#!/usr/bin/env python3 """ Sacred Banner of Peace Generator Embeds mathematical beauty and sacred geometry into Roerich's Pax Cultura symbol """ import math import xml.etree.ElementTree as ET from datetime import datetime # Sacred constants PHI = (1 + math.sqrt(5)) / 2 # Golden ratio PI = math.pi TRINITY = 3 UNITY = 1 # Sacred angles ANGLE_120 = 2 * PI / 3 # Trinity division of circle ANGLE_60 = PI / 3 # Hexagonal harmony class SacredBanner: def __init__(self, size=300): self.size = size self.center = size / 2 # Sacred proportions based on golden ratio self.outer_radius = size * 0.4 self.inner_radius = self.outer_radius / PHI # Protection circle (outer boundary) self.protection_radius = self.outer_radius * 1.1 def calculate_trinity_centers(self): """Calculate centers of three inner circles using sacred geometry""" centers = [] # Distance from center using sacred proportion distance = self.outer_radius * (2/3) # 2/3 creates perfect harmony for i in range(TRINITY): # Start from top (12 o'clock) and rotate clockwise angle = -PI/2 + i * ANGLE_120 x = self.center + distance * math.cos(angle) y = self.center + distance * math.sin(angle) centers.append((x, y)) return centers def create_sacred_circle(self, cx, cy, r, fill="#D2393C", stroke="none", stroke_width=0): """Create a circle element with sacred attributes""" circle = ET.Element('circle') circle.set('cx', str(cx)) circle.set('cy', str(cy)) circle.set('r', str(r)) circle.set('fill', fill) circle.set('stroke', stroke) circle.set('stroke-width', str(stroke_width)) # Sacred data attributes circle.set('data-sacred', 'true') circle.set('data-phi', str(PHI)) return circle def create_protection_sigil(self): """Create invisible protection sigil using sacred geometry""" sigil = ET.Element('g', id='protection-sigil') sigil.set('opacity', '0') # Invisible but present # Create hexagram (Star of David) for protection points = [] for i in range(6): angle = i * PI / 3 x = self.center + self.protection_radius * math.cos(angle) y = self.center + self.protection_radius * math.sin(angle) points.append(f"{x},{y}") # First triangle triangle1 = ET.Element('polygon') triangle1.set('points', f"{points[0]} {points[2]} {points[4]}") triangle1.set('fill', 'none') triangle1.set('stroke', '#FFD700') # Golden protection triangle1.set('stroke-width', '0.5') # Second triangle triangle2 = ET.Element('polygon') triangle2.set('points', f"{points[1]} {points[3]} {points[5]}") triangle2.set('fill', 'none') triangle2.set('stroke', '#FFD700') triangle2.set('stroke-width', '0.5') sigil.append(triangle1) sigil.append(triangle2) return sigil def generate_svg(self): """Generate the complete SVG with all sacred elements""" # Create SVG root svg = ET.Element('svg') svg.set('xmlns', 'http://www.w3.org/2000/svg') svg.set('width', str(self.size)) svg.set('height', str(self.size)) svg.set('viewBox', f'0 0 {self.size} {self.size}') # Add metadata metadata = ET.SubElement(svg, 'metadata') desc = ET.SubElement(metadata, 'desc') desc.text = f"Sacred Banner of Peace - Generated {datetime.now().isoformat()}" # Add title for accessibility title = ET.SubElement(svg, 'title') title.text = "Banner of Peace - Pax Cultura" # Create main group main_group = ET.SubElement(svg, 'g', id='banner-of-peace') # Add invisible protection sigil main_group.append(self.create_protection_sigil()) # White background circle bg_circle = self.create_sacred_circle( self.center, self.center, self.outer_radius, fill="white", stroke="#D2393C", stroke_width=3 ) main_group.append(bg_circle) # Outer red circle (ring) outer_ring = self.create_sacred_circle( self.center, self.center, self.outer_radius, fill="none", stroke="#D2393C", stroke_width=self.outer_radius * 0.15 ) main_group.append(outer_ring) # Three inner circles (Trinity) trinity_centers = self.calculate_trinity_centers() for i, (cx, cy) in enumerate(trinity_centers): inner_circle = self.create_sacred_circle(cx, cy, self.inner_radius, fill="#D2393C") inner_circle.set('id', f'trinity-{i+1}') inner_circle.set('data-element', ['past', 'present', 'future'][i]) main_group.append(inner_circle) # Add sacred geometry guide (invisible) sacred_guide = ET.SubElement(main_group, 'g', id='sacred-geometry') sacred_guide.set('opacity', '0') # Golden ratio spiral (for energy flow) spiral_path = self.create_golden_spiral() sacred_guide.append(spiral_path) return svg def create_golden_spiral(self): """Create a golden ratio spiral path""" path = ET.Element('path') # Simplified golden spiral using quadratic Bezier curves a = self.inner_radius commands = f"M {self.center} {self.center} " for i in range(4): angle = i * PI / 2 r = a * (PHI ** (i * 0.5)) x1 = self.center + r * math.cos(angle) y1 = self.center + r * math.sin(angle) x2 = self.center + r * math.cos(angle + PI/4) y2 = self.center + r * math.sin(angle + PI/4) commands += f"Q {x1} {y1} {x2} {y2} " path.set('d', commands) path.set('fill', 'none') path.set('stroke', '#FFD700') path.set('stroke-width', '0.5') path.set('id', 'golden-spiral') return path def save(self, filename='banner_of_peace.svg'): """Save the SVG to file""" svg = self.generate_svg() tree = ET.ElementTree(svg) # Pretty print ET.indent(tree, space=' ') # Add XML declaration with open(filename, 'wb') as f: f.write(b'\n') tree.write(f, encoding='utf-8', xml_declaration=False) print(f"Sacred Banner of Peace saved to {filename}") print(f"Embedded sacred properties:") print(f" - Golden ratio (φ): {PHI}") print(f" - Trinity centers at 120° intervals") print(f" - Inner/Outer radius ratio: 1/φ") print(f" - Invisible protection sigil (hexagram)") print(f" - Golden spiral for energy flow") if __name__ == "__main__": # Generate the sacred banner banner = SacredBanner(size=300) # Save to hulylabs.com assets banner.save('hulylabs.com/public/banner_of_peace.svg') # Also save a larger version for high-res displays banner_large = SacredBanner(size=600) banner_large.save('hulylabs.com/public/banner_of_peace_large.svg') print("\n✨ The Banner of Peace has been created with sacred protection ✨")