Pg Skies 1714 Exclusive Page

If you align these variables, you may capture an image that rivals the digital exclusive. You can then sell that footage for $149 yourself.

The PG Skies 1714 Clear Sky is a high-resolution (14000x7000px) HDRi, designed by Peter Guthrie for architectural visualization, featuring a 17:14 time-of-day, strong warm light, and saturated blue tones. Updated v5 versions include a scientifically accurate "NewSun" variant, commonly used for punchy, commercial-style rendering in V-Ray and Corona. View the product details at PG Skies . New Sky - 1714 Clear Sky - PETER GUTHRIE pg skies 1714 exclusive

is a highly popular High Dynamic Range Image (HDRI) skydome used in architectural visualization for lighting 3D scenes. Created by renowned artist Peter Guthrie and available through PG Skies , it is favored for its ability to produce bold, "punchy" daylight scenarios with sharp contrast and realistic blue-tinted shadows. Key Technical Specifications Time of Day: 17:14 (Late afternoon). Sun Angle: 31.4 degrees, providing a direct, warm light. Resolution: 14,000 x 7,000 pixels. If you align these variables, you may capture

The current Version 5 is calibrated to real-world photographic values, matching the intensity of sun and sky systems in FStorm, Corona, and V-Ray. Updated PG SKIES - PETER GUTHRIE Created by renowned artist Peter Guthrie and available

To DIY the look: Set your color temperature to 50,000K. Then, in the RGB curves, crush the blue channel entirely, flatten the green channel to a 15-degree angle, and push the red channel into an S-curve. Then add a 2% Gaussian blur to the highlights. This will get you roughly 80% of the way to the look.

The Ref. 1714 features two principal complications: a moon phase display and a jumping hours mechanism. The moon phase display shows the exact phase of the moon, taking into account the lunar cycle of 29.5 days. This display is accompanied by a precision-jumping hours mechanism, which indicates the hours in jumping increments, rather than with traditional continuous hands.