0)/2 , Price_less , "Max" , xloc = xloc.bar_index , color = Color_candle_1, textcolor = Color_candle_txt, style = label.style_label_center, size = In_Size_CF_candle)
Line_draw_buy = false , var wait_b_line = false
if cf_con_buy and B_long and close >= entry_b and barstate.isconfirmed and strategy.position_size == 0
cf_con_buy := false , Line_draw_buy := true , wait_b_line := true
if con_time and con_date
buy_signal := true
if cf_con_buy and B_long and close <= sl_b and barstate.isconfirmed and strategy.position_size == 0
cf_con_buy := false , Line_draw_buy := true
line_last = line.new( Bar_big_high , big_high , bar_last_b , last_b ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
if wait_b_line and Change_down and barstate.isconfirmed
line_last = line.new( Bar_big_high , big_high , bar_last_b , last_b ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
wait_b_line := false
var line lineB_to_CF = na , var line lineB_to_cancel = na
var label lblB_to_CF = na , var label lblB_to_cancel = na
if cf_con_buy and show_CF_line and barstate.isconfirmed
line.delete(lineB_to_CF[1]) , line.delete(lineB_to_cancel[1]) , label.delete(lblB_to_CF[1]) , label.delete(lblB_to_cancel[1])
lineB_to_CF := line.new( bar_entry_b , entry_b , bar_index , entry_b ,xloc = xloc.bar_index , color = Color_tesst_1 , style = line.style_dashed )
lineB_to_cancel := line.new( bar_sl_b , sl_b , bar_index , sl_b ,xloc = xloc.bar_index , color = Color_tesst_2 , style = line.style_dashed )
lblB_to_CF := label.new(bar_index, entry_b , "Break to confitm" ,xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_1, style = label.style_label_down, size = In_Size_CF_line)
lblB_to_cancel := label.new(bar_index, sl_b , "Cancel Line",xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_2, style = label.style_label_up, size = In_Size_CF_line)
if Line_draw_buy and show_CF_line and barstate.isconfirmed
line.delete(lineB_to_CF[1]) , line.delete(lineB_to_cancel[1]) , label.delete(lblB_to_CF[1]) , label.delete(lblB_to_cancel[1])
lineB_CF = line.new( bar_entry_b , entry_b , bar_index , entry_b ,xloc = xloc.bar_index , color = Color_tesst_1 , style = line.style_dashed )
lineB_cancel = line.new( bar_sl_b , sl_b , bar_index , sl_b ,xloc = xloc.bar_index , color = Color_tesst_2 , style = line.style_dashed )
lblB_cf = label.new(bar_index, entry_b , "Break to confitm" ,xloc = xloc.bar_index, color = #ffffff00, textcolor = Color_tesst_1, style = label.style_label_down, size = In_Size_CF_line)
lblB_cancel = label.new(bar_index, sl_b , "Cancel Line" ,xloc = xloc.bar_index, color = #ffffff00, textcolor = Color_tesst_2, style = label.style_label_up, size = In_Size_CF_line)
//Condition Sell
var float sl_s = na , var float entry_s = na , var float sl2_s = na
var int bar_sl_s = 0 , var int bar_entry_s = 0 , var int bar_sl2_s = 0
var float last_s = na , var int bar_last_s = 0
if strategy.position_size < 0
pending_sell := false
if strategy.closedtrades > strategy.closedtrades[1] and pending_sell and barstate.isconfirmed
im_sell_signal := true , pending_sell := false
if pending_sell and con_time[1] and not con_time and barstate.isconfirmed
strategy.cancel("Short "+str.tostring(c_order_sell))
pending_sell := false , cencel_sell := true
if Change_down and array.size(Low_ary) > 4
H_0 = array.get(High_ary,0) , H_1 = array.get(High_ary,1) , H_2 = array.get(High_ary,2) , H_3 = array.get(High_ary,3) , H_4 = array.get(High_ary,4)
L_0 = array.get(Low_ary,0) , L_1 = array.get(Low_ary,1) , L_2 = array.get(Low_ary,2)
bar_H_0 = array.get(H_bar_ary,0) , bar_H_1 = array.get(H_bar_ary,1) , bar_H_2 = array.get(H_bar_ary,2)
bar_L_0 = array.get(L_bar_ary,0) , bar_L_1 = array.get(L_bar_ary,1) , bar_L_2 = array.get(L_bar_ary,2)
Fibo1_more = L_0+(Swing1_more/100)*(H_1-L_0) , Fibo1_less = L_0+(Swing1_less/100)*(H_1-L_0)
Fibo2_more = L_0+(Swing2_more/100)*(H_1-L_0) , Fibo2_less = L_0+(Swing2_less/100)*(H_1-L_0)
Fibo3_more = H_1-(Swing3_more/100)*(H_1-L_0) , Fibo3_less = H_1-(Swing3_less/100)*(H_1-L_0)
Price_more = H_1 - (Size_candle_more * atr_sl) , Price_less = H_1 - (Size_candle_less * atr_sl)
cf_sell1 = H_0 >= Fibo1_more and H_0 <= Fibo1_less
cf_sell2 = use_Swing2 ? H_2 >= Fibo2_more and H_2 <= Fibo2_less : true
cf_sell3 = use_Swing3 ? L_1 <= Fibo3_more and L_1 >= Fibo3_less : true
cf_sell4 = use_size ? L_0 <= Price_more and L_0 >= Price_less : true
if cf_sell1 and cf_sell2 and cf_sell3 and cf_sell4
if cf_con_buy
cf_con_buy := false
if pending_buy
strategy.cancel("Long "+str.tostring(c_order_buy))
pending_buy := false , cencel_buy := true
if pending_sell
strategy.cancel("Short "+str.tostring(c_order_sell))
pending_sell := false , cencel_sell := true
if S_short and strategy.position_size == 0
cf_con_sell := true
sl_s := H_0 > H_1 ? H_0 : H_1 , bar_sl_s := H_0 > H_1 ? bar_H_0 : bar_H_1
sl2_s := H_0 > H_1 ? H_1 : H_0 , bar_sl2_s := H_0 > H_1 ? bar_H_1 : bar_H_0
last_s := H_0 , bar_last_s := bar_H_0
entry_s := L_0 , bar_entry_s := bar_L_0
if S_short
if show_CF_fibo
lbl_swing1_a = label.new( bar_H_0+bar_plus , Fibo1_more , "Fibo"+str.tostring(Swing1_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing1_b = label.new( bar_H_0+bar_plus , Fibo1_less , "Fibo"+str.tostring(Swing1_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing1_c = label.new( bar_H_0 , H_0 , stxt1 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_down, size = In_Size_fibo)
box_cfbuy1_his = box.new(xloc = xloc.bar_index , left = bar_H_0-bar_plus1 , top = Fibo1_more, right = bar_H_0+bar_plus1 , bottom = Fibo1_less , border_color = col_cf_con2 ,bgcolor = col_cf_con2)
if use_Swing2
i_Mark_2 = label.new(bar_H_2, H_2 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
if show_CF_fibo
lbl_swing2_a = label.new( bar_H_2+bar_plus , Fibo2_more , "Fibo"+str.tostring(Swing2_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing2_b = label.new( bar_H_2+bar_plus , Fibo2_less , "Fibo"+str.tostring(Swing2_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing2_c = label.new( bar_H_2 , H_2 , stxt2 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_down, size = In_Size_fibo)
box_cfbuy2_his = box.new(xloc = xloc.bar_index , left = bar_H_2-bar_plus1 , top = Fibo2_more, right = bar_H_2+bar_plus1 , bottom = Fibo2_less , border_color = col_cf_con2 ,bgcolor = col_cf_con2)
if use_Swing3
i_Mark_3 = label.new(bar_L_1, L_1 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
if show_CF_fibo
lbl_swing3_a = label.new( bar_L_1+bar_plus , Fibo3_more , "Fibo"+str.tostring(Swing3_more) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing3_b = label.new( bar_L_1+bar_plus , Fibo3_less , "Fibo"+str.tostring(Swing3_less) , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_swing3_c = label.new( bar_L_1 , L_1 , stxt3 , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_up, size = In_Size_fibo)
box_cfbuy3_his = box.new(xloc = xloc.bar_index , left = bar_L_1-bar_plus1 , top = Fibo3_more, right = bar_L_1+bar_plus1 , bottom = Fibo3_less , border_color = col_cf_con2 ,bgcolor = col_cf_con2)
line_1 = line.new( bar_H_0 , H_0 , bar_L_0 , L_0 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_2 = line.new( bar_H_1 , H_1 , bar_L_0 , L_0 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_3 = line.new( bar_H_1 , H_1 , bar_L_1 , L_1 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_4 = line.new( bar_H_2 , H_2 , bar_L_1 , L_1 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
line_5 = line.new( bar_H_2 , H_2 , bar_L_2 , L_2 ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
i_Mark_1 = label.new(bar_H_0, H_0 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i1,size = size.small)
i_Mark_4 = label.new(bar_L_0, L_0 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i2,size = size.normal)
i_Mark_5 = label.new(bar_H_1, H_1 ,xloc = xloc.bar_index, text = "●",color = TRANSP, style = label.style_label_center,textcolor = Color_Mark_Swing_i2,size = size.normal)
lbl_swing_A = label.new( bar_H_1 , H_1 , "Swing A" , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_down, size = In_Size_fibo)
lbl_swing_B = label.new( bar_L_0 , L_0 , "Swing B" , xloc = xloc.bar_index , color = TRANSP, textcolor = text_line2_col, style = label.style_label_up, size = In_Size_fibo)
if use_size and show_CF_candle
line_size_1 = line.new( bar_H_1 , Price_more , bar_L_0 , Price_more ,xloc = xloc.bar_index , color = Color_candle_2 , style = get_line_style(sw_line_style))
line_size_2 = line.new( bar_H_1 , Price_less , bar_L_0 , Price_less ,xloc = xloc.bar_index , color = Color_candle_1 , style = get_line_style(sw_line_style))
lbl_size_a = label.new( (bar_H_1+bar_L_0)/2 , Price_more , "Min", xloc = xloc.bar_index , color = Color_candle_2, textcolor = Color_candle_txt, style = label.style_label_center, size = In_Size_CF_candle)
lbl_size_b = label.new( (bar_H_1+bar_L_0)/2 , Price_less , "Max", xloc = xloc.bar_index , color = Color_candle_1, textcolor = Color_candle_txt, style = label.style_label_center, size = In_Size_CF_candle)
Line_draw_sell = false , var wait_s_line = false
if cf_con_sell and S_short and close <= entry_s and barstate.isconfirmed and strategy.position_size == 0
cf_con_sell := false , Line_draw_sell := true , wait_s_line := true
if con_time and con_date
sell_signal := true
if cf_con_sell and S_short and close >= sl_s and barstate.isconfirmed and strategy.position_size == 0
cf_con_sell := false , Line_draw_sell := true
line_last = line.new( Bar_big_low , big_low , bar_last_s, last_s ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
if wait_s_line and Change_up and barstate.isconfirmed
line_last = line.new( Bar_big_low , big_low , bar_last_s, last_s ,xloc = xloc.bar_index , color = Color_sw , style = get_line_style(sw_line_style))
wait_s_line := false
var line lineS_to_CF = na , var line lineS_to_cancel = na
var label lblS_to_CF = na , var label lblS_to_cancel = na
if cf_con_sell and show_CF_line and barstate.isconfirmed
line.delete(lineS_to_CF[1]) , line.delete(lineS_to_cancel[1]) , label.delete(lblS_to_CF[1]) , label.delete(lblS_to_cancel[1])
lineS_to_CF := line.new( bar_entry_s , entry_s , bar_index , entry_s ,xloc = xloc.bar_index , color = Color_tesst_1 , style = line.style_dashed )
lineS_to_cancel := line.new( bar_sl_s , sl_s , bar_index , sl_s ,xloc = xloc.bar_index , color = Color_tesst_2 , style = line.style_dashed )
lblS_to_CF := label.new(bar_index, entry_s , "Break to confitm" ,xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_1, style = label.style_label_up, size = In_Size_CF_line)
lblS_to_cancel := label.new(bar_index, sl_s , "Cancel Line",xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_2, style = label.style_label_down, size = In_Size_CF_line)
if Line_draw_sell and show_CF_line and barstate.isconfirmed
line.delete(lineS_to_CF[1]) , line.delete(lineS_to_cancel[1]) , label.delete(lblS_to_CF[1]) , label.delete(lblS_to_cancel[1])
lineS_CF = line.new( bar_entry_s , entry_s , bar_index , entry_s ,xloc = xloc.bar_index , color = Color_tesst_1 , style = line.style_dashed )
lineS_cancel = line.new( bar_sl_s , sl_s , bar_index , sl_s ,xloc = xloc.bar_index , color = Color_tesst_2 , style = line.style_dashed )
lblS_cf = label.new(bar_index, entry_s , "Break to confitm" ,xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_1, style = label.style_label_up, size = In_Size_CF_line)
lblS_cancel = label.new(bar_index, sl_s , "Cancel Line" ,xloc = xloc.bar_index, color = TRANSP, textcolor = Color_tesst_2, style = label.style_label_down, size = In_Size_CF_line)
// === Position Size ===
risk_pips = atr_sl * x_ATR
value_remove2(va1 , va2 , size) =>
array.remove(va1,size) , array.remove(va2,size)
var tp_buy = array.new_float(0,na) , var sl_buy = array.new_float(0,na)
var tp_sell = array.new_float(0,na) , var sl_sell = array.new_float(0,na)
var int Loss_Buy = 0 , var int Win_Buy = 0 , var float sl_trade_buy = na , var float tp_trade_buy = na
var int Loss_Sell = 0 , var int Win_Sell = 0 , var float sl_trade_sell = na , var float tp_trade_sell = na
if cencel_buy and array.size(tp_buy) > 0
tp_trade_buy := na , sl_trade_buy := na
for i = array.size(tp_buy)-1 to 0
value_remove2( tp_buy , sl_buy , i)
if cencel_sell and array.size(tp_sell) > 0
tp_trade_sell := na , sl_trade_sell := na
for i = array.size(tp_sell)-1 to 0
value_remove2( tp_sell , sl_sell , i)
// === Long Entry ===
if buy_signal and con_time and con_date and barstate.isconfirmed
sl_cal_long = Sl_change ? sl2_b : sl_b
open_long := entry_b-math.abs((fibo_entry / 100)*(entry_b-sl_cal_long))
stop_loss_long := sl_cal_long - risk_pips
take_profit_long := open_long + (open_long - stop_loss_long)*rr_ratio
c_order_buy += 1
cs_buy = str.tostring(c_order_buy)
strategy.entry("Long "+cs_buy, strategy.long , na , limit = open_long )
strategy.exit("Long Exit "+cs_buy , "Long "+cs_buy , stop = stop_loss_long , limit = take_profit_long , comment_profit = "Long(Tp) "+cs_buy ,comment_loss = "Long(SL) "+cs_buy )
p_entry = "\n\nEntry price = "+str.tostring( open_long , format.mintick)
p_sl = "\n\nStop loss = "+str.tostring(stop_loss_long, format.mintick)
p_tp = "\n\nTarget profit = "+str.tostring(take_profit_long, format.mintick)
alert("Long_"+p_entry+p_sl+p_tp, alert.freq_all)
pending_buy := true , time_buy := bar_index
array.unshift(tp_buy, take_profit_long) , array.unshift(sl_buy,stop_loss_long)
// === Short Entry ===
if sell_signal and con_time and con_date and barstate.isconfirmed
sl_cal_short = Sl_change ? sl2_s : sl_s
open_short := entry_s+((fibo_entry / 100) *(sl_cal_short-entry_s))
stop_loss_short := sl_cal_short + risk_pips
take_profit_short := open_short - (stop_loss_short - open_short)*rr_ratio
c_order_sell += 1
cs_sell = str.tostring(c_order_sell)
strategy.entry("Short "+cs_sell, strategy.short , na , limit = open_short )
strategy.exit("Short Exit "+cs_sell ,"Short "+cs_sell , stop = stop_loss_short , limit = take_profit_short , comment_profit = "Short(Tp) "+cs_sell ,comment_loss = "Short(SL) "+cs_sell )
p_entry = "\n\nEntry price = "+str.tostring( open_short , format.mintick)
p_sl = "\n\nStop loss = "+str.tostring(stop_loss_short, format.mintick)
p_tp = "\n\nTarget profit = "+str.tostring(take_profit_short, format.mintick)
alert("Short_"+p_entry+p_sl+p_tp, alert.freq_all)
pending_sell := true , time_sell := bar_index
array.unshift(tp_sell, take_profit_short) , array.unshift(sl_sell,stop_loss_short)
//show pending
n_bar = 5
col_1 = color.rgb(8, 153, 129, 80), col_2 = color.rgb(242, 54, 70, 80)
box box_entrybuy_1_his = na , box box_entrybuy_2_his = na
box box_entrysell_1_his = na , box box_entrysell_2_his = na
label lbl_entry_his = na , label lbl_tp_his = na , label lbl_sl_his = na
var label lbl_entry_t = na , var label lbl_tp_t = na , var label lbl_sl_t = na
var box box_entry_t1 = na , var box box_entry_t2 = na
//show Buy
if strategy.position_size > 0 or im_buy_signal and barstate.isconfirmed
box.delete(box_entry_t1[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box.delete(box_entrybuy_1_his[1]) , box.delete(box_entrybuy_2_his[1]) , label.delete(lbl_entry_his[1]) , label.delete(lbl_tp_his[1]) , label.delete(lbl_sl_his[1])
box_entrybuy_1_his := box.new(xloc = xloc.bar_index ,left = time_buy , top = take_profit_long, right = bar_index+n_bar , bottom = open_long , border_color = col_1 ,bgcolor = col_1)
box_entrybuy_2_his := box.new(xloc = xloc.bar_index ,left = time_buy , top = open_long, right = bar_index+n_bar , bottom = stop_loss_long , border_color = col_2 ,bgcolor = col_2)
lbl_entry_his := label.new(bar_index+n_bar, open_long , str.tostring(open_long,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_his := label.new(bar_index+n_bar, take_profit_long , str.tostring(take_profit_long,format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_his := label.new(bar_index+n_bar, stop_loss_long , str.tostring(stop_loss_long,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
if cencel_buy and barstate.isconfirmed
box.delete(box_entry_t1[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box.delete(box_entrybuy_1_his[1]) , box.delete(box_entrybuy_2_his[1]) , label.delete(lbl_entry_his[1]) , label.delete(lbl_tp_his[1]) , label.delete(lbl_sl_his[1])
box_entrybuy_1_his := box.new(xloc = xloc.bar_index ,left = time_buy[1] , top = take_profit_long[1] , right = time_buy[1]+n_bar , bottom = open_long[1] , border_color = col_1 ,bgcolor = col_1)
box_entrybuy_2_his := box.new(xloc = xloc.bar_index ,left = time_buy[1] , top = open_long[1] , right = time_buy[1]+n_bar , bottom = stop_loss_long[1] , border_color = col_2 ,bgcolor = col_2)
lbl_entry_his := label.new(time_buy[1]+n_bar, open_long[1] , str.tostring(open_long[1],format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_his := label.new(time_buy[1]+n_bar, take_profit_long[1] , str.tostring(take_profit_long[1],format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_his := label.new(time_buy[1]+n_bar, stop_loss_long[1] , str.tostring(stop_loss_long[1],format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
//show sell
if strategy.position_size < 0 or im_sell_signal and barstate.isconfirmed
box.delete(box_entry_t1[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box.delete(box_entrysell_1_his[1]) , box.delete(box_entrysell_2_his[1]) , label.delete(lbl_entry_his[1]) , label.delete(lbl_tp_his[1]) , label.delete(lbl_sl_his[1])
box_entrysell_1_his := box.new(xloc = xloc.bar_index , left = time_sell , top = take_profit_short, right = bar_index+n_bar , bottom = open_short , border_color = col_1 ,bgcolor = col_1)
box_entrysell_2_his := box.new(xloc = xloc.bar_index , left = time_sell , top = open_short, right = bar_index+n_bar , bottom = stop_loss_short , border_color = col_2 ,bgcolor = col_2)
lbl_entry_his := label.new(bar_index+n_bar , open_short , str.tostring(open_short,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_his := label.new(bar_index+n_bar , take_profit_short , str.tostring(take_profit_short,format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_his := label.new(bar_index+n_bar , stop_loss_short , str.tostring(stop_loss_short,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
if cencel_sell and barstate.isconfirmed
box.delete(box_entry_t1[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box.delete(box_entrysell_1_his[1]) , box.delete(box_entrysell_2_his[1]) , label.delete(lbl_entry_his[1]) , label.delete(lbl_tp_his[1]) , label.delete(lbl_sl_his[1])
box_entrysell_1_his := box.new(xloc = xloc.bar_index , left = time_sell[1] , top = take_profit_short[1], right = time_sell[1]+n_bar , bottom = open_short[1] , border_color = col_1 ,bgcolor = col_1)
box_entrysell_2_his := box.new(xloc = xloc.bar_index , left = time_sell[1] , top = open_short[1], right = time_sell[1]+n_bar , bottom = stop_loss_short[1] , border_color = col_2 ,bgcolor = col_2)
lbl_entry_his := label.new(time_sell[1]+n_bar , open_short[1] , str.tostring(open_short[1],format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_his := label.new(time_sell[1]+n_bar , take_profit_short[1] , str.tostring(take_profit_short[1],format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_his := label.new(time_sell[1]+n_bar , stop_loss_short[1] , str.tostring(stop_loss_short[1],format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
if buy_signal and barstate.isconfirmed
box.delete(box_entry_t1[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box_entry_t1 := box.new(xloc = xloc.bar_index ,left = time_buy , top = take_profit_long, right = bar_index+n_bar , bottom = open_long , border_color = col_1 ,bgcolor = col_1)
box_entry_t2 := box.new(xloc = xloc.bar_index ,left = time_buy , top = open_long, right = bar_index+n_bar , bottom = stop_loss_long , border_color = col_2 ,bgcolor = col_2)
lbl_entry_t := label.new(bar_index+n_bar, open_long , str.tostring(open_long,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_t := label.new(bar_index+n_bar, take_profit_long , str.tostring(take_profit_long,format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_t := label.new(bar_index+n_bar, stop_loss_long , str.tostring(stop_loss_long,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
if sell_signal and barstate.isconfirmed
box.delete(box_entrysell_1_his[1]) , box.delete(box_entry_t2[1]) , label.delete(lbl_entry_t[1]) , label.delete(lbl_tp_t[1]) , label.delete(lbl_sl_t[1])
box_entry_t1 := box.new(xloc = xloc.bar_index , left = time_sell , top = take_profit_short, right = bar_index+n_bar , bottom = open_short , border_color = col_1 ,bgcolor = col_1)
box_entry_t2 := box.new(xloc = xloc.bar_index , left = time_sell , top = open_short, right = bar_index+n_bar , bottom = stop_loss_short , border_color = col_2 ,bgcolor = col_2)
lbl_entry_t := label.new(bar_index+n_bar , open_short , str.tostring(open_short,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_tp_t := label.new(bar_index+n_bar , take_profit_short , str.tostring(take_profit_short,format.mintick),xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
lbl_sl_t := label.new(bar_index+n_bar , stop_loss_short , str.tostring(stop_loss_short,format.mintick) ,xloc = xloc.bar_index, color = TRANSP, textcolor = text_line2_col, style = label.style_label_center, size = In_Size_fibo)
if Show_result and barstate.isconfirmed
//Check SL buy
if array.size(sl_buy) > 0 and not na(array.get(sl_buy,0))
sl_trade_buy := array.get(sl_buy,0)
if low <= sl_trade_buy and ( strategy.position_size[1] > 0 or im_buy_signal) and array.size(sl_buy) > 0
sl_trade_buy := na , tp_trade_buy := na
for i = array.size(sl_buy)-1 to 0
if low <= array.get(sl_buy,i) and not na(array.get(sl_buy,i))
Loss_Buy += 1
value_remove2( tp_buy , sl_buy , i)
//check TP buy
if array.size(tp_buy) > 0 and not na(array.get(tp_buy,0))
tp_trade_buy := array.get(tp_buy,0)
if high >= tp_trade_buy and ( strategy.position_size[1] > 0 or im_buy_signal) and array.size(tp_buy) > 0
tp_trade_buy := na , sl_trade_buy := na
for i = array.size(tp_buy)-1 to 0
if high >= array.get(tp_buy,i) and not na(array.get(tp_buy,i))
Win_Buy += 1
value_remove2( tp_buy , sl_buy , i)
//Check SL Sell
if array.size(sl_sell) > 0 and not na(array.get(sl_sell,0))
sl_trade_sell := array.get(sl_sell,0)
if high >= sl_trade_sell and ( strategy.position_size[1] < 0 or im_sell_signal) and array.size(sl_sell) > 0
sl_trade_sell := na , tp_trade_sell := na
for i = array.size(sl_sell)-1 to 0
if high >= array.get(sl_sell,i) and not na(array.get(sl_sell,i))
Loss_Sell += 1
value_remove2( tp_sell , sl_sell , i)
//check TP Sell
if array.size(tp_sell) > 0 and not na(array.get(tp_sell,0))
tp_trade_sell := array.get(tp_sell,0)
if low <= tp_trade_sell and ( strategy.position_size[1] < 0 or im_sell_signal) and array.size(tp_sell) > 0
tp_trade_sell := na , sl_trade_sell := na
for i = array.size(tp_sell)-1 to 0
if low <= array.get(tp_sell,i) and not na(array.get(tp_sell,i))
Win_Sell += 1
value_remove2( tp_sell , sl_sell , i)
// === Plotting ===
bgcolor(s_New_York and cf_ses1 ? color.rgb(255, 251, 0, 92) : na ,title = "New York")
bgcolor(s_London and cf_ses2 ? color.rgb(255, 0, 255, 92) : na ,title = "London")
bgcolor(s_Tokyo and cf_ses3? color.rgb(111, 255, 82, 92) : na ,title = "Tokyo")
bgcolor(s_Sydney and cf_ses4? color.rgb(82, 122, 255, 92) : na ,title = "Sydney")
Location_session = ((9*60*60) / timeframe.in_seconds(timeframe.period)) / 2
Lbl_New_York = not cf_ses1 and cf_ses1 != cf_ses1[1] and s_New_York and t_New == '1300-2200' and timeframe.in_seconds(timeframe.period) <= 32400
plotshape( Lbl_New_York , "Session New York", shape.labeldown, location.bottom, na , offset = -Location_session , text = "New York", textcolor = #fffb00, size = size.tiny, display = display.all - display.status_line, editable = false)
Lbl_London = not cf_ses2 and cf_ses2 != cf_ses2[1] and s_London and t_Lon == '0700-1600' and timeframe.in_seconds(timeframe.period) <= 32400
plotshape( Lbl_London , "Session London", shape.labeldown, location.bottom, na , offset = -Location_session , text = "London", textcolor = #ff00ff , size = size.tiny, display = display.all - display.status_line, editable = false)
Lbl_Tokyo = not cf_ses3 and cf_ses3 != cf_ses3[1] and s_Tokyo and t_Tokyo == '0000-0900' and timeframe.in_seconds(timeframe.period) <= 32400
plotshape( Lbl_Tokyo , "Session Tokyo", shape.labeldown, location.bottom, na , offset = -Location_session , text = "Tokyo", textcolor = #6fff52 , size = size.tiny, display = display.all - display.status_line, editable = false)
Lbl_Sydney = not cf_ses4 and cf_ses4 != cf_ses4[1] and s_Sydney and t_Syd == '2100-0600' and timeframe.in_seconds(timeframe.period) <= 32400
plotshape( Lbl_Sydney , "Session Sydney", shape.labeldown, location.bottom, na , offset = -Location_session , text = "Sydney", textcolor = #527aff , size = size.tiny, display = display.all - display.status_line, editable = false)
var table Balane_status = table.new( position(select_position) , 6 , 6 , border_width = 1)
Total_all = Win_Buy + Loss_Buy + Win_Sell + Loss_Sell
if Show_result and (Total_all > Total_all[1]) and barstate.isconfirmed
Long_all = Win_Buy + Loss_Buy , Short_all = Win_Sell + Loss_Sell
Total_win = Win_Buy + Win_Sell , Total_loss = Loss_Buy + Loss_Sell
Factor_all = (Total_win*rr_ratio)/Total_loss
Factor_buy = (Win_Buy*rr_ratio)/Loss_Buy
Factor_sell = (Win_Sell*rr_ratio)/Loss_Sell
txt1_1 = str.tostring(Total_all,format.volume)
txt1_2 = str.tostring(Long_all,format.volume)
txt1_3 = str.tostring(Short_all,format.volume)
txt2_1 = str.tostring(Total_win,format.volume)
txt3_1 = str.tostring(Total_loss,format.volume)
txt4_1 = str.tostring((Total_win/Total_all)*100,format.percent)
txt5_1 = str.format("{0,number,#.##}", Factor_all )
txt2_2 = str.tostring(Win_Buy,format.volume)
txt3_2 = str.tostring(Loss_Buy,format.volume)
txt4_2 = str.tostring((Win_Buy/Long_all)*100,format.percent)
txt5_2 = str.format("{0,number,#.##}", Factor_buy )
txt2_3 = str.tostring(Win_Sell,format.volume)
txt3_3 = str.tostring(Loss_Sell,format.volume)
txt4_3 = str.tostring((Win_Sell/Short_all)*100,format.percent)
txt5_3 = str.format("{0,number,#.##}", Factor_sell)
Factor_all_color = Factor_all > Factor_up ? Factor_up_color : Factor_all < Factor_donw ? Factor_donw_color : color.white
Factor_buy_color = Factor_buy > Factor_up ? Factor_up_color : Factor_buy < Factor_donw ? Factor_donw_color : color.white
Factor_sell_color = Factor_sell > Factor_up ? Factor_up_color : Factor_sell < Factor_donw ? Factor_donw_color : color.white
table.cell(Balane_status , 1 , 1 , txt1_1 , bgcolor = color.black , text_color = Factor_all_color )
table.cell(Balane_status , 2 , 1 , txt2_1 , bgcolor = color.black , text_color = Factor_all_color )
table.cell(Balane_status , 3 , 1 , txt3_1 , bgcolor = color.black , text_color = Factor_all_color )
table.cell(Balane_status , 4 , 1 , txt4_1 , bgcolor = color.black , text_color = Factor_all_color )
table.cell(Balane_status , 5 , 1 , txt5_1 , bgcolor = color.black , text_color = Factor_all_color )
table.cell(Balane_status , 1 , 2 , txt1_2 , bgcolor = color.black , text_color = Factor_buy_color )
table.cell(Balane_status , 2 , 2 , txt2_2 , bgcolor = color.black , text_color = Factor_buy_color )
table.cell(Balane_status , 3 , 2 , txt3_2 , bgcolor = color.black , text_color = Factor_buy_color )
table.cell(Balane_status , 4 , 2 , txt4_2 , bgcolor = color.black , text_color = Factor_buy_color )
table.cell(Balane_status , 5 , 2 , txt5_2 , bgcolor = color.black , text_color = Factor_buy_color )
table.cell(Balane_status , 1 , 3 , txt1_3 , bgcolor = color.black , text_color = Factor_sell_color )
table.cell(Balane_status , 2 , 3 , txt2_3 , bgcolor = color.black , text_color = Factor_sell_color )
table.cell(Balane_status , 3 , 3 , txt3_3 , bgcolor = color.black , text_color = Factor_sell_color )
table.cell(Balane_status , 4 , 3 , txt4_3 , bgcolor = color.black , text_color = Factor_sell_color )
table.cell(Balane_status , 5 , 3 , txt5_3 , bgcolor = color.black , text_color = Factor_sell_color )
table.cell(Balane_status , 0 , 1 , "Total" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 0 , 2 , "Long" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 0 , 3 , "Short" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 1 , 0 , "All" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 2 , 0 , "Win" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 3 , 0 , "Loss" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 4 , 0 , "Winrate" , bgcolor = color.black , text_color = color.white )
table.cell(Balane_status , 5 , 0 , "Profit\n\Factor" , bgcolor = color.black , text_color = color.white )