# indie:lang_version = 5
from indie import indicator, param, Var
from indie.drawings import LabelRel, RelativePosition, vertical_anchor as va, horizontal_anchor as ha
from indie import color

@indicator('MTC Pattern FibRatio Overlay)', overlay_main_pane=True)
# === Standard (default = True) ===
@param.bool('show_gartley', default=True, title='Gartley anzeigen')
@param.bool('show_butterfly', default=True, title='Butterfly anzeigen')
@param.bool('show_bat', default=True, title='Bat anzeigen')
@param.bool('show_crab', default=True, title='Crab anzeigen')
@param.bool('show_deep_crab', default=True, title='Deep Crab anzeigen')
@param.bool('show_cypher', default=True, title='Cypher anzeigen')
@param.bool('show_shark', default=True, title='Shark anzeigen')
@param.bool('show_black_swan', default=True, title='Black Swan anzeigen')

# === Erweiterte / Exotische (default = False) ===
@param.bool('show_max_butterfly', default=False, title='Max Butterfly anzeigen')
@param.bool('show_max_gartley', default=False, title='Max Gartley anzeigen')
@param.bool('show_navarro200', default=False, title='Navarro 200 anzeigen')
@param.bool('show_white_swan', default=False, title='White Swan anzeigen')
@param.bool('show_strong_henry', default=False, title='Strong Henry anzeigen')
@param.bool('show_five_zero', default=False, title='5-0 anzeigen')
@param.bool('show_butterfly113', default=False, title='Butterfly 113 anzeigen')
@param.bool('show_three_drives', default=False, title='Three Drives anzeigen')
@param.bool('show_nen_star', default=False, title='Nen Star anzeigen')
@param.bool('show_a_nen_star', default=False, title='A Nen Star anzeigen')
@param.bool('show_leonardo', default=False, title='Leonardo anzeigen')

# === Anti-Muster / Alternativ (default = False) ===
@param.bool('show_anti_crab', default=False, title='Anti Crab anzeigen')
@param.bool('show_anti_shark', default=False, title='Anti Shark anzeigen')
@param.bool('show_alt_bat', default=False, title='Alt Bat anzeigen')
@param.bool('show_pattern121', default=False, title='121 anzeigen')
@param.bool('show_a_alt_shark', default=False, title='A Alt Shark anzeigen')

def Main(self,
         show_gartley, show_butterfly, show_bat, show_crab, show_deep_crab, show_cypher, show_shark, show_black_swan,
         show_max_butterfly, show_max_gartley, show_navarro200, show_white_swan, show_strong_henry,
         show_five_zero, show_butterfly113, show_three_drives, show_nen_star, show_a_nen_star, show_leonardo,
         show_anti_crab, show_anti_shark, show_alt_bat, show_pattern121, show_a_alt_shark):

    position = 0.01  # Startposition (unten links). Nach jedem Label += 0.06

    # -------------------------
    # Bild 2 Muster (aus Liste 2)
    # -------------------------

    # CRAB
    if show_crab:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "CRAB\nX→B: 0.382 – 0.618\nA→C: 0.382 – 0.886\nB→D: 2.240 – 3.618\nX→D: 1.618 – 1.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # 5-0
    if show_five_zero:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "5-0\nX→B: 1.128 – 1.618\nA→C: 1.618 – 2.236\nB→D: 0.500 – 0.500\nX→D: 0.0 – 0.0"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # STRONG HENRY
    if show_strong_henry:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "STRONG HENRY\nX→B: 0.128 – 2.618\nA→C: 0.440 – 0.618\nB→D: 0.618 – 0.886\nX→D: 0.618 – 1.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # BUTTERFLY (Bild 2)
    if show_butterfly:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "BUTTERFLY\nX→B: 0.786 – 0.786\nA→C: 0.382 – 0.886\nB→D: 1.618 – 2.618\nX→D: 1.272 – 1.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # DEEP CRAB (Bild 2)
    if show_deep_crab:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "DEEP CRAB\nX→B: 0.886 – 0.886\nA→C: 0.382 – 0.886\nB→D: 2.618 – 3.618\nX→D: 1.618 – 1.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # WHITE SWAN
    if show_white_swan:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "WHITE SWAN\nX→B: 0.382 – 0.724\nA→C: 2.000 – 4.237\nB→D: 0.500 – 0.886\nX→D: 0.382 – 0.886"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # BLACK SWAN
    if show_black_swan:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "BLACK SWAN\nX→B: 1.382 – 2.618\nA→C: 0.236 – 0.500\nB→D: 1.128 – 2.000\nX→D: 1.128 – 2.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # MAX BUTTERFLY
    if show_max_butterfly:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "MAX BUTTERFLY\nX→B: 0.618 – 0.886\nA→C: 0.382 – 0.886\nB→D: 1.272 – 2.618\nX→D: 1.272 – 1.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # CYPHER
    if show_cypher:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "CYPHER\nX→B: 0.382 – 0.618\nA→C: 1.130 – 1.414\nB→D: 1.272 – 2.000\nX→D: 0.786 – 0.786"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # A NEN STAR
    if show_a_nen_star:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "A NEN STAR\nX→B: 0.500 – 0.886\nA→C: 0.467 – 0.707\nB→D: 1.618 – 2.618\nX→D: 0.786 – 0.786"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # THREE DRIVES
    if show_three_drives:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "THREE DRIVES\nX→B: 0.618 – 0.618\nA→C: 1.272 – 1.272\nB→D: 0.618 – 0.618\nX→D: 1.272 – 1.272"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # BUTTERFLY 113
    if show_butterfly113:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "BUTTERFLY 113\nX→B: 0.786 – 1.000\nA→C: 0.618 – 1.000\nB→D: 1.128 – 1.618\nX→D: 1.128 – 1.128"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # -------------------------
    # Bild 1 Muster (aus Liste 1)
    # -------------------------

    # SHARK
    if show_shark:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "SHARK\nX→B: 0.382 – 0.618\nA→C: 1.128 – 1.618\nB→D: 1.618 – 2.236\nX→D: 0.886 – 0.886"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # GARTLEY
    if show_gartley:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "GARTLEY\nX→B: 0.618 – 0.618\nA→C: 0.382 – 0.886\nB→D: 1.272 – 1.618\nX→D: 0.786 – 0.786"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # BAT (Bild 1)
    if show_bat:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "BAT\nX→B: 0.382 – 0.500\nA→C: 0.382 – 0.886\nB→D: 1.618 – 2.618\nX→D: 0.886 – 0.886"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # ANTI CRAB
    if show_anti_crab:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "ANTI CRAB\nX→B: 0.276 – 0.446\nA→C: 1.128 – 2.618\nB→D: 1.618 – 2.618\nX→D: 0.618 – 0.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # ANTI SHARK
    if show_anti_shark:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "ANTI SHARK\nX→B: 0.446 – 0.618\nA→C: 0.618 – 0.886\nB→D: 1.618 – 2.618\nX→D: 1.128 – 1.128"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # MAX GARTLEY
    if show_max_gartley:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "MAX GARTLEY\nX→B: 0.382 – 0.618\nA→C: 0.382 – 0.886\nB→D: 1.128 – 2.236\nX→D: 0.618 – 0.786"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # ALT BAT
    if show_alt_bat:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "ALT BAT\nX→B: 0.382 – 0.382\nA→C: 0.382 – 0.886\nB→D: 2.000 – 3.618\nX→D: 1.128 – 1.128"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # 121
    if show_pattern121:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "121\nX→B: 0.618 – 0.786\nA→C: 1.272 – 2.000\nB→D: 0.447 – 0.618\nX→D: 0.500 – 0.618"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # A ALT SHARK
    if show_a_alt_shark:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "A ALT SHARK\nX→B: 0.446 – 0.618\nA→C: 0.886 – 1.272\nB→D: 1.618 – 2.618\nX→D: 0.886 – 0.886"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # NEN STAR (von Bild 1)
    if show_nen_star:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "NEN STAR\nX→B: 0.382 – 0.618\nA→C: 1.414 – 2.140\nB→D: 1.128 – 2.000\nX→D: 1.272 – 1.272"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # NAVARRO 200
    if show_navarro200:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "NAVARRO 200\nX→B: 0.382 – 0.786\nA→C: 0.886 – 1.128\nB→D: 0.886 – 3.618\nX→D: 0.886 – 1.128"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # LEONARDO
    if show_leonardo:
        label_var = Var[LabelRel].new(LabelRel("", RelativePosition(va.BOTTOM, ha.LEFT, 0.95, position)))
        label_var.get().text = "LEONARDO\nX→B: 0.500 – 0.500\nA→C: 0.382 – 0.886\nB→D: 1.128 – 2.618\nX→D: 0.786 – 0.786"
        label_var.get().font_size = 8
        label_var.get().text_color = color.WHITE
        label_var.get().bg_color = color.BLACK(0.8)
        self.chart.draw(label_var.get())
        position += 0.06

    # Ende
    return