The technical architecture of the file ensures seamless integration into professional production pipelines: Specification Radiance (.hdr) environment map Resolution 14,000 x 7,000 pixels Location Layer Shot in Morocco (Clear Sky condition) Sun Elevation 31.4° angle EV Adjustment Approx. -5.25 EV (0.026 output multiplier) Included Assets 16-bit raw (.dng) and .jpg backplate photographs Current Edition
Modern architectural homes, commercial exterior, urban scenes, landscape visualization.
To understand the product, one must first understand the creator. is the brainchild of Peter Guthrie, a London-based arch viz legend renowned for his expertise in lighting. His shop is considered the "go-to place for serious HDR skies" by industry peers. The "PG" in PG Skies stands for Peter Guthrie, making each sky a product of his direct, hands-on creative process. pg skies 1714
: Known for creating bold, stark contrasts where the deep blue sky tints shadows with pleasant hues. Content Ideas for Architectural Visualization
The location of PG Skies 1714 adds significant value to the property. Situated near major transportation links, residents can easily commute to business districts and shopping centers. The neighborhood is home to top-rated schools, healthcare facilities, and a variety of dining and entertainment options. This convenience makes it an ideal choice for those who want to experience the best of city life without sacrificing tranquility. The technical architecture of the file ensures seamless
Who it’s for
Elara and Jubal walk down the corridor. The walls are covered in a strange, geometric moss—crystalline structures that hum faintly. is the brainchild of Peter Guthrie, a London-based
If you are looking to create content using or showcasing this HDRI, consider these approaches:
Extremely high, captured to ensure that the sun’s intensity is represented accurately relative to the rest of the sky. A More Scientific Workflow: The "New Sun" Update
The 1714 HDRI is already calibrated. Use a standard physical camera exposure (ISO 100, f/8, 1/125s or similar) to see the correct lighting immediately.
The first recorded observation of PG Skies 1714 dates back to July 15, 1714, when a team of astronomers at the Royal Observatory in Greenwich, England, witnessed the extraordinary event. The observers noted a peculiar glow in the northern sky, which was initially thought to be a comet or a meteor shower. However, as the night progressed, the glow intensified and began to exhibit unusual patterns, defying explanation.