412 lines
16 KiB
Plaintext
412 lines
16 KiB
Plaintext
// This indicator is created under TechnoBlooms - Innovating Trading Indicators and Strategies.
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// All rights reserved. Unauthorized copying or distribution is prohibited.
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// © TechnoBlooms
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//@version=6
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indicator("AutoFibGauge (TechnoBlooms) ", overlay=true)
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//----------------------------------------------------------------------------
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// Initialize with a default value that's not NaN
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//----------------------------------------------------------------------------
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var float highestHigh = 0.0
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var float lowestLow = 0.0
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var float level0 = na
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var float level100 = na
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var float level236 = na
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var float level382 = na
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var float level500 = na
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var float level618 = na
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var float level786 = na
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// Variables for labels
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var label label0 = na
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var label label100 = na
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var label label236 = na
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var label label382 = na
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var label label500 = na
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var label label618 = na
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var label label786 = na
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var int positionState = 0 // 0 = neutral, 1 = buy, -1 = sell
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Thermometer_position = input.string("Middle right", title="Position", options=["Middle left", "Middle right"], group='Thermometer Settings')
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//-------------------------------------------------------------------------------
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//input how many candles to consider for drawing fibonacci
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//-------------------------------------------------------------------------------
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num_of_cand = input(25,"No of Candles to find fib")
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//-------------------------------------------------------------------------------
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// Calculate the highest high and lowest low of the last n candles
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//-------------------------------------------------------------------------------
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highestHigh := ta.highest(high, num_of_cand)
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lowestLow := ta.lowest(low, num_of_cand)
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hhBar = ta.highestbars(high, num_of_cand)
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llBar = ta.lowestbars(low, num_of_cand)
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// Calculate actual bar indices (negative offsets need to be converted)
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currentBar = bar_index
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highBarIndex = currentBar + hhBar
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lowBarIndex = currentBar + llBar
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//-------------------------------------------------------------------------------
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// Calculate Simple Moving Average (SMA)
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//-------------------------------------------------------------------------------
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SLength = input(20,"Short Length")
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LLength = input(55,"Long Length") // You can adjust this to change the SMA period
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Strend = ta.sma(close,SLength)
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LTrend = ta.sma(close, LLength)
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//-------------------------------------------------------------------------------------------
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// Determine if we're in an uptrend or downtrend based on the current close relative to SMA
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//-------------------------------------------------------------------------------------------
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isUptrend = Strend > LTrend
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barColor = isUptrend ?#26a6c6 : #9c1f98
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barcolor(barColor, title="Trend-Based Bar Color")
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//----------------------------------------
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//Choose Visibility of MA lines
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//----------------------------------------
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showSMAShort = input.bool(false,"Short SMA")
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showSMALong = input.bool(false,"Long SMA")
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//---------------------------------------------------
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//Choose which all fib lines to display
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//---------------------------------------------------
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showFib0 = input.bool(true, "Fib 0",group = "Show Fib Lines")
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showFib236 = input.bool(true,"Fib 23.6",group = "Show Fib Lines")
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showFib382 = input.bool(true,"Fib 38.2",group = "Show Fib Lines")
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showFib500 = input.bool(true,"Fib 50",group = "Show Fib Lines")
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showFib618 = input.bool(true,"Fib 61.8",group = "Show Fib Lines")
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showFib786 = input.bool(true,"Fib 78.6",group = "Show Fib Lines")
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showFib100 = input.bool(true,"Fib 100",group = "Show Fib Lines")
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//----------------------------------------------------------------
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// Choose background color of thermometer
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//----------------------------------------------------------------
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color0 = color.from_gradient(0, 0, 7, color.aqua, color.purple)
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color1 = color.from_gradient(1, 0, 7, color.aqua, color.purple)
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color2 = color.from_gradient(2, 0, 7, color.aqua, color.purple)
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color3 = color.from_gradient(3, 0, 7, color.aqua, color.purple)
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color4 = color.from_gradient(4, 0, 7, color.aqua, color.purple)
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color5 = color.from_gradient(5, 0, 7, color.aqua, color.purple)
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color6 = color.from_gradient(6, 0, 7, color.aqua, color.purple)
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color7 = color.from_gradient(7, 7, 14, color.purple, color.red)
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color8 = color.from_gradient(8, 7, 14, color.purple, color.red)
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color9 = color.from_gradient(9, 7, 14, color.purple, color.red)
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color10 = color.from_gradient(10, 7, 14, color.purple, color.red)
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color11 = color.from_gradient(11, 7, 14, color.purple, color.red)
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color12 = color.from_gradient(12, 7, 14, color.purple, color.red)
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color13 = color.from_gradient(13, 7, 14,color.purple, color.red)
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//---------------------------------------------------------------------
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// Calculate Fibonacci levels based on trend
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//---------------------------------------------------------------------
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if not na(highestHigh) and not na(lowestLow) and highestHigh != lowestLow
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float diff = highestHigh - lowestLow
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if isUptrend
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level0 := highestHigh
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level100 := lowestLow
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level236 := highestHigh - (diff * 0.236)
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level382 := highestHigh - (diff * 0.382)
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level500 := highestHigh - (diff * 0.500)
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level618 := highestHigh - (diff * 0.618)
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level786 := highestHigh - (diff * 0.786)
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else
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level0 := lowestLow
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level100 := highestHigh
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level236 := lowestLow + (diff * 0.236)
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level382 := lowestLow + (diff * 0.382)
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level500 := lowestLow + (diff * 0.500)
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level618 := lowestLow + (diff * 0.618)
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level786 := lowestLow + (diff * 0.786)
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//-------------------------------------------------
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// Delete old labels
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//-------------------------------------------------
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label.delete(label0)
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label.delete(label100)
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label.delete(label236)
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label.delete(label382)
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label.delete(label500)
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label.delete(label618)
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label.delete(label786)
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//----------------------------------------------------
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// Draw new labels, considering trend
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//----------------------------------------------------
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if showFib0
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label0 := label.new(bar_index+5, level0, text="0.0%", color=color0, textcolor=color.white, style=label.style_label_left)
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if showFib100
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label100 := label.new(bar_index+5, level100, text="100.0%", color=color12, textcolor=color.white, style=label.style_label_left)
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if showFib236
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label236 := label.new(bar_index+5, level236, text="23.6%", color=color2, textcolor=color.white, style=label.style_label_left)
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if showFib382
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label382 := label.new(bar_index+5, level382, text="38.2%", color=color4, textcolor=color.white, style=label.style_label_left)
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if showFib500
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label500 := label.new(bar_index+5, level500, text="50.0%", color=color6, textcolor=color.white, style=label.style_label_left)
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if showFib618
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label618 := label.new(bar_index+5, level618, text="61.8%", color=color8, textcolor=color.white, style=label.style_label_left)
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if showFib786
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label786 := label.new(bar_index+5, level786, text="78.6%", color=color10, textcolor=color.white, style=label.style_label_left)
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//---------------------------------------------------------------
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// Draw straight lines to 20 candles back
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//---------------------------------------------------------------
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var line line0 = na
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var line line100 = na
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var line line236 = na
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var line line382 = na
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var line line500 = na
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var line line618 = na
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var line line786 = na
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line.delete(line0)
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line.delete(line100)
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line.delete(line236)
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line.delete(line382)
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line.delete(line500)
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line.delete(line618)
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line.delete(line786)
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if showFib0
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line0 := line.new(bar_index[num_of_cand], level0, bar_index+5, level0, color=color0, width=1)
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if showFib100
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line100 := line.new(bar_index[num_of_cand], level100, bar_index+5, level100, color=color12, width=1)
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if showFib236
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line236 := line.new(bar_index[num_of_cand], level236, bar_index+5, level236, color=color2, width=1)
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if showFib382
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line382 := line.new(bar_index[num_of_cand], level382, bar_index+5, level382, color=color4, width=1)
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if showFib500
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line500 := line.new(bar_index[num_of_cand], level500, bar_index+5, level500, color=color6,width = 1)
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if showFib618
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line618 := line.new(bar_index[num_of_cand], level618, bar_index+5, level618, color=color8,width = 1)
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if showFib786
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line786 := line.new(bar_index[num_of_cand], level786, bar_index+5, level786, color=color10,width = 1)
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// Draw dashed line for showing Fib range
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var line fibline = na
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//-------------------------------------------------------------------------
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//Highlight Golden Ration region
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//-------------------------------------------------------------------------
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var box box1 = na
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var box box2 = na
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var box box3 = na
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var box box2_lower = na
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var box box2_upper = na
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var box box3_lower = na
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var box box3_upper = na
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// Draw gradient shading with darker areas above and below 61.8%, fading toward 38.2% and 78.6%
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// Delete previous boxes
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if not na(box1)
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box.delete(box1)
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if not na(box2_lower)
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box.delete(box2_lower)
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if not na(box2_upper)
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box.delete(box2_upper)
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if not na(box3_lower)
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box.delete(box3_lower)
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if not na(box3_upper)
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box.delete(box3_upper)
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// Base layer: Full range (38.2% to 78.6%) - lightest shade
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// box1 := box.new(left=bar_index[num_of_cand], top=level786, right=bar_index+5, bottom=level382, bgcolor=color.new(color.yellow, 100), border_width=0)
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// Middle layers: Split around 61.8%, fading outward
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box2_lower := box.new(left=bar_index[num_of_cand], top=(level618 + level382)/2, right=bar_index+5, bottom=level382, bgcolor=color.new(color.yellow, 100), border_width=0)
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box2_upper := box.new(left=bar_index[num_of_cand], top=level786, right=bar_index+5, bottom=(level786 + level618)/2, bgcolor=color.new(color.yellow, 100), border_width=0)
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// Core layers: Closest to 61.8%, darkest shade
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box3_lower := box.new(left=bar_index[num_of_cand], top=level618, right=bar_index+5, bottom=(level618 + level382)/2, bgcolor=color.new(color.yellow, 85), border_width=0)
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box3_upper := box.new(left=bar_index[num_of_cand], top=(level786 + level618)/2, right=bar_index+5, bottom=level618, bgcolor=color.new(color.yellow, 85), border_width=0)
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if isUptrend
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line.delete(fibline)
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fibline := line.new(lowBarIndex, lowestLow, highBarIndex, highestHigh, color=color.gray, style=line.style_dashed)
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else
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line.delete(fibline)
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fibline := line.new(highBarIndex, highestHigh, lowBarIndex, lowestLow, color=color.gray, style=line.style_dashed)
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//-------------------------
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// Plot SMA
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//-------------------------
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plot(showSMAShort? Strend:na, title="SMA", color=color.blue, linewidth=1)
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plot(showSMALong? LTrend:na, title="Strend", color=#f321b4, linewidth=1)
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//-----------------------------------------------------------
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//create labels in Thermometer when trend = 1 (uptrend)
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//-----------------------------------------------------------
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var table_position = Thermometer_position == 'Top right' ? position.top_right :
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Thermometer_position == 'Top left' ? position.top_left :
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Thermometer_position == 'Top center' ? position.top_center :
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Thermometer_position == 'Bottom right' ? position.bottom_right :
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Thermometer_position == 'Bottom left' ? position.bottom_left :
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Thermometer_position == 'Bottom center' ? position.bottom_center :
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Thermometer_position == 'Middle right' ? position.middle_right : position.middle_right
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tbl = table.new(position=table_position, columns = 100, rows=100)
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closenum=math.round(close,0)
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if level0 < level100
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table.cell(tbl,0,0,text = label100.get_text() , text_color = #f83f8c)
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table.cell(tbl,0,11,text = label236.get_text() ,text_color = #f83f8c)
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table.cell(tbl,0,8,text = label382.get_text() ,text_color = #f83f8c)
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table.cell(tbl,0,5,text = label618.get_text() , text_color =#f83f8c)
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table.cell(tbl,0,2,text = label786.get_text(),text_color = #f83f8c)
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table.cell(tbl,0,13,text = label0.get_text(), text_color = #f83f8c)
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table.cell(tbl,2,13,text = str.tostring(level0," #,###"), text_color = #f83f8c)
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table.cell(tbl,2,11,text = str.tostring(level236, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,8,text = str.tostring(level382, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,5,text = str.tostring(level618, " #,###"), text_color =#f83f8c)
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table.cell(tbl,2,2,text = str.tostring(level786, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,0,text = str.tostring(level100," #,###"), text_color = #f83f8c)
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for i = 0 to 13 by 1
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table.cell(tbl, 1, i, "", bgcolor = i < 8 ? color.from_gradient(i, 0, 7, color.aqua, color.purple) : color.from_gradient(i, 7, 14, color.purple, color.red))
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var reg = 0
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bkcolor = color.aqua
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if closenum > level0 and closenum < level236
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reg := 12
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if closenum > level236 and closenum < level382
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reg := 9
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if closenum > level382 and closenum < level618
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reg := 6
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if closenum > level618 and closenum < level786
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reg := 3
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if closenum > level786 and closenum < level100
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reg := 1
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if closenum == level0
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reg := 0
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if closenum == level236
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reg := 11
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if closenum == level382
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reg := 8
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if closenum == level618
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reg := 5
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if closenum == level786
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reg := 2
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if reg == 12
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bkcolor := color12
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if reg == 9
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bkcolor := color9
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if reg == 6
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bkcolor := color6
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if reg == 3
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bkcolor := color3
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if reg == 1
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bkcolor := color1
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if reg == 2
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bkcolor := color2
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if reg == 4
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bkcolor := color4
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if reg == 5
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bkcolor := color5
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if reg == 7
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bkcolor := color7
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if reg == 8
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bkcolor := color8
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if reg == 10
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bkcolor := color10
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if reg == 11
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bkcolor := color11
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if reg == 13
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bkcolor := color13
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table.cell(tbl,1,reg,"🌕", text_size = size.small,bgcolor = bkcolor)
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//-----------------------------------------------------------
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//create labels in Thermometer
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//-----------------------------------------------------------
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else
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table.cell(tbl,0,13,text = label100.get_text() , text_color = #f83f8c)
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table.cell(tbl,0,2,text = label236.get_text() ,text_color = #f83f8c)
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table.cell(tbl,0,5,text = label382.get_text() ,text_color = #f83f8c)
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table.cell(tbl,0,8,text = label618.get_text() , text_color =#f83f8c)
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table.cell(tbl,0,11,text = label786.get_text(),text_color = #f83f8c)
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table.cell(tbl,0,0,text = label0.get_text(), text_color = #f83f8c)
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table.cell(tbl,2,0,text = str.tostring(level0," #,###"), text_color = #f83f8c)
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table.cell(tbl,2,2,text = str.tostring(level236, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,5,text = str.tostring(level382, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,8,text = str.tostring(level618, " #,###"), text_color =#f83f8c)
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table.cell(tbl,2,11,text = str.tostring(level786, " #,###"),text_color = #f83f8c)
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table.cell(tbl,2,13,text = str.tostring(level100," #,###"), text_color = #f83f8c)
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for i = 0 to 13 by 1
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table.cell(tbl, 1, i, "", bgcolor = i < 8 ? color.from_gradient(i, 0, 7, color.aqua, color.purple) : color.from_gradient(i, 7, 14, color.purple, color.red))
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var reg = 0
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bkcolor = color.aqua
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if closenum > level100 and closenum < level786
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reg := 12
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if closenum > level786 and closenum < level618
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reg := 9
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if closenum > level618 and closenum < level382
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reg := 6
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if closenum > level382 and closenum < level236
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reg := 3
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if closenum > level236 and closenum < level0
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reg := 1
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if closenum == level0
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reg := 0
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if closenum == level236
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reg := 11
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if closenum == level382
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reg := 8
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if closenum == level618
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reg := 5
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if closenum == level786
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reg := 2
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if reg == 12
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bkcolor := color12
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if reg == 9
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bkcolor := color9
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if reg == 6
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bkcolor := color6
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if reg == 3
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bkcolor := color3
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if reg == 1
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bkcolor := color1
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if reg == 2
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bkcolor := color2
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if reg == 4
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bkcolor := color4
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if reg == 5
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bkcolor := color5
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if reg == 7
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bkcolor := color7
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if reg == 8
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bkcolor := color8
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if reg == 10
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bkcolor := color10
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if reg == 11
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bkcolor := color11
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if reg == 13
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bkcolor := color13
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table.cell(tbl,1,reg,"🌕", text_size = size.small,bgcolor = bkcolor)
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