# indie:lang_version = 5 # TODO: fix error caused by disabling of halving/fib lines from indie import indicator, param, MainContext, plot, color from indie.color import rgba from indie.drawings import LineSegment, LabelAbs, AbsolutePosition import math # --- INDICATOR AND DECORATORS --- @indicator('Bitcoin Rainbow Wave', overlay_main_pane=True) @plot.line(id='band_minus_3', title='PL Band -3', color=rgba(100, 0, 251, 1.0), line_width=2) @plot.line(id='band_minus_2', title='PL Band -2', color=color.BLUE, line_width=1) @plot.line(id='band_minus_1', title='PL Band -1', color=color.GREEN, line_width=1) @plot.line(id='power_law', title='Power Law Trend', color=color.YELLOW, line_width=3) @plot.line(id='band_plus_1', title='PL Band +1', color=color.GREEN, line_width=1) @plot.line(id='band_plus_2', title='PL Band +2', color=color.YELLOW, line_width=1) @plot.line(id='band_plus_3', title='PL Band +3', color=rgba(255, 165, 0, 1.0), line_width=1) @plot.line(id='band_plus_4', title='PL Band +4', color=rgba(255, 165, 0, 1.0), line_width=1) @plot.line(id='band_plus_5', title='PL Band +5', color=color.RED, line_width=2) @plot.line(id='wave_middle', title='Wave Middle', color=color.FUCHSIA, line_width=1) @plot.line(id='wave_upper', title='Wave Upper Band', color=color.MAROON, line_width=2) @plot.line(id='wave_lower', title='Wave Lower Band', color=color.AQUA, line_width=2) @plot.line(id='wave_upper_mid', title='Wave Upper Mid', color=rgba(255, 165, 0, 1.0), line_width=1) @plot.line(id='wave_lower_mid', title='Wave Lower Mid', color=color.GREEN, line_width=1) @plot.fill('band_minus_1', 'band_minus_2', id='rainbow_fill_1') @plot.fill('power_law', 'band_minus_1', id='rainbow_fill_2') @plot.fill('band_plus_1', 'power_law', id='rainbow_fill_3') @plot.fill('band_plus_2', 'band_plus_1', id='rainbow_fill_4') @plot.fill('wave_lower_mid', 'wave_middle', id='wave_fill_1') @plot.fill('wave_upper_mid', 'wave_middle', id='wave_fill_2') @plot.line(id='nmu', title='NMU', color=color.rgba(0,0,0,0)) @plot.line(id='nmd', title='NMD', color=color.rgba(0,0,0,0)) @plot.line(id='nmue', title='NMUe', color=color.rgba(0,0,0,0)) @plot.line(id='nmde', title='NMDe', color=color.rgba(0,0,0,0)) @plot.fill('nmu', 'nmd', id='nmz_fill') @plot.fill('nmue', 'nmde', id='nmz_fill_e') # --- INPUTS --- @param.bool('s11', title='Power Law Line', default=True) @param.bool('s12', title='Power Law Limit Bands', default=True) @param.bool('s14', title='Rainbow lines', default=True) @param.bool('s13', title='Rainbow Fair Value', default=False) @param.bool('s21', title='Sine Wave Line', default=True) @param.bool('s22', title='Sine Wave Limit Bands', default=True) @param.bool('s23', title='Sine Wave Fair Value', default=True) @param.bool('s25', title='Miners profitability floor', default=True) # --- COMMENTED OUT --- # @param.bool('s31', title='Show Halvings and time fibs', default=True) # @param.bool('s32', title='Show 25%,50%,75% of Halvings', default=True) # --- END COMMENT --- @param.bool('s36', title='Show No Miss Zones', default=False) class Main(MainContext): # FIX: Removed s31 and s32 from the signature def __init__(self, s11, s12, s13, s14, s21, s22, s23, s25, s36): self.s11 = s11 self.s12 = s12 self.s13 = s13 self.s14 = s14 self.s21 = s21 self.s22 = s22 self.s23 = s23 self.s25 = s25 # --- COMMENTED OUT --- # self.s31 = s31 # self.s32 = s32 # self.prev_s31 = s31 # self.prev_s32 = s32 # --- END COMMENT --- self.s36 = s36 self.is_first_calc = True self.a = 1.47 self.b = 5.38 self.decay_base = 0.79 self.width = 0.7 self.FIVE_SIXTHS = 5.0 / 6.0 self.FIVE_TWELFTHS = 5.0 / 12.0 self.ONE_TWELFTH = 1.0 / 12.0 self.H0116 = 1254760888000.0 self.H025 = 1271938534000.0 self.H050 = 1296211307000.0 self.H075 = 1323880077000.0 self.H100 = 1354119878000.0 self.H125 = 1381296502000.0 self.H150 = 1407726365000.0 self.H175 = 1438184738000.0 self.H200 = 1468104373000.0 self.H225 = 1498203831000.0 self.H250 = 1527632682000.0 self.H275 = 1558661861000.0 self.H300 = 1589232223000.0 self.H325 = 1620444011000.0 self.H350 = 1651753413000.0 self.H375 = 1682787978000.0 self.H400 = 1713578967000.0 self.H425 = 1744743372000.0 self.halving_dur_after_h0116 = (self.H025 - self.H0116) / (0.25 - 0.116) self.halving_dur_after_h025 = (self.H050 - self.H025) * 4 self.halving_dur_after_h050 = (self.H075 - self.H050) * 4 self.halving_dur_after_h075 = (self.H100 - self.H075) * 4 self.halving_dur_after_h100 = (self.H125 - self.H100) * 4 self.halving_dur_after_h125 = (self.H150 - self.H125) * 4 self.halving_dur_after_h150 = (self.H175 - self.H150) * 4 self.halving_dur_after_h175 = (self.H200 - self.H175) * 4 self.halving_dur_after_h200 = (self.H225 - self.H200) * 4 self.halving_dur_after_h225 = (self.H250 - self.H225) * 4 self.halving_dur_after_h250 = (self.H275 - self.H250) * 4 self.halving_dur_after_h275 = (self.H300 - self.H275) * 4 self.halving_dur_after_h300 = (self.H325 - self.H300) * 4 self.halving_dur_after_h325 = (self.H350 - self.H325) * 4 self.halving_dur_after_h350 = (self.H375 - self.H350) * 4 self.halving_dur_after_h375 = (self.H400 - self.H375) * 4 self.halving_dur_after_h400 = (self.H425 - self.H400) * 4 self.halving_dur_after_h425 = (self.H425 - self.H325) # --- COMMENTED OUT --- # self.halving_lines: list[LineSegment] = [] # self.halving_labels: list[LabelAbs] = [] # self.halving_is_dashed: list[bool] = [] # H0382 = int(0.472*self.H025 + 0.528*self.H050) # H0618 = int(0.472*self.H075 + 0.528*self.H050) # H1382 = int(0.472*self.H125 + 0.528*self.H150) # H1618 = int(0.472*self.H175 + 0.528*self.H150) # H2382 = int(0.472*self.H225 + 0.528*self.H250) # H2618 = int(0.472*self.H275 + 0.528*self.H250) # H3382 = int(0.472*self.H325 + 0.528*self.H350) # H3618 = int(0.472*self.H375 + 0.528*self.H350) # line_x_coords = [self.H025, H0382, self.H050, H0618, self.H075, self.H100, self.H125, H1382, self.H150, H1618, self.H175, self.H200, self.H225, H2382, self.H250, H2618, self.H275, self.H300, self.H325, H3382, self.H350, H3618, self.H375, self.H400, self.H425] # line_h_values = [0.25, 0.382, 0.50, 0.618, 0.75, 1.00, 1.25, 1.382, 1.50, 1.618, 1.75, 2.00, 2.25, 2.382, 2.50, 2.618, 2.75, 3.00, 3.25, 3.382, 3.50, 3.618, 3.75, 4.00, 4.25] # is_dashed_list = [True, True, True, True, True, False, True, True, True, True, True, False, True, True, True, True, True, False, True, True, True, True, True, False, True] # for i in range(len(line_x_coords)): # h_val = line_h_values[i] # x_coord = line_x_coords[i] / 1000.0 # decay = math.pow(self.decay_base, h_val + 1) # log_power = self.a + self.b * math.log10(h_val) # y1 = math.pow(10, log_power - decay) # y2 = math.pow(10, log_power + (5.0/3.0) * decay) # line = LineSegment(AbsolutePosition(x_coord, y1), AbsolutePosition(x_coord, y2)) # label = LabelAbs(text="H " + str(h_val), position=AbsolutePosition(x_coord, y1)) # self.halving_lines.append(line) # self.halving_labels.append(label) # self.halving_is_dashed.append(is_dashed_list[i]) # --- END COMMENT --- def calc(self): # ... (all calculations and plotting logic remains the same) current_time_ms = self.time[0] * 1000 h = 0.0 if current_time_ms >= self.H425: h = 4.25 + (current_time_ms - self.H425) / self.halving_dur_after_h425 elif current_time_ms >= self.H400: h = 4.00 + (current_time_ms - self.H400) / self.halving_dur_after_h400 elif current_time_ms >= self.H375: h = 3.75 + (current_time_ms - self.H375) / self.halving_dur_after_h375 elif current_time_ms >= self.H350: h = 3.50 + (current_time_ms - self.H350) / self.halving_dur_after_h350 elif current_time_ms >= self.H325: h = 3.25 + (current_time_ms - self.H325) / self.halving_dur_after_h325 elif current_time_ms >= self.H300: h = 3.00 + (current_time_ms - self.H300) / self.halving_dur_after_h300 elif current_time_ms >= self.H275: h = 2.75 + (current_time_ms - self.H275) / self.halving_dur_after_h275 elif current_time_ms >= self.H250: h = 2.50 + (current_time_ms - self.H250) / self.halving_dur_after_h250 elif current_time_ms >= self.H225: h = 2.25 + (current_time_ms - self.H225) / self.halving_dur_after_h225 elif current_time_ms >= self.H200: h = 2.00 + (current_time_ms - self.H200) / self.halving_dur_after_h200 elif current_time_ms >= self.H175: h = 1.75 + (current_time_ms - self.H175) / self.halving_dur_after_h175 elif current_time_ms >= self.H150: h = 1.50 + (current_time_ms - self.H150) / self.halving_dur_after_h150 elif current_time_ms >= self.H125: h = 1.25 + (current_time_ms - self.H125) / self.halving_dur_after_h125 elif current_time_ms >= self.H100: h = 1.00 + (current_time_ms - self.H100) / self.halving_dur_after_h100 elif current_time_ms >= self.H075: h = 0.75 + (current_time_ms - self.H075) / self.halving_dur_after_h075 elif current_time_ms >= self.H050: h = 0.50 + (current_time_ms - self.H050) / self.halving_dur_after_h050 elif current_time_ms >= self.H025: h = 0.25 + (current_time_ms - self.H025) / self.halving_dur_after_h025 else: h = 0.116 + (current_time_ms - self.H0116) / self.halving_dur_after_h0116 plot_t_3 = plot_t_2 = plot_t_1 = plot_t0 = plot_t1 = plot_t2 = plot_t3 = plot_t4 = plot_t5 = math.nan plot_wave_middle = plot_wave_upper = plot_wave_lower = plot_wave_upper_mid = plot_wave_lower_mid = math.nan NMU = NMD = NMUe = NMDe = math.nan rainbow_fill_1 = plot.Fill(color=color.rgba(0,0,0,0)) rainbow_fill_2 = plot.Fill(color=color.rgba(0,0,0,0)) rainbow_fill_3 = plot.Fill(color=color.rgba(0,0,0,0)) rainbow_fill_4 = plot.Fill(color=color.rgba(0,0,0,0)) wave_fill_1 = plot.Fill(color=color.rgba(0,0,0,0)) wave_fill_2 = plot.Fill(color=color.rgba(0,0,0,0)) nmz_fill = plot.Fill(color=color.rgba(0,0,0,0)) nmz_fill_e = plot.Fill(color=color.rgba(0,0,0,0)) if h > 0: BTC_t = math.pow(10, self.a + self.b * math.log10(h)) decay = math.pow(self.decay_base, h + 1) decay_div_3 = decay / 3.0 phase = math.pow(h, -1.4) sine_component = math.sin(2 * math.pi * h - phase) cos_component = math.cos(2 * math.pi * h - phase) wave_upper2 = BTC_t * math.pow(10, decay * (sine_component + self.FIVE_SIXTHS)) wave_upper_mid = BTC_t * math.pow(10, decay * (sine_component + self.FIVE_TWELFTHS)) wave_middle = BTC_t * math.pow(10, decay * sine_component) wave_lower_mid = BTC_t * math.pow(10, decay * (sine_component - self.FIVE_TWELFTHS)) wave_lower2 = BTC_t * math.pow(10, decay * (sine_component - self.FIVE_SIXTHS)) wave_lower_mid_c = BTC_t * math.pow(10, decay * max(-1.0, sine_component - self.FIVE_TWELFTHS)) wave_lower2_c = BTC_t * math.pow(10, decay * max(-1.0, sine_component - self.FIVE_SIXTHS)) tVal_3 = BTC_t * math.pow(10, -3.0 * decay_div_3) tVal_2 = BTC_t * math.pow(10, -2.0 * decay_div_3) tVal_1 = BTC_t * math.pow(10, -1.0 * decay_div_3) tVal0 = BTC_t tVal1 = BTC_t * math.pow(10, 1.0 * decay_div_3) tVal2 = BTC_t * math.pow(10, 2.0 * decay_div_3) tVal3 = BTC_t * math.pow(10, 3.0 * decay_div_3) tVal4 = BTC_t * math.pow(10, 4.0 * decay_div_3) tVal5 = BTC_t * math.pow(10, 5.0 * decay_div_3) plot_t_3 = tVal_3 if self.s12 else math.nan plot_t_2 = tVal_2 if self.s13 or self.s14 else math.nan plot_t_1 = tVal_1 if self.s13 or self.s14 else math.nan plot_t0 = tVal0 if self.s11 else math.nan plot_t1 = tVal1 if self.s13 or self.s14 else math.nan plot_t2 = tVal2 if self.s13 or self.s14 else math.nan plot_t3 = tVal3 if self.s14 else math.nan plot_t4 = tVal4 if self.s14 else math.nan plot_t5 = tVal5 if self.s12 else math.nan plot_wave_middle = wave_middle if self.s21 else math.nan plot_wave_upper = wave_upper2 if self.s22 else math.nan plot_wave_upper_mid = wave_upper_mid if self.s23 else math.nan plot_wave_lower_mid = wave_lower_mid_c if self.s25 else wave_lower_mid if not self.s23: plot_wave_lower_mid = math.nan plot_wave_lower = wave_lower2_c if self.s25 else wave_lower2 if not self.s22: plot_wave_lower = math.nan rainbow_fill_color_1 = color.BLUE(0.2) if self.s13 else color.rgba(0, 0, 0, 0) rainbow_fill_color_2 = color.GREEN(0.2) if self.s13 else color.rgba(0, 0, 0, 0) rainbow_fill_color_3 = color.GREEN(0.2) if self.s13 else color.rgba(0, 0, 0, 0) rainbow_fill_color_4 = color.YELLOW(0.2) if self.s13 else color.rgba(0, 0, 0, 0) wave_fill_color_1 = color.GREEN(0.25) if self.s23 else color.rgba(0, 0, 0, 0) wave_fill_color_2 = rgba(255, 165, 0, 0.25) if self.s23 else color.rgba(0, 0, 0, 0) nmz_fill_color = color.rgba(0,0,0,0) if self.s36 and h > 0.37: if cos_component < -0.75 and sine_component < (1.0/3.0): nmz_fill_color = color.GREEN(0.3) elif cos_component > 0.6: nmz_fill_color = color.YELLOW(0.3) else: nmz_fill_color = color.RED(0.3) rainbow_fill_1 = plot.Fill(color=rainbow_fill_color_1) rainbow_fill_2 = plot.Fill(color=rainbow_fill_color_2) rainbow_fill_3 = plot.Fill(color=rainbow_fill_color_3) rainbow_fill_4 = plot.Fill(color=rainbow_fill_color_4) wave_fill_1 = plot.Fill(color=wave_fill_color_1) wave_fill_2 = plot.Fill(color=wave_fill_color_2) nmz_fill = plot.Fill(color=nmz_fill_color) if self.s36: if sine_component > -0.33333 and sine_component < self.ONE_TWELFTH and cos_component < 0: NMU = tVal_1 elif sine_component > 0.5 and cos_component < 0.55: NMU = wave_upper2 elif sine_component > 0.49 and cos_component < 0.57: NMU = wave_upper_mid else: NMU = wave_middle if sine_component > -0.25 and sine_component < self.ONE_TWELFTH and cos_component < 0: NMD = wave_lower_mid elif sine_component > -0.66667 and sine_component < -0.25 and cos_component < 0: NMD = tVal_2 elif sine_component > 0 and sine_component < self.FIVE_TWELFTHS and cos_component > 0: NMD = tVal0 elif sine_component > self.FIVE_TWELFTHS and sine_component < 0.75 and cos_component > 0: NMD = wave_lower_mid elif sine_component > 0.49 and cos_component < 0.57: NMD = wave_upper_mid else: NMD = wave_middle # --- COMMENTED OUT --- # settings_changed = self.s31 != self.prev_s31 or self.s32 != self.prev_s32 # if self.is_first_calc or settings_changed: # for i in range(len(self.halving_lines)): # line = self.halving_lines[i] # label = self.halving_labels[i] # is_dashed = self.halving_is_dashed[i] # should_be_visible = self.s31 and (self.s32 or not is_dashed) # if should_be_visible: # self.chart.draw(line) # self.chart.draw(label) # else: # self.chart.erase(line) # self.chart.erase(label) # self.is_first_calc = False # self.prev_s31 = self.s31 # self.prev_s32 = self.s32 # --- END COMMENT --- return (plot_t_3, plot_t_2, plot_t_1, plot_t0, plot_t1, plot_t2, plot_t3, plot_t4, plot_t5, plot_wave_middle, plot_wave_upper, plot_wave_lower, plot_wave_upper_mid, plot_wave_lower_mid, rainbow_fill_1, rainbow_fill_2, rainbow_fill_3, rainbow_fill_4, wave_fill_1, wave_fill_2, NMU, NMD, NMUe, NMDe, nmz_fill, nmz_fill_e) # --------------------------------------------------------------------------- # This Source Code Form is subject to the terms of the Mozilla Public # License, v. 2.0. If a copy of the MPL was not distributed with this # file, You can obtain one at https://mozilla.org/MPL/2.0/ # Derived from "Bitcoin Rainbow Wave by leoum" (TradingView). # ---------------------------------------------------------------------------