Rohith
Rohith Pendem에 의해Create a vertical three-frame collage (9:16) with a torn-paper divider style, exactly matching the
reference composition.
Use the uploaded image as a strict face and identity lock - 100% same face, same hair, same
beard, no changes.
Global rules
Same premium maroon collared shirt in all three frames
Same hairstyle, facial structure, skin tone Soft, natural, closed-mouth smile in all frames (no teeth)
Realistic DSLR look, no Al smoothness
Natural daylight, authentic environment Intentional frame overlap is REQUIRED
FRAME 1- TOP (Black & White)
Color: Black and white
Pose: Subject standing calmly, looking side down calmly with a smile (like
an aesthetic pose.
Expression: Peaceful, introspective, soft closed-mouth smile Background: Rooftop / terrace railing with distant urban blur Framing: Chest-up portrait
Position: Fully contained in the top frame
FRAME 2 - MIDDLE (Color, OVERLAPPING
UPWARD)
Color: Natural colour
Pose: Subject turned sideways, looking slightly upward toward the camera Expression: Gentle, warm, closed-mouth
smile
Background: Green grassy field with small
white flowers
Framing: Waist-up portrait
IMPORTANT COMPOSITION RULE:
This middle-frame subject must shift upward
Head and shoulders overlap into the bottom edge of Frame 1
Overlap must look intentional, like the reference image
Include subtle handwritten-style signature text on the right side (optional,
light opacity)
FRAME 3 - BOTTOM (Black & White) Color: Black and white
Pose: Subject facing sideways, arms
crossed
Head turned slightly, looking off to the side Expression: Relaxed, confident, soft smile Background: Same rooftop setting as Frame 1 for visual continuity
Framing: Chest-up portrait
Include handwritten text:
"time to Self Portrait"
Positioned on the left, minimal, elegant
script
STYLE & TECHNICAL
Real DSLR depth of field
Natural contrast, no HDR
Subtle film-like softness
Clean torn-paper edges between frames
Do not align frames perfectly - preserve organic overlap
No extra props, no outfit changes
No face alteration under any condition
