1. // This Pine Script™ code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
2. // © jjustingreyy
3.  
4. //@version=5
5. indicator("Small Tilt Algo", overlay=true)
6. plot(close)
7.  
8. // Toggle for previous day levels
9. show_prev_day_high = input(true, title="Show Previous Day High")
10. show_prev_day_low = input(true, title="Show Previous Day Low")
11. show_prev_day_close = input(true, title="Show Previous Day Close")
12.  
13. //Previous Day Values
14. // to highlight the session
15. var line[] prevDayLines = array.new_line()
16.  
17. prevDayOpen = na(nz(request.security(syminfo.tickerid, "D", time[1])))
18. isNewDay = not(na(prevDayOpen)) and prevDayOpen != request.security(syminfo.tickerid, "D", time)
19.  
20. if isNewDay and array.size(prevDayLines) > 0
21.     for i = 0 to array.size(prevDayLines) - 1
22.         line.delete(array.get(prevDayLines, i))
23.     array.clear(prevDayLines)
24.  
25. [dh1,dl1,dc1, dv1] = request.security(syminfo.ticker, "D", [high[1],low[1], close[1], ta.vwap[1]], lookahead=barmerge.lookahead_on)
26.  
27. // Function to create line and label
28. f_line_and_label(_p, _color, _text) =>
29.     if (not na(_p))
30.         l = line.new(x1=na, y1=_p, x2=bar_index + 50, y2=_p, width = 1, color=_color, extend = extend.right)
31.         array.push(prevDayLines, l)
32.         var label lb = na
33.         if (na(lb))
34.             lb := label.new(na, na, "", color = color.rgb(106, 116, 165), style = label.style_none, textcolor=color.rgb(106, 116, 165))
35.         label.set_xy(lb, bar_index + 50, _p + syminfo.mintick*0.5)
36.         label.set_text(lb, _text + ": " + str.tostring(_p))
37.         label.set_color(lb, _color)
38.  
39. // Display Previous Day Values if toggle is on
40. if show_prev_day_high
41.     f_line_and_label(dh1, color.rgb(228, 19, 19), "↰ High")
42. if show_prev_day_low
43.     f_line_and_label(dl1, color.rgb(21, 204, 125), "↰ Low")
44. if show_prev_day_close
45.     f_line_and_label(dc1, color.rgb(45, 140, 224), "↰ Close")
46.  
47.  
48. // VWAP
49. // © Texmoonbeam
50.  
51. //Settings
52. s = "Settings"
53. zone = input.string('GMT+1', title='Timezone', options=['GMT-11', 'GMT-10', 'GMT-9', 'GMT-8', 'GMT-7', 'GMT-6', 'GMT-5', 'GMT-4', 'GMT-3', 'GMT-2', 'GMT-1', 'GMT', 'GMT+1', 'GMT+2', 'GMT+3', 'GMT+330', 'GMT+4', 'GMT+430', 'GMT+5', 'GMT+530', 'GMT+6', 'GMT+7', 'GMT+8', 'GMT+9', 'GMT+10', 'GMT+11', 'GMT+12'], group = s)
54. vwap_source = input.source(close, "VWAP Source", group = s)
55. std_dev  = input.float(defval = 0.5, minval = 0, maxval = 10, title = "Std Deviation Multiplier", group = s)
56. width = input.int(1, 'Line Width', minval=0, group = s)
57. leftbars  = input.int(defval = 30, title = "Left Bars for Pivots", minval = 0, group = s)
58. //rightbars  = input.int(defval = 10, title = "Right Bars for Pivots", minval = 0, group = s)
59. OSession = input.session("0800-1800:1234567", "Session Time", group=s)
60.  
61. // Anchors
62. g = "AVWAPs"
63. t = "NOTE: Pivots can only be used with High/Low anchors, Sessions can only be used with Open anchors"
64. show_hist  = input.bool(defval = true, title = "Show Historical Periods?", group = g, tooltip = "Ticked will show all historical anchor changes based on the period, unticked will just show the most recent period. Does not affect pivots or sessions.")
65. vwap1_reset = input.string(defval = "Monthly", title = "VWAP 1 Period", options = ["Daily", "Weekly", "Monthly", "Quarterly", "Yearly","All Time", "Pivot", "Session"], group = g, inline = "1", tooltip = t)
66. vwap_col1 = input.color(defval=color.new(#3fbadf, 0), title='Colour', inline = "1", group = g)
67. show_vwap1_Open  = input.bool(defval = true, title = "Open Anchor       ", group = g, inline="1a")
68. show_vwap1_Open_sd  = input.bool(defval = true, title = "With Std Deviation Band", group = g, inline="1a")
69. show_vwap1_High  = input.bool(defval = false, title = "High Anchor        ", group = g, inline="1b")
70. show_vwap1_High_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="1b")
71. show_vwap1_Low  = input.bool(defval = false, title = "Low Anchor        ", group = g, inline="1c")
72. show_vwap1_Low_sd  = input.bool(defval = false, title = "With Std Deviation Band\n", group = g, inline="1c")
73.  
74. vwap2_reset = input.string(defval = "Daily", title = "VWAP 2 Period", options =["Daily", "Weekly", "Monthly", "Quarterly", "Yearly","All Time", "Pivot", "Session"], group = g, inline = "2", tooltip = t)
75. vwap_col2 = input.color(defval=color.new(#edd81f, 0), title='Colour', inline = "2", group = g)
76. show_vwap2_Open  = input.bool(defval = false, title = "Open Anchor       ", group = g, inline="2a")
77. show_vwap2_Open_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="2a")
78. show_vwap2_High  = input.bool(defval = false, title = "High Anchor        ", group = g, inline="2b")
79. show_vwap2_High_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="2b")
80. show_vwap2_Low  = input.bool(defval = false, title = "Low Anchor        ", group = g, inline="2c")
81. show_vwap2_Low_sd  = input.bool(defval = false, title = "With Std Deviation Band\n", group = g, inline="2c")
82.  
83. vwap3_reset = input.string(defval = "All Time", title = "VWAP 3 Period", options =["Daily", "Weekly", "Monthly", "Quarterly", "Yearly","All Time", "Pivot", "Session"], group = g, inline = "3", tooltip = t)
84. vwap_col3 = input.color(defval=color.new(#8b32ff, 0), title='Colour', inline = "3", group = g)
85. show_vwap3_Open  = input.bool(defval = false, title = "Open Anchor       ", group = g, inline="3a")
86. show_vwap3_Open_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="3a")
87. show_vwap3_High  = input.bool(defval = false, title = "High Anchor        ", group = g, inline="3b")
88. show_vwap3_High_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="3b")
89. show_vwap3_Low  = input.bool(defval = false, title = "Low Anchor        ", group = g, inline="3c")
90. show_vwap3_Low_sd  = input.bool(defval = false, title = "With Std Deviation Band\n", group = g, inline="3c")
91.  
92. // vwap4_reset = input.string(defval = "Monthly", title = "VWAP 4 Period", options =["Daily", "Weekly", "Monthly", "Quarterly", "Yearly","All Time", "Pivot", "Session"], group = g, inline = "2")
93. // show_vwap4_Open  = input.bool(defval = false, title = "Open Anchor       ", group = g, inline="2a")
94. // show_vwap4_Open_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="2a")
95. // show_vwap4_High  = input.bool(defval = false, title = "High Anchor        ", group = g, inline="2b")
96. // show_vwap4_High_sd  = input.bool(defval = false, title = "With Std Deviation Band", group = g, inline="2b")
97. // show_vwap4_Low  = input.bool(defval = false, title = "Low Anchor        ", group = g, inline="2c")
98. // show_vwap4_Low_sd  = input.bool(defval = false, title = "With Std Deviation Band\n", group = g, inline="2c")
99.  
100. // List Of Anchors
101. // Daily Open
102. // Weekly Open
103. // Monthly Open
104. // Yearly Open
105. // Daily High
106. // Daily Low
107. // Weekly High
108. // Weekly Low
109. // Monthly High
110. // Monthly Low
111. // Yearly High
112. // Yearly Low
113. // All time high
114. // All time low
115. // All time open
116. // Customn Pivot Highs
117. // Custom Pivot Lows
118. // Session Open
119.  
120. //Functions
121.  
122. ResolutionToSec(res)=>
123.     mins = res == "1" ? 1 :
124.            res == "3" ? 3 :
125.            res == "5" ? 5 :
126.            res == "10" ? 10 :
127.            res == "15" ? 15 :
128.            res == "30" ? 30 :
129.            res == "45" ? 45 :
130.            res == "60" ? 60 :
131.            res == "120" ? 120 :
132.            res == "180" ? 180 :
133.            res == "240" ? 240 :
134.            res == "D" or res == "1D" ? 1440 :
135.            res == "W" or res == "1W" ? 10080 :
136.            res == "M" or res == "1M" ? 43200 :
137.            res == "" ? int(str.tonumber(timeframe.period)) :
138.            str.substring(timeframe.period, 2, 3) == "S" ? int(str.tonumber(str.substring(timeframe.period, 0, 2)))/60 : int(str.tonumber(res))
139.     ms = mins * 60 * 1000
140.  
141. GetChartHighest(dataSeries = high) =>
142.     var chartHighest = dataSeries
143.     if dataSeries > nz(chartHighest, -1e10)
144.         chartHighest := dataSeries
145.     chartHighest
146.  
147. GetAllTimeHigh(dataSeries = high) =>
148.     highestHTF = request.security(syminfo.tickerid, "D", GetChartHighest(dataSeries)[1], lookahead=barmerge.lookahead_on)
149.     highestChartTF = GetChartHighest(dataSeries)
150.     math.max(highestHTF, highestChartTF)
151.  
152. GetChartLowest(dataSeries = low) =>
153.     var chartLowest = dataSeries
154.     if dataSeries < nz(chartLowest, 1e10)
155.         chartLowest := dataSeries
156.     chartLowest
157.  
158. GetAllTimeLow(dataSeries = low) =>
159.     lowestHTF = request.security(syminfo.tickerid, "D",
160.          GetChartLowest(dataSeries)[1], lookahead=barmerge.lookahead_on)
161.     lowestChartTF = GetChartLowest(dataSeries)
162.     math.min(lowestHTF, lowestChartTF)
163.  
164. f_get_started (_session) => na(_session[1]) and _session
165.  
166. //Variables & Change Detection
167.  
168. int sess1 = time(timeframe.period, OSession, zone)
169.  
170. var dh = 0.0
171. var dl = 0.0
172. var wh = 0.0
173. var wl = 0.0
174. var mh = 0.0
175. var ml = 0.0
176. var qh = 0.0
177. var ql = 0.0
178. var yh = 0.0
179. var yl = 0.0
180.  
181. bar = ResolutionToSec(timeframe.period)
182.  
183. vis_bars = ((chart.right_visible_bar_time - chart.left_visible_bar_time) / bar)
184.  
185. year_change = show_hist ? year(time, zone) != year(time[1], zone) : year(time, zone) != year(time[1], zone) and  time > (timenow - (86400000 * 366))
186. quarterly_change = show_hist ? ((month(time, zone) == 4 and month(time[1], zone) == 3) or (month(time, zone) == 7 and month(time[1], zone) == 6) or (month(time, zone) == 10 and month(time[1], zone) == 9) or (month(time, zone) == 1 and month(time[1], zone) == 12)) : ((month(time, zone) == 4 and month(time[1], zone) == 3) or (month(time, zone) == 7 and month(time[1], zone) == 6) or (month(time, zone) == 10 and month(time[1], zone) == 9) or (month(time, zone) == 1 and month(time[1], zone) == 12)) and time > (timenow - (86400000 * 94))
187. month_change = show_hist ? month(time, zone) != month(time[1], zone) : month(time, zone) != month(time[1], zone) and time > (timenow - (86400000 * 32))
188. week_change = show_hist ? dayofweek(time, zone) == 2 and dayofweek(time[1], zone) == 1 : dayofweek(time, zone) == 2 and dayofweek(time[1], zone) == 1 and time > (timenow - (86400000 * 8))
189. day_change = show_hist ? dayofweek(time, zone) != dayofweek(time[1], zone) : dayofweek(time, zone) != dayofweek(time[1], zone) and time > (timenow - (86460000 ))
190.  
191. if not(year_change)
192.     if high > yh
193.         yh := high
194.     if low < yl
195.         yl := low
196. else
197.     yh := high
198.     yl := low
199.  
200. if not(quarterly_change)
201.     if high > qh
202.         qh := high
203.     if low < ql
204.         ql := low
205. else
206.     qh := high
207.     ql := low
208.  
209. if not(month_change)
210.     if high > mh
211.         mh := high
212.     if low < ml
213.         ml := low
214. else
215.     mh := high
216.     ml := low
217. if not(week_change)
218.     if high > wh
219.         wh := high
220.     if low < wl
221.         wl := low
222. else
223.     wh := high
224.     wl := low
225.  
226. if not(day_change)
227.     if high > dh
228.         dh := high
229.     if low < dl
230.         dl := low
231. else
232.     dh := high
233.     dl := low
234.  
235. yh_change = show_hist ? yh > yh[1] or year_change : (yh > yh[1] or year_change) and time > (timenow - (86400000 * 366))
236. qh_change = show_hist ? qh > qh[1] or quarterly_change : (qh > qh[1] or quarterly_change) and time > (timenow - (86400000 * 94))
237. mh_change = show_hist ? mh > mh[1] or month_change : (mh > mh[1] or month_change ) and time > (timenow - (86400000 * 32))
238. wh_change = show_hist ? wh > wh[1] or week_change : (wh > wh[1] or week_change ) and time > (timenow - (86400000 * 8))
239. dh_change = show_hist ? dh > dh[1] or day_change : (dh > dh[1] or day_change) and time > (timenow - (86460000 ))
240.  
241.  
242. yl_change = show_hist ? yl < yl[1] or year_change :(yl < yl[1] or year_change) and time > (timenow - (86400000 * 366))
243. ql_change = show_hist ? ql < ql[1] or quarterly_change : (ql < ql[1] or quarterly_change) and time > (timenow - (86400000 * 94))
244. ml_change = show_hist ? ml < ml[1] or month_change : (ml < ml[1] or month_change ) and time > (timenow - (86400000 * 32))
245. wl_change = show_hist ? wl < wl[1] or week_change : (wl < wl[1] or week_change ) and time > (timenow - (86400000 * 8))
246. dl_change = show_hist ? dl < dl[1] or day_change : (dl < dl[1] or day_change) and time > (timenow - (86460000 ))
247.  
248. ath = GetAllTimeHigh(high)
249. ath_change = ath > ath[1]
250.  
251. atl = GetAllTimeLow(high)
252. atl_change = atl < atl[1]
253.  
254. ph = ta.pivothigh(leftbars, 0)
255. pl = ta.pivotlow(leftbars, 0)
256.  
257. ph_change = not na(ph)
258. pl_change = not na(pl)
259.  
260. sess_start = f_get_started(sess1)
261.  
262. vwap1_open_change = vwap1_reset == "Daily" ? day_change : vwap1_reset == "Weekly" ? week_change : vwap1_reset == "Monthly" ? month_change : vwap1_reset == "Quarterly" ? quarterly_change : vwap1_reset == "Yearly" ? year_change : vwap1_reset == "All Time" ? barstate.isfirst : vwap1_reset == "Session" ? sess_start : na
263. vwap1_high_change = vwap1_reset == "Daily" ? dh_change : vwap1_reset == "Weekly" ? wh_change : vwap1_reset == "Monthly" ? mh_change : vwap1_reset == "Quarterly" ? qh_change : vwap1_reset == "Yearly" ? yh_change : vwap1_reset == "All Time" ? ath_change : vwap1_reset == "Pivot" ? ph_change :  na
264. vwap1_low_change = vwap1_reset == "Daily" ? dl_change : vwap1_reset == "Weekly" ? wl_change : vwap1_reset == "Monthly" ? ml_change : vwap1_reset == "Quarterly" ? ql_change : vwap1_reset == "Yearly" ? yl_change : vwap1_reset == "All Time" ? atl_change : vwap1_reset == "Pivot" ? pl_change : na
265.  
266. vwap2_open_change = vwap2_reset == "Daily" ? day_change : vwap2_reset == "Weekly" ? week_change : vwap2_reset == "Monthly" ? month_change : vwap2_reset == "Quarterly" ? quarterly_change : vwap2_reset == "Yearly" ? year_change : vwap2_reset == "All Time" ? barstate.isfirst : vwap2_reset == "Session" ? sess_start : na
267. vwap2_high_change = vwap2_reset == "Daily" ? dh_change : vwap2_reset == "Weekly" ? wh_change : vwap2_reset == "Monthly" ? mh_change : vwap2_reset == "Quarterly" ? qh_change : vwap2_reset == "Yearly" ? yh_change : vwap2_reset == "All Time" ? ath_change : vwap2_reset == "Pivot" ? ph_change :  na
268. vwap2_low_change = vwap2_reset == "Daily" ? dl_change : vwap2_reset == "Weekly" ? wl_change : vwap2_reset == "Monthly" ? ml_change : vwap2_reset == "Quarterly" ? ql_change : vwap2_reset == "Yearly" ? yl_change : vwap2_reset == "All Time" ? atl_change : vwap2_reset == "Pivot" ? pl_change : na
269.  
270. vwap3_open_change = vwap3_reset == "Daily" ? day_change : vwap3_reset == "Weekly" ? week_change : vwap3_reset == "Monthly" ? month_change : vwap3_reset == "Quarterly" ? quarterly_change : vwap3_reset == "Yearly" ? year_change : vwap3_reset == "All Time" ? barstate.isfirst : vwap3_reset == "Session" ? sess_start : na
271. vwap3_high_change = vwap3_reset == "Daily" ? dh_change : vwap3_reset == "Weekly" ? wh_change : vwap3_reset == "Monthly" ? mh_change : vwap3_reset == "Quarterly" ? qh_change : vwap3_reset == "Yearly" ? yh_change : vwap3_reset == "All Time" ? ath_change : vwap3_reset == "Pivot" ? ph_change :  na
272. vwap3_low_change = vwap3_reset == "Daily" ? dl_change : vwap3_reset == "Weekly" ? wl_change : vwap3_reset == "Monthly" ? ml_change : vwap3_reset == "Quarterly" ? ql_change : vwap3_reset == "Yearly" ? yl_change : vwap3_reset == "All Time" ? atl_change : vwap3_reset == "Pivot" ? pl_change : na
273.  
274. //debug
275. // if wh_change
276. //     label.new(bar_index, high, text = "h")
277.  
278.  
279. // Plot all the vwaps!
280.  
281. [vwap1_open_vwap, upper_vwap1_open_vwap, lower_vwap1_open_vwap] = ta.vwap(show_vwap1_Open ? vwap_source : na, vwap1_open_change, std_dev)
282. [vwap1_high_vwap, upper_vwap1_high_vwap, lower_vwap1_high_vwap] = ta.vwap(show_vwap1_High ? vwap_source : na, vwap1_high_change, std_dev)
283. [vwap1_low_vwap, upper_vwap1_low_vwap, lower_vwap1_low_vwap] = ta.vwap(show_vwap1_Low ? vwap_source : na, vwap1_low_change, std_dev)
284.  
285. [vwap2_open_vwap, upper_vwap2_open_vwap, lower_vwap2_open_vwap] = ta.vwap(show_vwap2_Open ? vwap_source : na, vwap2_open_change, std_dev)
286. [vwap2_high_vwap, upper_vwap2_high_vwap, lower_vwap2_high_vwap] = ta.vwap(show_vwap2_High ? vwap_source : na, vwap2_high_change, std_dev)
287. [vwap2_low_vwap, upper_vwap2_low_vwap, lower_vwap2_low_vwap] = ta.vwap(show_vwap2_Low ? vwap_source : na, vwap2_low_change, std_dev)
288.  
289. [vwap3_open_vwap, upper_vwap3_open_vwap, lower_vwap3_open_vwap] = ta.vwap(show_vwap3_Open ? vwap_source : na, vwap3_open_change, std_dev)
290. [vwap3_high_vwap, upper_vwap3_high_vwap, lower_vwap3_high_vwap] = ta.vwap(show_vwap3_High ? vwap_source : na, vwap3_high_change, std_dev)
291. [vwap3_low_vwap, upper_vwap3_low_vwap, lower_vwap3_low_vwap] = ta.vwap(show_vwap3_Low ? vwap_source : na, vwap3_low_change, std_dev)
292.  
293.  
294.  
295.  plot(show_vwap1_Open_sd ? upper_vwap1_open_vwap : na, "VWAP 1 Open Upper", vwap_col1, width,
296.  plot(vwap1_open_vwap, "VWAP 1 Open", vwap_col1, width,
297.  plot(show_vwap1_Open_sd ? lower_vwap1_open_vwap : na, "VWAP 1 Open Lower", vwap_col1, width,
298.  
299.  plot(show_vwap1_High_sd ? upper_vwap1_high_vwap : na, "VWAP 1 High Upper", vwap_col1, width,
300.  plot(vwap1_high_vwap, "VWAP 1 High", vwap_col1, width,
301.  plot(show_vwap1_High_sd ? lower_vwap1_high_vwap : na, "VWAP 1 High Lower", vwap_col1, width,
302.  
303.  plot(show_vwap1_Low_sd ? upper_vwap1_low_vwap : na, "VWAP 1 Low Upper", vwap_col1, width,
304.  plot(vwap1_low_vwap, "VWAP 1 Low", vwap_col1, width,
305.  plot(show_vwap1_Low_sd ? lower_vwap1_low_vwap : na, "VWAP 1 Low Lower", vwap_col1, width,
306.  
307.  plot(show_vwap2_Open_sd ? upper_vwap2_open_vwap : na, "VWAP 2 Open Upper", vwap_col2, width,
308.  plot(vwap2_open_vwap, "VWAP 2 Open", vwap_col2, width,
309.  plot(show_vwap2_Open_sd ? lower_vwap2_open_vwap : na, "VWAP 2 Open Lower", vwap_col2, width,
310.  
311.  plot(show_vwap2_High_sd ? upper_vwap2_high_vwap : na, "VWAP 2 High Upper", vwap_col2, width,
312.  plot(vwap2_high_vwap, "VWAP 2 High", vwap_col2, width,
313.  plot(show_vwap2_High_sd ? lower_vwap2_high_vwap : na, "VWAP 2 High Lower", vwap_col2, width,
314.  
315.  plot(show_vwap2_Low_sd ? upper_vwap2_low_vwap : na, "VWAP 2 Low Upper", vwap_col2, width,
316.  plot(vwap2_low_vwap, "VWAP 2 Low", vwap_col2, width,
317.  plot(show_vwap2_Low_sd ? lower_vwap2_low_vwap : na, "VWAP 2 Low Lower", vwap_col2, width,
318.  
319.  plot(show_vwap3_Open_sd ? upper_vwap3_open_vwap : na, "VWAP 3 Open Upper", vwap_col3, width,
320.  plot(vwap3_open_vwap, "VWAP 3 Open", vwap_col3, width,
321.  plot(show_vwap3_Open_sd ? lower_vwap3_open_vwap : na, "VWAP 3 Open Lower", vwap_col3, width,
322.  
323.  plot(show_vwap3_High_sd ? upper_vwap3_high_vwap : na, "VWAP 3 High Upper", vwap_col3, width,
324.  plot(vwap3_high_vwap, "VWAP 3 High", vwap_col3, width,
325.  plot(show_vwap3_High_sd ? lower_vwap3_high_vwap : na, "VWAP 3 High Lower", vwap_col3, width,
326.  
327.  plot(show_vwap3_Low_sd ? upper_vwap3_low_vwap : na, "VWAP 3 Low Upper", vwap_col3, width,
328.  plot(vwap3_low_vwap, "VWAP 3 Low", vwap_col3, width,
329.  plot(show_vwap3_Low_sd ? lower_vwap3_low_vwap : na, "VWAP 3 Low Lower", vwap_col3, width,
330.  
331.  
332.  
333. // //debug
334. // if barstate.islast and (timenow - time) >= (timenow - ph_time)
335.  
336. //     label.new(bar_index, high, "x")
337.  
338. //sma's
339. srcsma = close
340. HTFsma = input.timeframe('D', 'TimeFrame')
341.  
342. len1 = input.int(5, minval=1, title='SMA1')
343. len2 = input.int(9, minval=1, title='SMA2')
344. len3 = input.int(20, minval=1, title='SMA3')
345. len4 = input.int(50, minval=1, title='SMA4')
346. len5 = input.int(100, minval=1, title='SMA5')
347. len6 = input.int(200, minval=1, title='SMA6')
348.  
349. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len1)), len1), title='SMA1', color=color.rgb(255, 255, 255), linewidth=2)
350. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len2)), len1), title='SMA2', color=color.rgb(162, 163, 163), linewidth=2)
351. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len3)), len1), title='SMA3', color=color.rgb(46, 211, 112), linewidth=2)
352. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len4)), len1), title='SMA4', color=color.rgb(247, 91, 91), linewidth=2)
353. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len5)), len1), title='SMA5', color=color.rgb(31, 106, 61), linewidth=2)
354. plot(ta.sma(request.security(syminfo.tickerid, HTFsma, ta.sma(srcsma, len6)), len1), title='SMA6', color=color.rgb(161, 23, 23), linewidth=2)
355.  
356. //ema's
357. srcema = close
358. HTFema = input.timeframe('1', 'TimeFrame')
359.  
360. elen1 = input.int(9, minval=1, title='EMA1')
361. elen2 = input.int(20, minval=1, title='EMA2')
362. elen3 = input.int(200, minval=1, title='EMA3')
363.  
364. plot(ta.ema(request.security(syminfo.tickerid, HTFema, ta.sma(srcema, elen1)), len1), title='EMA1', color=color.rgb(70, 210, 242), linewidth=1)
365. plot(ta.ema(request.security(syminfo.tickerid, HTFema, ta.sma(srcema, elen2)), len1), title='EMA2', color=color.rgb(196, 196, 196), linewidth=1)
366. plot(ta.ema(request.security(syminfo.tickerid, HTFema, ta.sma(srcema, elen3)), len1), title='EMA3', color=color.rgb(155, 155, 155), linewidth=1)
367.  
368. //FFIBS
369.  
370. //----------settings----------//
371. var g0      = 'Order Block Settings'
372. barsReq     = input.int(6, 'Consecutive Bars Required', group = g0, tooltip = 'The number of bars required after the last bullish or bearish bar to validate an order block')
373. percGain    = input.float(0.0, 'Percent Gain Required', step = 0.1, group = g0, tooltip = 'The minimum percent gain or loss of the consecutive bars required to validate an order block')
374. opposites   = input.bool(false, 'Require Opposite Order Block', group = g0, tooltip = 'Requires an order block in the opposite direction of the previous order block before a new order block is marked')
375. mitType     = input.string('Wicks', 'Mitigation Type', ['Wicks', 'Close'])
376. irrOb       = input.string('Length', 'Irrelevant Order Block ', ['Length', 'Distance'], group = g0, tooltip = 'Method for considering Order Blocks irrelevant. Either too long (length) or too far away from current price (distance)')
377. maxObLen    = input.int(150, 'Max Ob Length or Distance', group = g0, tooltip = 'Maximum bar length or % distance away from Order Block to be considered irrelevant')
378.  
379. var g1      = 'Order Block Display Settings'
380. showOb      = input.bool(true, 'Show Order Blocks', group = g1)
381. hideOld     = input.bool(false, 'Remove Old or Irrelevant Order Blocks', group = g1)
382. bullCol     = input.color(color.new(#4caf4f, 60), 'Bullish Color', group = g1)
383. bearCol     = input.color(color.new(color.red,60), 'Bearish Color', group = g1)
384.  
385. var g2      = 'Fibs'
386. showFibs    = input.bool(true, 'Show Fibs', group = g2)
387. retraceMax  = input.bool(true,'Stop Fib Recalculation After Retracement', group = g2, tooltip = 'Will stop fibs from recalculating when a new high or low is made, if the retracement level has been hit')
388. retracelev  = input.string('Order Block', 'Rectracement Level', ['Order Block', '.50', '.618', '.786'], group = g2)
389. fibStyle    = input.string('Dashed', 'Line style ', options = ['Dashed', 'Dotted', 'Solid'], group = g2, inline = '2')
390. extLines    = input.bool(false, 'Extend', group = g2, inline = '2')
391. textColor   = input.color(color.rgb(255, 253, 253), 'Fib Label Color', group = g2)
392. show_236    = input.bool(true, '.236', inline = '3', group = g2)
393. color_236   = input.color(#6a74a5, '', inline = '3', group = g2)
394. show_382    =  input.bool(true, '.382', inline = '3', group = g2)
395. color_382   = input.color(#6a74a5, '', inline = '3', group = g2)
396. show_50     = input.bool(true, '.50', inline = '3', group = g2)
397. color_50    = input.color(#edd81f, '', inline = '3', group = g2)
398. show_618    = input.bool(true, '.618', inline = '4', group = g2)
399. color_618   = input.color(#edd81f, '', inline = '4', group = g2)
400. show_786    = input.bool(true, '.786', inline = '4', group = g2)
401. color_786   = input.color(#6a74a5, '', inline = '4', group = g2)
402. show_hl     = input.bool(true, '0 & 1', inline = '4', group = g2)
403. color_hl    = input.color(#ffffff, '', inline = '4', group = g2)
404.  
405. //----------types----------//
406. type obFibs
407.     bool a = true
408.     bool bull = true
409.     int idx
410.     float l
411.     float h
412.     float chl
413.     bool ret = false
414.     float [] levArr
415.     line [] lineArr
416.     label [] labArr
417.     label retLab
418.  
419. type obBox
420.     bool a = true
421.     bool bull = true
422.     float top
423.     float bottom
424.     box bx
425.  
426. //----------switch----------//
427. method switcher(string this) =>
428.     switch this
429.         'Solid'  => line.style_solid
430.         'Dashed' => line.style_dashed
431.         'Dotted' => line.style_dotted
432.  
433. //----------variables----------//
434. var obFibsArr   = array.new<obFibs>()
435. var obBoxArr    = array.new<obBox>()
436. var fibBoolArr  = array.from(show_hl, show_hl, show_236, show_382, show_50, show_618, show_786)
437. var fibColArr   = array.from(color_hl, color_hl, color_236, color_382, color_50, color_618, color_786)
438. var fibLevArr   = array.from('0', '1', '.236', '.382', '.50', '.618', '.786')
439. var bu          = false
440. var be          = false
441. barsCount       = 0
442. lines           = line.all
443. labels          = label.all
444.  
445. //----------calculations----------//
446. if irrOb == 'Distance'
447.     maxObLen := maxObLen / 100
448.  
449. gainBull    = ((math.abs(low[barsReq] - close))/low[barsReq]) * 100
450. gainBear    = ((math.abs(high[barsReq] - close))/high[barsReq]) * 100
451. gainCheck   = gainBull >= percGain or gainBear >= percGain
452.  
453. lastDown    = close[barsReq] < open[barsReq]
454. lastUp      = close[barsReq] > open[barsReq]
455.  
456. if lastDown
457.     for i = 0 to barsReq
458.         if close[i] > open[i]
459.             barsCount += 1
460.            
461. if lastUp
462.     for i = 0 to barsReq
463.         if close[i] < open[i]
464.             barsCount += 1
465.  
466. //----------conditions----------//
467. bullish = lastDown and barsCount >= barsReq and gainCheck and (opposites ? not bu : not bu or bu)
468. bearish = lastUp and barsCount >= barsReq and gainCheck and (opposites ? not be : not be or be)
469.  
470. if bullish
471.     for l in lines
472.         l.delete()
473.     for l in labels
474.         l.delete()
475.     bu := true
476.     be := false
477.     fibTotal = high - low[barsReq]
478.     lev236   = high - (fibTotal * .236)
479.     lev382   = high - (fibTotal * .382)
480.     lev50    = high - (fibTotal * .5)
481.     lev618   = high - (fibTotal * .618)
482.     lev786   = high - (fibTotal * .786)
483.     newFibs = obFibs.new(true, true, bar_index[barsReq], low[barsReq], high[barsReq], high, false, array.from(high, low[barsReq], lev236, lev382, lev50, lev618, lev786), array.new<line>(), array.new<label>())
484.     if showFibs
485.         for i = 0 to newFibs.levArr.size()-1
486.             if fibBoolArr.get(i) == true
487.                 newFibs.lineArr.unshift(line.new(newFibs.idx, newFibs.levArr.get(i), bar_index, newFibs.levArr.get(i), color = fibColArr.get(i), extend = extLines ? extend.right : extend.none, style = fibStyle.switcher()))
488.                 newFibs.labArr.unshift(label.new(newFibs.idx, newFibs.levArr.get(i), str.tostring(fibLevArr.get(i)) + ' ($' + str.tostring(newFibs.levArr.get(i), format.mintick) + ')', color=color.new(color.white,100), style = label.style_label_right, textcolor = textColor))
489.     obFibsArr.unshift(newFibs)
490.     if showOb
491.         obBoxArr.unshift(obBox.new(true, true, high[barsCount], low[barsReq], box.new(bar_index[barsReq], high[barsReq], bar_index, low[barsReq], bullCol, bgcolor = bullCol)))
492.         alert&#40;'New Bullish Order Block', alert.freq_once_per_bar_close&#41;
493. if bearish
494.     for l in lines
495.         l.delete()
496.     for l in labels
497.         l.delete()
498.     be := true
499.     bu := false
500.     fibTotal = high[barsReq] - low
501.     lev236   = low + (fibTotal * .236)
502.     lev382   = low + (fibTotal * .382)
503.     lev50    = low +(fibTotal * .5)
504.     lev618   = low + (fibTotal * .618)
505.     lev786   = low + (fibTotal * .786)
506.     newFibs = obFibs.new(true, false, bar_index[barsReq], low[barsReq], high[barsReq], low, false, array.from(low, high[barsReq], lev236, lev382, lev50, lev618, lev786), array.new<line>(), array.new<label>())
507.     if showFibs
508.         for i = 0 to newFibs.levArr.size()-1
509.             if fibBoolArr.get(i) == true
510.                 newFibs.lineArr.unshift(line.new(newFibs.idx, newFibs.levArr.get(i), bar_index, newFibs.levArr.get(i), color = fibColArr.get(i), extend = extLines ? extend.right : extend.none, style = fibStyle.switcher()))
511.                 newFibs.labArr.unshift(label.new(newFibs.idx, newFibs.levArr.get(i), str.tostring(fibLevArr.get(i)) + ' ($' + str.tostring(newFibs.levArr.get(i), format.mintick) + ')', color=color.new(color.white,100), style = label.style_label_right, textcolor = textColor))
512.     obFibsArr.unshift(newFibs)
513.     if showOb
514.         obBoxArr.unshift(obBox.new(true, false, high[barsCount], low[barsReq], box.new(bar_index[barsReq], high[barsReq], bar_index, low[barsReq], bearCol, bgcolor = bearCol)))
515.         alert&#40;'New Bearish Order Block', alert.freq_once_per_bar_close&#41;
516.  
517. //----------fib management----------//
518. if obFibsArr.size() > 0
519.     for b in obFibsArr
520.         if b.a
521.             for l in b.lineArr
522.                 l.set_x2(bar_index)
523.             if b.bull
524.                 retlev = retracelev == 'Order Block' ? b.h : retracelev == '.50' ? b.levArr.get(4) : retracelev == '.618' ? b.levArr.get(5) : b.levArr.get(6)
525.                 if low <= retlev and retraceMax and not b.ret
526.                     b.ret    := true
527.                      b.retLab := label.new(bar_index,low,'?',  yloc = yloc.belowbar)
528.                     alert&#40;'Retracement Level Hit', alert.freq_once_per_bar&#41;
529.                 if high > b.chl and not b.ret
530.                     b.chl    := high
531.                     fibTotal = b.chl - b.l
532.                     lev236   = b.chl - (fibTotal * .236)
533.                     lev382   = b.chl - (fibTotal * .382)
534.                     lev50    = b.chl - (fibTotal * .5)
535.                     lev618   = b.chl - (fibTotal * .618)
536.                     lev786   = b.chl - (fibTotal * .786)
537.                     b.levArr := array.from(b.chl, b.l, lev236, lev382, lev50, lev618, lev786)
538.                     for l in b.lineArr
539.                         l.delete()
540.                     for l in b.labArr
541.                         l.delete()
542.                     if showFibs
543.                         for i = 0 to b.levArr.size()-1
544.                             if fibBoolArr.get(i) == true
545.                                 b.lineArr.unshift(line.new(b.idx, b.levArr.get(i), bar_index, b.levArr.get(i), color = fibColArr.get(i), extend = extLines ? extend.right : extend.none, style = fibStyle.switcher()))
546.                                 b.labArr.unshift(label.new(b.idx, b.levArr.get(i), str.tostring(fibLevArr.get(i)) + ' ($' + str.tostring(b.levArr.get(i), format.mintick) + ')', color=color.new(color.white,100), style = label.style_label_right, textcolor = textColor))
547.                 if (be and not be[1] and opposites) or (close < b.l) or (bullish and bar_index > b.idx + barsReq and not opposites) or (retraceMax and high > b.chl)
548.                     b.a := false
549.                     if (bullish and bar_index > b.idx + barsReq and not opposites)
550.                         for l in b.lineArr
551.                             l.delete()
552.                         for l in b.labArr
553.                             l.delete()
554.             if not b.bull
555.                 retlev = retracelev == 'Order Block' ? b.h : retracelev == '.50' ? b.levArr.get(4) : retracelev == '.618' ? b.levArr.get(5) : b.levArr.get(6)
556.                 if high >= retlev and retraceMax and not b.ret
557.                     b.ret    := true
558.                     b.retLab := label.new(bar_index,low,'?', style=label.style_none, yloc = yloc.abovebar)
559.                     alert&#40;'Retracement Level Hit', alert.freq_once_per_bar&#41;
560.                 if low < b.chl and not b.ret
561.                     b.chl    := low
562.                     fibTotal = b.h - b.chl
563.                     lev236   = b.chl + (fibTotal * .236)
564.                     lev382   = b.chl + (fibTotal * .382)
565.                     lev50    = b.chl +(fibTotal * .5)
566.                     lev618   = b.chl + (fibTotal * .618)
567.                     lev786   = b.chl + (fibTotal * .786)
568.                     b.levArr := array.from(b.chl, b.h, lev236, lev382, lev50, lev618, lev786)
569.                     for l in b.lineArr
570.                         l.delete()
571.                     for l in b.labArr
572.                         l.delete()
573.                     if showFibs
574.                         for i = 0 to b.levArr.size()-1
575.                             if fibBoolArr.get(i) == true
576.                                  b.lineArr.unshift(line.new(b.idx, b.levArr.get(i), bar_index, b.levArr.get(i), color = fibColArr.get(i), extend = extLines ? extend.right : extend.none,
577.                                  b.labArr.unshift(label.new(b.idx, b.levArr.get(i), str.tostring(fibLevArr.get(i)) + ' ($' + str.tostring(b.levArr.get(i), format.mintick) + ')', color=color.new(color.white,100),  textcolor = textColor))
578.                 if (bu and not bu[1] and opposites) or (close > b.h) or (bearish and bar_index > b.idx + barsReq and not opposites) or (retraceMax and low < b.chl)
579.                     b.a := false
580.                     if (bearish and bar_index > b.idx + barsReq and not opposites)
581.                         for l in b.lineArr
582.                             l.delete()
583.                         for l in b.labArr
584.                             l.delete()
585.  
586. //----------order block management----------//
587. if obBoxArr.size() > 0
588.     for bx in obBoxArr
589.         if bx.a
590.             bx.bx.set_right(bar_index)
591.         if bx.bull
592.             src = mitType == 'Wicks' ? low : close
593.             if src <= bx.bx.get_top() or (irrOb == 'Length' and bar_index - bx.bx.get_left() > maxObLen-1 or irrOb == 'Distance' and low >= bx.bx.get_top()*(1+maxObLen))
594.                 bx.a := false
595.                 if hideOld
596.                     bx.bx.delete()
597.         else if not bx.bull
598.             src = mitType == 'Wicks' ? high : close
599.             if src >= bx.bx.get_bottom() or (irrOb == 'Length' and bar_index - bx.bx.get_left() > maxObLen-1 or irrOb == 'Distance' and high <= bx.bx.get_bottom()*(1-maxObLen))
600.                 bx.a := false
601.                 if hideOld
602.                     bx.bx.delete()
603.  
604.  
605.