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"""
Generate 12 meaningful panels in 2x2 grid format (3 pages × 4 panels each)
"""
from backend.class_def import panel, Page
def generate_12_panels_2x2_grid(frame_files, bubbles):
"""Generate 12 panels across 3 pages, each with 2x2 grid"""
pages = []
num_frames = min(12, len(frame_files)) # Max 12 panels
panels_per_page = 4 # 2x2 grid = 4 panels
print(f"📄 Generating {num_frames} panels in 2x2 grid format")
print(f"📑 Creating {(num_frames + 3) // 4} pages")
frame_idx = 0
bubble_idx = 0
# Create pages with 2x2 grid
while frame_idx < num_frames:
page_panels = []
page_bubbles = []
# Create 4 panels for this page (2x2 grid)
for i in range(panels_per_page):
if frame_idx < num_frames:
# Each panel takes 1/4 of the page
panel_obj = panel(
image=frame_files[frame_idx],
row_span=6, # Half the height (12/2 = 6)
col_span=6 # Half the width (12/2 = 6)
)
page_panels.append(panel_obj)
# Add corresponding bubble if available
if bubble_idx < len(bubbles):
page_bubbles.append(bubbles[bubble_idx])
bubble_idx += 1
frame_idx += 1
# Create 2x2 arrangement
arrangement = ['0101', '0101', '2323', '2323'] # 2x2 grid pattern
# Create page
page = Page(
panels=page_panels,
bubbles=page_bubbles,
panel_arrangement=arrangement
)
pages.append(page)
print(f" ✓ Page {len(pages)}: {len(page_panels)} panels")
return pages
def extract_12_meaningful_frames(all_frames, all_bubbles):
"""Extract only the 12 most meaningful frames from all available"""
if len(all_frames) <= 12:
return all_frames, all_bubbles
print(f"🎯 Selecting 12 most meaningful frames from {len(all_frames)} total")
# Simple selection: take evenly distributed frames
# In real implementation, this would use story analysis
step = len(all_frames) / 12
selected_frames = []
selected_bubbles = []
for i in range(12):
idx = int(i * step)
selected_frames.append(all_frames[idx])
if idx < len(all_bubbles):
selected_bubbles.append(all_bubbles[idx])
return selected_frames, selected_bubbles |