Winter in St Petersburg

a slide show

Early motion pictures devices

The Mutoscope was an early motion picture device, patented by Herman Casler on November 21, 1894. Like Thomas Edison's Kinetoscope it did not project on a screen, and provided viewing to only one person at a time. Cheaper and simpler than the Kinetoscope, the system—marketed by the American Mutoscope Company (later the American Mutoscope and Biograph Company)—quickly dominated the coin-in-the-slot "peep-show" business.

The Mutoscope worked on the same principle as the "flip book". The individual image frames were conventional black-and-white, silver-based photographic prints on tough, flexible opaque cards. Rather than being bound into a booklet, the cards were attached to a circular core, rather like a huge Rolodex. A reel typically held about 850 cards, giving a viewing time of about a minute.

 

Very old footage (Biograph Company)

Biograph The company was started by William Kennedy Dickson, an inventor at Thomas Edison's laboratory who helped pioneer the technology of capturing moving images on film. Dickson left Edison in April 1895, joining with inventors Herman Casler, Henry Marvin and businessman Elias Koopman to incorporate the American Mutoscope Company in New Jersey in December 1895. The firm manufactured the Mutoscope, and made flip-card movies for it, as a rival to Edison’s Kinetoscope for individual “peep shows”, making the company Edison’s chief competitor in the nickelodeon market. In the summer of 1896 the Biograph projector was released, offering superior image quality to Edison’s Vitascope projector. The company soon became a leader in the film industry, with distribution and production subsidiaries around the world including the British Mutoscope Company. In 1899 it changed its name to the American Mutoscope and Biograph Company, and in 1909 to simply the Biograph Company.

The first studio was located on the roof of 841 Broadway at 13th Street in Manhattan, known then as the Hackett Carhart Building and today as the Roosevelt Building. It was at this location that D. W. Griffith began as a director, and quickly became the studio's focus.

Polar Hero

How a Dutch boy became an international polar hero.
The film revolves around the person Sjef van Dongen, forgotten by most, but once he was a famous polar hero. In 1928, the newspapers were full of articles about the world Italia expedition Nobile and ... Van Dongen. The children of Van Dongen in 2012 donated the private archive of their father at the Zeeland Archives in Middelburg. The Zeeland Archives got his personal diaries and hundreds of letters and newspaper articles, mostly from his adventures in the nineteen twenties. A large part of the material has been digitized and inventoried.

I pad

In film and video production, split screen is the visible division of the screen, traditionally in half, but also in several simultaneous images, rupturing the illusion that the screen's frame is a seamless view of reality, similar to that of the human eye. There may or may not be an explicit borderline. Until the arrival of digital technology in the early 1990s, a split screen was accomplished by using an optical printer to combine two or more actions filmed separately by copying them onto the same negative, called the composite.

In filmmaking split screen is also a technique that allows one actor to appear twice in a scene. The simplest technique is to lock down the camera and shoot the scene twice, with one "version" of the actor appearing on the left side, and the other on the right side. The seam between the two splits is intended to be invisible, making the duplication seem realistic.

 

Blues

Stock footage, and similarly, archive footage, library pictures and file footage is film or video footage that can be used in other films. Stock footage is beneficial to filmmakers as it saves shooting new material. A single piece of stock footage is called a "stock shot" or a "library shot".[1] Stock footage may have appeared in previous productions but may also be outtakes or footage shot for previous productions and not used. Examples of stock footage which might be utilized are moving images of cities and landmarks, wildlife in their natural environments and historical footage. Suppliers of stock footage may be either rights-managed or royalty-free. Many websites offer direct downloads of clips in various formats.

Mix carnavalesque

You may be surprised to learn that your home movies can hold great interest for a much wider public, including local historians, international scholars, and artists. Popular celebrities or historic events that appear in your films would be obvious examples, but in fact it is the record of normal human beings being themselves in everyday circumstances that may be of most historical value.

Domaine du val Golf

All cameras use the same basic design: light enters an enclosed box through a converging lens and an image is recorded on a light-sensitive medium. A shutter mechanism controls the length of time that light can enter the camera. Most photographic cameras have functions that allow a person to view the scene to be recorded, allow for a desired part of the scene to be in focus, and to control the exposure so that it is not too bright or too dim. A data display, often a liquid crystal display (LCD), permits the user to view settings such as ISO speed, exposure, and shutter speed.

A movie camera or a video camera operates similarly to a still camera, except it records a series of static images in rapid succession, commonly at a rate of 24 frames per second. When the images are combined and displayed in order, the illusion of motion is achieved.

Saint Riquier

Historically, video frames were represented as analog waveforms in which varying voltages represented the intensity of light in an analog raster scan across the screen. Analog blanking intervals separated video frames in the same way that frame lines did in film. For historical reasons, most systems used an interlaced scan system in which the frame typically consisted of two video fields sampled over two slightly different periods of time. This meant that a single video frame was usually not a good still picture of the scene, unless the scene being shot was completely still.

With the dominance of digital technology, modern video systems now represent the video frame as a rectangular raster of pixels, either in an RGB color space or a color space such as YCbCr, and the analog waveform is typically found nowhere other than in legacy I/O devices.