OGOS_fastapi_pdfmodule/simulate_winding_4.py at main · Whateverdoa/OGOS_fastapi_pdfmodule · GitHub

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62

from app.utils.winding_router import route_by_winding

def simulate_order(width, height, winding):
    print(f"--- Simulation for {width}x{height}, Winding {winding} ---")

    # 1. Reseller Detection
    # Since 'Winding' is present, Detection = True
    is_reseller = True
    print(f"1. Reseller Detected: {is_reseller} (due to 'Winding' key)")

    # 2. Rotation Mapping
    rotation = route_by_winding(winding)
    print(f"2. Mapped Rotation: {rotation} degrees")

    # 3. Standard Reseller Dimension Logic
    final_w, final_h = width, height
    if is_reseller and rotation in (90, 270):
        print("   -> Rotation is 90/270, performing Standard Swap.")
        final_w, final_h = height, width
    else:
        print("   -> No Standard Swap.")

    print(f"3. Config after Standard Logic: {final_w} x {final_h}")

    # 4. Scenario A: PDF comes in as 160x200 (Portrait)
    print("\n--- Scenario A: Input PDF is 160x200 (Portrait) ---")
    pdf_w, pdf_h = 160, 200

    # Apply Rotation
    if rotation == 270:
        pdf_w, pdf_h = pdf_h, pdf_w # Rotated 270 swaps dims
        print(f"   -> PDF Physically Rotated 270°. New PDF Dims: {pdf_w}x{pdf_h}")

    # Smart Swap Check
    print(f"   -> Comparing Config ({final_w}x{final_h}) vs PDF ({pdf_w}x{pdf_h})")
    if final_w == pdf_w and final_h == pdf_h:
        print("   -> Direct Match! Processing continues correctly.")
    else:
        print("   -> Mismatch! Smart Swap Logic would engage.")

    # 4. Scenario B: PDF comes in as 200x160 (Landscape/Already Rotated?)
    print("\n--- Scenario B: Input PDF is 200x160 (Landscape) ---")
    pdf_w, pdf_h = 200, 160

    # Apply Rotation
    if rotation == 270:
        pdf_w, pdf_h = pdf_h, pdf_w # Rotated 270 swaps dims
        print(f"   -> PDF Physically Rotated 270°. New PDF Dims: {pdf_w}x{pdf_h}")

    # Smart Swap Check
    print(f"   -> Comparing Config ({final_w}x{final_h}) vs PDF ({pdf_w}x{pdf_h})")
    if final_w == pdf_w and final_h == pdf_h:
        print("   -> Direct Match! Processing continues correctly.")
    elif final_w == pdf_h and final_h == pdf_w:
        print("   -> Transposed Match! Smart Swap Logic ENGAGES.")
        final_w, final_h = final_h, final_w
        print(f"   -> Config Swapped to: {final_w}x{final_h}. Match achieved.")
    else:
        print("   -> Total Mismatch.")

simulate_order(160, 200, 4)