Create a hyper-realistic, high-resolution technical exploded assembly view of a USB-C to USB-C cable against a clean white background. The image should be wide format (16:9) and resemble a premium product infographic.
Full prompt
Create a hyper-realistic, high-resolution technical exploded assembly view of a USB-C to USB-C cable against a clean white background. The image should be wide format (16:9) and resemble a premium product infographic.
**Layout & Structure:**
- **Header:** Top left text reads "USB-C to USB-C Cable" in large bold black font, followed by "EXPLODED ASSEMBLY VIEW" and smaller text "BUILT FOR A CONNECTED WORLD". Top right has faint grey text: "POWER PERFORMANCE EVERY DETAIL MATTERS".
- **Main Visual:** A central horizontal exploded diagram showing the internal components of the cable separated from left to right.
- **Bottom Panels:** Four distinct rectangular detail boxes along the bottom edge.
**Exploded View Details (Left to Right):**
1. **Left Connector Assembly:** A silver aluminum shell labeled "Shell (Aluminum alloy)" with "USB-C" engraved on it. Below it, a separate connector head labeled "USB-C male connector". Internal parts include a green PCB with an "E-marker chip", gold pins labeled "Tongue (24-pin, gold-plated)", and a metal shield labeled "EMI shield".
2. **Strain Relief:** A black rubber cone labeled "Strain relief / overmold (TPE)".
3. **Cable Layers (Center):** The cable is peeled back to reveal layers:
- Outer layer: Black woven texture labeled "Outer jacket (Nylon braided)".
- Middle layer: Silver mesh labeled "Braided shield (Tinned copper)".
- Inner layer: Foil labeled "Foil shield (Aluminum/Mylar)".
- Core wires: Visible twisted pairs of blue, orange, green, and red wires. Labels point to "Twisted differential pairs (TX+/TX-, RX+/RX-)", "VBUS (5-48V) (Red, thicker gauge)", "GND (Black, thicker gauge)", and "Drain wire (Tinned copper)".
4. **Right Connector Assembly:** Mirrors the left side but without the PCB/chip visible inside the immediate neck. Shows the metal shell, strain relief, and connector tongue.
**Bottom Detail Panels (Left to Right):**
1. **Front View:** A close-up of the oval connector port showing the 24 pins. Label: "FRONT VIEW (CONNECTOR)" and "USB-C (24 pins)".
2. **Cross-Section:** A circular cutaway of the cable showing the concentric rings of insulation, shielding, and the four colored wire bundles inside. Label: "CROSS-SECTION (CABLE)" with legend for Outer jacket, Braided shield, Foil shield, Drain wire.
3. **Twisted Pairs:** Close-up of two twisted wire pairs (blue and green). Label: "TWISTED PAIRS (DETAIL)" and "Individually insulated, high-speed differential pairs".
4. **PCB Detail:** Close-up of the green circuit board chip. Label: "E-MARKER PCB (DETAIL)" and "E-marker chip (identifies cable capabilities)".
**Style:** Photorealistic rendering, studio lighting, sharp focus, technical illustration style with thin black leader lines connecting labels to parts.
Completely reproduce the attached image as a single slide in a pptx file.
Make the text fully editable, and crop and use the diagrams and graphs from the original image as they are.
Generate an image that clearly summarizes the following {argument name="news_source_en" default="Yahoo News"} article in a single slide, using diagrams and illustrations.
---
{argument name="news_body_en" default="{paste the Yahoo News article here}"}
Present a clear, side miniature 3D cartoon view of the tallest buildings in {argument name="city in English" default="YOUR CITY"}. Use minimal textures with realistic materials and soft, lifelike lighting and shadows. Use a clean, minimalistic composition showing exactly the three tallest buildings in {argument name="reference city in English" default="Sopot"}, arranged from left to right in strict descending height order. The tallest must appear visibly tallest, the second must be clearly shorter than the first, and the third must be clearly shorter than the second.
All buildings must follow accurate relative proportions: if a building is taller in real life, it must be taller in the image by the same approximate ratio. No building may be visually stretched or compressed.
Each building should stand separately on a thin, simple ceramic base. Below each base, centered text should display:
Height in meters — semibold sans-serif, medium size
Year built — lighter-weight sans-serif, smaller size, directly beneath the height text
Provide consistent padding, spacing, leading, and kerning. Write “{argument name="city name title" default="YOUR CITY NAME"}” centered above the buildings, using a medium-sized sans-serif font.
No building top should overlap or touch the text above. Use accurate architectural proportions based on real-world references. Maintain a consistent camera angle and identical scale for each building model.
No forced perspective. Use straight-on orthographic-style rendering. Do not exaggerate or stylize size differences beyond proportional accuracy.
Use a square 1080×1080 composition. Use a clean, neutral background. Ensure no extra objects are present.
I want an illustrated diagram explaining the roles of dopamine and D2 receptors in the synaptic cleft between neurons, and how they relate to schizophrenia. Antipsychotic drugs exert their effects by blocking D2 receptors. Please diagram this for the three cases: healthy person | hallucination and delusion state | under antipsychotic medication. Generate a horizontally oriented image.