novafarma/tools/generate_tiled_map.py

"""
Generate Tiled map with Collection of Images tileset
Automatically places dirt, trees, and Kai character
"""
import os
import random
import xml.etree.ElementTree as ET
from xml.dom import minidom

# Configurations
SLIKE_DIR = r"c:\novafarma\Slike_za_Tiled"
OUTPUT_MAP = r"c:\novafarma\assets\maps\auto_generated_map.tmx"
MAP_WIDTH = 32
MAP_HEIGHT = 32
TILE_WIDTH = 48
TILE_HEIGHT = 48

def find_assets():
    """Find required assets in Slike_za_Tiled folder"""
    assets = {
        'dirt': [],
        'trees': [],
        'kai': None
    }
    
    if not os.path.exists(SLIKE_DIR):
        print(f"❌ Error: {SLIKE_DIR} does not exist!")
        print("   Run resize_assets_for_tiled.py first!")
        return None
    
    for filename in os.listdir(SLIKE_DIR):
        if not filename.endswith('.png'):
            continue
        
        lower_name = filename.lower()
        filepath = os.path.join(SLIKE_DIR, filename)
        
        # Find dirt/soil tiles
        if 'dirt' in lower_name or 'soil' in lower_name or 'ground' in lower_name:
            assets['dirt'].append(filepath)
        
        # Find trees
        if 'tree' in lower_name:
            assets['trees'].append(filepath)
        
        # Find Kai character
        if 'kai' in lower_name or 'character' in lower_name or 'player' in lower_name:
            if assets['kai'] is None:  # Take first match
                assets['kai'] = filepath
    
    print(f"🔍 Found assets:")
    print(f"   - Dirt/Soil tiles: {len(assets['dirt'])}")
    print(f"   - Trees: {len(assets['trees'])}")
    print(f"   - Kai character: {'✓' if assets['kai'] else '✗'}")
    
    return assets

def create_tiled_map():
    """Create Tiled map with auto-placed objects"""
    
    # Find assets
    assets = find_assets()
    if not assets:
        return
    
    # Create map root
    map_elem = ET.Element('map', {
        'version': '1.10',
        'tiledversion': '1.11.1',
        'orientation': 'orthogonal',
        'renderorder': 'right-down',
        'width': str(MAP_WIDTH),
        'height': str(MAP_HEIGHT),
        'tilewidth': str(TILE_WIDTH),
        'tileheight': str(TILE_HEIGHT),
        'infinite': '0',
        'nextlayerid': '3',
        'nextobjectid': '20'
    })
    
    # Create object layer
    objectgroup = ET.SubElement(map_elem, 'objectgroup', {
        'id': '2',
        'name': 'Objects'
    })
    
    obj_id = 1
    
    # Place 8 dirt tiles in center (2x4 grid)
    print("\n🌍 Placing 8 dirt tiles in center...")
    center_x = MAP_WIDTH // 2 - 1
    center_y = MAP_HEIGHT // 2 - 2
    
    for i in range(8):
        if assets['dirt']:
            dirt_asset = random.choice(assets['dirt'])
            x = (center_x + (i % 2)) * TILE_WIDTH
            y = (center_y + (i // 2)) * TILE_HEIGHT
            
            obj = ET.SubElement(objectgroup, 'object', {
                'id': str(obj_id),
                'name': f'dirt_{i+1}',
                'x': str(x),
                'y': str(y),
                'width': str(TILE_WIDTH),
                'height': str(TILE_HEIGHT)
            })
            ET.SubElement(obj, 'image', {
                'source': os.path.relpath(dirt_asset, os.path.dirname(OUTPUT_MAP))
            })
            obj_id += 1
    
    # Place 10 trees randomly around the dirt area
    print("🌲 Placing 10 trees randomly...")
    tree_positions = []
    attempts = 0
    max_attempts = 100
    
    while len(tree_positions) < 10 and attempts < max_attempts:
        attempts += 1
        tree_x = random.randint(2, MAP_WIDTH - 3) * TILE_WIDTH
        tree_y = random.randint(2, MAP_HEIGHT - 3) * TILE_HEIGHT
        
        # Avoid center dirt area
        if (center_x * TILE_WIDTH <= tree_x <= (center_x + 2) * TILE_WIDTH and
            center_y * TILE_HEIGHT <= tree_y <= (center_y + 4) * TILE_HEIGHT):
            continue
        
        # Avoid placing trees too close together
        too_close = False
        for px, py in tree_positions:
            if abs(tree_x - px) < TILE_WIDTH * 3 and abs(tree_y - py) < TILE_HEIGHT * 3:
                too_close = True
                break
        
        if too_close:
            continue
        
        if assets['trees']:
            tree_asset = random.choice(assets['trees'])
            tree_positions.append((tree_x, tree_y))
            
            obj = ET.SubElement(objectgroup, 'object', {
                'id': str(obj_id),
                'name': f'tree_{len(tree_positions)}',
                'x': str(tree_x),
                'y': str(tree_y),
                'width': str(TILE_WIDTH * 2),
                'height': str(TILE_HEIGHT * 2)
            })
            ET.SubElement(obj, 'image', {
                'source': os.path.relpath(tree_asset, os.path.dirname(OUTPUT_MAP))
            })
            obj_id += 1
    
    # Place Kai character near center
    if assets['kai']:
        print("🧑 Placing Kai character...")
        kai_x = (center_x + 2) * TILE_WIDTH + 60
        kai_y = center_y * TILE_HEIGHT + 80
        
        obj = ET.SubElement(objectgroup, 'object', {
            'id': str(obj_id),
            'name': 'kai_player',
            'x': str(kai_x),
            'y': str(kai_y),
            'width': str(TILE_WIDTH),
            'height': str(TILE_HEIGHT)
        })
        ET.SubElement(obj, 'image', {
            'source': os.path.relpath(assets['kai'], os.path.dirname(OUTPUT_MAP))
        })
    
    # Write XML to file
    os.makedirs(os.path.dirname(OUTPUT_MAP), exist_ok=True)
    
    # Pretty print XML
    xml_str = ET.tostring(map_elem, encoding='unicode')
    dom = minidom.parseString(xml_str)
    pretty_xml = dom.toprettyxml(indent='  ', encoding='UTF-8')
    
    with open(OUTPUT_MAP, 'wb') as f:
        f.write(pretty_xml)
    
    print(f"\n{'='*60}")
    print(f"✨ TILED MAP CREATED!")
    print(f"{'='*60}")
    print(f"📁 Location: {OUTPUT_MAP}")
    print(f"📏 Size: {MAP_WIDTH}x{MAP_HEIGHT} tiles")
    print(f"🎮 Objects placed:")
    print(f"   - 8 dirt tiles (center)")
    print(f"   - {len(tree_positions)} trees (random)")
    print(f"   - 1 Kai character")
    print(f"\n🚀 Open in Tiled Map Editor to continue editing!")

if __name__ == "__main__":
    create_tiled_map()