History of photography
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The document provides a history of photography, outlining some of the major developments from the earliest techniques like heliography and daguerreotype in the 1800s, to important camera innovations such as the camera obscura, pinhole camera and use of lenses. It then discusses the invention of photographic film, the rise of handheld cameras for mass markets, and the transition to digital photography in the late 20th century as camera technology became integrated into mobile phones.
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PHOTOGRAPHY PPT
This document provides a history of photography and cameras. It discusses how photography originated from the camera obscura and the earliest photographs taken in the 1820s. It summarizes key early developments like the first color photograph in 1861 and first high speed photograph in 1878. The document then describes the basic parts and working of a camera, including the lens, viewfinder, shutter speed dial, and aperture ring. It outlines different types of cameras like folding cameras, box cameras, and view cameras. Finally, it discusses camera lenses and the effects of focal length on field of view, magnification and depth of field.
Intro to photography
Photography is derived from the Greek words for light and drawing. The camera was first developed from the camera obscura, a device dating back to ancient China that creates an image of a scene through a small hole. The camera obscura works like the human eye by receiving light and projecting an upside down image. Leonardo da Vinci observed and drew natural camera obscuras formed by light entering dark caves. Early photographers like Joseph Niépce in the 1820s worked to develop techniques to fix and retain the fleeting images created by camera obscuras, laying the foundations for modern photography.
Types of Photography
Made by: Niña Fajarillo // this is our group report // lccians tanauan // san francisco, tatak ms.barrion // ps: hope you like it
Camera
The camera has evolved greatly over centuries from early prototypes like the camera obscura to modern digital cameras. The camera obscura provided the first means to project images but could not capture them permanently. The daguerreotype introduced in 1830 was the first true camera, using a copper plate to capture light, though exposures took 15 minutes. Advances like emulsion plates, dry plates, and flexible film made cameras more portable and practical. In the modern era, digital cameras replaced film and made photography accessible to all with instant previews and easy editing of photos. Cameras continue to evolve with new technologies.
Camera Types
This photography tutorial discusses the main types of cameras, including film cameras like compact, single-lens reflex (SLR), medium format, and large format cameras, as well as digital cameras that use memory cards such as digital SLR and compact digital cameras.
History of a camera
This document provides a history of cameras from 1814 to today. It discusses the first camera obscura in 1814 and the development of film and digital cameras over time, including the first 35mm still camera in 1913-1914. The document also describes different types of cameras such as SLR, DSLR, and point and shoot cameras. It notes that SLR and DSLR cameras give photographers more freedom than point and shoot cameras. In conclusion, the document quotes that a camera should become an extension of one's heart by fitting their lifestyle and being reliable.
A presentation on the evolution of still camera
The document summarizes the evolution of still cameras from their origins in the camera obscura to modern digital cameras. It traces key developments such as the daguerreotype in 1839, the introduction of dry plates in the 1850s which improved on the wet plate process, the popularization of film and handheld cameras with George Eastman's Kodak in the late 1880s, and the emergence of digital cameras in the 1980s. The document provides an overview of the major technological advances that have occurred in camera technology over centuries to enable portable photography.
Evolution of the camera
The document summarizes the evolution of the camera from its earliest forms to modern devices. The first camera was the daguerreotype, which used copper plates but required long exposures of up to 15 minutes. In the 1850s, emulsion plates shortened exposures to just 2-3 seconds but had to be developed immediately. George Eastman later invented flexible roll film, allowing the first portable cameras and more widespread use of photography.
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PHOTOGRAPHY PPT
This document provides a history of photography and cameras. It discusses how photography originated from the camera obscura and the earliest photographs taken in the 1820s. It summarizes key early developments like the first color photograph in 1861 and first high speed photograph in 1878. The document then describes the basic parts and working of a camera, including the lens, viewfinder, shutter speed dial, and aperture ring. It outlines different types of cameras like folding cameras, box cameras, and view cameras. Finally, it discusses camera lenses and the effects of focal length on field of view, magnification and depth of field.
Intro to photography
Photography is derived from the Greek words for light and drawing. The camera was first developed from the camera obscura, a device dating back to ancient China that creates an image of a scene through a small hole. The camera obscura works like the human eye by receiving light and projecting an upside down image. Leonardo da Vinci observed and drew natural camera obscuras formed by light entering dark caves. Early photographers like Joseph Niépce in the 1820s worked to develop techniques to fix and retain the fleeting images created by camera obscuras, laying the foundations for modern photography.
Types of Photography
Made by: Niña Fajarillo // this is our group report // lccians tanauan // san francisco, tatak ms.barrion // ps: hope you like it
Camera
The camera has evolved greatly over centuries from early prototypes like the camera obscura to modern digital cameras. The camera obscura provided the first means to project images but could not capture them permanently. The daguerreotype introduced in 1830 was the first true camera, using a copper plate to capture light, though exposures took 15 minutes. Advances like emulsion plates, dry plates, and flexible film made cameras more portable and practical. In the modern era, digital cameras replaced film and made photography accessible to all with instant previews and easy editing of photos. Cameras continue to evolve with new technologies.
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This photography tutorial discusses the main types of cameras, including film cameras like compact, single-lens reflex (SLR), medium format, and large format cameras, as well as digital cameras that use memory cards such as digital SLR and compact digital cameras.
History of a camera
This document provides a history of cameras from 1814 to today. It discusses the first camera obscura in 1814 and the development of film and digital cameras over time, including the first 35mm still camera in 1913-1914. The document also describes different types of cameras such as SLR, DSLR, and point and shoot cameras. It notes that SLR and DSLR cameras give photographers more freedom than point and shoot cameras. In conclusion, the document quotes that a camera should become an extension of one's heart by fitting their lifestyle and being reliable.
A presentation on the evolution of still camera
The document summarizes the evolution of still cameras from their origins in the camera obscura to modern digital cameras. It traces key developments such as the daguerreotype in 1839, the introduction of dry plates in the 1850s which improved on the wet plate process, the popularization of film and handheld cameras with George Eastman's Kodak in the late 1880s, and the emergence of digital cameras in the 1980s. The document provides an overview of the major technological advances that have occurred in camera technology over centuries to enable portable photography.
Evolution of the camera
The document summarizes the evolution of the camera from its earliest forms to modern devices. The first camera was the daguerreotype, which used copper plates but required long exposures of up to 15 minutes. In the 1850s, emulsion plates shortened exposures to just 2-3 seconds but had to be developed immediately. George Eastman later invented flexible roll film, allowing the first portable cameras and more widespread use of photography.
Evolution of Camera
Cameras have evolved greatly since their inception from the camera obscura. Early cameras like the daguerreotype required long exposures of up to 15 minutes but emulsion plates and dry plates developed in the 1850s reduced exposure times to just 2-3 seconds. The first portable cameras emerged in the 1880s and George Eastman's introduction of flexible 35mm film in 1913 established the film standard still used today. Major developments included the first 35mm camera the UR-Leica in 1914, the invention of Polaroid cameras and instant film in 1947, and the introduction of digital cameras in 1991 which revolutionized photography. Cameras are now powerful, portable, and allow images to be captured and shared instantly worldwide on a daily basis.
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Photography is the process of creating durable images by recording light or electromagnetic radiation, either chemically or electronically. It was invented in the 1820s but the first permanent photograph was made in 1826 by Nicéphore Niépce using a camera obscura. The camera obscura projects an upside-down image of a scene onto a surface. In 1838, Daguerre took the first photo of a person. France agreed to pay Daguerre a pension in exchange for publicly sharing his process. Features of photography include film loading and ISO/ASA ratings, single lens reflex viewfinders, lens apertures and shutter speeds, natural and artificial lighting, macro and micro lenses, and filters.
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Photography has evolved from early pinhole cameras to modern digital devices. Key developments included the daguerreotype and talbotype processes in the 1800s, the introduction of film and various camera formats through the 1900s, and the transition to digital technology beginning in the 1980s. The document outlines the scientific principles behind photography and highlights innovators like Daguerre, Talbot, Muybridge and Eastman who advanced the technology through new photographic and film processes, camera designs, and making photography accessible to the masses.
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.
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Digital photography has largely replaced film-based photography due to various advantages of digital cameras and sensors over film. Digital cameras use image sensors with pixels that record light information digitally, while film uses light-sensitive chemicals on a medium. Key differences include:
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- Resolution depends on sensor/film size - large format film can exceed most digital cameras, but medium format digital provides 39-80 megapixels.
- Digital images have fewer grain/noise issues than film and allow post-processing edits without quality loss.
- Dynamic range varies between media types but digital HDR capabilities exceed what's possible with film.
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The document provides an overview of the history and mechanics of cameras. It discusses how cameras have evolved from early designs using glass plates and film to today's digital cameras. The key developments include the box camera, folding camera, rangefinder camera, SLR camera, and introduction of motion picture cameras and digital technology. Modern cameras use lenses and sensors to capture light as a series of digital images that can be stored, shared, and edited electronically.
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The document provides a brief history of some important cameras:
1) The daguerreotype, invented in 1837 by Louis Daguerre, used silver-coated copper plates as the raw material for early photographs.
2) Polaroid cameras, invented by Polaroid Corporation, allowed for the creation and development of instant film photographs.
3) The first digital camera was created by Kodak engineer Steven Sasson in 1975, weighing 8 pounds and able to store images on cassette tape with a resolution of 10,000 pixels.
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1558 saw the first camera obscura which projected images onto a screen. In 1836, Daguerre invented the daguerreotype camera which captured permanent images on light-sensitive plates. In 1888, George Eastman developed photographic film for use in his simple "Kodak" camera. In 1913, the Leica introduced the first 35mm camera using standard film. Digital technology arrived in the 1980s with Sony's analog Mavica camera and the 1988 Fuji DS-1P, the first true digital camera. Innovation continues with improvements in resolution, functionality and cost.
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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.
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The document discusses different types of cameras. It begins with a brief history of cameras, starting with the camera obscura in 1816. It then lists and describes 6 main types of cameras: camera obscura, DSLR camera, SLR camera, film camera, smartphone camera, and mirrorless camera. For each type, it provides details on their history, key features, and technological developments over time. The document concludes with a quote about photographs needing no explanation.
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This document provides an overview of different types of cameras and camera components. It discusses early camera types like the camera obscura and daguerreotype. It then covers the development of film cameras from Kodak and the introduction of 35mm film. Instant cameras and the first SLR cameras are also summarized. The document outlines point-and-shoot, bridge, DSLR and mirrorless digital camera types as well as the evolution of smartphone cameras. Key components like pixels, megapixels, and the factors that influence exposure - aperture, shutter speed and ISO - are defined in less than 3 sentences each. The learning goals are to understand camera types and exposure fundamentals.
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.
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Cameras have evolved greatly since their inception from the camera obscura. Early cameras like the daguerreotype required long exposures of up to 15 minutes but emulsion plates and dry plates developed in the 1850s reduced exposure times to just 2-3 seconds. The first portable cameras emerged in the 1880s and George Eastman's introduction of flexible 35mm film in 1913 established the film standard still used today. Major developments included the first 35mm camera the UR-Leica in 1914, the invention of Polaroid cameras and instant film in 1947, and the introduction of digital cameras in 1991 which revolutionized photography. Cameras are now powerful, portable, and allow images to be captured and shared instantly worldwide on a daily basis.
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Photography is the process of creating durable images by recording light or electromagnetic radiation, either chemically or electronically. It was invented in the 1820s but the first permanent photograph was made in 1826 by Nicéphore Niépce using a camera obscura. The camera obscura projects an upside-down image of a scene onto a surface. In 1838, Daguerre took the first photo of a person. France agreed to pay Daguerre a pension in exchange for publicly sharing his process. Features of photography include film loading and ISO/ASA ratings, single lens reflex viewfinders, lens apertures and shutter speeds, natural and artificial lighting, macro and micro lenses, and filters.
Introduction to photography types and processes
Photography has evolved from early pinhole cameras to modern digital devices. Key developments included the daguerreotype and talbotype processes in the 1800s, the introduction of film and various camera formats through the 1900s, and the transition to digital technology beginning in the 1980s. The document outlines the scientific principles behind photography and highlights innovators like Daguerre, Talbot, Muybridge and Eastman who advanced the technology through new photographic and film processes, camera designs, and making photography accessible to the masses.
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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.
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The document summarizes information about cameras, including how different types of cameras work, the inventor of photography, and the key parts of a camera. It explains that digital cameras use millions of light-sensitive pixels on a sensor to capture an image, while disposable cameras use film that is exposed to light when the shutter opens. The inventor is identified as Joseph Nicéphore Niépce, who took the first photograph in 1827 in France through a process later improved by Louis Daguerre.
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This document provides information on photography and forensic photography. It defines photography, police photography, and forensic photography. It discusses the history and evolution of photography, including important figures like Daguerre, Talbot, and Eastman. It describes camera parts and functions, focusing controls, aperture, shutter speed, and types of cameras and shutters. The document also covers principles of photography, handling cameras properly, and avoiding camera shake.
Lecture 2 - Film VS. Digital Photography
Digital photography has largely replaced film-based photography due to various advantages of digital cameras and sensors over film. Digital cameras use image sensors with pixels that record light information digitally, while film uses light-sensitive chemicals on a medium. Key differences include:
- Digital cameras have much higher ISO capabilities than film, allowing better low-light performance.
- Resolution depends on sensor/film size - large format film can exceed most digital cameras, but medium format digital provides 39-80 megapixels.
- Digital images have fewer grain/noise issues than film and allow post-processing edits without quality loss.
- Dynamic range varies between media types but digital HDR capabilities exceed what's possible with film.
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What i wish everyone knew about
The document provides an overview of the history and mechanics of cameras. It discusses how cameras have evolved from early designs using glass plates and film to today's digital cameras. The key developments include the box camera, folding camera, rangefinder camera, SLR camera, and introduction of motion picture cameras and digital technology. Modern cameras use lenses and sensors to capture light as a series of digital images that can be stored, shared, and edited electronically.
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The document provides a brief history of some important cameras:
1) The daguerreotype, invented in 1837 by Louis Daguerre, used silver-coated copper plates as the raw material for early photographs.
2) Polaroid cameras, invented by Polaroid Corporation, allowed for the creation and development of instant film photographs.
3) The first digital camera was created by Kodak engineer Steven Sasson in 1975, weighing 8 pounds and able to store images on cassette tape with a resolution of 10,000 pixels.
A Visual History of Digital camera
This document summarizes the evolution of the camera from 1558 to present day in brief descriptions of important models and innovations:
1558 saw the first camera obscura which projected images onto a screen. In 1836, Daguerre invented the daguerreotype camera which captured permanent images on light-sensitive plates. In 1888, George Eastman developed photographic film for use in his simple "Kodak" camera. In 1913, the Leica introduced the first 35mm camera using standard film. Digital technology arrived in the 1980s with Sony's analog Mavica camera and the 1988 Fuji DS-1P, the first true digital camera. Innovation continues with improvements in resolution, functionality and cost.
Photograms, Large and Shallow Depth of Field
Hajar Rabhi Filali discusses photograms, a photographic technique created without using a camera by placing objects on light-sensitive paper. Artist Man Ray helped popularize this technique in the 1920s. For one photogram lesson, Filali was unprepared and used scissors, coins, makeup brushes and phone cases placed on paper to create silhouette images. Filali found the experience of making photograms enjoyable.
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The document discusses different types of cameras including film cameras, digital cameras, compact cameras, single-lens reflex cameras, disposable cameras, instant-picture cameras, and large format cameras. It provides details on how digital cameras store images electronically on memory cards instead of film, and how Polaroid instant-picture cameras develop pictures within 90 seconds using a chemical process. The document also explains that single-lens reflex cameras can use either film or digital sensors, and allow interchangeable lenses, and that large format cameras are still used for high quality studio work.
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1. History of Photography
2. Art Movements in Photography
3. Basic Parts of the Camera
4. Different Camera Angles
5. Elements of a good Photograph
6. Photography Rules
1150_photography.ppt
Photography has evolved significantly since its origins in the 17th century through combinations of optics and chemistry. By the 18th century, scientists discovered that silver salts darkened when exposed to sunlight, laying the foundation for the first permanent photograph in 1826. Throughout the 19th century, techniques improved, reducing exposure times and allowing for negatives and unlimited copies. By the late 19th century, hand-held cameras were invented, making photography widely accessible. Digital cameras emerged in the 1970s and have since miniaturized, allowing cameras nearly anywhere today.
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The document summarizes a teen photography class that introduces basic concepts of photography. It defines photography and outlines what will be covered, including the basics of photography like camera parts, different types of photography like portraits and landscapes, and components like lighting, lenses, and focal length. The class then discusses specific topics like the first photograph taken, parts of the camera, types of photography like portraits and landscapes and examples, and components like lighting, lenses, focal length, and the rule of thirds composition technique. The document concludes by announcing the class will conclude with hands-on photo taking and that session II will cover editing, mixed media editing, and social media presence for photography.
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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.
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This document provides an overview of different types of cameras and camera components. It discusses early camera types like the camera obscura and daguerreotype. It then covers the development of film cameras from Kodak and the introduction of 35mm film. Instant cameras and the first SLR cameras are also summarized. The document outlines point-and-shoot, bridge, DSLR and mirrorless digital camera types as well as the evolution of smartphone cameras. Key components like pixels, megapixels, and the factors that influence exposure - aperture, shutter speed and ISO - are defined in less than 3 sentences each. The learning goals are to understand camera types and exposure fundamentals.
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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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The evolution of photojournalism has seen tremendous advancements since the mid-19th century that have allowed for quicker photo capturing and sharing capabilities. Early photographic processes like the wet plate collodion required immediate development, while the 1871 dry plate collodion allowed plates to be prepared and stored for later use. The Leica 35mm camera's small size in 1924 made it portable for photojournalists to capture images anywhere. Digital cameras in the 2000s incorporated Wi-Fi, enabling instant uploading of photos to newspapers. While drones raise privacy issues, their aerial views could help photojournalists capture wide-scale events safely.
Photojournalism mid term
The document summarizes the key technological advancements that have affected photojournalism throughout history. It discusses the invention of the daguerreotype in 1839 which made photography practical; the development of flexible roll film in 1889 which made cameras portable; the creation of 35mm cameras in 1905 which further increased portability and efficiency; the introduction of instant photography by Polaroid in 1948 which expanded the market; and the creation of the first digital camera in 1984 which transformed photojournalism by allowing for fast sharing of images digitally. These inventions revolutionized photojournalism by continually making the camera and sharing photos more convenient, portable, and efficient.
History camera2
The camera has evolved significantly over hundreds of years. The first pinhole camera was invented in the 1500s, while the first lens camera was created in 1558. Major developments include the first portable camera obscura in the 1660s, the first permanent photograph in 1829, and the first practical photographic process in 1839. Modern photography began in the late 1880s with roll film and Kodak cameras, while the first digital camera was created in 1975. Camera technology has advanced from single-use to SLR models with interchangeable lenses and digital capabilities.
Brief history of photography
Photography began in the 5th century BC but the first permanent image was created by Joseph Nicéphore Niépce in 1826 using a camera obscura and a pewter plate. In the 1830s, Louis Daguerre created the Daguerreotype, which was replaced in the 1850s by emulsion plates that used a wet collodion process. Dry plates were introduced in the 1870s, allowing photographs to be stored. George Eastman introduced roll film and affordable box cameras in the 1880s, making photography accessible to the masses. In the digital age beginning in the 1980s, manufacturers worked on digital cameras, with Kodak producing the first professional digital camera in 1991. Today even mobile phones
The Camera
The document summarizes information about cameras, including how different types of cameras work, the inventor of photography, and the key parts of a camera. It explains that digital cameras use millions of light-sensitive pixels on a sensor to capture an image, while disposable cameras use film that is exposed to light when the shutter opens. The inventor is identified as Joseph Nicéphore Niépce, who took the first photograph in 1827 in France along with his partner Louis Daguerre.
History of photography
The history of photography began with the pinhole camera in 1000AD and basic principles were established by the 1820s. Key developments included the Daguerreotype in 1839, the creation of the first negative by Fox Talbot in the 1840s, the introduction of tintypes and wet plate negatives in the 1850s, the creation of dry plates in the 1870s, and the roll of flexible film by Eastman in the 1880s which enabled mass production of cameras. Digital cameras were introduced in the 1980s and have largely replaced film-based cameras today. When choosing a DSLR, factors to consider include price, intended use, megapixels/resolution, features like burst mode and ISO ratings, and accessories
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how to do a portrait
Photography is about capturing beauty in ordinary things through perspective and composition. It is a way of looking at the world and finding the essence of a subject. When taking portraits, photographers should frame their subjects to focus attention, consider backgrounds, experiment with different angles and shots, make subjects comfortable, and highlight each subject's uniqueness.
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Photography can serve different purposes and genres. The purposes of photography include creative expression, documentation, communication, and storytelling. Common genres of photography are landscape, portrait, street photography, events, and photojournalism, each with their own stylistic techniques and goals.
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History of photography
- 1. HISTORY OF PHOTOGRAPHY the control of light and technique
- 2. The first types of photography: • heliography • daguerreotype • calotype
- 3. Different types of cameras: • camera obscura • pinhole camera with lenses • camera with manual zoom
- 4. • mobile darkroom • first photography in colour
- 5. • photographic film invention • handheld camera mass market camera
- 6. • 35mm camera • smaller photographic film
- 7. modern flash invention colour photographic film release
- 8. photographic camera improvement SLR (Single lens reflex)
- 9. Polaroid camera: it allowed to get developed pictures in a few minutes
- 10. a picture of the earth taken from the moon
- 11. first digital camera mobile phone with digital camera SLR digital camera