Add New Logic alongSide old: Sometime there are condition when candle that is not touching EMA have high or low N% Daily ATR away from EMA, and all other logic (Require last N candles to have touched EMA?, Require N% of Current Candle to Overlap with Last Candle?, Require candle to be N% smaller than last candle?) also met, then highlight those candle with orange circle: //@version=5
indicator("Candles Not Touching EMA 5 with Overlap and Size Check (Updated)", overlay=true)

// User inputs
enable_last_n_check = input.bool(true, title="Require last N candles to have touched EMA?")
N = input.int(3, minval=1, title="Number of candles to check")
enable_stop_loss_feature = input.bool(true, title="Enable Stop Loss Levels")
atr_percent = input.float(2.0, title="ATR Percentage for Stop Loss (%)", minval=0, step=0.1)

// Overlap Method Inputs
enable_overlap_check = input.bool(true, title="Require N% of Current Candle to Overlap with Last Candle?")
overlap_percentage_N = input.float(50.0, minval=0.0, maxval=100.0, title="Required Overlap Percentage N%")

// Candle Size Inputs
enable_percentage_check = input.bool(true, title="Require candle to be N% smaller than last candle?")
percentage_N = input.float(20.0, minval=0.01, title="Percentage smaller (%)")

// New Distance from EMA Check Inputs
enable_distance_check = input.bool(false, title="Enable Distance from EMA Check?")
distance_atr_percent = input.float(2.0, minval=0.0, step=0.1, title="ATR Percentage for Distance from EMA (%)")

// Inputs to select which logic to ignore when Distance Condition is Met
ignore_last_n_check = input.bool(false, title="Ignore Last N Candles Touching EMA Check when Distance Condition is Met?")
ignore_overlap_check = input.bool(false, title="Ignore Overlap Check when Distance Condition is Met?")
ignore_percentage_check = input.bool(false, title="Ignore Size Percentage Check when Distance Condition is Met?")

// Calculate EMA 5
ema5 = ta.ema(close, 5)

// Identify candles that do not touch EMA 5
not_touching = (low > ema5) or (high < ema5)

// Identify candles that touch EMA 5
touching = not not_touching

// Function to check if all of the last N candles touched the EMA
all_last_N_touching(N) =>
    result = true
    for i = 1 to N
        result := result and touching[i]
    result

// Initialize condition_for_signal
condition_for_signal = true

// If the feature is enabled, update condition_for_signal
if enable_last_n_check
    // Condition for signal: all of the last N candles touched the EMA
    condition_for_signal := all_last_N_touching(N)

// Overlap Method Logic

// Initialize is_current_candle_N_percent_overlapping
is_current_candle_N_percent_overlapping = true

// If the feature is enabled, compute the condition
if enable_overlap_check
    // Calculate current candle's range
    current_candle_range = high - low
    // Avoid division by zero
    if current_candle_range != 0
        // Calculate overlap between current candle and previous candle
        overlap_high = math.min(high, high[1])
        overlap_low = math.max(low, low[1])
        overlap_range = overlap_high - overlap_low
        // If overlap_range is negative or zero, set condition to false
        if overlap_range <= 0
            is_current_candle_N_percent_overlapping := false
        else
            // Calculate percentage of current candle's range that overlaps with previous candle's range
            percentage_of_current_overlapping = (overlap_range / current_candle_range) * 100.0
            // Check if percentage is greater than or equal to N%
            is_current_candle_N_percent_overlapping := percentage_of_current_overlapping >= overlap_percentage_N
    else
        // If current candle range is zero, set condition to false
        is_current_candle_N_percent_overlapping := false

// Candle Size Logic

// Initialize is_smaller_by_N_percent
is_smaller_by_N_percent = true

// If the feature is enabled, update is_smaller_by_N_percent
if enable_percentage_check
    // Calculate candle sizes
    prev_candle_size = high[1] - low[1]
    current_candle_size = high - low
    // Avoid division by zero
    if prev_candle_size != 0
        // Calculate size difference percentage
        size_difference_percent = ((prev_candle_size - current_candle_size) / prev_candle_size) * 100.0
        // Check if current candle is N% smaller than previous candle
        is_smaller_by_N_percent := size_difference_percent >= percentage_N
    else
        // If previous candle size is zero, set condition to false
        is_smaller_by_N_percent := false

// --- New Distance from EMA Condition ---

// Calculate Daily ATR
daily_atr = request.security(syminfo.tickerid, 'D', ta.atr(14))

// Calculate ATR offset based on user-defined percentage
atr_offset = (distance_atr_percent / 100.0) * daily_atr

// Initialize Distance Condition
distance_condition = false
distance = 0.0

if enable_distance_check and not_touching
    if close > ema5
        distance := low - ema5
    else if close < ema5
        distance := ema5 - high
    else
        distance := 0

    if distance >= atr_offset
        distance_condition := true

// Adjust conditions based on Distance Condition and user preferences
cond_last_n_check = true
if enable_last_n_check
    cond_last_n_check := condition_for_signal

cond_overlap_check = true
if enable_overlap_check
    cond_overlap_check := is_current_candle_N_percent_overlapping

cond_percentage_check = true
if enable_percentage_check
    cond_percentage_check := is_smaller_by_N_percent

if distance_condition
    if ignore_last_n_check
        cond_last_n_check := true
    if ignore_overlap_check
        cond_overlap_check := true
    if ignore_percentage_check
        cond_percentage_check := true

// Signal conditions (including all logic)
signal_above = not_touching and close > ema5 and cond_last_n_check and cond_overlap_check and cond_percentage_check
signal_below = not_touching and close < ema5 and cond_last_n_check and cond_overlap_check and cond_percentage_check

// Combined signal for any of the conditions
signal_any = signal_above or signal_below

// Plot EMA 5 for reference
plot(ema5, color=color.orange, linewidth=2, title="EMA 5")

// Plot arrows to highlight signals
// Arrow Down for candles entirely above EMA 5
plotshape(signal_above, title="Above EMA Signal", style=shape.arrowdown, location=location.abovebar, color=color.green, size=size.tiny)

// Arrow Up for candles entirely below EMA 5
plotshape(signal_below, title="Below EMA Signal", style=shape.arrowup, location=location.belowbar, color=color.red, size=size.tiny)

// Plot small circle to highlight candles where Distance Condition is met
plotshape(distance_condition and (close > ema5), title="Distance Condition Met Above EMA", style=shape.circle, location=location.abovebar, color=color.blue, size=size.tiny)
plotshape(distance_condition and (close < ema5), title="Distance Condition Met Below EMA", style=shape.circle, location=location.belowbar, color=color.blue, size=size.tiny)

// Alert Conditions
alertcondition(signal_any, title="Any Signal Alert", message="A signal has been triggered: either 'Above EMA' or 'Below EMA'.")
alertcondition(signal_above, title="Above EMA Alert", message="Candle entirely above EMA 5, not touching it. Signal conditions met.")
alertcondition(signal_below, title="Below EMA Alert", message="Candle entirely below EMA 5, not touching it. Signal conditions met.")

// --- Existing Stop Loss Feature ---

// Initialize variables for stop loss levels
float stop_loss_level = na
color stop_loss_color = na

// Compute and plot stop loss levels when the feature is enabled
if enable_stop_loss_feature
    if signal_above
        stop_loss_level := high + ((atr_percent / 100.0) * daily_atr)
        stop_loss_color := color.red
    else if signal_below
        stop_loss_level := low - ((atr_percent / 100.0) * daily_atr)
        stop_loss_color := color.green
    else
        stop_loss_level := na
        stop_loss_color := na

// Plot stop loss level
plot(stop_loss_level, title="Stop Loss Level", color=stop_loss_color, linewidth=2)