Different photography techniques
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The document discusses different photography techniques including daguerreotype, Polaroid, and digital cameras. Daguerreotype was the first commercially successful process but images were delicate and required careful handling. Polaroid cameras produced instant images that did not require development, making them more practical than daguerreotypes. Digital cameras provide high quality images, allow for instant viewing and copying of photos, and enable storage and deletion of images from memory.
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3 typs of photography
The daguerreotype process was one of the earliest photographic processes invented by Louis Daguerre in 1839. It produces a silver-coated copper plate that bears the photographic image and protects the plate. The image is a chemical reaction seen as either positive or negative depending on the viewing surface. Details are very clear and sharp due to the microscopic distribution of silver and mercury particles.
A Polaroid camera instantly develops photographs directly from the camera after taking the picture. The developed photo is ready in a minute or two. It is convenient for situations where an immediate photo is needed.
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The daguerreotype was one of the earliest successful photographic processes, developed by Louis Daguerre in 1837. It used an iodine-sensitized silver plate exposed to mercury vapor to capture direct positive images. Daguerre continued experimenting and discovered a way to "develop" hidden images on exposed plates, leading to the public unveiling of the daguerreotype process in 1839.
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Schulz discovered that silver nitrate changes color when exposed to light, paving the way for the first photographs. Daguerre invented a process allowing pictures to be taken in only 30 minutes of light exposure that did not fade over time. Advances like collodion and gelatin dry plates reduced exposure times to seconds and allowed photographs to be developed later. These developments led to roll-film cameras, Polaroid instant film, and digital cameras that transformed photography from a process of hours to moments.
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The document traces the history of photography from its earliest beginnings with Johann Schulz's discovery that silver nitrate changes color with light exposure, enabling the first photographs, to major innovations like the first photograph by Joseph Niepce using camera obscura, Louis Daguerre's process requiring only 30 minutes of exposure, the development of negative prints by William Henry Talbot, and faster exposure times due to the collodion process. It highlights inventions like gelatin dry plates by Richard Maddox allowing photos to be developed later, the first roll film camera by George Eastman, instant film by Polaroid, and digital cameras developed by companies like Canon, Sony, Kodak and others, leading to widespread camera phones.
Daguerreotype
The daguerreotype was the first commercially successful photographic process, invented in 1837 by Louis-Jacques-Mandé Daguerre. It produced direct positive images on a silvered copper plate called a daguerreotype. The raw material for the plates was Sheffield plate, a standard hardware item produced by heating and rolling silver foil onto a copper support.
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3 typs of photography
The daguerreotype process was one of the earliest photographic processes invented by Louis Daguerre in 1839. It produces a silver-coated copper plate that bears the photographic image and protects the plate. The image is a chemical reaction seen as either positive or negative depending on the viewing surface. Details are very clear and sharp due to the microscopic distribution of silver and mercury particles.
A Polaroid camera instantly develops photographs directly from the camera after taking the picture. The developed photo is ready in a minute or two. It is convenient for situations where an immediate photo is needed.
Digital photography has made capturing and storing memories much more accessible. With cameras on mobile phones and computers, photography is now mainstream and no longer
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This talk starts from the position that analogue and digital photography are just different ways of achieving the same end, great pictures. It will look at some of those differences, touch on the practicalities of working with film and consider what it all means for the final product, fine prints, print publication and web publication. A main part of the talk will focus on why people choose to use film, including keeping craft traditions alive, the discipline is imposes, uncertainty and serendipity, photography as ritual and magic and silver negatives and prints as distinctive objects.
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The document provides an overview of the history and basics of photography. It discusses early pioneers like Nicéphore Niépce, Louis Daguerre, and others who developed early photographic processes. It also explains how photography has evolved from early film techniques to modern digital photography. Key events mentioned include the invention of the daguerreotype, calotype, and the coining of the term "photography." The document also provides brief summaries of different historic and modern photographic techniques and formats.
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The daguerreotype was one of the earliest successful photographic processes, developed by Louis Daguerre in 1837. It used an iodine-sensitized silver plate exposed to mercury vapor to capture direct positive images. Daguerre continued experimenting and discovered a way to "develop" hidden images on exposed plates, leading to the public unveiling of the daguerreotype process in 1839.
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Schulz discovered that silver nitrate changes color when exposed to light, paving the way for the first photographs. Daguerre invented a process allowing pictures to be taken in only 30 minutes of light exposure that did not fade over time. Advances like collodion and gelatin dry plates reduced exposure times to seconds and allowed photographs to be developed later. These developments led to roll-film cameras, Polaroid instant film, and digital cameras that transformed photography from a process of hours to moments.
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The document traces the history of photography from its earliest beginnings with Johann Schulz's discovery that silver nitrate changes color with light exposure, enabling the first photographs, to major innovations like the first photograph by Joseph Niepce using camera obscura, Louis Daguerre's process requiring only 30 minutes of exposure, the development of negative prints by William Henry Talbot, and faster exposure times due to the collodion process. It highlights inventions like gelatin dry plates by Richard Maddox allowing photos to be developed later, the first roll film camera by George Eastman, instant film by Polaroid, and digital cameras developed by companies like Canon, Sony, Kodak and others, leading to widespread camera phones.
Daguerreotype
The daguerreotype was the first commercially successful photographic process, invented in 1837 by Louis-Jacques-Mandé Daguerre. It produced direct positive images on a silvered copper plate called a daguerreotype. The raw material for the plates was Sheffield plate, a standard hardware item produced by heating and rolling silver foil onto a copper support.
Home learninggtrehrtehrtydhbyt
tehtyehtyrehntyrehtyehtyehttehtyehtyehtyehyrtehy5tehtyehytehtyehyteyehtyeh5ytrehtyhyrtehrtehrtyehrtehrteh
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Johann Heinrich Schulz discovered that silver nitrate could capture images when exposed to light, paving the way for the first photographs. Joseph Niepce took the first photo with a camera obscura in 1826, though the 8 hour exposure time and image fading were problematic. Louis Daguerre later invented the daguerreotype process, requiring only 30 minutes of exposure without image fading. Advances like the calotype, collodion process, and dry plates reduced exposure times further and allowed photographs to be developed later or in different locations. These innovations led to technologies like roll film cameras, instant cameras, and digital cameras that made photography widely accessible to the public.
Camera timeline – BTEC Home Learning
Schulz discovered that silver nitrate could capture images when exposed to light, paving the way for photography. Early photographic processes like those developed by Niepce and Daguerre required long exposures, but Talbot's calotype allowed copies. Later advances like gelatin dry plates and roll film made photography more convenient. Digital photography was pioneered by companies like Sony, Polaroid, and Kodak, culminating in today's camera phones.
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The daguerreotype was the first commercially successful camera invented around 1837 by Louis Daguerre. It typically took 10 minutes of exposure to capture brightly lit subjects, so early daguerreotypes were of still lifes and landscapes. The instant camera generates a developed film image, with popular self-developing films made by Polaroid. The invention of modern instant cameras is credited to Edwin Land, who unveiled the first commercial instant camera, the Land Camera, in 1948. The digital camera records images electronically rather than on film and shares an optical system with film cameras that focuses light onto an image sensor.
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Richard Maddox developed the gelatin process in 1871, allowing for shorter exposure times and more detailed photos. George Eastman later invented the Kodak camera in 1888, making photography more accessible to the public. In 1999, the Nikon D1 digital camera was released, persuading photojournalists to switch from film to digital. New technologies like the iPhone XS now provide high-quality cameras that allow photojournalists to easily capture and share images.
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The document traces the history and development of cameras from 1727 to present day. It highlights several key innovations including the first photograph using silver nitrate in 1727, the first camera obscura in 1814, the Daguerreotype process in 1837 which reduced exposure time, Talbot's invention of photographic copying in 1841, the collodion process in 1851 which further reduced exposure time, gelatin dry plates in 1871 which allowed for delayed development, Eastman's roll film camera in 1888, Land's Polaroid camera in 1948 which developed photos instantly, color Polaroid film in 1963, the first digital camera in 1974 and the release of affordable camera phones and wireless cameras in the 1990s and 2012.
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1) Photography emerged through centuries of experimentation and gradual discoveries, with the basic chemistry established by the late 18th century.
2) The first permanent camera images were produced in the 1820s by Joseph Niepce, with Louis Daguerre later developing the daguerreotype process.
3) William Henry Fox Talbot invented the calotype process in the 1830s, enabling negatives and multiple prints. Frederick Scott Archer introduced the wet-plate collodion process in the 1850s.
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The document discusses different types of photography including the daguerreotype invented in 1837 by Louis-Jacques-Mandé Daguerre which creates images on a silvery surface similar to a mirror, the polaroid camera unveiled in 1948 by Edwin Land which generates developed film images instantly, and the digital camera invented and built in 1975 by Steven Sasson which records still images or video electronically.
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Johann Heinrich Schulz discovered in 1727 that silver nitrate would change color when exposed to light, paving the way for the first photographs. Joseph Niepce developed the camera obscura in 1814 and took the first photo, though it required 8 hours of exposure. In 1837, Louis Daguerre invented the daguerreotype process which reduced the exposure time to just 30 minutes and produced images that did not fade over time. William Henry Talbot then developed the calotype process in 1841, allowing for multiple copies of photographs.
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The document provides a history of the development of digital cameras from the 1960s to the 1990s. Some of the key events and innovations discussed include:
- The development of the charge-coupled device (CCD) in the late 1960s which enabled the first digital still cameras in the 1970s.
- In 1975, Kodak engineer Steve Sasson created the first digital camera, using a 100 x 100 pixel CCD sensor.
- The introduction of professional digital cameras using CCD sensors in the late 1980s and early 1990s from companies like Kodak and Nikon.
- The Apple QuickTake 100 launched in 1994, being the first mass-market color digital camera
The history
The camera obscura is an optical device that projects an upside-down image of a scene through a small hole, and was a precursor to the modern camera. Sir John Herschel contributed to early photography by inventing the cyanotype process, which produced blue prints using iron and potassium chemicals. Eadweard Muybridge created the first moving images by placing multiple cameras along a horse track to prove they lift all legs during gallop. Modern cameras evolved from these early innovations, including Kodak's popularization of film cameras in 1888 and the compact Leica camera introduced in 1925 using 35mm film.
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tehtyehtyrehntyrehtyehtyehttehtyehtyehtyehyrtehy5tehtyehytehtyehyteyehtyeh5ytrehtyhyrtehrtehrtyehrtehrteh
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Johann Heinrich Schulz discovered that silver nitrate could capture images when exposed to light, paving the way for the first photographs. Joseph Niepce took the first photo with a camera obscura in 1826, though the 8 hour exposure time and image fading were problematic. Louis Daguerre later invented the daguerreotype process, requiring only 30 minutes of exposure without image fading. Advances like the calotype, collodion process, and dry plates reduced exposure times further and allowed photographs to be developed later or in different locations. These innovations led to technologies like roll film cameras, instant cameras, and digital cameras that made photography widely accessible to the public.
Camera timeline – BTEC Home Learning
Schulz discovered that silver nitrate could capture images when exposed to light, paving the way for photography. Early photographic processes like those developed by Niepce and Daguerre required long exposures, but Talbot's calotype allowed copies. Later advances like gelatin dry plates and roll film made photography more convenient. Digital photography was pioneered by companies like Sony, Polaroid, and Kodak, culminating in today's camera phones.
Camera types
The daguerreotype was the first commercially successful camera invented around 1837 by Louis Daguerre. It typically took 10 minutes of exposure to capture brightly lit subjects, so early daguerreotypes were of still lifes and landscapes. The instant camera generates a developed film image, with popular self-developing films made by Polaroid. The invention of modern instant cameras is credited to Edwin Land, who unveiled the first commercial instant camera, the Land Camera, in 1948. The digital camera records images electronically rather than on film and shares an optical system with film cameras that focuses light onto an image sensor.
Technology Timeline
My Technology Timeline for my Photojournalism class for American International College and Professor Nordell.
Technology timeline
This document provides a timeline and overview of key technologies that have impacted the field of photojournalism from the 1820s to present day. It begins with some of the earliest forms of print making like photogravure. It then discusses innovations like dry plate collodion in the 1870s that allowed photographers to work in remote areas without mobile darkrooms. The development of 35mm film in 1909 gave photographers much higher capacity for shooting images. Technologies like the Speed Graphic camera in the 1930s and interchangeable lenses for 35mm SLRs in the 1950s gave photographers new creative abilities. More recent advances like the first iPhone in 2007 and rise of social media in 2016 have allowed photographers to instantly publish and share their work
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The document discusses 3 types of early photography: the daguerreotype, the first process to produce permanent camera images on silver-coated copper plates developed by Louis Daguerre; the Polaroid, the first instant camera introduced by Samuel Shlafrock in 1923 that printed photos directly onto film pulled from the camera; and digital cameras, which allow high quality images to be taken, viewed, deleted, uploaded, saved and printed instantly.
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Underwater photography has developed significantly since its beginnings in 1899. Early photographers like Emil Racovizta faced challenges like lack of reliable underwater lighting. By 1926, Charles Martin and Dr. William Longley took the first color underwater photo using explosive magnesium flashes. Advances continued with the first commercial underwater camera housing in 1950 and the first amphibious camera in 1957. Today, cameras like GoPros have made underwater videography affordable and accessible to amateurs and professionals alike through affordable housings and cameras. Lenses, filters, and lighting equipment allow photographers to capture true color at various depths and environments underwater. Editing software also helps replicate the effects of traditional filters.
Technology timeline
Richard Maddox developed the gelatin process in 1871, allowing for shorter exposure times and more detailed photos. George Eastman later invented the Kodak camera in 1888, making photography more accessible to the public. In 1999, the Nikon D1 digital camera was released, persuading photojournalists to switch from film to digital. New technologies like the iPhone XS now provide high-quality cameras that allow photojournalists to easily capture and share images.
Camera timeline
The document traces the history and development of cameras from 1727 to present day. It highlights several key innovations including the first photograph using silver nitrate in 1727, the first camera obscura in 1814, the Daguerreotype process in 1837 which reduced exposure time, Talbot's invention of photographic copying in 1841, the collodion process in 1851 which further reduced exposure time, gelatin dry plates in 1871 which allowed for delayed development, Eastman's roll film camera in 1888, Land's Polaroid camera in 1948 which developed photos instantly, color Polaroid film in 1963, the first digital camera in 1974 and the release of affordable camera phones and wireless cameras in the 1990s and 2012.
Light painting
Light painting involves using light sources to create images in long exposure photographs. Walter Kitundu inspired the art form by creating light paintings with his cell phone and penlight. Light paintings can be literal or impressionistic and are made by setting a camera to a long shutter speed, turning off lights, and "painting" with various light sources while the shutter is open. The document discusses how to create light paintings and ways to experiment with different light sources and materials.
Photo-eye
1) Photography emerged through centuries of experimentation and gradual discoveries, with the basic chemistry established by the late 18th century.
2) The first permanent camera images were produced in the 1820s by Joseph Niepce, with Louis Daguerre later developing the daguerreotype process.
3) William Henry Fox Talbot invented the calotype process in the 1830s, enabling negatives and multiple prints. Frederick Scott Archer introduced the wet-plate collodion process in the 1850s.
Different photography types
The document discusses different types of photography including the daguerreotype invented in 1837 by Louis-Jacques-Mandé Daguerre which creates images on a silvery surface similar to a mirror, the polaroid camera unveiled in 1948 by Edwin Land which generates developed film images instantly, and the digital camera invented and built in 1975 by Steven Sasson which records still images or video electronically.
Unit 9: Photography Techniques Media
Johann Heinrich Schulz discovered in 1727 that silver nitrate would change color when exposed to light, paving the way for the first photographs. Joseph Niepce developed the camera obscura in 1814 and took the first photo, though it required 8 hours of exposure. In 1837, Louis Daguerre invented the daguerreotype process which reduced the exposure time to just 30 minutes and produced images that did not fade over time. William Henry Talbot then developed the calotype process in 1841, allowing for multiple copies of photographs.
History of Digital Camera
The document provides a history of the development of digital cameras from the 1960s to the 1990s. Some of the key events and innovations discussed include:
- The development of the charge-coupled device (CCD) in the late 1960s which enabled the first digital still cameras in the 1970s.
- In 1975, Kodak engineer Steve Sasson created the first digital camera, using a 100 x 100 pixel CCD sensor.
- The introduction of professional digital cameras using CCD sensors in the late 1980s and early 1990s from companies like Kodak and Nikon.
- The Apple QuickTake 100 launched in 1994, being the first mass-market color digital camera
The history
The camera obscura is an optical device that projects an upside-down image of a scene through a small hole, and was a precursor to the modern camera. Sir John Herschel contributed to early photography by inventing the cyanotype process, which produced blue prints using iron and potassium chemicals. Eadweard Muybridge created the first moving images by placing multiple cameras along a horse track to prove they lift all legs during gallop. Modern cameras evolved from these early innovations, including Kodak's popularization of film cameras in 1888 and the compact Leica camera introduced in 1925 using 35mm film.
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Light that bounces off a surface is known as reflection. There are two types of reflection: regular reflection where parallel light rays remain parallel after striking a smooth surface, and diffuse reflection where parallel rays strike a rough surface and reflect in different directions. The angle of incidence, which is the angle between the incident ray and normal line, is always equal to the angle of reflection, which is the angle between the reflected ray and normal line.
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Similar to Different photography techniques
Different photography techniques
The document discusses different photography techniques throughout history including:
1. The daguerreotype, invented in 1837, which produced delicate images on silver plates that could easily be smudged.
2. The Polaroid camera, introduced in the 1920s, which produced images instantly without needing development but only provided one copy and used hazardous chemicals.
3. Digital cameras, which store images electronically and allow viewing, editing, and sharing images instantly while providing high quality copies. However, they are more complex devices than earlier techniques.
Different photography types
Daguerreotype was the first successful type of photography invented by Louis Daguerre in 1837. It used a silver-treated copper plate and produced highly detailed images. Polaroid photography allows images to be instantly developed and printed using self-developing film. The first Polaroid camera was produced in 1948. Digital photography uses electronic photo detectors rather than film. The first digital camera was created in 1975 and had very low resolution compared to modern digital cameras which can exceed 4000 megapixels.
Different types of photos
The document summarizes three different types of photography - daguerreotype, Polaroid, and digital. Daguerreotype was the earliest commercially successful form, using a silvered copper plate and requiring long exposures. Polaroid introduced instant photography in 1947 using self-developing film. Digital cameras store light data as pixels and binary information, allowing images to be viewed digitally, with the first made in 1975 but now commonly used.
Photography examples (digital,polaroid,d)
The document summarizes three different types of photography:
1. Daguerreotype was the first commercially successful photographic process invented in 1837 by Louis Daguerre. The bottom of the camera acted like a mirror to capture the image.
2. Polaroid cameras, invented in 1948 by Edwin Land, were the first instant cameras that developed the image onto photo paper straight from the camera.
3. Digital photography, first attempted in 1975, digitizes and stores captured images rather than using film. The first actual digital camera was created in 1988.
History of photography
The document discusses the history of photography and different types of cameras. It describes how the principles of camera obscura and light sensitivity were discovered and led to early attempts at capturing permanent images in the early 1800s. It then summarizes different types of modern cameras including point-and-shoot compact cameras, bridge cameras, compact system cameras, and digital single-lens reflex cameras. For each type, it provides a brief definition and lists their main merits and demerits.
Digital Camera VS Film Camera
In the past, when all we had was film photography, we had to be very selective of the kind of pictures we wanted to take. I’m sure there wouldn't be half as many ‘selfies’ ‘photo bombs’ or ‘duck pouts’ as there are today. Images have a strong emotional factor, and emotions have a powerful pull on us as human beings.
Photography
Photography involves capturing light or electromagnetic radiation to create durable images. A camera uses a lens to focus light onto light-sensitive film or sensors. Film photography involves developing latent images on film into visible negatives or positives. Digital photography uses electronic image sensors and allows for image manipulation. Both film and digital photography have evolved significantly but digital photography now dominates due to smartphones.
Photography -
Photography is the art of capturing light with a camera to create an image. The document provides a brief history of photography from the first photograph taken in 1826 to modern digital cameras. It discusses key aspects of photography including camera equipment, composition principles like the rule of thirds, exposure concepts like aperture and shutter speed, the importance of lighting, and an overview of different lens types and their functions.
Task 1 photography types
The document summarizes three different types of cameras - the daguerreotype, Polaroid, and digital camera. The daguerreotype was the first successful photography machine invented in 1837 by Louis Daguerre and produced delicate, black and white images on silver plates. Polaroid cameras introduced in the 1920s used chemicals to create practical images that did not smudge easily like daguerreotypes. Digital cameras, now the most common, can take and store images digitally and allow viewing, editing and deleting images immediately.
Technolgy timeline presentation 2
The document provides a timeline of important developments in photography and photojournalism from 1839 to 2014. It describes 12 major innovations including the Daguerreotype process, Calotype process, Wet Collodion process, Eadweard Muybridge's work capturing motion, the Kodak No. 1 box camera, rotogravure printing, the Leica 35mm camera, the Fujix DS-1P digital camera, the Nikon D1 digital SLR, and the capabilities of smartphones like the iPhone 6. These technological advances revolutionized the field of photojournalism by making cameras and the photographic process easier to use, faster, more portable, and better able to capture motion over time.
Technolgy timeline presentation 1
The Leica 35mm camera from 1925 allowed photojournalists to carry smaller, more portable cameras to capture photos. It used 35mm film and helped evolve photojournalism by enabling photographers to easily take photos without others noticing. The Nikon D1 from 1999 was one of the first affordable digital SLR cameras, allowing photojournalists to take high-quality photos without hassling with film and developing. The iPhone from 2014 made everyone a photojournalist by giving most people a phone with a good camera to easily take, edit, and share photos online without waiting to distribute information.
Chapter 3 - Evolution to Digital
This chapter discusses the evolution of photography from its origins to modern digital photography. It identifies key milestones like the daguerreotype in the 1830s, roll film in the 1880s, and Kodak's Brownie camera in the early 1900s that helped popularize photography. The transition to digital began in the 1970s and gained momentum in the 1990s with the development of affordable digital cameras. The chapter outlines the differences between film and digital photography and how digital replaced film due to advantages like instant previews and easier editing and sharing of images. It also explores how photography has aided science by allowing the documentation of things that are too fast, small, or distant for the human eye to see.
Cameras unit9
The document discusses three different types of cameras - the Daguerreotype, Polaroid camera, and digital cameras. The Daguerreotype was invented in 1837 by Louis Jacques-mande Daguerre and only produced black and white images. The Polaroid camera was invented in 1923 by Samuel Shlafrock and created instant photos that would develop within minutes. Digital cameras were invented in 1975 when Eastman Kodak built the first one using a digital image sensor, and they have become the most popular type of camera, also being used in mobile phones and other devices.
Mapeh 10 - Digital Photography
Digital photography involves capturing images digitally rather than on film. It has several advantages over film photography. First, digital images are captured and stored electronically by sensors rather than on film. Second, digital cameras come in two main types - point and shoot cameras and DSLR cameras that allow more manual settings. DSLR stands for "digital single-lens reflex" camera, which operates similarly to film SLRs but uses digital imaging sensors instead of film.
3 different photography types
The daguerreotype was the first commercially successful photographic process, invented in 1837 by Louis Daguerre. Daguerreotypes were made on silver-plated copper plates and produced direct positive images. The plates were made from silver foil fused to copper sheets. The images were very fragile and could be rubbed off, so the plates had to be viewed at an angle. Daguerreotypes were replaced in the 1850s by other processes like the collodion process and tintype.
3 different photography types
The daguerreotype was the first commercially successful photographic process, invented in 1837 by Louis Daguerre. Daguerreotypes were made on silver-plated copper plates and produced direct positive images. The plates were made from silver foil fused to copper sheets. The fragile daguerreotype images could be erased by touching and had to be viewed at an angle. Daguerreotypes were replaced in the 1850s by newer processes like the collodion process and tintype.
Photography types
Daguerreotype photos allowed for only one print of each photo and could not be retouched. Polaroid photos used self-developing film to instantly produce photos in the camera. Digital cameras record images electronically rather than on film and allow images to be instantly viewed, stored, deleted, and shared from internal memory.
Possible equipment
The document discusses equipment choices for filming a music video and taking photographs. The filmmaker chose a Canon EOS 100D DSLR camera because they were familiar with it from past media courses and it has settings suitable for different types of shots. A Steadicam will be used to allow for complicated shots like tracking and panning shots to showcase creativity. A tripod will help achieve close-up shots and reduce shaking for better quality photos. Fairy lights will provide color and a dreamy look for indoor shots, while napkins can replicate tracking shots without expensive professional equipment.
An introduction and guide to film studies
An activity booklet and guide to to film history, mise-en-scene, cinematography, and editing, designed for GCSE Film Studies.
Featuring over 170 pages of information, analysis, tasks, assessments, insights and examples, this guide is the definitive introduction to the basics of film studies, designed to introduce students at GCSE to key concepts that they need for their whole film education.
Cayentano arellano-high-school
Digital photography uses electronic image sensors to capture photographs digitally rather than using photographic film. It allows images to be instantly viewed, stored, edited on a computer and printed digitally. The document discusses the different types of digital cameras including point-and-shoot cameras which are easy to use, digital SLRs which use a single lens and mirror to provide the same viewfinder image as the photo taken, and how digital cameras replaced film-based photography.
Similar to Different photography techniques (20)
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Genre research
Rock originated in the late 1940s and was influenced by blues, jazz and classical music but featured electric guitars and faster drum beats. Elvis Presley emerged in the 1950s and energized the genre with a danceable style mixing different cultural influences. The Beatles became popular in the 1960s with a variety of styles ranging from pop ballads to heavy rock. Since then, numerous rock sub-genres have emerged including punk rock, glam rock, progressive rock, and heavy metal. Alternative rock bands like Linkin Park produce music that experiments and combines different elements.
Equipment
The document outlines the equipment that will be used to shoot a music video, including a Canon EOS 700D for the majority of footage shot in 1080p at 25fps, a tripod for steady shots such as greenscreen scenes and slow motion footage, a Panasonic DMC-TZ71 to capture slow motion scenes at 1080p 50fps, a greenscreen for VFX shots, a shoulder rig/mount for opening shots of abandoned streets and graffiti, and Adobe Premiere Pro and After Effects software to edit the video and add effects.
Music video production schedule
The production schedule outlines the dates, scenes, equipment, actors, props, and locations needed to film a music video over 5 days from January 17th-23rd. On the 17th and 18th, scenes of abandoned streets and a Molotov throw will be filmed in Ringwood using DSLR cameras mounted on a shoulder rig and tripod. On the 21st, the band will play in a school hall. Greenscreen footage of the band playing will be captured on the 22nd. From the 23rd-25th, the footage will be edited using Adobe software to composite scenes and add effects.
New divide analysis
Linkin Park's music video for "New Divide" from the Transformers: Revenge of the Fallen soundtrack features footage from the film intercut with shots of the band performing. Directed by Linkin Park DJ Joe Hahn, the video uses techniques like quick cuts, shaky camera work, and close ups to synchronize the visuals with the song's beats and lyrics. It depicts the lead singer trying to reach a female character from the film, leaving their relationship intentionally ambiguous. The video promotes both the band and the Transformers franchise while showcasing Linkin Park's signature energetic rock style.
Music video costumes actors and props
The document discusses the roles, actors, costumes, and props needed for a music video. Tom Smit will play the lead singer due to his experience with acting and singing. Josh Smith and Dan Ingram will play the drummer as they are both skilled drummers. Peter Fleetwood will play the guitarist for his experience. Callum Salisbury will play the bass guitarist for his musical experience. Gideon Lax will play the leader due to his acting ability to portray an intimidating character. Michael Wells will play the officer due to his experience assisting the police department. The costumes and props discussed would help portray the characters and enhance the music video.
No more sorrow floor plan
This floor plan document only includes one location as the other locations were single shots or greenscreen shots, so they were deemed unnecessary. Many of the shots in the included location are also repeated, so they are only numbered in the order they first appear to help with filming.
Music video production schedule
The production schedule outlines the dates, scenes, equipment, actors, props, and locations needed to film a music video over 4 days in October and November. On October 1st and 11th, scenes of abandoned streets and people being beaten will be filmed in Ringwood using DSLR cameras mounted on a shoulder rig. On January 14th, the band will perform in a school hall filmed with DSLRs on tripods. On January 15th, the band will perform on a greenscreen filmed with DSLRs on a tripod to allow for virtual backgrounds in post-production.
No more sorrow recce photos
The document discusses potential locations for filming a riot scene and a band performance. For the riot scene, an abandoned brick location in Ringwood covered in moss and grass was selected to create the right atmosphere. For the band performance, a school hall with a large dark stage, accessible props like drums and speakers, good lighting, and space for green screen equipment was chosen as it suits the band's style. Signs will be posted at the public riot filming location to inform people.
Music video shot list table
This shot list describes scenes for a music video featuring a band playing and a rebel character. It includes various shots of band members playing their instruments, close-ups of the singer singing and screaming, and shots of the rebel walking down an empty street and throwing a Molotov cocktail. It also includes shots of people being beaten and starving on the streets as well as shots of the band playing with special effects particles flying forward and the leader flying back and disintegrating at the end.
Music video annotated lyrics
The song lyrics describe feelings of betrayal and deception by someone in power who abuses power with greed. The writer plans to create a violent music video to match the aggressive lyrics, using fast cuts, shaky camera, and CGI effects to depict destruction and chaos. The video will be both a performance and narrative of a revolution where the singer/artists fight against the higher power described in the song.
Genre research
Rock originated in the late 1940s influenced by blues, jazz and classical music but with faster tempos and electric guitars. It grew in popularity in the 1960s led by bands like The Beatles and continued with artists such as Pink Floyd, The Rolling Stones, and Led Zeppelin. In the 1970s, heavier rock bands like AC/DC emerged and numerous other subgenres have developed since including punk rock, glam rock, progressive rock, heavy metal, and alternative rock. Alternative rock differentiates itself from mainstream rock and Linkin Park specifically uses elements of rap and varies their musical style across albums with messages in their lyrics. Rock styles vary widely by band but commonly include dark clothing, hair, tattoos
Target audience
The target audience for the music video is male teenagers aged 12 to 18, as the band Linkin Park is popular with this demographic. While the video may include some violent or aggressive content fitting the song, it will avoid being age-restricted to reach the intended audience. Although both genders listen to rock music, the genre and this band in particular tend to attract more male fans, who will likely make up most of the viewership for the video.
Andrew Goodwin
This document summarizes key features of music videos according to Andrew Goodwin's book "Dancing in the Distraction Factory" from 1992. It outlines 6 features of music videos including demonstrating genre characteristics, relating lyrics and visuals, and relating music and visuals. It also notes demands of record labels and references to looking and the female body. The document then lists 5 ways to analyze a music video such as through the structure and voice of the artist in the song, the narrative and performance, the star image, the relationship between visuals and lyrics, and technical aspects.
Music Video Theory
There are three main types of music videos: performance videos which simply show the artist performing the song, often in an interesting location using various shots; narrative videos which tell a story related to the song's lyrics, sometimes linked to a film but often cheesy; and conceptual videos which have a random idea or concept unrelated to the song or artist, commonly using special effects to make the video and song memorable.
AS pre production tasks feedback sheet jenner
This document provides feedback on a student's pre-production tasks for a film project. It reviews each task, noting what elements were included and areas that need more detail. Key areas identified as needing improvement include providing more analysis of genres, target audiences, locations, costumes, props, and actors. The production schedule was also identified as needing more details. Overall the teacher found some tasks like the storyboard and equipment breakdown to be good but most needed more information and details. A final mark of 11 out of 20 was given with expectations to address the gaps identified.
AS cw overall marksheet jenner
This document provides Harry Jenner's marks and feedback for an AS coursework assignment. For the planning stage, Harry received a mark of 14/20. For the main construction task, Harry received positive feedback on the footage, editing, and sound, and an overall mark of 54/60. For the evaluation questions, Harry showed some understanding of genre conventions and audience expectations and received marks ranging from 16-20/20. Overall, the assessor noted Harry has a good understanding of genre and audience and provided analysis and reflection with good detail. Harry's total marks were 84/100, earning a grade of A.
Question 6
The document discusses technologies used during the pre-production, production, and post-production stages of creating a film. During pre-production, the author used Microsoft Office, Blogger, Prezi, and SlideShare to write scripts, create presentations, and share work online. A camera and memory stick were used during production to film footage. Adobe Premiere Pro and After Effects were used for basic and complex editing during post-production. The author provides detailed examples of using After Effects to create special flying and slow-motion bullet effects for the film. Overall, the author learnt how to use various software programs and technologies throughout the different stages of filmmaking.
Question 4 & 5
The target audience for the media product is teenagers aged 12 to 18. To attract this audience, the document discusses including intense visual effects, action sequences, and tension expected in superhero films. Relatable characters the same age as the target audience were also included to give viewers a sense of belonging. A dramatic ending with a tense soundtrack and zoom into a character's face was used to excite and leave the audience with a positive feeling. Feedback from colleagues the same age as the target audience was overwhelmingly positive, showing these methods were effective at attracting the intended demographic.
2 Minute Film Intro Superhero Genre
Superhero films originated from American comic books and have become very popular worldwide. They typically involve superheroes using their powers to defeat supervillains. While most superhero films depict a clear difference between good and bad, some like "Chronicle" take a different approach by showing the villain's perspective and allowing the audience to relate more to and choose sides with either character. The classic narrative of superhero films involves a hero battling a villain trying to ruin the world, until one defeats the other. Some key directors and actors who helped popularize the genre include Christopher Reeve, Chris Evans, Michael Keaton, and Christopher Nolan.
More from kannkarry (20)
Different photography techniques
- 1. Different Photography Techniques Photography General Information Positives Negatives Images Technique Daguerreotype The daguerreotype was the -The only -It is very first commercially successful thing delicate and photographic process, available at could be invented around 1837 by the time ruined Louis-Jacques-Mandé easily. Daguerre. A daguerreotype -Isn’t is like a mirror, the image practical and made is printed onto a silver images metal plate. It must be where poor. handled delicately as it can -In black and be smudge and ruined easily. white/ no The light angle is also very colour important, as it can change the picture from being positive to negative. Cases where used with daguerreotypes which where cover lined with velvet or plush to provide a dark surface that reflects into the plate for viewing. The daguerreotype was the best photographic process until the 1850s when other processes such as the collodion process and tintype replaced it. Polaroid Polaroid also known as the -More -Chemicals instant camera is a type of practical dangerous camera that later became than and the camera used for film. Daguerreoty expensive pe as it -No backups The first instant camera was doesn’t of the image invented in 1923 by Samuel smudge or only one. Shlafrock. However ruin easily. American scientist Edwin -It is quicker Land was the first to unveil and had the instant camera to the been world. unveiled for others to The Camera uses a mixture use. of chemicals that create a -Had colour more practical image that and looked can be kept without being descent. smudged or damaged easily.
- 2. Digital A digital camera is a camera -High quality -Complex to that takes video or still pictures. make. photographs by recording -Instant view images on an electronic -Copies can image sensor. Most cameras be made. sold today are digital, and -Photos can digital cameras are be printed incorporated into many on high devices like mobile phones. quality paper so Digital and film cameras they last. share an optical system, -Coloured typically using a lens with a -Sold cheap variable diaphragm to focus -Store and light onto an image pickup delete device. The diaphragm and pictures shutter admit the correct amount of light to the imager, just as with film but the image pickup device is electronic rather than chemical. However, unlike film cameras, digital cameras can display images on a screen immediately after being recorded, and store and delete images from memory. Many digital cameras can also record moving video with sound. Some digital cameras can cropand perform other elementary image editing.