San Diego Canvas Photo Prints, Custom Made Picture Frames & Plaque Mounts, Face Mounting Prints On PlexiGlass

Glossary Of Photography Terms [17]

R Radial Filter The radial filter is a tool commonly found in photo editing software such as Adobe Lightroom and Adobe Photoshop that allows photographers to apply selective adjustments to specific areas of an image in a circular or elliptical shape. Similar to the graduated filter, the radial filter enables photographers to control exposure, contrast, saturation, sharpness, and other image attributes within the defined circular or elliptical area, while feathering the adjustments smoothly into the surrounding areas for seamless blending and natural-looking results. The radial filter is particularly useful for emphasizing subjects, creating vignettes, directing the viewer's attention, and adding depth and dimension to photographs. Photographers can use the radial filter to enhance portraits, landscapes, and other images by selectively brightening or darkening areas, enhancing contrast and color saturation, and applying creative effects to achieve their desired visual impact and storytelling objectives.
Rangefinder Camera A rangefinder camera is a type of camera that uses a range-finding mechanism to measure the distance between the camera and the subject, allowing photographers to achieve accurate focus and sharpness in their images. Unlike single-lens reflex (SLR) cameras, which use a mirror and prism system to provide a through-the-lens (TTL) viewfinder, rangefinder cameras feature a separate optical viewfinder and range-finding mechanism that allows photographers to focus manually by aligning two superimposed images in the viewfinder until they coincide. Rangefinder cameras are known for their compact size, quiet operation, and minimal shutter lag, making them popular choices for street photography, documentary photography, and candid shooting situations where discretion, mobility, and quick response times are valued. While rangefinder cameras offer several advantages, including precise focusing and reduced camera shake, they also have limitations compared to SLR and mirrorless cameras, such as limited lens selection, parallax error, and challenges with close-up and telephoto photography. Despite these limitations, many photographers appreciate the unique shooting experience and distinctive image quality produced by rangefinder cameras.
Rating Photos Rating photos refers to the process of assigning a numerical or symbolic rating to individual images based on their quality, composition, relevance, or other criteria. Photo rating systems are commonly used by photographers, editors, and digital asset managers to organize, prioritize, and identify images for further processing, publication, or distribution. Ratings are typically represented using a scale of stars, numbers, or labels, with higher ratings indicating superior quality, importance, or significance. By rating photos, photographers can quickly identify their best work, track their progress over time, and streamline their workflow by focusing on the most promising images for editing, printing, or sharing. Photo rating systems can also facilitate collaboration and communication among team members, clients, and stakeholders by providing a standardized method for evaluating and selecting images for use in projects, publications, or presentations. While subjective in nature, photo ratings can help photographers make informed decisions about which images to prioritize, refine, or discard as they strive to create compelling visual narratives and communicate their vision effectively to audiences.
RAW RAW refers to a file format used in digital photography to store unprocessed image data captured directly from the camera's image sensor. Unlike compressed image formats such as JPEG, which apply in-camera processing and compression algorithms to reduce file size and simplify editing, RAW files retain all the original data and metadata captured by the camera, including color depth, exposure, white balance, and other image parameters. RAW files offer photographers greater flexibility and control during post-processing, allowing for more extensive adjustments to exposure, color balance, contrast, and other image attributes without loss of image quality. Additionally, RAW files preserve the maximum amount of detail and dynamic range captured by the camera, providing photographers with the highest quality source material for editing and printing. While RAW files require specialized software and workflows for processing and editing, they are preferred by professional photographers and advanced enthusiasts who prioritize image quality, creative control, and the ability to optimize images for specific output requirements.
Red-Eye Correction Red-eye correction is a digital imaging technique used to remove or reduce the appearance of red-eye in photographs caused by the reflection of light from the retina of the eye back into the camera lens during flash photography. Red-eye commonly occurs when the flash is positioned too close to the camera lens, causing the light from the flash to illuminate the blood vessels in the back of the eye and create a red reflection in the pupil. Red-eye correction tools and algorithms automatically detect and correct red-eye artifacts in digital images by analyzing the color and luminance characteristics of the affected areas and applying corrective adjustments to restore a more natural appearance to the eyes. Red-eye correction features are commonly found in digital cameras, smartphones, and photo editing software, allowing photographers to quickly and easily fix red-eye artifacts in their images and improve the overall quality of their portraits and snapshots.
Rembrandt Lighting Rembrandt lighting is a classic portrait lighting technique characterized by its dramatic and directional illumination, named after the renowned Dutch painter Rembrandt van Rijn, who often used similar lighting in his portraits. Rembrandt lighting is achieved by positioning the main light source, typically a soft or diffused light, to one side of the subject and slightly above eye level, creating a triangular highlight on the cheek opposite the light source and a small triangle of light beneath the eye on the shadow side of the face. The hallmark of Rembrandt lighting is the presence of this distinctive triangle of light beneath the eye, which adds depth, dimension, and mood to the portrait while accentuating the contours of the face and creating a sense of three-dimensionality. Rembrandt lighting is a popular choice for portrait photographers seeking to evoke a sense of drama, mystery, or emotional intensity in their images, and it is widely used in studio and environmental portrait photography, as well as in cinematic and fine art portraiture.
Remote Shutter Release A remote shutter release is a device or accessory used to remotely trigger the shutter of a camera without physically touching the camera body, thereby minimizing camera shake and ensuring sharp, blur-free images, particularly in long exposure photography, macro photography, and self-portraiture. Remote shutter releases come in various forms, including wired and wireless options, and typically feature a button or trigger mechanism that communicates with the camera to initiate the shutter release process. Wired remote shutter releases connect to the camera via a cable, allowing photographers to trigger the shutter from a distance using a handheld remote control or cable release. Wireless remote shutter releases use radio frequency (RF), infrared (IR), or Bluetooth technology to wirelessly communicate with the camera, providing greater flexibility and convenience for remote triggering in a variety of shooting situations. Remote shutter releases are essential tools for photographers seeking precise control over the timing and execution of their shots, enabling them to capture images with optimal sharpness, clarity, and creative expression while minimizing the risk of camera shake and motion blur.
Removing Red-Eye Removing red-eye is a digital image editing technique used to correct the red-eye effect caused by the reflection of light from the retina of the eye back into the camera lens during flash photography. Red-eye artifacts appear as red or orange glows in the pupils of subjects, particularly when photographed in low-light conditions with direct on-camera flash. To remove red-eye, photo editing software provides specialized tools or filters designed to detect and neutralize the red coloration in the affected areas of the eyes. These tools analyze the image for red pixels in the vicinity of the pupils and replace them with more natural eye colors, such as shades of brown or black. Some red-eye removal tools allow users to adjust the size, shape, and intensity of the correction, ensuring that the eyes appear natural and lifelike after the correction process. While automated red-eye removal tools can produce satisfactory results in many cases, manual adjustment may be necessary for more complex or challenging images, particularly those with multiple subjects or extreme red-eye artifacts. By removing red-eye, photographers can enhance the appearance of their portraits, improve eye contact, and create more engaging and lifelike images that captivate viewers' attention.
Reproduction A reproduction is a copy of an original. This copy may be made using the same materials as the original (for instance, one artist reproducing an earlier artwork), or a digital copy of the original may be created using a printer. Reproductions make it possible for the artist to sell the same work to multiple buyers, and allow collectors to purchase a less costly version of an original artwork.
Resin Coating A viscous, liquid epoxy resin is poured over the mounted paper print or reinforced stretched canvas to produce a smooth, clear surface. Once cured, the hardened resin creates a high-shine, glass-like coating that enhances color and dimension to the artwork. Order your resin coated fine art print today. Order Online: Epoxy Resin Ex-74
Resolution Every digital image is made up of picture elements (pixels). The number of pixels determines the resolution. The more pixels your photo has, the clearer your photo remains as you increase its size.
Retouching Tools Retouching tools are software features or applications designed to enhance, correct, or manipulate digital images by adjusting various aspects of their appearance, such as color, tone, texture, and composition. These tools are commonly found in photo editing software such as Adobe Photoshop, Affinity Photo, GIMP, and Capture One, among others. Retouching tools include brushes, healing brushes, cloning tools, spot healing tools, adjustment layers, filters, and masks, among others. They enable photographers, designers, and digital artists to remove imperfections, enhance details, adjust exposure, correct color balance, remove distractions, and refine overall image quality. Retouching tools allow for precise and selective adjustments, enabling users to target specific areas of an image while preserving the integrity of the original photograph. Professional retouching requires a combination of technical skill, artistic vision, and attention to detail to achieve natural-looking results that enhance the visual impact and storytelling potential of the image.
RGB A color mode or system representing the primary colors that are combined to display all the colors seen on a traditional computer monitor. It stands for Red, Green, Blue.
RGB (Red RGB is a color model commonly used in digital imaging and electronic displays to represent colors by combining varying intensities of three primary colors: red, green, and blue. In the RGB color model, each color channel is represented by an 8-bit value ranging from 0 to 255, where 0 indicates no intensity and 255 indicates maximum intensity. By varying the intensity levels of the red, green, and blue channels, millions of distinct colors can be generated, covering a wide range of hues, shades, and tones visible to the human eye. RGB color values are commonly used in digital cameras, computer monitors, television screens, and other electronic display devices to render images and graphics with accurate color reproduction and fidelity. The RGB color model forms the basis for color representation in digital photography, web design, graphic design, and multimedia content creation, providing a standardized method for defining and displaying colors across different devices and platforms.
RGB LED RGB LED refers to a light-emitting diode (LED) that is capable of emitting light in three primary colors: red, green, and blue. RGB LEDs combine multiple semiconductor materials within a single LED package to produce a wide range of colors by independently controlling the intensity of each color channel. By varying the relative intensities of the red, green, and blue light emitted by the LED, users can create millions of distinct colors and color combinations, including white light. RGB LEDs are commonly used in various lighting applications, including architectural lighting, decorative lighting, stage lighting, automotive lighting, and consumer electronics. In photography and videography, RGB LED lights are popular for creating customizable and dynamic lighting effects, such as color washes, color gradients, and mood lighting. RGB LED fixtures often include built-in controllers or software interfaces that allow users to adjust color settings, brightness levels, and lighting patterns to suit their specific creative requirements and preferences.
Rigid Backing Foam core (also called foam board) and Gatorboard can be used as backings in picture framing, to keep the artwork safe from dust and damage. Alternately, paper prints can be dry mounted onto foam core, Gatorboard or dibond (aluminum sheeting) for a frameless, laminated display. Occasionally, prints are mounted onto wood boards to provide additional support for resin coatings or plexi face mounting. Order Online: Rigid Backing Boards
Rule of Thirds The rule of thirds is a compositional guideline used in visual arts, including photography, painting, and graphic design, to create balanced, visually appealing compositions. According to the rule of thirds, an image should be divided into nine equal parts by two equally spaced horizontal lines and two equally spaced vertical lines, creating a grid of nine individual sections. The key elements of the composition, such as the subject, points of interest, or important visual elements, should be placed along the intersections of these lines or along the lines themselves, rather than in the center of the frame. By adhering to the rule of thirds, photographers can create dynamic compositions that draw the viewer's eye into the image, create visual interest, and establish a sense of balance and harmony. The rule of thirds encourages photographers to explore different perspectives, viewpoints, and framing options to create compelling and engaging images that resonate with viewers on an emotional and aesthetic level. While the rule of thirds is a useful guideline for composition, it is not a strict rule, and there may be situations where deviating from the rule can lead to more impactful and creative results.