This indicator overlays options gamma-exposure levels, session VWAP bands, and intraday market structure tools directly on the price chart. It provides three modular components: strike walls with standard deviation bands and opening ranges, a gamma regime engi
Indicator · Pine Script v6 · On the chart
Session Range Projections
Session Range Projections measures the high-low or open-close range of a user-defined session and projects that range on the price chart.
GitHub stars46on the repository
Pine versionv6current
Lines of code1,243
Settings40inputs
LicenceNone statedfile: MPL-2.0
Last update7 weeks ago4 Sep 2026
Add It to Your TradingView Chart
- 1Copy the scriptPress Copy script above, or the copy button on the code below.
- 2Open the Pine EditorOpen a TradingView chart and choose Pine Editor at the bottom of the screen.
- 3Paste over the templateCreate a new indicator, select all of the template text and paste. Press Save and give it a name.
- 4Add it to the chartPress Add to chart, then adjust the settings with the gear icon next to its name.
Source Code
1,243 lines of Pine Script v6 from Session Range Projections with stats.txt, published under MPL-2.0 (file header). Keep the author's credit and licence lines when you reuse it.
// This source code is subject to the terms of the Mozilla Public License 2.0 at https://mozilla.org/MPL/2.0/
// © notprofessorgreen
//@version=6
indicator("Session Range Projections", overlay=true, max_boxes_count=500, max_lines_count=500, max_labels_count=500)
// -------------------------------------------------- Inputs --------------------------------------------------
var g_GLOBAL = "Global Settings"
label_size_input = input.string("Small", "Label Size", options = ["Tiny", "Small", "Normal", "Large"], tooltip = "Select the size of label text", group = g_GLOBAL)
label_text_color = input.color(color.black, "Label Text Color", tooltip = "Select the color of label text", group = g_GLOBAL)
// -------------------------------------------------- Inputs --------------------------------------------------
// Range 1 Settings
var g_RANGE_1 = "Range 1 Settings"
session = input.session("0200-0215", "Session 1", inline = "X", tooltip = "The time window whose range will be utilized for projections", group = g_RANGE_1)
stats_session = input.session("0230-0800", "Statistics Tracking Session", inline = "X", tooltip = "The time window during which statistics (first touch, opposite hits) are tracked", group = g_RANGE_1)
proj_type_1 = input.string("Range Extensions", "Projection Type", options = ["Range Extensions", "True Standard Deviations", "Both"], tooltip = "Select which projections to plot", group = g_RANGE_1)
range_basis_1 = input.string("Wick", "Range Basis", options = ["Wick", "Body", "Both"], tooltip = "Calculate projections based on wick (high/low), body (open/close), or both", group = g_RANGE_1)
horiz_lines = input.bool(true, "Range/Deviation lines - first range", tooltip = "Show all lines for Range 1", group = g_RANGE_1)
show_re_1 = input.bool(true, "Show Range Extensions", tooltip = "Enable or disable Range Extensions for Range 1", group = g_RANGE_1) // New input
show_tsd_1 = input.bool(true, "Show True Standard Deviations", tooltip = "Enable or disable True Standard Deviations for Range 1", group = g_RANGE_1) // New input
show_box_1 = input.bool(true, "Show Range Boxes", tooltip = "Enable or disable wick and body boxes for Range 1", group = g_RANGE_1) // New input
use_sd_1 = input.bool(true, "RE 1", inline = "RE1", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_1 = input.float(1, "", 0, inline = "RE1", group = g_RANGE_1)
use_sd_2 = input.bool(true, "RE 2", inline = "RE2", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_2 = input.float(2, "", 0, inline = "RE2", group = g_RANGE_1)
use_sd_3 = input.bool(true, "RE 3", inline = "RE3", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_3 = input.float(3, "", 0, inline = "RE3", group = g_RANGE_1)
use_sd_4 = input.bool(true, "RE 4", inline = "RE4", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_4 = input.float(4, "", 0, inline = "RE4", group = g_RANGE_1)
use_sd_5 = input.bool(true, "RE 5", inline = "RE5", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_5 = input.float(5, "", 0, inline = "RE5", group = g_RANGE_1)
use_sd_6 = input.bool(true, "RE 6", inline = "RE6", tooltip = "Enable projection at this RE level", group = g_RANGE_1)
sd_6 = input.float(6, "", 0, inline = "RE6", group = g_RANGE_1)
use_true_sd_1_1 = input.bool(true, "True SD 1", inline = "TSD1_1", tooltip = "Enable true standard deviation level 1 for Range 1", group = g_RANGE_1)
true_sd_1_1 = input.float(1.0, "", 0, inline = "TSD1_1", group = g_RANGE_1)
use_true_sd_2_1 = input.bool(true, "True SD 2", inline = "TSD2_1", tooltip = "Enable true standard deviation level 2 for Range 1", group = g_RANGE_1)
true_sd_2_1 = input.float(2.0, "", 0, inline = "TSD2_1", group = g_RANGE_1)
use_true_sd_3_1 = input.bool(true, "True SD 3", inline = "TSD3_1", tooltip = "Enable true standard deviation level 3 for Range 1", group = g_RANGE_1)
true_sd_3_1 = input.float(3.0, "", 0, inline = "TSD3_1", group = g_RANGE_1)
use_true_sd_4_1 = input.bool(true, "True SD 4", inline = "TSD4_1", tooltip = "Enable true standard deviation level 4 for Range 1", group = g_RANGE_1)
true_sd_4_1 = input.float(4.0, "", 0, inline = "TSD4_1", group = g_RANGE_1)
true_sd_color_1 = input.color(color.green, "True SD Color", group = g_RANGE_1)
true_sd_style_1 = input.string("Dashed", "True SD Style", options = ["Solid", "Dotted", "Dashed"], group = g_RANGE_1)
true_sd_anchor_1 = input.string("Open", "True SD Anchor", options = ["Open", "High/Low"], tooltip = "Anchor true SD levels to session open or high/low", group = g_RANGE_1)
max_sessions_1 = input.int(100, "Max Sessions for SD", minval=1, tooltip="Number of historical sessions to calculate true standard deviation", group = g_RANGE_1)
extend_bars = input.int(0, "Extend Lines (Bars)", minval=0, tooltip="Number of bars to extend deviation lines beyond the session end for Range 1", group = g_RANGE_1)
range_box_color_1 = input.color(color.new(color.yellow, 70), "First range wick box colour", group = g_RANGE_1)
range_body_color_1 = input.color(color.new(color.yellow, 60), "First range body box colour", group = g_RANGE_1)
wick_line_color_1 = input.color(color.black, "First range wick line colour", group = g_RANGE_1)
wick_proj_style_1 = input.string('Dotted', "First range wick line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_1)
body_line_color_1 = input.color(color.gray, "First range body line colour", group = g_RANGE_1)
body_proj_style_1 = input.string('Dashed', "First range body line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_1)
// Range 2 Settings
var g_RANGE_2 = "Range 2 Settings"
session_2 = input.session("0900-0915", "Session 2", inline = "X", tooltip = "The second time window whose range will be utilized for projections", group = g_RANGE_2)
proj_type_2 = input.string("Range Extensions", "Projection Type", options = ["Range Extensions", "True Standard Deviations", "Both"], tooltip = "Select which projections to plot", group = g_RANGE_2)
range_basis_2 = input.string("Wick", "Range Basis", options = ["Wick", "Body"], tooltip = "Calculate projections based on wick (high/low) or body (open/close)", group = g_RANGE_2)
horiz_lines_2 = input.bool(true, "Range/Deviation lines - second range", tooltip = "Show all lines for Range 2", group = g_RANGE_2)
show_re_2 = input.bool(true, "Show Range Extensions", tooltip = "Enable or disable Range Extensions for Range 2", group = g_RANGE_2) // New input
show_tsd_2 = input.bool(true, "Show True Standard Deviations", tooltip = "Enable or disable True Standard Deviations for Range 2", group = g_RANGE_2) // New input
show_box_2 = input.bool(true, "Show Range Boxes", tooltip = "Enable or disable wick and body boxes for Range 2", group = g_RANGE_2) // New input
use_sd_7 = input.bool(true, "RE 1", inline = "SD7", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_7 = input.float(1, "", 0, inline = "SD7", group = g_RANGE_2)
use_sd_8 = input.bool(true, "RE 2", inline = "SD8", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_8 = input.float(2, "", 0, inline = "SD8", group = g_RANGE_2)
use_sd_9 = input.bool(true, "RE 3", inline = "SD9", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_9 = input.float(3, "", 0, inline = "SD9", group = g_RANGE_2)
use_sd_10 = input.bool(true, "RE 4", inline = "SD10", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_10 = input.float(4, "", 0, inline = "SD10", group = g_RANGE_2)
use_sd_11 = input.bool(true, "RE 5", inline = "SD11", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_11 = input.float(5, "", 0, inline = "SD11", group = g_RANGE_2)
use_sd_12 = input.bool(true, "RE 6", inline = "SD12", tooltip = "Enable projection at this RE level", group = g_RANGE_2)
sd_12 = input.float(6, "", 0, inline = "SD12", group = g_RANGE_2)
use_true_sd_1_2 = input.bool(true, "True SD 1", inline = "TSD1_2", tooltip = "Enable true standard deviation level 1 for Range 2", group = g_RANGE_2)
true_sd_1_2 = input.float(1.0, "", 0, inline = "TSD1_2", group = g_RANGE_2)
use_true_sd_2_2 = input.bool(true, "True SD 2", inline = "TSD2_2", tooltip = "Enable true standard deviation level 2 for Range 2", group = g_RANGE_2)
true_sd_2_2 = input.float(2.0, "", 0, inline = "TSD2_2", group = g_RANGE_2)
use_true_sd_3_2 = input.bool(true, "True SD 3", inline = "TSD3_2", tooltip = "Enable true standard deviation level 3 for Range 2", group = g_RANGE_2)
true_sd_3_2 = input.float(3.0, "", 0, inline = "TSD3_2", group = g_RANGE_2)
use_true_sd_4_2 = input.bool(true, "True SD 4", inline = "TSD4_2", tooltip = "Enable true standard deviation level 4 for Range 2", group = g_RANGE_2)
true_sd_4_2 = input.float(4.0, "", 0, inline = "TSD4_2", group = g_RANGE_2)
true_sd_color_2 = input.color(color.green, "True SD Color", group = g_RANGE_2)
true_sd_style_2 = input.string("Dashed", "True SD Style", options = ["Solid", "Dotted", "Dashed"], group = g_RANGE_2)
true_sd_anchor_2 = input.string("Open", "True SD Anchor", options = ["Open", "High/Low"], tooltip = "Anchor true SD levels to session open or high/low", group = g_RANGE_2)
max_sessions_2 = input.int(100, "Max Sessions for SD", minval=1, tooltip="Number of historical sessions to calculate true standard deviation", group = g_RANGE_2)
extend_bars_2 = input.int(0, "Extend Lines (Bars)", minval=0, tooltip="Number of bars to extend deviation lines beyond the session end for Range 2", group = g_RANGE_2)
range_box_color_2 = input.color(color.new(color.fuchsia, 70), "Second range wick box colour", group = g_RANGE_2)
range_body_color_2 = input.color(color.new(color.fuchsia, 60), "Second range body box colour", group = g_RANGE_2)
wick_line_color_2 = input.color(color.black, "Second range wick line colour", group = g_RANGE_2)
wick_proj_style_2 = input.string('Dotted', "Second range wick line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_2)
body_line_color_2 = input.color(color.gray, "Second range body line colour", group = g_RANGE_2)
body_proj_style_2 = input.string('Dashed', "Second range body line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_2)
// Range 3 Settings
var g_RANGE_3 = "Range 3 Settings"
session_3 = input.session("1300-1315", "Session 3", inline = "X", tooltip = "The third time window whose range will be utilized for projections", group = g_RANGE_3)
proj_type_3 = input.string("Range Extensions", "Projection Type", options = ["Range Extensions", "True Standard Deviations", "Both"], tooltip = "Select which projections to plot", group = g_RANGE_3)
range_basis_3 = input.string("Wick", "Range Basis", options = ["Wick", "Body"], tooltip = "Calculate projections based on wick (high/low) or body (open/close)", group = g_RANGE_3)
horiz_lines_3 = input.bool(true, "/Range/Deviation lines - third range", tooltip = "Show all lines for Range 3", group = g_RANGE_3)
show_re_3 = input.bool(true, "Show Range Extensions", tooltip = "Enable or disable Range Extensions for Range 3", group = g_RANGE_3) // New input
show_tsd_3 = input.bool(true, "Show True Standard Deviations", tooltip = "Enable or disable True Standard Deviations for Range 3", group = g_RANGE_3) // New input
show_box_3 = input.bool(true, "Show Range Boxes", tooltip = "Enable or disable wick and body boxes for Range 3", group = g_RANGE_3) // New input
use_sd_13 = input.bool(true, "RE 1", inline = "SD13", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_13 = input.float(1, "", 0, inline = "SD13", group = g_RANGE_3)
use_sd_14 = input.bool(true, "RE 2", inline = "SD14", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_14 = input.float(2, "", 0, inline = "SD14", group = g_RANGE_3)
use_sd_15 = input.bool(true, "RE 3", inline = "SD15", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_15 = input.float(3, "", 0, inline = "SD15", group = g_RANGE_3)
use_sd_16 = input.bool(true, "RE 4", inline = "SD16", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_16 = input.float(4, "", 0, inline = "SD16", group = g_RANGE_3)
use_sd_17 = input.bool(true, "RE 5", inline = "SD17", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_17 = input.float(5, "", 0, inline = "SD17", group = g_RANGE_3)
use_sd_18 = input.bool(true, "RE 6", inline = "SD18", tooltip = "Enable projection at this RE level", group = g_RANGE_3)
sd_18 = input.float(6, "", 0, inline = "SD18", group = g_RANGE_3)
use_true_sd_1_3 = input.bool(true, "True SD 1", inline = "TSD1_3", tooltip = "Enable true standard deviation level 1 for Range 3", group = g_RANGE_3)
true_sd_1_3 = input.float(1.0, "", 0, inline = "TSD1_3", group = g_RANGE_3)
use_true_sd_2_3 = input.bool(true, "True SD 2", inline = "TSD2_3", tooltip = "Enable true standard deviation level 2 for Range 3", group = g_RANGE_3)
true_sd_2_3 = input.float(2.0, "", 0, inline = "TSD2_3", group = g_RANGE_3)
use_true_sd_3_3 = input.bool(true, "True SD 3", inline = "TSD3_3", tooltip = "Enable true standard deviation level 3 for Range 3", group = g_RANGE_3)
true_sd_3_3 = input.float(3.0, "", 0, inline = "TSD3_3", group = g_RANGE_3)
use_true_sd_4_3 = input.bool(true, "True SD 4", inline = "TSD4_3", tooltip = "Enable true standard deviation level 4 for Range 3", group = g_RANGE_3)
true_sd_4_3 = input.float(4.0, "", 0, inline = "TSD4_3", group = g_RANGE_3)
true_sd_color_3 = input.color(color.green, "True SD Color", group = g_RANGE_3)
true_sd_style_3 = input.string("Dashed", "True SD Style", options = ["Solid", "Dotted", "Dashed"], group = g_RANGE_3)
true_sd_anchor_3 = input.string("Open", "True SD Anchor", options = ["Open", "High/Low"], tooltip = "Anchor true SD levels to session open or high/low", group = g_RANGE_3)
max_sessions_3 = input.int(100, "Max Sessions for SD", minval=1, tooltip="Number of historical sessions to calculate true standard deviation", group = g_RANGE_3)
extend_bars_3 = input.int(0, "Extend Lines (Bars)", minval=0, tooltip="Number of bars to extend deviation lines beyond the session end for Range 3", group = g_RANGE_3)
range_box_color_3 = input.color(color.new(color.teal, 70), "Third range wick box colour", group = g_RANGE_3)
range_body_color_3 = input.color(color.new(color.teal, 60), "Third range body box colour", group = g_RANGE_3)
wick_line_color_3 = input.color(color.black, "Third range wick line colour", group = g_RANGE_3)
wick_proj_style_3 = input.string('Dotted', "Third range wick line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_3)
body_line_color_3 = input.color(color.gray, "Third range body line colour", group = g_RANGE_3)
body_proj_style_3 = input.string('Dashed', "Third range body line style", options = ['Solid', 'Dotted', 'Dashed'], group = g_RANGE_3)
// -------------------------------------------------- Functions --------------------------------------------------
get_line_style(i) =>
result = switch i
'Solid' => line.style_solid
'Dashed' => line.style_dashed
'Dotted' => line.style_dotted
get_label_size(i) =>
result = switch i
"Tiny" => size.tiny
"Small" => size.small
"Normal" => size.normal
"Large" => size.large
wick_proj_style_1 := get_line_style(wick_proj_style_1)
wick_proj_style_2 := get_line_style(wick_proj_style_2)
wick_proj_style_3 := get_line_style(wick_proj_style_3)
body_proj_style_1 := get_line_style(body_proj_style_1)
body_proj_style_2 := get_line_style(body_proj_style_2)
body_proj_style_3 := get_line_style(body_proj_style_3)
true_sd_style_1 := get_line_style(true_sd_style_1)
true_sd_style_2 := get_line_style(true_sd_style_2)
true_sd_style_3 := get_line_style(true_sd_style_3)
// -------------------------------------------------- Constants & Variables --------------------------------------------------
t = not na(time("", session, "America/New_York"))
t2 = not na(time("", session_2, "America/New_York"))
t3 = not na(time("", session_3, "America/New_York"))
label_size = get_label_size(label_size_input)
// Range 1 variables
range_high = high
range_low = low
range_body_high = math.max(open, close)
range_body_low = math.min(open, close)
var box range_box = na
var box body_box = na
var int start = 0
var int end_bar = 0
var float session_open = na
var float[] range_distances_1 = array.new_float(0)
var line line_p1 = na
var line line_p2 = na
var line line_p3 = na
var line line_p4 = na
var line line_p5 = na
var line line_p6 = na
var line line_m1 = na
var line line_m2 = na
var line line_m3 = na
var line line_m4 = na
var line line_m5 = na
var line line_m6 = na
var line line_p1_body = na
var line line_p2_body = na
var line line_p3_body = na
var line line_p4_body = na
var line line_p5_body = na
var line line_p6_body = na
var line line_m1_body = na
var line line_m2_body = na
var line line_m3_body = na
var line line_m4_body = na
var line line_m5_body = na
var line line_m6_body = na
var line line_true_sd_1_upper_1 = na
var line line_true_sd_1_lower_1 = na
var line line_true_sd_2_upper_1 = na
var line line_true_sd_2_lower_1 = na
var line line_true_sd_3_upper_1 = na
var line line_true_sd_3_lower_1 = na
var line line_true_sd_4_upper_1 = na
var line line_true_sd_4_lower_1 = na
// True SD statistics for Range 1
var int[] first_hit_minus_tsd = array.new_int(5, 0) // For -1TSD to -4TSD
var int[] first_hit_plus_tsd = array.new_int(5, 0) // For +1TSD to +4TSD
var int[] both_hit_tsd = array.new_int(5, 0) // For both -nTSD and +nTSD
var bool[] hit_minus_tsd = array.new_bool(5, false) // Current session hits
var bool[] hit_plus_tsd = array.new_bool(5, false)
var float[] minus_levels_tsd = array.new_float(5, na) // Store -1TSD to -4TSD levels
var float[] plus_levels_tsd = array.new_float(5, na) // Store +1TSD to +4TSD levels
line[] lines_minus_tsd = array.new_line(5, na)
line[] lines_plus_tsd = array.new_line(5, na)
bool[] use_true_sd = array.new_bool(5, false)
use_true_sd.set(1, use_true_sd_1_1)
use_true_sd.set(2, use_true_sd_2_1)
use_true_sd.set(3, use_true_sd_3_1)
use_true_sd.set(4, use_true_sd_4_1)
// Range 2 variables
range_high_2 = high
range_low_2 = low
range_body_high_2 = math.max(open, close)
range_body_low_2 = math.min(open, close)
var box range_box_2 = na
var box body_box_2 = na
var int start_2 = 0
var int end_bar_2 = 0
var float session_open_2 = na
var float[] range_distances_2 = array.new_float(0)
var line line_p1_2 = na
var line line_p2_2 = na
var line line_p3_2 = na
var line line_p4_2 = na
var line line_p5_2 = na
var line line_p6_2 = na
var line line_m1_2 = na
var line line_m2_2 = na
var line line_m3_2 = na
var line line_m4_2 = na
var line line_m5_2 = na
var line line_m6_2 = na
var line line_p1_2_body = na
var line line_p2_2_body = na
var line line_p3_2_body = na
var line line_p4_2_body = na
var line line_p5_2_body = na
var line line_p6_2_body = na
var line line_m1_2_body = na
var line line_m2_2_body = na
var line line_m3_2_body = na
var line line_m4_2_body = na
var line line_m5_2_body = na
var line line_m6_2_body = na
var line line_true_sd_1_upper_2 = na
var line line_true_sd_1_lower_2 = na
var line line_true_sd_2_upper_2 = na
var line line_true_sd_2_lower_2 = na
var line line_true_sd_3_upper_2 = na
var line line_true_sd_3_lower_2 = na
var line line_true_sd_4_upper_2 = na
var line line_true_sd_4_lower_2 = na
// Range 3 variables
range_high_3 = high
range_low_3 = low
range_body_high_3 = math.max(open, close)
range_body_low_3 = math.min(open, close)
var box range_box_3 = na
var box body_box_3 = na
var int start_3 = 0
var int end_bar_3 = 0
var float session_open_3 = na
var float[] range_distances_3 = array.new_float(0)
var line line_p1_3 = na
var line line_p2_3 = na
var line line_p3_3 = na
var line line_p4_3 = na
var line line_p5_3 = na
var line line_p6_3 = na
var line line_m1_3 = na
var line line_m2_3 = na
var line line_m3_3 = na
var line line_m4_3 = na
var line line_m5_3 = na
var line line_m6_3 = na
var line line_p1_3_body = na
var line line_p2_3_body = na
var line line_p3_3_body = na
var line line_p4_3_body = na
var line line_p5_3_body = na
var line line_p6_3_body = na
var line line_m1_3_body = na
var line line_m2_3_body = na
var line line_m3_3_body = na
var line line_m4_3_body = na
var line line_m5_3_body = na
var line line_m6_3_body = na
var line line_true_sd_1_upper_3 = na
var line line_true_sd_1_lower_3 = na
var line line_true_sd_2_upper_3 = na
var line line_true_sd_2_lower_3 = na
var line line_true_sd_3_upper_3 = na
var line line_true_sd_3_lower_3 = na
var line line_true_sd_4_upper_3 = na
var line line_true_sd_4_lower_3 = na
// -------------------------------------------------- Core Logic --------------------------------------------------
// Range 1 Core Logic
if t and not t[1]
if show_box_1
range_box := box.new(bar_index, range_high, bar_index, range_low, border_color = range_box_color_1, bgcolor = range_box_color_1)
body_box := box.new(bar_index, range_body_high, bar_index, range_body_low, border_color = range_body_color_1, bgcolor = range_body_color_1)
start := bar_index
session_open := open
else if t
if show_box_1
range_box.set_right(bar_index)
body_box.set_right(bar_index)
if range_high > range_box.get_top()
range_box.set_top(range_high)
if range_low < range_box.get_bottom()
range_box.set_bottom(range_low)
if range_body_high > body_box.get_top()
body_box.set_top(range_body_high)
if range_body_low < body_box.get_bottom()
body_box.set_bottom(range_body_low)
else if not t and t[1]
top = range_box.get_top()
bot = range_box.get_bottom()
dif = top - bot
top_body = body_box.get_top()
bot_body = body_box.get_bottom()
dif_body = top_body - bot_body
end_bar := bar_index
// Store session range for true SD calculation
float range_to_store = range_basis_1 == "Wick" ? dif : dif_body
array.push(range_distances_1, range_to_store)
if array.size(range_distances_1) > max_sessions_1
array.shift(range_distances_1)
// Calculate true standard deviation
float true_std_dev_1 = array.size(range_distances_1) > 1 ? math.sqrt(array.variance(range_distances_1)) : 0
// Reset boxes
if show_box_1
range_box := na
body_box := na
line_p1 := na
// Determine range and anchor based on user selection
float proj_range = range_basis_1 == "Wick" ? dif : dif_body
float anchor_upper = range_basis_1 == "Wick" ? (true_sd_anchor_1 == "Open" ? session_open : top) : (true_sd_anchor_1 == "Open" ? session_open : top_body)
float anchor_lower = range_basis_1 == "Wick" ? (true_sd_anchor_1 == "Open" ? session_open : bot) : (true_sd_anchor_1 == "Open" ? session_open : bot_body)
float proj_top = range_basis_1 == "Wick" ? top : top_body
float proj_bot = range_basis_1 == "Wick" ? bot : bot_body
string label_suffix = range_basis_1 == "Wick" ? "W" : "B"
// Range Extensions (Wick, Body, or Both)
if (proj_type_1 == "Range Extensions" or proj_type_1 == "Both") and show_re_1 and horiz_lines
if range_basis_1 == "Wick" or range_basis_1 == "Both"
// Wick-based projections
if use_sd_1
line_p1 := line.new(start, top + dif * sd_1, end_bar, top + dif * sd_1, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_1, "+" + str.tostring(sd_1) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_2
line_p2 := line.new(start, top + dif * sd_2, end_bar, top + dif * sd_2, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_2, "+" + str.tostring(sd_2) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_3
line_p3 := line.new(start, top + dif * sd_3, end_bar, top + dif * sd_3, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_3, "+" + str.tostring(sd_3) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_4
line_p4 := line.new(start, top + dif * sd_4, end_bar, top + dif * sd_4, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_4, "+" + str.tostring(sd_4) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_5
line_p5 := line.new(start, top + dif * sd_5, end_bar, top + dif * sd_5, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_5, "+" + str.tostring(sd_5) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_6
line_p6 := line.new(start, top + dif * sd_6, end_bar, top + dif * sd_6, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, top + dif * sd_6, "+" + str.tostring(sd_6) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_1
line_m1 := line.new(start, bot - dif * sd_1, end_bar, bot - dif * sd_1, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_1, "-" + str.tostring(sd_1) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_2
line_m2 := line.new(start, bot - dif * sd_2, end_bar, bot - dif * sd_2, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_2, "-" + str.tostring(sd_2) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_3
line_m3 := line.new(start, bot - dif * sd_3, end_bar, bot - dif * sd_3, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_3, "-" + str.tostring(sd_3) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_4
line_m4 := line.new(start, bot - dif * sd_4, end_bar, bot - dif * sd_4, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_4, "-" + str.tostring(sd_4) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_5
line_m5 := line.new(start, bot - dif * sd_5, end_bar, bot - dif * sd_5, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_5, "-" + str.tostring(sd_5) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_6
line_m6 := line.new(start, bot - dif * sd_6, end_bar, bot - dif * sd_6, color = wick_line_color_1, style = wick_proj_style_1)
label.new(start - 1, bot - dif * sd_6, "-" + str.tostring(sd_6) + "W", color = wick_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if range_basis_1 == "Body" or range_basis_1 == "Both"
// Body-based projections
if use_sd_1
line_p1_body := line.new(start, top_body + dif_body * sd_1, end_bar, top_body + dif_body * sd_1, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_1, "+" + str.tostring(sd_1) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_2
line_p2_body := line.new(start, top_body + dif_body * sd_2, end_bar, top_body + dif_body * sd_2, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_2, "+" + str.tostring(sd_2) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_3
line_p3_body := line.new(start, top_body + dif_body * sd_3, end_bar, top_body + dif_body * sd_3, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_3, "+" + str.tostring(sd_3) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_4
line_p4_body := line.new(start, top_body + dif_body * sd_4, end_bar, top_body + dif_body * sd_4, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_4, "+" + str.tostring(sd_4) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_5
line_p5_body := line.new(start, top_body + dif_body * sd_5, end_bar, top_body + dif_body * sd_5, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_5, "+" + str.tostring(sd_5) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_6
line_p6_body := line.new(start, top_body + dif_body * sd_6, end_bar, top_body + dif_body * sd_6, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, top_body + dif_body * sd_6, "+" + str.tostring(sd_6) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_1
line_m1_body := line.new(start, bot_body - dif_body * sd_1, end_bar, bot_body - dif_body * sd_1, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_1, "-" + str.tostring(sd_1) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_2
line_m2_body := line.new(start, bot_body - dif_body * sd_2, end_bar, bot_body - dif_body * sd_2, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_2, "-" + str.tostring(sd_2) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_3
line_m3_body := line.new(start, bot_body - dif_body * sd_3, end_bar, bot_body - dif_body * sd_3, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_3, "-" + str.tostring(sd_3) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_4
line_m4_body := line.new(start, bot_body - dif_body * sd_4, end_bar, bot_body - dif_body * sd_4, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_4, "-" + str.tostring(sd_4) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_5
line_m5_body := line.new(start, bot_body - dif_body * sd_5, end_bar, bot_body - dif_body * sd_5, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_5, "-" + str.tostring(sd_5) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_6
line_m6_body := line.new(start, bot_body - dif_body * sd_6, end_bar, bot_body - dif_body * sd_6, color = body_line_color_1, style = body_proj_style_1)
label.new(start - 1, bot_body - dif_body * sd_6, "-" + str.tostring(sd_6) + "B", color = body_line_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
// True Standard Deviation Levels
if (proj_type_1 == "True Standard Deviations" or proj_type_1 == "Both") and show_tsd_1 and horiz_lines and true_std_dev_1 > 0
if use_true_sd_1_1
line_true_sd_1_upper_1 := line.new(start, anchor_upper + true_std_dev_1 * true_sd_1_1, end_bar, anchor_upper + true_std_dev_1 * true_sd_1_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_upper + true_std_dev_1 * true_sd_1_1, "+" + str.tostring(true_sd_1_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_1_lower_1 := line.new(start, anchor_lower - true_std_dev_1 * true_sd_1_1, end_bar, anchor_lower - true_std_dev_1 * true_sd_1_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_lower - true_std_dev_1 * true_sd_1_1, "-" + str.tostring(true_sd_1_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_2_1
line_true_sd_2_upper_1 := line.new(start, anchor_upper + true_std_dev_1 * true_sd_2_1, end_bar, anchor_upper + true_std_dev_1 * true_sd_2_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_upper + true_std_dev_1 * true_sd_2_1, "+" + str.tostring(true_sd_2_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_2_lower_1 := line.new(start, anchor_lower - true_std_dev_1 * true_sd_2_1, end_bar, anchor_lower - true_std_dev_1 * true_sd_2_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_lower - true_std_dev_1 * true_sd_2_1, "-" + str.tostring(true_sd_2_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_3_1
line_true_sd_3_upper_1 := line.new(start, anchor_upper + true_std_dev_1 * true_sd_3_1, end_bar, anchor_upper + true_std_dev_1 * true_sd_3_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_upper + true_std_dev_1 * true_sd_3_1, "+" + str.tostring(true_sd_3_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_3_lower_1 := line.new(start, anchor_lower - true_std_dev_1 * true_sd_3_1, end_bar, anchor_lower - true_std_dev_1 * true_sd_3_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_lower - true_std_dev_1 * true_sd_3_1, "-" + str.tostring(true_sd_3_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_4_1
line_true_sd_4_upper_1 := line.new(start, anchor_upper + true_std_dev_1 * true_sd_4_1, end_bar, anchor_upper + true_std_dev_1 * true_sd_4_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_upper + true_std_dev_1 * true_sd_4_1, "+" + str.tostring(true_sd_4_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_4_lower_1 := line.new(start, anchor_lower - true_std_dev_1 * true_sd_4_1, end_bar, anchor_lower - true_std_dev_1 * true_sd_4_1, color = true_sd_color_1, style = true_sd_style_1)
label.new(start - 1, anchor_lower - true_std_dev_1 * true_sd_4_1, "-" + str.tostring(true_sd_4_1) + "TSD" + label_suffix, color = true_sd_color_1, style = label.style_none, textcolor = label_text_color, size = label_size)
else if not t and not na(line_p1) and extend_bars > 0
if show_re_1
line_p1.set_x2(end_bar + extend_bars)
line_p2.set_x2(end_bar + extend_bars)
line_p3.set_x2(end_bar + extend_bars)
line_p4.set_x2(end_bar + extend_bars)
line_p5.set_x2(end_bar + extend_bars)
line_p6.set_x2(end_bar + extend_bars)
line_m1.set_x2(end_bar + extend_bars)
line_m2.set_x2(end_bar + extend_bars)
line_m3.set_x2(end_bar + extend_bars)
line_m4.set_x2(end_bar + extend_bars)
line_m5.set_x2(end_bar + extend_bars)
line_m6.set_x2(end_bar + extend_bars)
line_p1_body.set_x2(end_bar + extend_bars)
line_p2_body.set_x2(end_bar + extend_bars)
line_p3_body.set_x2(end_bar + extend_bars)
line_p4_body.set_x2(end_bar + extend_bars)
line_p5_body.set_x2(end_bar + extend_bars)
line_p6_body.set_x2(end_bar + extend_bars)
line_m1_body.set_x2(end_bar + extend_bars)
line_m2_body.set_x2(end_bar + extend_bars)
line_m3_body.set_x2(end_bar + extend_bars)
line_m4_body.set_x2(end_bar + extend_bars)
line_m5_body.set_x2(end_bar + extend_bars)
line_m6_body.set_x2(end_bar + extend_bars)
if show_tsd_1
if not na(line_true_sd_1_upper_1)
line_true_sd_1_upper_1.set_x2(end_bar + extend_bars)
line_true_sd_1_lower_1.set_x2(end_bar + extend_bars)
if not na(line_true_sd_2_upper_1)
line_true_sd_2_upper_1.set_x2(end_bar + extend_bars)
line_true_sd_2_lower_1.set_x2(end_bar + extend_bars)
if not na(line_true_sd_3_upper_1)
line_true_sd_3_upper_1.set_x2(end_bar + extend_bars)
line_true_sd_3_lower_1.set_x2(end_bar + extend_bars)
if not na(line_true_sd_4_upper_1)
line_true_sd_4_upper_1.set_x2(end_bar + extend_bars)
line_true_sd_4_lower_1.set_x2(end_bar + extend_bars)
// Range 2 Core Logic
if t2 and not t2[1]
if show_box_2
range_box_2 := box.new(bar_index, range_high_2, bar_index, range_low_2, border_color = range_box_color_2, bgcolor = range_box_color_2)
body_box_2 := box.new(bar_index, range_body_high_2, bar_index, range_body_low_2, border_color = range_body_color_2, bgcolor = range_body_color_2)
start_2 := bar_index
session_open_2 := open
else if t2
if show_box_2
range_box_2.set_right(bar_index)
body_box_2.set_right(bar_index)
if range_high_2 > range_box_2.get_top()
range_box_2.set_top(range_high_2)
if range_low_2 < range_box_2.get_bottom()
range_box_2.set_bottom(range_low_2)
if range_body_high_2 > body_box_2.get_top()
body_box_2.set_top(range_body_high_2)
if range_body_low_2 < body_box_2.get_bottom()
body_box_2.set_bottom(range_body_low_2)
else if not t2 and t2[1]
top_2 = range_box_2.get_top()
bot_2 = range_box_2.get_bottom()
dif_2 = top_2 - bot_2
top_2_body = body_box_2.get_top()
bot_2_body = body_box_2.get_bottom()
dif_2_body = top_2_body - bot_2_body
end_bar_2 := bar_index
// Store session range for true SD calculation
float range_to_store_2 = range_basis_2 == "Wick" ? dif_2 : dif_2_body
array.push(range_distances_2, range_to_store_2)
if array.size(range_distances_2) > max_sessions_2
array.shift(range_distances_2)
// Calculate true standard deviation
float true_std_dev_2 = array.size(range_distances_2) > 1 ? math.sqrt(array.variance(range_distances_2)) : 0
// Reset boxes
if show_box_2
range_box_2 := na
body_box_2 := na
line_p1_2 := na
// Determine range and anchor based on user selection
float proj_range_2 = range_basis_2 == "Wick" ? dif_2 : dif_2_body
float anchor_upper_2 = range_basis_2 == "Wick" ? (true_sd_anchor_2 == "Open" ? session_open_2 : top_2) : (true_sd_anchor_2 == "Open" ? session_open_2 : top_2_body)
float anchor_lower_2 = range_basis_2 == "Wick" ? (true_sd_anchor_2 == "Open" ? session_open_2 : bot_2) : (true_sd_anchor_2 == "Open" ? session_open_2 : bot_2_body)
float proj_top_2 = range_basis_2 == "Wick" ? top_2 : top_2_body
float proj_bot_2 = range_basis_2 == "Wick" ? bot_2 : bot_2_body
string label_suffix_2 = range_basis_2 == "Wick" ? "W" : "B"
// Range Extensions (Wick or Body based on range_basis_2)
if (proj_type_2 == "Range Extensions" or proj_type_2 == "Both") and show_re_2 and horiz_lines_2
if range_basis_2 == "Wick"
// Wick-based projections
if use_sd_7
line_p1_2 := line.new(start_2, top_2 + dif_2 * sd_7, end_bar_2, top_2 + dif_2 * sd_7, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_7, "+" + str.tostring(sd_7) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_8
line_p2_2 := line.new(start_2, top_2 + dif_2 * sd_8, end_bar_2, top_2 + dif_2 * sd_8, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_8, "+" + str.tostring(sd_8) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_9
line_p3_2 := line.new(start_2, top_2 + dif_2 * sd_9, end_bar_2, top_2 + dif_2 * sd_9, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_9, "+" + str.tostring(sd_9) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_10
line_p4_2 := line.new(start_2, top_2 + dif_2 * sd_10, end_bar_2, top_2 + dif_2 * sd_10, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_10, "+" + str.tostring(sd_10) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_11
line_p5_2 := line.new(start_2, top_2 + dif_2 * sd_11, end_bar_2, top_2 + dif_2 * sd_11, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_11, "+" + str.tostring(sd_11) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_12
line_p6_2 := line.new(start_2, top_2 + dif_2 * sd_12, end_bar_2, top_2 + dif_2 * sd_12, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, top_2 + dif_2 * sd_12, "+" + str.tostring(sd_12) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_7
line_m1_2 := line.new(start_2, bot_2 - dif_2 * sd_7, end_bar_2, bot_2 - dif_2 * sd_7, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_7, "-" + str.tostring(sd_7) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_8
line_m2_2 := line.new(start_2, bot_2 - dif_2 * sd_8, end_bar_2, bot_2 - dif_2 * sd_8, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_8, "-" + str.tostring(sd_8) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_9
line_m3_2 := line.new(start_2, bot_2 - dif_2 * sd_9, end_bar_2, bot_2 - dif_2 * sd_9, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_9, "-" + str.tostring(sd_9) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_10
line_m4_2 := line.new(start_2, bot_2 - dif_2 * sd_10, end_bar_2, bot_2 - dif_2 * sd_10, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_10, "-" + str.tostring(sd_10) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_11
line_m5_2 := line.new(start_2, bot_2 - dif_2 * sd_11, end_bar_2, bot_2 - dif_2 * sd_11, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_11, "-" + str.tostring(sd_11) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_12
line_m6_2 := line.new(start_2, bot_2 - dif_2 * sd_12, end_bar_2, bot_2 - dif_2 * sd_12, color = wick_line_color_2, style = wick_proj_style_2)
label.new(start_2 - 1, bot_2 - dif_2 * sd_12, "-" + str.tostring(sd_12) + "W", color = wick_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
else if range_basis_2 == "Body"
// Body-based projections
if use_sd_7
line_p1_2_body := line.new(start_2, top_2_body + dif_2_body * sd_7, end_bar_2, top_2_body + dif_2_body * sd_7, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_7, "+" + str.tostring(sd_7) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_8
line_p2_2_body := line.new(start_2, top_2_body + dif_2_body * sd_8, end_bar_2, top_2_body + dif_2_body * sd_8, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_8, "+" + str.tostring(sd_8) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_9
line_p3_2_body := line.new(start_2, top_2_body + dif_2_body * sd_9, end_bar_2, top_2_body + dif_2_body * sd_9, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_9, "+" + str.tostring(sd_9) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_10
line_p4_2_body := line.new(start_2, top_2_body + dif_2_body * sd_10, end_bar_2, top_2_body + dif_2_body * sd_10, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_10, "+" + str.tostring(sd_10) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_11
line_p5_2_body := line.new(start_2, top_2_body + dif_2_body * sd_11, end_bar_2, top_2_body + dif_2_body * sd_11, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_11, "+" + str.tostring(sd_11) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_12
line_p6_2_body := line.new(start_2, top_2_body + dif_2_body * sd_12, end_bar_2, top_2_body + dif_2_body * sd_12, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, top_2_body + dif_2_body * sd_12, "+" + str.tostring(sd_12) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_7
line_m1_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_7, end_bar_2, bot_2_body - dif_2_body * sd_7, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_7, "-" + str.tostring(sd_7) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_8
line_m2_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_8, end_bar_2, bot_2_body - dif_2_body * sd_8, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_8, "-" + str.tostring(sd_8) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_9
line_m3_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_9, end_bar_2, bot_2_body - dif_2_body * sd_9, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_9, "-" + str.tostring(sd_9) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_10
line_m4_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_10, end_bar_2, bot_2_body - dif_2_body * sd_10, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_10, "-" + str.tostring(sd_10) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_11
line_m5_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_11, end_bar_2, bot_2_body - dif_2_body * sd_11, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_11, "-" + str.tostring(sd_11) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_12
line_m6_2_body := line.new(start_2, bot_2_body - dif_2_body * sd_12, end_bar_2, bot_2_body - dif_2_body * sd_12, color = body_line_color_2, style = body_proj_style_2)
label.new(start_2 - 1, bot_2_body - dif_2_body * sd_12, "-" + str.tostring(sd_12) + "B", color = body_line_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
// True Standard Deviation Levels
if (proj_type_2 == "True Standard Deviations" or proj_type_2 == "Both") and show_tsd_2 and horiz_lines_2 and true_std_dev_2 > 0
if use_true_sd_1_2
line_true_sd_1_upper_2 := line.new(start_2, anchor_upper_2 + true_std_dev_2 * true_sd_1_2, end_bar_2, anchor_upper_2 + true_std_dev_2 * true_sd_1_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_upper_2 + true_std_dev_2 * true_sd_1_2, "+" + str.tostring(true_sd_1_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_1_lower_2 := line.new(start_2, anchor_lower_2 - true_std_dev_2 * true_sd_1_2, end_bar_2, anchor_lower_2 - true_std_dev_2 * true_sd_1_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_lower_2 - true_std_dev_2 * true_sd_1_2, "-" + str.tostring(true_sd_1_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_2_2
line_true_sd_2_upper_2 := line.new(start_2, anchor_upper_2 + true_std_dev_2 * true_sd_2_2, end_bar_2, anchor_upper_2 + true_std_dev_2 * true_sd_2_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_upper_2 + true_std_dev_2 * true_sd_2_2, "+" + str.tostring(true_sd_2_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_2_lower_2 := line.new(start_2, anchor_lower_2 - true_std_dev_2 * true_sd_2_2, end_bar_2, anchor_lower_2 - true_std_dev_2 * true_sd_2_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_lower_2 - true_std_dev_2 * true_sd_2_2, "-" + str.tostring(true_sd_2_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_3_2
line_true_sd_3_upper_2 := line.new(start_2, anchor_upper_2 + true_std_dev_2 * true_sd_3_2, end_bar_2, anchor_upper_2 + true_std_dev_2 * true_sd_3_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_upper_2 + true_std_dev_2 * true_sd_3_2, "+" + str.tostring(true_sd_3_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_3_lower_2 := line.new(start_2, anchor_lower_2 - true_std_dev_2 * true_sd_3_2, end_bar_2, anchor_lower_2 - true_std_dev_2 * true_sd_3_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_lower_2 - true_std_dev_2 * true_sd_3_2, "-" + str.tostring(true_sd_3_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_4_2
line_true_sd_4_upper_2 := line.new(start_2, anchor_upper_2 + true_std_dev_2 * true_sd_4_2, end_bar_2, anchor_upper_2 + true_std_dev_2 * true_sd_4_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_upper_2 + true_std_dev_2 * true_sd_4_2, "+" + str.tostring(true_sd_4_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_4_lower_2 := line.new(start_2, anchor_lower_2 - true_std_dev_2 * true_sd_4_2, end_bar_2, anchor_lower_2 - true_std_dev_2 * true_sd_4_2, color = true_sd_color_2, style = true_sd_style_2)
label.new(start_2 - 1, anchor_lower_2 - true_std_dev_2 * true_sd_4_2, "-" + str.tostring(true_sd_4_2) + "TSD" + label_suffix_2, color = true_sd_color_2, style = label.style_none, textcolor = label_text_color, size = label_size)
else if not t2 and not na(line_p1_2) and extend_bars_2 > 0
if show_re_2
line_p1_2.set_x2(end_bar_2 + extend_bars_2)
line_p2_2.set_x2(end_bar_2 + extend_bars_2)
line_p3_2.set_x2(end_bar_2 + extend_bars_2)
line_p4_2.set_x2(end_bar_2 + extend_bars_2)
line_p5_2.set_x2(end_bar_2 + extend_bars_2)
line_p6_2.set_x2(end_bar_2 + extend_bars_2)
line_m1_2.set_x2(end_bar_2 + extend_bars_2)
line_m2_2.set_x2(end_bar_2 + extend_bars_2)
line_m3_2.set_x2(end_bar_2 + extend_bars_2)
line_m4_2.set_x2(end_bar_2 + extend_bars_2)
line_m5_2.set_x2(end_bar_2 + extend_bars_2)
line_m6_2.set_x2(end_bar_2 + extend_bars_2)
line_p1_2_body.set_x2(end_bar_2 + extend_bars_2)
line_p2_2_body.set_x2(end_bar_2 + extend_bars_2)
line_p3_2_body.set_x2(end_bar_2 + extend_bars_2)
line_p4_2_body.set_x2(end_bar_2 + extend_bars_2)
line_p5_2_body.set_x2(end_bar_2 + extend_bars_2)
line_p6_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m1_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m2_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m3_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m4_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m5_2_body.set_x2(end_bar_2 + extend_bars_2)
line_m6_2_body.set_x2(end_bar_2 + extend_bars_2)
if show_tsd_2
if not na(line_true_sd_1_upper_2)
line_true_sd_1_upper_2.set_x2(end_bar_2 + extend_bars_2)
line_true_sd_1_lower_2.set_x2(end_bar_2 + extend_bars_2)
if not na(line_true_sd_2_upper_2)
line_true_sd_2_upper_2.set_x2(end_bar_2 + extend_bars_2)
line_true_sd_2_lower_2.set_x2(end_bar_2 + extend_bars_2)
if not na(line_true_sd_3_upper_2)
line_true_sd_3_upper_2.set_x2(end_bar_2 + extend_bars_2)
line_true_sd_3_lower_2.set_x2(end_bar_2 + extend_bars_2)
if not na(line_true_sd_4_upper_2)
line_true_sd_4_upper_2.set_x2(end_bar_2 + extend_bars_2)
line_true_sd_4_lower_2.set_x2(end_bar_2 + extend_bars_2)
// Range 3 Core Logic
if t3 and not t3[1]
if show_box_3
range_box_3 := box.new(bar_index, range_high_3, bar_index, range_low_3, border_color = range_box_color_3, bgcolor = range_box_color_3)
body_box_3 := box.new(bar_index, range_body_high_3, bar_index, range_body_low_3, border_color = range_body_color_3, bgcolor = range_body_color_3)
start_3 := bar_index
session_open_3 := open
else if t3
if show_box_3
range_box_3.set_right(bar_index)
body_box_3.set_right(bar_index)
if range_high_3 > range_box_3.get_top()
range_box_3.set_top(range_high_3)
if range_low_3 < range_box_3.get_bottom()
range_box_3.set_bottom(range_low_3)
if range_body_high_3 > body_box_3.get_top()
body_box_3.set_top(range_body_high_3)
if range_body_low_3 < body_box_3.get_bottom()
body_box_3.set_bottom(range_body_low_3)
else if not t3 and t3[1]
top_3 = range_box_3.get_top()
bot_3 = range_box_3.get_bottom()
dif_3 = top_3 - bot_3
top_3_body = body_box_3.get_top()
bot_3_body = body_box_3.get_bottom()
dif_3_body = top_3_body - bot_3_body
end_bar_3 := bar_index
// Store session range for true SD calculation
float range_to_store_3 = range_basis_3 == "Wick" ? dif_3 : dif_3_body
array.push(range_distances_3, range_to_store_3)
if array.size(range_distances_3) > max_sessions_3
array.shift(range_distances_3)
// Calculate true standard deviation
float true_std_dev_3 = array.size(range_distances_3) > 1 ? math.sqrt(array.variance(range_distances_3)) : 0
// Reset boxes
if show_box_3
range_box_3 := na
body_box_3 := na
line_p1_3 := na
// Determine range and anchor based on user selection
float proj_range_3 = range_basis_3 == "Wick" ? dif_3 : dif_3_body
float anchor_upper_3 = range_basis_3 == "Wick" ? (true_sd_anchor_3 == "Open" ? session_open_3 : top_3) : (true_sd_anchor_3 == "Open" ? session_open_3 : top_3_body)
float anchor_lower_3 = range_basis_3 == "Wick" ? (true_sd_anchor_3 == "Open" ? session_open_3 : bot_3) : (true_sd_anchor_3 == "Open" ? session_open_3 : bot_3_body)
float proj_top_3 = range_basis_3 == "Wick" ? top_3 : top_3_body
float proj_bot_3 = range_basis_3 == "Wick" ? bot_3 : bot_3_body
string label_suffix_3 = range_basis_3 == "Wick" ? "W" : "B"
// Range Extensions (Wick or Body based on range_basis_3)
if (proj_type_3 == "Range Extensions" or proj_type_3 == "Both") and show_re_3 and horiz_lines_3
if range_basis_3 == "Wick"
// Wick-based projections
if use_sd_13
line_p1_3 := line.new(start_3, top_3 + dif_3 * sd_13, end_bar_3, top_3 + dif_3 * sd_13, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_13, "+" + str.tostring(sd_13) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_14
line_p2_3 := line.new(start_3, top_3 + dif_3 * sd_14, end_bar_3, top_3 + dif_3 * sd_14, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_14, "+" + str.tostring(sd_14) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_15
line_p3_3 := line.new(start_3, top_3 + dif_3 * sd_15, end_bar_3, top_3 + dif_3 * sd_15, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_15, "+" + str.tostring(sd_15) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_16
line_p4_3 := line.new(start_3, top_3 + dif_3 * sd_16, end_bar_3, top_3 + dif_3 * sd_16, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_16, "+" + str.tostring(sd_16) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_17
line_p5_3 := line.new(start_3, top_3 + dif_3 * sd_17, end_bar_3, top_3 + dif_3 * sd_17, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_17, "+" + str.tostring(sd_17) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_18
line_p6_3 := line.new(start_3, top_3 + dif_3 * sd_18, end_bar_3, top_3 + dif_3 * sd_18, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, top_3 + dif_3 * sd_18, "+" + str.tostring(sd_18) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_13
line_m1_3 := line.new(start_3, bot_3 - dif_3 * sd_13, end_bar_3, bot_3 - dif_3 * sd_13, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_13, "-" + str.tostring(sd_13) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_14
line_m2_3 := line.new(start_3, bot_3 - dif_3 * sd_14, end_bar_3, bot_3 - dif_3 * sd_14, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_14, "-" + str.tostring(sd_14) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_15
line_m3_3 := line.new(start_3, bot_3 - dif_3 * sd_15, end_bar_3, bot_3 - dif_3 * sd_15, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_15, "-" + str.tostring(sd_15) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_16
line_m4_3 := line.new(start_3, bot_3 - dif_3 * sd_16, end_bar_3, bot_3 - dif_3 * sd_16, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_16, "-" + str.tostring(sd_16) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_17
line_m5_3 := line.new(start_3, bot_3 - dif_3 * sd_17, end_bar_3, bot_3 - dif_3 * sd_17, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_17, "-" + str.tostring(sd_17) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_18
line_m6_3 := line.new(start_3, bot_3 - dif_3 * sd_18, end_bar_3, bot_3 - dif_3 * sd_18, color = wick_line_color_3, style = wick_proj_style_3)
label.new(start_3 - 1, bot_3 - dif_3 * sd_18, "-" + str.tostring(sd_18) + "W", color = wick_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
else if range_basis_3 == "Body"
// Body-based projections
if use_sd_13
line_p1_3_body := line.new(start_3, top_3_body + dif_3_body * sd_13, end_bar_3, top_3_body + dif_3_body * sd_13, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_13, "+" + str.tostring(sd_13) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_14
line_p2_3_body := line.new(start_3, top_3_body + dif_3_body * sd_14, end_bar_3, top_3_body + dif_3_body * sd_14, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_14, "+" + str.tostring(sd_14) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_15
line_p3_3_body := line.new(start_3, top_3_body + dif_3_body * sd_15, end_bar_3, top_3_body + dif_3_body * sd_15, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_15, "+" + str.tostring(sd_15) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_16
line_p4_3_body := line.new(start_3, top_3_body + dif_3_body * sd_16, end_bar_3, top_3_body + dif_3_body * sd_16, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_16, "+" + str.tostring(sd_16) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_17
line_p5_3_body := line.new(start_3, top_3_body + dif_3_body * sd_17, end_bar_3, top_3_body + dif_3_body * sd_17, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_17, "+" + str.tostring(sd_17) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_18
line_p6_3_body := line.new(start_3, top_3_body + dif_3_body * sd_18, end_bar_3, top_3_body + dif_3_body * sd_18, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, top_3_body + dif_3_body * sd_18, "+" + str.tostring(sd_18) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_13
line_m1_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_13, end_bar_3, bot_3_body - dif_3_body * sd_13, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_13, "-" + str.tostring(sd_13) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_14
line_m2_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_14, end_bar_3, bot_3_body - dif_3_body * sd_14, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_14, "-" + str.tostring(sd_14) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_15
line_m3_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_15, end_bar_3, bot_3_body - dif_3_body * sd_15, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_15, "-" + str.tostring(sd_15) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_16
line_m4_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_16, end_bar_3, bot_3_body - dif_3_body * sd_16, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_16, "-" + str.tostring(sd_16) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_17
line_m5_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_17, end_bar_3, bot_3_body - dif_3_body * sd_17, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_17, "-" + str.tostring(sd_17) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_sd_18
line_m6_3_body := line.new(start_3, bot_3_body - dif_3_body * sd_18, end_bar_3, bot_3_body - dif_3_body * sd_18, color = body_line_color_3, style = body_proj_style_3)
label.new(start_3 - 1, bot_3_body - dif_3_body * sd_18, "-" + str.tostring(sd_18) + "B", color = body_line_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
// True Standard Deviation Levels
if (proj_type_3 == "True Standard Deviations" or proj_type_3 == "Both") and show_tsd_3 and horiz_lines_3 and true_std_dev_3 > 0
if use_true_sd_1_3
line_true_sd_1_upper_3 := line.new(start_3, anchor_upper_3 + true_std_dev_3 * true_sd_1_3, end_bar_3, anchor_upper_3 + true_std_dev_3 * true_sd_1_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_upper_3 + true_std_dev_3 * true_sd_1_3, "+" + str.tostring(true_sd_1_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_1_lower_3 := line.new(start_3, anchor_lower_3 - true_std_dev_3 * true_sd_1_3, end_bar_3, anchor_lower_3 - true_std_dev_3 * true_sd_1_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_lower_3 - true_std_dev_3 * true_sd_1_3, "-" + str.tostring(true_sd_1_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_2_3
line_true_sd_2_upper_3 := line.new(start_3, anchor_upper_3 + true_std_dev_3 * true_sd_2_3, end_bar_3, anchor_upper_3 + true_std_dev_3 * true_sd_2_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_upper_3 + true_std_dev_3 * true_sd_2_3, "+" + str.tostring(true_sd_2_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_2_lower_3 := line.new(start_3, anchor_lower_3 - true_std_dev_3 * true_sd_2_3, end_bar_3, anchor_lower_3 - true_std_dev_3 * true_sd_2_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_lower_3 - true_std_dev_3 * true_sd_2_3, "-" + str.tostring(true_sd_2_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_3_3
line_true_sd_3_upper_3 := line.new(start_3, anchor_upper_3 + true_std_dev_3 * true_sd_3_3, end_bar_3, anchor_upper_3 + true_std_dev_3 * true_sd_3_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_upper_3 + true_std_dev_3 * true_sd_3_3, "+" + str.tostring(true_sd_3_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_3_lower_3 := line.new(start_3, anchor_lower_3 - true_std_dev_3 * true_sd_3_3, end_bar_3, anchor_lower_3 - true_std_dev_3 * true_sd_3_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_lower_3 - true_std_dev_3 * true_sd_3_3, "-" + str.tostring(true_sd_3_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
if use_true_sd_4_3
line_true_sd_4_upper_3 := line.new(start_3, anchor_upper_3 + true_std_dev_3 * true_sd_4_3, end_bar_3, anchor_upper_3 + true_std_dev_3 * true_sd_4_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_upper_3 + true_std_dev_3 * true_sd_4_3, "+" + str.tostring(true_sd_4_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
line_true_sd_4_lower_3 := line.new(start_3, anchor_lower_3 - true_std_dev_3 * true_sd_4_3, end_bar_3, anchor_lower_3 - true_std_dev_3 * true_sd_4_3, color = true_sd_color_3, style = true_sd_style_3)
label.new(start_3 - 1, anchor_lower_3 - true_std_dev_3 * true_sd_4_3, "-" + str.tostring(true_sd_4_3) + "TSD" + label_suffix_3, color = true_sd_color_3, style = label.style_none, textcolor = label_text_color, size = label_size)
else if not t3 and not na(line_p1_3) and extend_bars_3 > 0
if show_re_3
line_p1_3.set_x2(end_bar_3 + extend_bars_3)
line_p2_3.set_x2(end_bar_3 + extend_bars_3)
line_p3_3.set_x2(end_bar_3 + extend_bars_3)
line_p4_3.set_x2(end_bar_3 + extend_bars_3)
line_p5_3.set_x2(end_bar_3 + extend_bars_3)
line_p6_3.set_x2(end_bar_3 + extend_bars_3)
line_m1_3.set_x2(end_bar_3 + extend_bars_3)
line_m2_3.set_x2(end_bar_3 + extend_bars_3)
line_m3_3.set_x2(end_bar_3 + extend_bars_3)
line_m4_3.set_x2(end_bar_3 + extend_bars_3)
line_m5_3.set_x2(end_bar_3 + extend_bars_3)
line_m6_3.set_x2(end_bar_3 + extend_bars_3)
line_p1_3_body.set_x2(end_bar_3 + extend_bars_3)
line_p2_3_body.set_x2(end_bar_3 + extend_bars_3)
line_p3_3_body.set_x2(end_bar_3 + extend_bars_3)
line_p4_3_body.set_x2(end_bar_3 + extend_bars_3)
line_p5_3_body.set_x2(end_bar_3 + extend_bars_3)
line_p6_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m1_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m2_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m3_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m4_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m5_3_body.set_x2(end_bar_3 + extend_bars_3)
line_m6_3_body.set_x2(end_bar_3 + extend_bars_3)
if show_tsd_3
if not na(line_true_sd_1_upper_3)
line_true_sd_1_upper_3.set_x2(end_bar_3 + extend_bars_3)
line_true_sd_1_lower_3.set_x2(end_bar_3 + extend_bars_3)
if not na(line_true_sd_2_upper_3)
line_true_sd_2_upper_3.set_x2(end_bar_3 + extend_bars_3)
line_true_sd_2_lower_3.set_x2(end_bar_3 + extend_bars_3)
if not na(line_true_sd_3_upper_3)
line_true_sd_3_upper_3.set_x2(end_bar_3 + extend_bars_3)
line_true_sd_3_lower_3.set_x2(end_bar_3 + extend_bars_3)
if not na(line_true_sd_4_upper_3)
line_true_sd_4_upper_3.set_x2(end_bar_3 + extend_bars_3)
line_true_sd_4_lower_3.set_x2(end_bar_3 + extend_bars_3)
var g_TABLE = "Table Settings"
tbl_pos_range = input.string("Bottom Left", "Range Extensions Table Position", options=["Top Right", "Top Left", "Top Center", "Middle Center", "Left Center", "Right Center", "Bottom Middle", "Bottom Left", "Bottom Right"], group=g_TABLE)
tbl_pos_tsd = input.string("Bottom Right", "TSD Table Position", options=["Top Right", "Top Left", "Top Center", "Middle Center", "Left Center", "Right Center", "Bottom Middle", "Bottom Left", "Bottom Right"], group=g_TABLE)
show_range_table = input.bool(true, "Show Range Extensions Table", tooltip="Enable or disable the Range Extensions statistics table", group=g_TABLE) // New input
show_tsd_table = input.bool(true, "Show TSD Table", tooltip="Enable or disable the True Standard Deviation statistics table", group=g_TABLE) // New input
tbl_bg = input.color(color.white, "Table Background", group=g_TABLE)
tbl_bd = input.color(color.black, "Table Borders", group=g_TABLE)
tbl_txt = input.color(color.black, "Table Text", group=g_TABLE)
tbl_size = input.string("small", "Table Size", options=["tiny", "small", "normal", "large"], group=g_TABLE)
// Function to map string size to text_size
get_text_size(string size) =>
result = switch size
"tiny" => size.tiny
"small" => tbl_size
"normal" => size.normal
"large" => size.large
result
// Function to map string position to table position
get_table_pos(string pos) =>
result = switch pos
"Top Right" => position.top_right
"Top Left" => position.top_left
"Top Center" => position.top_center
"Middle Center" => position.middle_center
"Left Center" => position.middle_left
"Right Center" => position.middle_right
"Bottom Middle" => position.bottom_center
"Bottom Left" => position.bottom_left
"Bottom Right" => position.bottom_right
result
// Statistics variables for Range 1
var int total_sessions = 0
// Body-based statistics
var int[] first_hit_minus_body = array.new_int(7, 0) // For -1B to -6B
var int[] first_hit_plus_body = array.new_int(7, 0) // For +1B to +6B
var int[] both_hit_body = array.new_int(7, 0) // For both -nB and +nB
var bool[] hit_minus_body = array.new_bool(7, false) // Current session hits
var bool[] hit_plus_body = array.new_bool(7, false)
var float[] minus_levels_body = array.new_float(7, na) // Store -1B to -6B levels
var float[] plus_levels_body = array.new_float(7, na) // Store +1B to +6B levels
// Wick-based statistics
var int[] first_hit_minus_wick = array.new_int(7, 0) // For -1W to -6W
var int[] first_hit_plus_wick = array.new_int(7, 0) // For +1W to +6W
var int[] both_hit_wick = array.new_int(7, 0) // For both -nW and +nW
var bool[] hit_minus_wick = array.new_bool(7, false) // Current session hits
var bool[] hit_plus_wick = array.new_bool(7, false)
var float[] minus_levels_wick = array.new_float(7, na) // Store -1W to -6W levels
var float[] plus_levels_wick = array.new_float(7, na) // Store +1W to +6W levels
var bool session_ended = false
// Line arrays
line[] lines_minus_body = array.new_line(7, na)
line[] lines_plus_body = array.new_line(7, na)
line[] lines_minus_wick = array.new_line(7, na)
line[] lines_plus_wick = array.new_line(7, na)
bool[] use_sd = array.new_bool(7, false)
use_sd.set(1, use_sd_1)
use_sd.set(2, use_sd_2)
use_sd.set(3, use_sd_3)
use_sd.set(4, use_sd_4)
use_sd.set(5, use_sd_5)
use_sd.set(6, use_sd_6)
use_true_sd.set(1, use_true_sd_1_1)
use_true_sd.set(2, use_true_sd_2_1)
use_true_sd.set(3, use_true_sd_3_1)
use_true_sd.set(4, use_true_sd_4_1)
// Update line arrays at session end
if not t and t[1]
// Set body lines
lines_minus_body.set(1, line_m1_body)
lines_minus_body.set(2, line_m2_body)
lines_minus_body.set(3, line_m3_body)
lines_minus_body.set(4, line_m4_body)
lines_minus_body.set(5, line_m5_body)
lines_minus_body.set(6, line_m6_body)
lines_plus_body.set(1, line_p1_body)
lines_plus_body.set(2, line_p2_body)
lines_plus_body.set(3, line_p3_body)
lines_plus_body.set(4, line_p4_body)
lines_plus_body.set(5, line_p5_body)
lines_plus_body.set(6, line_p6_body)
// Set wick lines
lines_minus_wick.set(1, line_m1)
lines_minus_wick.set(2, line_m2)
lines_minus_wick.set(3, line_m3)
lines_minus_wick.set(4, line_m4)
lines_minus_wick.set(5, line_m5)
lines_minus_wick.set(6, line_m6)
lines_plus_wick.set(1, line_p1)
lines_plus_wick.set(2, line_p2)
lines_plus_wick.set(3, line_p3)
lines_plus_wick.set(4, line_p4)
lines_plus_wick.set(5, line_p5)
lines_plus_wick.set(6, line_p6)
// Set TSD lines
lines_minus_tsd.set(1, line_true_sd_1_lower_1)
lines_minus_tsd.set(2, line_true_sd_2_lower_1)
lines_minus_tsd.set(3, line_true_sd_3_lower_1)
lines_minus_tsd.set(4, line_true_sd_4_lower_1)
lines_plus_tsd.set(1, line_true_sd_1_upper_1)
lines_plus_tsd.set(2, line_true_sd_2_upper_1)
lines_plus_tsd.set(3, line_true_sd_3_upper_1)
lines_plus_tsd.set(4, line_true_sd_4_upper_1)
// Reset tracking variables at session start
if t and not t[1]
for i = 1 to 6
// Body-based
if hit_minus_body.get(i) and hit_plus_body.get(i)
both_hit_body.set(i, both_hit_body.get(i) + 1)
hit_minus_body.set(i, false)
hit_plus_body.set(i, false)
minus_levels_body.set(i, na)
plus_levels_body.set(i, na)
// Wick-based
if hit_minus_wick.get(i) and hit_plus_wick.get(i)
both_hit_wick.set(i, both_hit_wick.get(i) + 1)
hit_minus_wick.set(i, false)
hit_plus_wick.set(i, false)
minus_levels_wick.set(i, na)
plus_levels_wick.set(i, na)
for i = 1 to 4
// TSD-based
if hit_minus_tsd.get(i) and hit_plus_tsd.get(i)
both_hit_tsd.set(i, both_hit_tsd.get(i) + 1)
hit_minus_tsd.set(i, false)
hit_plus_tsd.set(i, false)
minus_levels_tsd.set(i, na)
plus_levels_tsd.set(i, na)
session_ended := false
// Capture levels and session end
if not t and t[1]
total_sessions := total_sessions + 1
session_ended := true
for i = 1 to 6
// Body-based levels
if use_sd.get(i) and not na(lines_minus_body.get(i))
minus_levels_body.set(i, line.get_y1(lines_minus_body.get(i)))
if use_sd.get(i) and not na(lines_plus_body.get(i))
plus_levels_body.set(i, line.get_y1(lines_plus_body.get(i)))
// Wick-based levels
if use_sd.get(i) and not na(lines_minus_wick.get(i))
minus_levels_wick.set(i, line.get_y1(lines_minus_wick.get(i)))
if use_sd.get(i) and not na(lines_plus_wick.get(i))
plus_levels_wick.set(i, line.get_y1(lines_plus_wick.get(i)))
for i = 1 to 4
// TSD-based levels
if use_true_sd.get(i) and not na(lines_minus_tsd.get(i))
minus_levels_tsd.set(i, line.get_y1(lines_minus_tsd.get(i)))
if use_true_sd.get(i) and not na(lines_plus_tsd.get(i))
plus_levels_tsd.set(i, line.get_y1(lines_plus_tsd.get(i)))
// Check for first touch after session ends
if session_ended and not t and not na(time("", stats_session, "America/New_York"))
for i = 1 to 6
// Body-based hits
if use_sd.get(i) and not na(minus_levels_body.get(i)) and not hit_minus_body.get(i) and low <= minus_levels_body.get(i)
hit_minus_body.set(i, true)
first_hit_minus_body.set(i, first_hit_minus_body.get(i) + 1)
if use_sd.get(i) and not na(plus_levels_body.get(i)) and not hit_plus_body.get(i) and high >= plus_levels_body.get(i)
hit_plus_body.set(i, true)
first_hit_plus_body.set(i, first_hit_plus_body.get(i) + 1)
// Wick-based hits
if use_sd.get(i) and not na(minus_levels_wick.get(i)) and not hit_minus_wick.get(i) and low <= minus_levels_wick.get(i)
hit_minus_wick.set(i, true)
first_hit_minus_wick.set(i, first_hit_minus_wick.get(i) + 1)
if use_sd.get(i) and not na(plus_levels_wick.get(i)) and not hit_plus_wick.get(i) and high >= plus_levels_wick.get(i)
hit_plus_wick.set(i, true)
first_hit_plus_wick.set(i, first_hit_plus_wick.get(i) + 1)
for i = 1 to 4
// TSD-based hits
if use_true_sd.get(i) and not na(minus_levels_tsd.get(i)) and not hit_minus_tsd.get(i) and low <= minus_levels_tsd.get(i)
hit_minus_tsd.set(i, true)
first_hit_minus_tsd.set(i, first_hit_minus_tsd.get(i) + 1)
if use_true_sd.get(i) and not na(plus_levels_tsd.get(i)) and not hit_plus_tsd.get(i) and high >= plus_levels_tsd.get(i)
hit_plus_tsd.set(i, true)
first_hit_plus_tsd.set(i, first_hit_plus_tsd.get(i) + 1)
// Function to track hits (updated to include first hit percentage)
get_OTP_modified(level_index, is_wick, is_tsd) =>
float pct_minus_to_plus = is_tsd ? (first_hit_minus_tsd.get(level_index) > 0 ? (both_hit_tsd.get(level_index) / first_hit_minus_tsd.get(level_index)) * 100 : 0) : is_wick ? (first_hit_minus_wick.get(level_index) > 0 ? (both_hit_wick.get(level_index) / first_hit_minus_wick.get(level_index)) * 100 : 0) : (first_hit_minus_body.get(level_index) > 0 ? (both_hit_body.get(level_index) / first_hit_minus_body.get(level_index)) * 100 : 0)
float pct_plus_to_minus = is_tsd ? (first_hit_plus_tsd.get(level_index) > 0 ? (both_hit_tsd.get(level_index) / first_hit_plus_tsd.get(level_index)) * 100 : 0) : is_wick ? (first_hit_plus_wick.get(level_index) > 0 ? (both_hit_wick.get(level_index) / first_hit_plus_wick.get(level_index)) * 100 : 0) : (first_hit_plus_body.get(level_index) > 0 ? (both_hit_body.get(level_index) / first_hit_plus_body.get(level_index)) * 100 : 0)
float pct_hit_minus = is_tsd ? (total_sessions > 0 ? (first_hit_minus_tsd.get(level_index) / total_sessions) * 100 : 0) : is_wick ? (total_sessions > 0 ? (first_hit_minus_wick.get(level_index) / total_sessions) * 100 : 0) : (total_sessions > 0 ? (first_hit_minus_body.get(level_index) / total_sessions) * 100 : 0)
float pct_hit_plus = is_tsd ? (total_sessions > 0 ? (first_hit_plus_tsd.get(level_index) / total_sessions) * 100 : 0) : is_wick ? (total_sessions > 0 ? (first_hit_plus_wick.get(level_index) / total_sessions) * 100 : 0) : (total_sessions > 0 ? (first_hit_plus_body.get(level_index) / total_sessions) * 100 : 0)
bool hit_both = is_tsd ? (hit_minus_tsd.get(level_index) and hit_plus_tsd.get(level_index)) : is_wick ? (hit_minus_wick.get(level_index) and hit_plus_wick.get(level_index)) : (hit_minus_body.get(level_index) and hit_plus_body.get(level_index))
str_minus_to_plus = str.tostring(math.round(pct_minus_to_plus, 1)) + "%"
str_plus_to_minus = str.tostring(math.round(pct_plus_to_minus, 1)) + "%"
str_hit_minus = str.tostring(math.round(pct_hit_minus, 1)) + "%"
str_hit_plus = str.tostring(math.round(pct_hit_plus, 1)) + "%"
[str_minus_to_plus, str_plus_to_minus, hit_both, str_hit_minus, str_hit_plus]
// Statistics tables
var table range_table = na
var table tsd_table = na
var string last_range_config = ""
var string last_tsd_config = ""
var int last_range_height = 0
var int last_tsd_height = 0
if not t and t[1]
// Calculate enabled levels
int enabled_levels = 0
for i = 1 to 6
if use_sd.get(i)
enabled_levels += 1
int enabled_tsd_levels = 0
for i = 1 to 4
if use_true_sd.get(i)
enabled_tsd_levels += 1
// Calculate rows needed
int rows_per_type = 2 * enabled_levels
int range_table_height = range_basis_1 == "Both" ? 2 + 2 * rows_per_type : 2 + rows_per_type
int tsd_table_height = 2 + 2 * enabled_tsd_levels
// Create configuration strings to detect changes
string range_config = range_basis_1 + proj_type_1 + str.tostring(enabled_levels) + tbl_pos_range
string tsd_config = proj_type_1 + str.tostring(enabled_tsd_levels) + tbl_pos_tsd
// Range Extensions Table (shown if proj_type_1 is "Range Extensions" or "Both" and show_range_table is true)
if (proj_type_1 == "Range Extensions" or proj_type_1 == "Both") and show_range_table
if range_config != last_range_config or range_table_height != last_range_height or na(range_table)
if not na(range_table)
range_table.delete()
range_table := table.new(get_table_pos(tbl_pos_range), 4, range_table_height, bgcolor=tbl_bg, border_color=tbl_bd, frame_color=tbl_bd, frame_width=1, border_width=1)
last_range_config := range_config
last_range_height := range_table_height
// Clear existing cells
for r = 0 to range_table_height - 1
for c = 0 to 3
table.cell(range_table, c, r, "", bgcolor=na, text_color=na)
// Populate table
table.cell(range_table, 0, 0, syminfo.ticker + ", " + timeframe.period + "\nStats Range: " + str.tostring(stats_session) + " (" + str.tostring(total_sessions) + ")", text_size=size.tiny, text_color=tbl_txt, text_font_family=font.family_monospace)
table.cell(range_table, 0, 1, "Level", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(range_table, 1, 1, "First Touch", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(range_table, 2, 1, "% Opposite Hit", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(range_table, 3, 1, "% Hit", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
int row = 2
float[] re_levels = array.new_float(6, 0)
re_levels.set(0, sd_6)
re_levels.set(1, sd_5)
re_levels.set(2, sd_4)
re_levels.set(3, sd_3)
re_levels.set(4, sd_2)
re_levels.set(5, sd_1)
// Wick stats (for Wick or Both)
if range_basis_1 == "Wick" or range_basis_1 == "Both"
// First populate positive levels from highest to lowest
for i = 0 to 5
int level = 6 - i
if use_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, true, false)
table.cell(range_table, 0, row, "+" + str.tostring(re_levels.get(i)) + "W", text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(range_table, 1, row, str.tostring(first_hit_plus_wick.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 2, row, otp_plus_to_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 3, row, hit_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
// Then populate negative levels from lowest to highest (so they appear in reverse order)
for i = 5 to 0
int level = 6 - i
if use_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, true, false)
table.cell(range_table, 0, row, "-" + str.tostring(re_levels.get(i)) + "W", text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(range_table, 1, row, str.tostring(first_hit_minus_wick.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 2, row, otp_minus_to_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 3, row, hit_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
// Body stats (for Body or Both)
if range_basis_1 == "Body" or range_basis_1 == "Both"
// First populate positive levels from highest to lowest
for i = 0 to 5
int level = 6 - i
if use_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, false, false)
table.cell(range_table, 0, row, "+" + str.tostring(re_levels.get(i)) + "B", text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(range_table, 1, row, str.tostring(first_hit_plus_body.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 2, row, otp_plus_to_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 3, row, hit_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
// Then populate negative levels from lowest to highest (so they appear in reverse order)
for i = 5 to 0
int level = 6 - i
if use_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, false, false)
table.cell(range_table, 0, row, "-" + str.tostring(re_levels.get(i)) + "B", text_color=tbl_txt, text_size=tbl_size,text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(range_table, 1, row, str.tostring(first_hit_minus_body.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 2, row, otp_minus_to_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(range_table, 3, row, hit_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
else
// Delete range table if not needed or disabled
if not na(range_table)
range_table.delete()
range_table := na
last_range_config := ""
last_range_height := 0
// TSD Table (shown if proj_type_1 is "True Standard Deviations" or "Both" and show_tsd_table is true)
if (proj_type_1 == "True Standard Deviations" or proj_type_1 == "Both") and show_tsd_table
if tsd_config != last_tsd_config or tsd_table_height != last_tsd_height or na(tsd_table)
if not na(tsd_table)
tsd_table.delete()
tsd_table := table.new(get_table_pos(tbl_pos_tsd), 4, tsd_table_height, bgcolor=tbl_bg, border_color=tbl_bd, frame_color=tbl_bd, frame_width=1, border_width=1)
last_tsd_config := tsd_config
last_tsd_height := tsd_table_height
// Clear existing cells
for r = 0 to tsd_table_height - 1
for c = 0 to 3
table.cell(tsd_table, c, r, "", bgcolor=na, text_color=na)
// Populate table
table.cell(tsd_table, 0, 0, syminfo.ticker + ", " + timeframe.period + "\nTSD Stats Range: " + str.tostring(stats_session) + " (" + str.tostring(total_sessions) + ")", text_size=size.tiny, text_color=tbl_txt, text_font_family=font.family_monospace)
table.cell(tsd_table, 0, 1, "Level", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(tsd_table, 1, 1, "First Touch", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(tsd_table, 2, 1, "% Opposite Hit", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
table.cell(tsd_table, 3, 1, "% Hit", text_color=tbl_bg, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold, bgcolor=tbl_txt)
int row = 2
string tsd_suffix = range_basis_1 == "Wick" ? "W" : "B"
float[] tsd_levels = array.new_float(4, 0)
tsd_levels.set(0, true_sd_4_1)
tsd_levels.set(1, true_sd_3_1)
tsd_levels.set(2, true_sd_2_1)
tsd_levels.set(3, true_sd_1_1)
// First populate positive levels from highest to lowest
for i = 0 to 3
int level = 4 - i
if use_true_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, false, true)
table.cell(tsd_table, 0, row, "+" + str.tostring(tsd_levels.get(i)) + "TSD" + tsd_suffix, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(tsd_table, 1, row, str.tostring(first_hit_plus_tsd.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(tsd_table, 2, row, otp_plus_to_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(tsd_table, 3, row, hit_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
// Then populate negative levels from lowest to highest (so they appear in reverse order)
for i = 3 to 0
int level = 4 - i
if use_true_sd.get(level)
[otp_minus_to_plus, otp_plus_to_minus, otp_hit, hit_minus, hit_plus] = get_OTP_modified(level, false, true)
table.cell(tsd_table, 0, row, "-" + str.tostring(tsd_levels.get(i)) + "TSD" + tsd_suffix, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, text_formatting=text.format_bold)
table.cell(tsd_table, 1, row, str.tostring(first_hit_minus_tsd.get(level)), text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(tsd_table, 2, row, otp_minus_to_plus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
table.cell(tsd_table, 3, row, hit_minus, text_color=tbl_txt, text_size=tbl_size, text_font_family=font.family_monospace, bgcolor=tbl_bg)
row += 1
else
// Delete TSD table if not needed or disabled
if not na(tsd_table)
tsd_table.delete()
tsd_table := na
last_tsd_config := ""
last_tsd_height := 0
Overview
Session Range Projections draws horizontal range and deviation lines, optional range boxes, range extensions, and true standard deviations at selectable multiples. A separate statistics session tracks first touches and opposite-side hits. Label size, text color, projection type, and range basis (wick, body, or both) are adjustable. It is an overlay indicator and does not place trades or manage exits.
- Session range boxes
- Range extension levels
- True standard deviation projections
- First-touch statistics tracking
- Wick or body range basis
Details
Published by
TamaraKGreen on GitHub
Code credit
notprofessorgreen, as written in the script's header
Type
Indicator, Pine Script v6
Draws
On the price chart
Category
Sessions & time, Support & resistance, Volatility & bands
Markets
Any symbol
Timeframes
Any timeframe
Risk Notes
No repainting, lookahead or stacked entries were found in its code or README. That says nothing about how well it works: test it first.
Settings
The inputs you can change from the gear icon on the chart. Defaults are the author's.
| Setting | Type | Default | Variable |
|---|---|---|---|
| Label Size | string | Small | label_size_input |
| Label Text Color | color | color.black | label_text_color |
| Session 1 | session | 0200-0215 | session |
| Statistics Tracking Session | session | 0230-0800 | stats_session |
| Projection Type | string | Range Extensions | proj_type_1 |
| Range Basis | string | Wick | range_basis_1 |
| Range/Deviation lines - first range | bool | true | horiz_lines |
| Show Range Extensions | bool | true | show_re_1 |
| Show True Standard Deviations | bool | true | show_tsd_1 |
| Show Range Boxes | bool | true | show_box_1 |
| RE 1 | bool | true | use_sd_1 |
| sd_1 | float | 1 | sd_1 |
Show all 40 settings
| Setting | Type | Default | Variable |
|---|---|---|---|
| RE 2 | bool | true | use_sd_2 |
| sd_2 | float | 2 | sd_2 |
| RE 3 | bool | true | use_sd_3 |
| sd_3 | float | 3 | sd_3 |
| RE 4 | bool | true | use_sd_4 |
| sd_4 | float | 4 | sd_4 |
| RE 5 | bool | true | use_sd_5 |
| sd_5 | float | 5 | sd_5 |
| RE 6 | bool | true | use_sd_6 |
| sd_6 | float | 6 | sd_6 |
| True SD 1 | bool | true | use_true_sd_1_1 |
| true_sd_1_1 | float | 1.0 | true_sd_1_1 |
| True SD 2 | bool | true | use_true_sd_2_1 |
| true_sd_2_1 | float | 2.0 | true_sd_2_1 |
| True SD 3 | bool | true | use_true_sd_3_1 |
| true_sd_3_1 | float | 3.0 | true_sd_3_1 |
| True SD 4 | bool | true | use_true_sd_4_1 |
| true_sd_4_1 | float | 4.0 | true_sd_4_1 |
| True SD Color | color | color.green | true_sd_color_1 |
| True SD Style | string | Dashed | true_sd_style_1 |
| True SD Anchor | string | Open | true_sd_anchor_1 |
| Max Sessions for SD | int | 100 | max_sessions_1 |
| Extend Lines (Bars) | int | 0 | extend_bars |
| First range wick box colour | color | color.new(color.yellow, 70) | range_box_color_1 |
| First range body box colour | color | color.new(color.yellow, 60) | range_body_color_1 |
| First range wick line colour | color | color.black | wick_line_color_1 |
| First range wick line style | string | Dotted | wick_proj_style_1 |
| First range body line colour | color | color.gray | body_line_color_1 |
Third-party code. ForexR did not write, test or endorse this script, and the summary above was generated automatically from its code and README. Indicators describe the past, and a strategy's backtest can look better than live trading, especially when a script repaints. Check it in the Strategy Tester and on a demo account before you rely on it.
Similar Pine Scripts
This indicator marks forex trading sessions and opening ranges on the price chart. It can draw Sydney, Tokyo, Frankfurt, London, and New York session boxes or five- and fifteen-minute opening ranges, plus an optional opening channel and a day-open range. Day r
This overlay indicator marks the current day's low and a suggested entry zone a fraction of daily ATR below that low. It compares daily volume with a volume moving average, plots daily SMA and EMA distance, and draws an optional ATR-width price cloud. Labels c
This indicator plots intraday reference levels, projection targets, and opening range boundaries tailored for continuous electronic trading session instruments such as gold. It calculates Average Bar Range targets in bullish and bearish multiples, previous day
This indicator combines six trading tools into a single chart overlay to optimize indicator limits. It calculates Bollinger Bands, projects weekend price boundaries, plots market structure elements like order blocks, breaker blocks, and MSB lines, marks New Yo
This overlay indicator maps an opening drive for a chosen session, using the first 30 or 60 minutes. It tracks drive high, low, midpoint, range, pace, and volume versus a multi-session average, then projects continuation lines from the drive edge and fade line
Trade Your Charts With a Regulated Broker
Compare brokers that connect to TradingView, with spreads, minimum deposits and leverage side by side.
Compare brokers