Digital cameras and its types and specifications.Vinesh Gowda
油
This document discusses the specifications of digital cameras. It begins with a brief history of digital cameras, invented in 1975 by Steven Sasson at Kodak. There are three main types: point and shoot, mega zoom, and DSLR. Key specifications that determine camera quality include sensor type and size (larger is better but more expensive), image processor brand, resolution in megapixels, aperture size of the lens (lower number means larger aperture), ISO sensitivity range (higher means better in low light), shutter speed range, and video capabilities like frames per second (higher is smoother). Other factors include screen size and quality, zoom range, storage options, battery life, connectivity and camera size/weight. Overall image
A camera is an optical instrument that captures still images or moving images and stores them locally or transmits them elsewhere. It works similarly to the human eye by using a lens to focus light and mechanisms like a shutter and aperture to control the amount of light. Different types of cameras have been developed for various uses like close-up photography, zooming, precision focusing, high quality images, video recording, and more. Modern cameras also digitally encode and store captured images.
This document defines and describes different types of cameras:
- Action cameras are compact, rugged cameras often used for outdoor sports and attached to helmets or wingsuits.
- Autofocus cameras use sensors and motors to automatically focus on selected points.
- Animation cameras are specially adapted for frame-by-frame shooting of animation and stop motion. They have a table where artwork is placed.
- Box cameras were simple and popular in the late 19th to early 20th century, made from cardboard or plastic with a lens on one end and film at the other.
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.
- Cost
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.
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 Nic辿phore Ni辿pce 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.
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.
The presentation discusses the history and workings of digital cameras. It begins with an introduction that lists the topics to be covered, including the history of old cameras and digital cameras, the types and parts of digital cameras, how digital cameras work, and the future of digital cameras. It then discusses the basics of cameras and how they differ from digital cameras. The rest of the presentation explains the internal components of digital cameras, such as image sensors, color filters, and explains how digital cameras are able to capture and process images. It also discusses the various features of digital cameras.
Digital cameras have several advantages over traditional film cameras, including their small size and portability, ability to see photos immediately and make adjustments if needed, and store photos digitally without risk of degradation. However, digital cameras also have some disadvantages such as high costs for advanced models, risk of LCD screen damage, quick battery drain, potential for noise in low-light photos, and need for organization of large photo libraries. The document provides a history of camera development from the earliest cameras to modern digital cameras, as well as details various camera types and their uses.
The document discusses different types of cameras including instant cameras, digital cameras, video cameras, camcorders, professional video cameras, CCTV cameras, remote cameras, IP cameras, movie cameras, pinhole cameras, rangefinder cameras, camera phones, SLR cameras, TLR cameras, toy cameras, and virtual cameras. It provides descriptions of each type of camera, highlighting their key features and uses.
Name - Aveek Gupta
Mechanical Engineering student form Surendra Institute of Engineering and management.
This was a Humanities assignment we had to do and present it in form of a seminar.
Feel free to download and use.
The document lists equipment needed for photography including a camera, tripod, spare batteries, lighting, and an SD card. It recommends the Canon 700D camera. It discusses key concepts for learning photography like aperture, shutter speed, and ISO. Aperture controls the amount of light entering the camera, shutter speed determines exposure time, and ISO impacts image noise and brightness. It outlines various uses of a tripod, such as for low-light photography, flexibility, close-ups, action shots, and creativity. Batteries power the camera and should be charged in advance. An SD card stores the photos taken.
Digital photography uses electronic image sensors instead of film to capture images focused by a lens. The sensors convert light into electrical signals made up of millions of photoelectric devices. Prior to digital photography, film cameras captured split-second exposures onto light sensitive film inside a sealed box. The photographer then developed the exposed film in a dark room to view the recorded images. Digital photography allows for instant image review and editing without film development.
HUMAN100: Introduction to Humanities --- Visual Arts: Photography. This includes the ff:
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
The document discusses key manual camera settings - aperture, shutter speed, and ISO. It explains that a larger aperture allows more light in but results in a shallower depth of field, while a smaller aperture allows less light in but increases depth of field. Shutter speed determines the length of time the camera's shutter is open, affecting exposure, and ISO controls the camera's light sensitivity, with higher ISO numbers increasing sensitivity but also noise.
The document describes the essential parts of a digital camera, including the body, lens, and shutter release button. It explains that the body holds the internal parts, the lens assembly provides zoom and focus capabilities, and the shutter release button triggers the image capture process. Additional parts mentioned are the mode dial for settings, viewfinder for image framing, LCD display for previewing photos, flash for illumination, and control buttons for interacting with the camera system. Memory cards slots and battery compartments are also detailed.
The document discusses various types of camera filters, including their purposes and effects. UV filters protect lenses from scratches while having a neutral color effect. Neutral density filters reduce the amount of light entering the lens to allow slower shutter speeds. Polarizing filters control polarized light to saturate colors and darken skies. Close-up filters allow focusing closer than standard lenses. Color filters were used to correct and effect colors with film but digital processing now serves those purposes.
The document provides an overview of digital photography basics, including the exposure triangle of aperture, shutter speed, and ISO. It explains how these settings work together to control the amount of light in an image and offers tips on when to adjust each one for different photographic situations. The document also covers other important topics like file formats, white balance, histograms, and basic image editing.
Photography Basics for amateurs interested in taking photography to the next level. Beginners can learn about exposure triangle, metering, focus points, how to do better composition and various lens like wide, macro, Zoom, telephoto
The document discusses various photography modes including manual, auto, landscape, portrait, macro, and night modes. It describes the key settings that can be adjusted in manual mode like shutter speed, aperture, depth of field, ISO, and white balance to achieve different photographic effects. Manual mode gives the most control over fine-tuning shots but requires understanding various technical settings.
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. Im 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 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 Ni辿pce in the 1820s worked to develop techniques to fix and retain the fleeting images created by camera obscuras, laying the foundations for modern photography.
Understanding Exposure Triangle in PhotographyAbhijit Ghosh
油
The exposure triangle is a common way of associating the three variables that determine the exposure of a photograph: Aperture, Shutter speed, and ISO. One must balance all three of these to achieve a desired result, an adjustment of one requiring adjustments of at least one of the others. They do not only affect exposure, but are also the largest determiners of the global appearance of an image; thus, their mastery is absolutely crucial both for technique and composition.
Objective:
1. To learn how to use the exposure triangle to set a correct exposure in your camera.
2. To learn about the link between ISO, shutter speed and aperture.
3. To learn what aperture is, and how to use it creatively.
4. To learn what shutter speed is, and how to produce blur or freeze motion photos.
5. To learn what ISO is, and how to prevent 'noisy' photos.
Target Audience: Photography Enthusiasts
Agenda:
To understand Correct Photograhy Exposure.
To understand the components of Exposure Triangle.
To know how to balance all the three elements of Exposure Triangle to achieve a desired result.
Understanding the purpose and value of exposure is a must for photographers, particularly beginners who are serious about developing their craft.
Expected Outcomes:
By the end of the ppt/pdf, the participants will be able to:
1) Better understanding of each of the three exposure settings, how they are measured, what they do, and how they interact.
2) Better equipped to manipulate the exposure of your images, as well as the artistic presentation of motion, depth of field, and digital noise.
3) Better control of the manual mode in camera.
This document lists 10 different types of photography techniques including landscape, wildlife, aerial, sport, portrait, architectural, fashion, macro, abstract, and photojournalism images.
The document discusses several photographers and their styles. Bob Martin specializes in sport photography and focuses on aesthetics. Guy Harrop also focuses on aesthetics and uses light. Craig Tull photographs BMX and captures moments, focusing more on the subject's action than composition. His style varies based on the difficulty of the tricks. The document also provides details about planning a photo shoot to replicate one of Tull's images.
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.
The presentation discusses the history and workings of digital cameras. It begins with an introduction that lists the topics to be covered, including the history of old cameras and digital cameras, the types and parts of digital cameras, how digital cameras work, and the future of digital cameras. It then discusses the basics of cameras and how they differ from digital cameras. The rest of the presentation explains the internal components of digital cameras, such as image sensors, color filters, and explains how digital cameras are able to capture and process images. It also discusses the various features of digital cameras.
Digital cameras have several advantages over traditional film cameras, including their small size and portability, ability to see photos immediately and make adjustments if needed, and store photos digitally without risk of degradation. However, digital cameras also have some disadvantages such as high costs for advanced models, risk of LCD screen damage, quick battery drain, potential for noise in low-light photos, and need for organization of large photo libraries. The document provides a history of camera development from the earliest cameras to modern digital cameras, as well as details various camera types and their uses.
The document discusses different types of cameras including instant cameras, digital cameras, video cameras, camcorders, professional video cameras, CCTV cameras, remote cameras, IP cameras, movie cameras, pinhole cameras, rangefinder cameras, camera phones, SLR cameras, TLR cameras, toy cameras, and virtual cameras. It provides descriptions of each type of camera, highlighting their key features and uses.
Name - Aveek Gupta
Mechanical Engineering student form Surendra Institute of Engineering and management.
This was a Humanities assignment we had to do and present it in form of a seminar.
Feel free to download and use.
The document lists equipment needed for photography including a camera, tripod, spare batteries, lighting, and an SD card. It recommends the Canon 700D camera. It discusses key concepts for learning photography like aperture, shutter speed, and ISO. Aperture controls the amount of light entering the camera, shutter speed determines exposure time, and ISO impacts image noise and brightness. It outlines various uses of a tripod, such as for low-light photography, flexibility, close-ups, action shots, and creativity. Batteries power the camera and should be charged in advance. An SD card stores the photos taken.
Digital photography uses electronic image sensors instead of film to capture images focused by a lens. The sensors convert light into electrical signals made up of millions of photoelectric devices. Prior to digital photography, film cameras captured split-second exposures onto light sensitive film inside a sealed box. The photographer then developed the exposed film in a dark room to view the recorded images. Digital photography allows for instant image review and editing without film development.
HUMAN100: Introduction to Humanities --- Visual Arts: Photography. This includes the ff:
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
The document discusses key manual camera settings - aperture, shutter speed, and ISO. It explains that a larger aperture allows more light in but results in a shallower depth of field, while a smaller aperture allows less light in but increases depth of field. Shutter speed determines the length of time the camera's shutter is open, affecting exposure, and ISO controls the camera's light sensitivity, with higher ISO numbers increasing sensitivity but also noise.
The document describes the essential parts of a digital camera, including the body, lens, and shutter release button. It explains that the body holds the internal parts, the lens assembly provides zoom and focus capabilities, and the shutter release button triggers the image capture process. Additional parts mentioned are the mode dial for settings, viewfinder for image framing, LCD display for previewing photos, flash for illumination, and control buttons for interacting with the camera system. Memory cards slots and battery compartments are also detailed.
The document discusses various types of camera filters, including their purposes and effects. UV filters protect lenses from scratches while having a neutral color effect. Neutral density filters reduce the amount of light entering the lens to allow slower shutter speeds. Polarizing filters control polarized light to saturate colors and darken skies. Close-up filters allow focusing closer than standard lenses. Color filters were used to correct and effect colors with film but digital processing now serves those purposes.
The document provides an overview of digital photography basics, including the exposure triangle of aperture, shutter speed, and ISO. It explains how these settings work together to control the amount of light in an image and offers tips on when to adjust each one for different photographic situations. The document also covers other important topics like file formats, white balance, histograms, and basic image editing.
Photography Basics for amateurs interested in taking photography to the next level. Beginners can learn about exposure triangle, metering, focus points, how to do better composition and various lens like wide, macro, Zoom, telephoto
The document discusses various photography modes including manual, auto, landscape, portrait, macro, and night modes. It describes the key settings that can be adjusted in manual mode like shutter speed, aperture, depth of field, ISO, and white balance to achieve different photographic effects. Manual mode gives the most control over fine-tuning shots but requires understanding various technical settings.
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. Im 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 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 Ni辿pce in the 1820s worked to develop techniques to fix and retain the fleeting images created by camera obscuras, laying the foundations for modern photography.
Understanding Exposure Triangle in PhotographyAbhijit Ghosh
油
The exposure triangle is a common way of associating the three variables that determine the exposure of a photograph: Aperture, Shutter speed, and ISO. One must balance all three of these to achieve a desired result, an adjustment of one requiring adjustments of at least one of the others. They do not only affect exposure, but are also the largest determiners of the global appearance of an image; thus, their mastery is absolutely crucial both for technique and composition.
Objective:
1. To learn how to use the exposure triangle to set a correct exposure in your camera.
2. To learn about the link between ISO, shutter speed and aperture.
3. To learn what aperture is, and how to use it creatively.
4. To learn what shutter speed is, and how to produce blur or freeze motion photos.
5. To learn what ISO is, and how to prevent 'noisy' photos.
Target Audience: Photography Enthusiasts
Agenda:
To understand Correct Photograhy Exposure.
To understand the components of Exposure Triangle.
To know how to balance all the three elements of Exposure Triangle to achieve a desired result.
Understanding the purpose and value of exposure is a must for photographers, particularly beginners who are serious about developing their craft.
Expected Outcomes:
By the end of the ppt/pdf, the participants will be able to:
1) Better understanding of each of the three exposure settings, how they are measured, what they do, and how they interact.
2) Better equipped to manipulate the exposure of your images, as well as the artistic presentation of motion, depth of field, and digital noise.
3) Better control of the manual mode in camera.
This document lists 10 different types of photography techniques including landscape, wildlife, aerial, sport, portrait, architectural, fashion, macro, abstract, and photojournalism images.
The document discusses several photographers and their styles. Bob Martin specializes in sport photography and focuses on aesthetics. Guy Harrop also focuses on aesthetics and uses light. Craig Tull photographs BMX and captures moments, focusing more on the subject's action than composition. His style varies based on the difficulty of the tricks. The document also provides details about planning a photo shoot to replicate one of Tull's images.
Total Physical Response_Second Language Instruction Tiffany Polk
油
Total Physical Response (TPR) is a language teaching method that uses physical movement and actions to help students learn language. It is based on the idea that language is acquired through physical response before verbal production. Students learn by first listening and responding physically to imperatives like "stand up" before saying the words themselves. TPR is effective for beginners to teach basic oral skills through action-based drills and role plays. The teacher acts as the director to provide commands for students to physically perform as they acquire the new language.
Smartphones originated in the early 1990s and evolved from basic cell phones that could send texts and emails to devices running operating systems like Android that provide full internet access, apps, and multimedia functionality. Android was first released in 2008 and has become one of the most popular operating systems, supporting connectivity, media formats, web browsing, and more. The document outlines the history and evolution of smartphones, describes key Android features and capabilities, and looks at security issues and the future of these increasingly powerful mobile devices.
Total Physical Response (TPR) is a language teaching method developed by James Asher that uses physical movement and actions to help students learn a new language. The teacher gives commands to students in the target language and students respond through actions without speaking. This allows students to learn through listening, recognizing, and physically responding before being asked to speak. TPR aims to reduce language learning stress through engaging the whole body and brain in a playful, interactive way between teacher and students.
1. The visible light spectrum that cameras can capture ranges from 400-700 nanometers, which is a narrow part of the full electromagnetic spectrum. 2. Exposure is determined by the intensity of light and shutter speed - intensity is controlled by aperture and time by shutter speed. 3. Cameras have exposure meters, either external handheld meters or internal meters, to determine proper exposure settings based on the light levels.
Oppo is one best selfie experts among the smartphones varieties and also has excellent features with amazing models.The above slides shows some of the features and reviews about appo smartphones
This document discusses some of the challenges facing English language learners (ELL) in U.S. schools. ELL students must learn academic content while also developing English language skills. They often have lower standardized test scores, which can result in being placed in lower-level classes that may not accurately reflect their abilities. As a result, ELL students also have higher dropout rates from high school than native English speakers. Earning the necessary English credits to be accepted into college can also be difficult for ELL students if they enroll in the U.S. school system later. ESL programs aim to help ELL students adjust to their new environment and form friendships with other non-native English speakers.
Total Physical Response (TPR) is a language teaching method developed by James Asher that uses physical actions in response to verbal commands to teach language comprehension before speaking. It is based on theories that language learning is most successful when it mirrors natural child development of listening before speaking, involves the right brain, and reduces stress. In a TPR classroom, the teacher decides on vocabulary and grammar to present through imperative drills while students physically respond, with little student influence over content. The method aims to produce learners who can communicate orally with native speakers.
TPR is a language teaching method developed by James Asher that uses physical movement to help teach language. It is based on principles of how children acquire their first language in a stress-free environment through listening before speaking. In the TPR method, teachers give students commands that students act out physically before speaking the language themselves. The method aims to internalize the target language through meaningful physical activities without stressing form before students are ready to produce speech.
this topic discuss many sides of the English language and difficulties that face foreign students in learning the language by the means of technologies tools.
The document provides details for the launch event of the OPPO smartphone. It includes an analysis of competitors in the South African market, proposed venue and rationale, invitation design, build up activities, communication plan, event proceedings, d辿cor and stage plans, timeline, post-event activities, and budget. The goal is to make an unforgettable impression and create buzz by introducing OPPO as an innovative new player in the smartphone market.
This document provides an overview of teaching English as a foreign language (TEFL) as a career option. It discusses what TEFL involves, required qualifications and training, examples of teaching positions in different countries and sectors, qualities needed, and resources for finding jobs and learning opportunities. The CELTA is highlighted as one of the main TEFL certification courses that takes 4 weeks to complete and costs around 贈1000. Useful websites are also listed for exploring TEFL openings worldwide.
Total Physical Response (TPR) is a language teaching method that uses physical movement and actions in response to verbal commands to reinforce comprehension, relying on the assumption that a second language is internalized through a process similar to first language acquisition. TPR lessons involve students responding physically to teacher commands to build vocabulary and fluency through situational language use. The method is intended primarily for teaching English as a second language but is also used for other languages, and benefits students of all ages through an engaging, interactive approach.
Teaching English as a second language... presentationIntellectual Look
油
The document discusses the topic of teaching English as a second language to students in Panama. It provides background on the history of English as a second language education, beginning in the 15th century with the British Empire. It also outlines some traditional teaching methods and discusses the importance of English in Panama today. The document focuses on teachers of English as a second language in Panama and provides an overview of techniques for teaching various language skills like grammar, vocabulary, conversation, listening, writing and pronunciation. It concludes that there are effective techniques teachers can apply to improve students' English skills and emphasizes the importance of English for professional success in Panama.
This chapter examines the challenges of acquiring a second language as an adult, focusing on reducing a foreign accent in English pronunciation. It discusses how early language experience shapes speech perception and production in the brain. For adults, it is difficult to learn new speech sounds that differ from their first language. The chapter outlines a framework of brain plasticity for phonetic learning, exploring concepts like neural sensitivity, efficiency, specificity, and connectivity. It introduces a Speech Assessment and Training software to help overcome first language interference through phonetic training. The chapter concludes by considering implications for second language education and future research.
The document discusses the Total Physical Response (TPR) language teaching method developed by Dr. James Asher in the 1970s. TPR uses physical movement and actions in response to verbal commands to help lower students' stress levels and increase comprehension when learning a new language. It places emphasis on listening skills before speaking. The method focuses on meaning over form and uses activities like imperative drills, role playing, and materials like pictures. TPR is best suited for basic language acquisition in beginner students through a stress-free environment.
The document summarizes the evolution of camera technology from early optical devices like the camera obscura to modern digital cameras. It describes how the camera obscura worked and its role in the development of photography. It then discusses pinhole cameras and box cameras as simple precursors to modern cameras. The document outlines the development of single-lens reflex cameras and explains the transition to digital cameras, including early digital cameras and the use of CCD and CMOS sensors.
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.
The document discusses the history and evolution of camera technology from the camera obscura to modern digital cameras. It describes early devices like the pinhole camera and box camera that utilized film. The first digital camera was introduced by Sony in 1981. Key developments included the first digital SLR by Kodak in 1991 and improvements in image sensor technology using CCD and CMOS sensors. The document also covers factors like image resolution and sensor size that impact image quality. While digital cameras are now common, some professionals still prefer film for its wide exposure latitude and image quality.
A camera is a device that records and stores images. It generally consists of an enclosed hollow with an opening for light to enter and a recording surface to capture the light. Most cameras have a lens that gathers incoming light and focuses the image on the recording surface. Common types of cameras include digital cameras, camera phones, video cameras, and movie cameras. A view camera is a large format camera that allows flexible adjustment of the lens and film holder standards.
Camera Lens Hood Nikon: Unleash the Power of Your Photographyronychey
油
A Nikon camera lens hood prevents unwanted light from entering the lens, reducing glare and improving image quality. Camera lens hoods are essential accessories for photographers.
In photography, the quality of the lens plays a crucial role in capturing stunning images. Nikon, a renowned name in the industry, provides camera lens hoods that serve as essential accessories for photographers. A camera lens hood is a device that attaches to the front of the lens and helps prevent unwanted light from entering, thereby reducing glare and improving image quality.
By blocking stray light, these hoods minimize lens flare and other unwanted artifacts, allowing photographers to capture clear and vibrant images. Whether you are shooting in bright sunlight or in environments with strong light sources, a Nikon camera lens hood is a valuable tool that helps you achieve optimal results. It is an investment that enhances the quality of your photographs and ensures that you can capture memorable moments with precision and clarity.
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.
This document provides information on technology-based arts and digital photography. It discusses spot the difference activities, computer/digital arts, and how technology-based arts uses computer generation and manipulation. It also covers the basic parts of a camera like the body, lens, aperture ring, and different types of cameras. Elements of a good photograph like composition, rule of thirds, framing, lighting, and exposure are explained.
The document discusses different types of cameras. It begins by explaining the basic components and functions of a camera, including that it controls the amount of light reaching a light-sensitive surface. It then discusses several specific types of cameras in more detail over multiple paragraphs: pinhole cameras, camera obscuras, camera lucidas, box cameras, view cameras, Polaroid cameras, and different types of reflex cameras including SLRs and TLRs. It also includes sections on key camera components like lenses, apertures, image sensors, shutters, and focusing controls.
A camera is a device that records and stores images, including still photographs and moving images like videos. The modern camera evolved from the camera obscura, an early device for projecting images using a dark chamber. The first portable camera obscura was built in 1685. In 1975, Steven Sasson at Kodak invented the first digital camera using a charge-coupled device image sensor. Digital cameras store images digitally rather than on film and can display images immediately, record video, and have additional features like geotagging. Waterproof digital cameras are designed for underwater photography.
A camera is an optical instrument that captures still images or moving images and stores them locally or transmits them elsewhere. It works similarly to the human eye by using a lens to focus light and mechanisms like a shutter and aperture to control the amount of light. Different types of cameras have been developed for various uses like close-up photography, zooming, precision focusing, high quality images, video recording, and more. Modern cameras also digitally encode and store captured images.
A camera is a device that records images electronically or on film. It generally consists of a lens that focuses light through an aperture into a camera body. In the body, a digital sensor or film captures the image. Different types of cameras include still cameras that take single photos, movie cameras that record continuous video, and specialized cameras like large format or medium format cameras used for professional photography. The key components and functions of most cameras include lenses, shutters, focus, exposure control, and various accessories.
Introduction to camera & its major partsanshula garg
油
The document discusses the history and components of cameras, from early camera obscuras to modern digital cameras, and covers the basic parts and functions of cameras like lenses, shutters, and apertures, as well as photographic techniques like depth of field, camera angles, and camera movements.
This document provides an overview of photography, including:
1) How a camera works by capturing light rays through a lens and forming an upside down image on light-sensitive film.
2) The photographic process including capturing light rays, focusing the image, exposing the film, developing the film, and making a print.
3) Different types of cameras such as fixed-focus, single-lens reflex, twin-lens reflex, point-and-shoot, view, instant, electronic, and motion picture cameras.
Fireworks photography involves long exposure photography to capture fireworks displays at night. Long exposures require keeping the camera very still on a tripod, as any movement will cause blurring. Estimating the exposure time to capture the exact moment a firework bursts can be achieved using bulb mode. Multiple exposures can also be used to combine images of fireworks taken at different exposure times into a single image.
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.
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.
Photography is a passion, art & creativity that define you just a single click, but to become a best photographer, you must know the basic terms & statistics.
3. What is a Camera? a device that records images, either as a still photograph or as moving images known as videos or movies Comes from camera obscura in Latin means: Dark Chamber; early mechanism of projecting images where an entire room functioned as a real-time imaging system
4. History The forerunner of modern camera: Camera Obscura first invented by the Iraqi scientist Ibn al-Haytham (Alhazen) as described in his Book of Optics (1015-1021). Irish scientist Robert Boyle and his assistant Robert Hooke later developed a portable camera obscura in the 1660s .
5. first camera that was small and portable enough to be practical for photography was built by Johann Zahn in 1685 first colour photograph was made by Scottish physicist James Clerk Maxwell , with the help of English inventor and photographer Thomas Sutton , in 1861 The first permanent colour photograph, taken by James Clerk Maxwell in 1861 .
6. MEchanics Image capture Traditional cameras capture light onto photographic film or photographic plate . Video and digital cameras use electronics , usually a charge coupled device (CCD) or sometimes a CMOS sensor to capture images which can be transferred or stored in tape or computer memory inside the camera for later playback or processing .
7. Focus Process of adjusting the range of distance where the camera will reproduce an image clearly Lens is needed. Single Lens Reflex Camera Range finder Camera Twin-lens Reflex Camera
8. Exposure Control the size of the aperture and the brightness of the scene controls the amount of light that enters the camera during a period of time, and the shutter controls the length of time that the light hits the recording surface. Equivalent exposures can be made with a larger aperture and a faster shutter speed or a corresponding smaller aperture and with the shutter speed slowed down.
9. Different types of Camera Digital camera Movie camera Pinhole camera Pocket camera Rangefinder camera Single-lens reflex camera Toy camera Twin-lens reflex camera Video camera View camera
10. Digital Camera is a camera that takes video or still photographs , or both, digitally by recording images via an electronic image sensor .
11. Movie Camera type of photographic camera which takes a rapid sequence of photographs on strips of film . In contrast to a still camera , which captures a single snapshot at a time, the movie camera takes a series of images, each called a "frame". .
12. Pinhole camera A very simple camera with no lens and a single very small aperture . A pinhole camera made from an oatmeal box. The pinhole is in the centre. The black plastic which normally surrounds this camera (see picture above) has been removed.
13. Pocket camera Instamatic is a series of inexpensive, easy-to-load 126 and 110 cameras made by Kodak beginning in 1963. The Instamatic was immensely successful, introducing a generation to low-cost photography and spawning numerous imitators The Instamatic 100, the first Instamatic sold in the US
14. Rangefinder camera a camera fitted with a rangefinder : a range-finding focusing mechanism allowing the photographer to measure the subject distance and take photographs that are in sharp focus.
15. Single-Lens reflex camera uses an automatic moving mirror system which permits the photographer to see exactly what will be captured by the film or digital imaging system
16. Toy Camera are simple, inexpensive film box cameras made almost entirely out of plastic , often including the lens . The term is misleading, since they are not 'toys' in the sense that these cameras are actually capable of taking photographs.
18. Video Camera a camera used for electronic motion picture acquisition, initially developed by the television industry but now common in other applications as well.
19. View Camera comprises a flexible bellows which forms a light-tight seal between two adjustable standards , one of which holds a lens , and the other a viewfinder or a photographic film holder