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Leaf Aptus 65 High Value for the Versatile
Leaf Aptus 65 High value for the versatile commercial photographer Uncompromised image quality • 7.2-micron pixels for broader dynamic range Photographers: Warren du Preez & Nick Thornton-Jones du Preez Warren Photographers: • Unique color filters for consistent and accurate color reproduction • Sharp, rich detail and film-like quality 6 x 7-cm LCD touch screen: the sensation of complete control • Range of pre-shoot setup options: create image settings and file/folder names • Handy editing tools: flag, move, and sort your images • Quick access to gray balance, spot meter, and 100% zoom on screen Leaf excellence. Affordable value. Enhanced productivity: faster shoot-to-delivery Now you can compete digitally with the world's top photographers, • Setup options embedded in Leaf's raw file cut post- on location or in the studio. With the Leaf Aptus 65 camera back, production time you'll benefit from the quality, speed, and flexibility that put Leaf in a class of its own. • User button takes you instantly to the functions you use most, such as histogram or image flagging Film-like image quality, with no compromises. • Lossless 16-bit file compression speeds up file handling As an image connoisseur, you know how important film-like quality without loss of image quality is—and the Aptus 65 back delivers it. The 28-MP sensor means lush color, fine detail, rich highlights and deep shadows—all in a high dynamic range. Flexibility: shoot your best in any situation Clear control, high productivity. • Range of storage options: CF card, Leaf Digital Magazine Convenient, accurate touch-controls on a luxurious LCD touch screen of 20 or 30 GB, FireWire disk, computer hard disk of 6 x 7 cm and a straightforward workflow offer you high productivity • Compatible with medium- and large-format cameras: and the freedom to create. -
About Raspberry Pi HQ Camera Lenses Created by Dylan Herrada
All About Raspberry Pi HQ Camera Lenses Created by Dylan Herrada Last updated on 2020-10-19 07:56:39 PM EDT Overview In this guide, I'll explain the 3 main lens options for a Raspberry Pi HQ Camera. I do have a few years of experience as a video engineer and I also have a decent amount of experience using cameras with relatively small sensors (mainly mirrorless cinema cameras like the BMPCC) so I am very aware of a lot of the advantages and challenges associated. That being said, I am by no means an expert, so apologies in advance if I get anything wrong. Parts Discussed Raspberry Pi High Quality HQ Camera $50.00 IN STOCK Add To Cart © Adafruit Industries https://learn.adafruit.com/raspberry-pi-hq-camera-lenses Page 3 of 13 16mm 10MP Telephoto Lens for Raspberry Pi HQ Camera OUT OF STOCK Out Of Stock 6mm 3MP Wide Angle Lens for Raspberry Pi HQ Camera OUT OF STOCK Out Of Stock Raspberry Pi 3 - Model B+ - 1.4GHz Cortex-A53 with 1GB RAM $35.00 IN STOCK Add To Cart Raspberry Pi Zero WH (Zero W with Headers) $14.00 IN STOCK Add To Cart © Adafruit Industries https://learn.adafruit.com/raspberry-pi-hq-camera-lenses Page 4 of 13 © Adafruit Industries https://learn.adafruit.com/raspberry-pi-hq-camera-lenses Page 5 of 13 Crop Factor What is crop factor? According to Wikipedia (https://adafru.it/MF0): In digital photography, the crop factor, format factor, or focal length multiplier of an image sensor format is the ratio of the dimensions of a camera's imaging area compared to a reference format; most often, this term is applied to digital cameras, relative to 35 mm film format as a reference. -
645AFD Instruction Manual Companion for Digital Photography
Mamiya 645 AFD Instruction Manual Companion for Digital Photography Mamiya 645 AFD Instruction Manual Companion for Digital Photography Congratulations on your purchase of the Mamiya 645AFD. To make the transition from film to digital easier, we are including this digital companion that explains all of the new indicators you will see on the LCDs of your Mamiya 645AFD. Please read the owner’s manual before reading this companion. Because the Mamiya 645AFD was made to communicate with digital camera backs, these indicators will inform you of the status of the communications between your Mamiya 645AFD and digital camera back. If you do not have a digital back, these indicators will not appear and you do not have to read any further. There are three basic modes that your Mamiya 645 AFD goes through when taking a digital image. First is the Normal or pre-capture mode. The camera is in this mode before the shutter is released. While in this mode the camera virtually acts as if there were a film magazine attached. Shutter speeds and apertures are displayed on the internal and external LCD displays. The second mode is after the shutter release button has been pressed. This is the Capture mode. At this time the Mamiya 645 AFD will start to act very differently when a digital back is attached. There is a whole new set of indicators that will be displayed on the LCD displays of the camera. The After Capture mode is the third and final mode. Again, in this mode there are new indicators that will appear on the camera’s LCD displays. -
Phase One H 20 Getting Started
H 20 GETTING START E D PostScript billede (black logo) Phase One A/S Phase One U.S. Roskildevej 39 24 Woodbine Ave DK-2000 Frederiksberg Northport, New York Denmark 11768 USA Tel +45 36 46 01 11 Tel +1 631-757-0400 Fax +45 36 46 02 22 Fax +1 631-757-2217 Notice The name Phase One is a trademark of Phase One A/S. The names Hasselblad, Mamiya and Rollei are registered trademarks of their respective companies. All specifications are subject to change without notice. Phase One takes no responsibility for any loss or damage sustained while using their products. This manual ©2003, Phase One A/S Denmark. All rights reserved. No part of this manual may be reproduced or copied in any way without prior written permission of Phase One. Printed in Denmark. Part #: 80016001 Table of Contents 1 Contents 1 I n t r o d u c t i o n . .2 2 Special Phase One H 20 features . .3 ISO Settings . .3 Double exposure protection . .3 IR filter on CCD . .4 Large format photography . .4 3 Getting ready for taking pictures . .6 Mounting the viewfinder mask . .6 Mounting the H 20 on a Hsselblad Camera . .7 Cable mounting on Hasselblad . .8 Hasselblad 553 ELX . .9 Hasselblad 555 ELD . .10 Hasselblad 501 CM and 503 CW . .10 Mamiya RZ67 Pro II . .11 Rolleiflex 6008 AF/Integrale . .13 4 Maintenance . .17 Cleaning the IR filter . .17 5 Technical data . .18 1 H 20 Getting Started 1 Introduction The Phase One H 20 single shot camera back, is designed for high-end advertising studios with a need for productivity, flexibility and the absolute best in image quality. -
The Eyes Have It
John Henshall’s Chip Shop The Eyes Have It At Photokina, Cologne, and Photo Plus Expo, New York, John Henshall finds that medium format digital is not only alive and kicking but flourishing in the maturing digital marketplace. hen Canon introduced its EOS 1Ds Mark II DSLR at Photokina in 2004 it looked W as though the writing might be on the wall for the medium format back manufacturers. The EOS 1Ds Mark II has 16.7 million pixels on a full-frame (24 x 36mm) sensor which produces 47.6MB files of 4992 x 3328 pixels. Those are enough for a 25 x 16.6 inch (63.4 x 42.3cm) print at 200 pixels per inch or a 16.6 x 11 inch (42.2 x 28.2cm) print at 300ppi. Two years on, it seemed the time might be right for Canon to introduce the successor to the 1Ds Mark II at Photokina 2006 . Rumours abounded. Would it be in a body similar to the EOS 5D, with a similar interface, developed from the one button accessibility of the EOS 20D? Would it employ a 22 megapixel sensor – a 24 megapixel sensor – or even a ABOVE LEFT: Martin Parr gave a very witty two-hour square sensor? presentation about his work to an audience of about A square sensor in a 35mm-style 400 – mainly American photographers – all of whom DSLR body? This is not as strange a seemed to have no problem understanding Martin’s dry English humour. Maybe we have Ricky Gervais notion as it might at first seem seem. -
User Manual Hasselblad CF Digital Camera Back Range C O N T E N T S
User Manual Hasselblad CF Digital Camera Back Range C O N T E N T S Introduction 3 5 MENU—ISO, White balance, Media, Browse 31 1 General overview 6 Menu system overview 31 Parts, components and control panel 8 Navigating the menu system 31 Initial setup 10 Language choice 33 Shooting and storage modes 11 ISO 33 White balance 34 2 Initial General Settings 14 Media 34 Overview of menu structure 15 Browse 35 Setting the menu language 17 6 MENU—Storage 36 Delete 37 3 Storage overview – Format 42 working with media and batches 18 Copy 42 Batc hes 18 Batch 43 Navigating media and batches 18 Default Approval Level 44 Creating new batches 20 Using Instant Approval Architecture 21 7 MENU—Settings 45 Reading and changing approval status 22 User Interface 46 Browsing by approval status 22 Camera 48 Deleting by approval status 23 Capture sequence 50 Connectivity 51 4 Overview of viewing, deleting Setting exposure time/sequence 54 and copying images 24 Miscellaneous 56 Basic image browsing 24 About 57 Choosing the current batch 24 Default 58 Browsing by approval status 24 Zooming in and out 24 8 Multishot 59 Zooming in for more detail 25 Thumbnail views 25 General 59 Preview modes 26 Histogram 27 9 Flash/Strobe 60 Underexposure 27 General 60 Even exposure 27 TTL 60 Overexposure 27 Full-details 27 10 Cleaning 61 Battery saver mode 28 Full-screen mode 28 11 Equipment care, service, Overexposure indicator 28 technical spec. 63 Deleting images 29 General 63 Transferring images 29 Technical specifications 64 Inset photo on cover: © Francis Hills/www.figjamstudios.com.Not all the images in this manual were taken with a Hasselblad CF. -
Possibilities of Processing Archival Photogrammetric Images Captured by Rollei 6006 Metric Camera Using Current Method
The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XLII-2, 2018 ISPRS TC II Mid-term Symposium “Towards Photogrammetry 2020”, 4–7 June 2018, Riva del Garda, Italy POSSIBILITIES OF PROCESSING ARCHIVAL PHOTOGRAMMETRIC IMAGES CAPTURED BY ROLLEI 6006 METRIC CAMERA USING CURRENT METHOD A. Dlesk 1,*, P. Raeva 1, K. Vach 2 1 Department of Geomatics, CTU in Prague - [email protected] 2 EuroGV s.r.o. - [email protected] Commission II, WG II/8 KEY WORDS: Rollei 6006 metric, Photo negatives, Structure from motion, Archival data, Close range photogrammetry ABSTRACT: Processing of analog photogrammetric negatives using current methods brings new challenges and possibilities, for example, creation of a 3D model from archival images which enables the comparison of historical state and current state of cultural heritage objects. The main purpose of this paper is to present possibilities of processing archival analog images captured by photogrammetric camera Rollei 6006 metric. In 1994, the Czech company EuroGV s.r.o. carried out photogrammetric measurements of former limestone quarry the Great America located in the Central Bohemian Region in the Czech Republic. All the negatives of photogrammetric images, complete documentation, coordinates of geodetically measured ground control points, calibration reports and external orientation of images calculated in the Combined Adjustment Program are preserved and were available for the current processing. Negatives of images were scanned and processed using structure from motion method (SfM). The result of the research is a statement of what accuracy is possible to expect from the proposed methodology using Rollei metric images originally obtained for terrestrial intersection photogrammetry while adhering to the proposed methodology. -
Mercury User Guide
MERCURY USER GUIDE Version 0.7 12-23-2018 Table of Contents Table of Contents..............................................................................................................................2 Chapter 1: Mercury Overview...........................................................................................................5 1.1 Guide to using this Guide...........................................................................................................5 1.2 Introduction................................................................................................................................5 1.2.1 The Mercury Concept.........................................................................................................5 1.2.2 System Diagram..................................................................................................................6 1.2.3 Basic Mercury Terminology...............................................................................................8 1.2.4 Front and Rear Spacing Example.......................................................................................8 1.3 Basic Mercury Modules..............................................................................................................9 1.3.1 Basic Module Descriptions.................................................................................................9 1.3.2 Example Configurations...................................................................................................11 1.4 Precautions and -
Leaf Credo Digital Camera Backs
© Cameron Davidson © Cameron Leaf Credo Digital Camera Backs Leaf Credo 80 80MP Leaf Credo 60 60MP Leaf Credo 50 50MP Leaf Credo 40 40MP © Maikka Trupp The Leaf Credo series of digital camera backs brings the legendary Leaf image quality along with speed, flexibility and versatility that are second to none Uncompromising Image Quality Capture One Software The Leaf Credo delivers stunning, film-like quality that has been Leaf’s Photographers are able to leverage the unique features and workflow trade-mark for many years. The large, specially designed sensor with environment of Capture One workflow software to optimize and enhance unsurpassed 14 f-stops of dynamic range provides unmatched detail, their images, create web galleries and print contact sheets directly from richness of color, low noise and beautiful tonality. Lossless 14/16-bit file the computer. compression accelerates file handling without loss of image quality. Wireless Preview, Control and Liveview High Resolution and High Speed With the Leaf Credo, you, your client, or an art director can use Capture Pilot to preview and rate images during the shoot on an Apple iPhone, The Leaf Credo uses unique, high resolution DELSA CCD sensors iPad or iPod touch, and remotely control your camera. High quality Live sensors with up to 80 Megapixel, measuring up to 53.7 x 40.3 mm. View of the Credo 50 allows for easy composition and focusing - on the The Leaf Credo 80 offers the best price-performance ratio of any 80 MP digital back, or on your mac/PC through Capture One. single-shot capture device, allowing you to take your photography further by capturing the highest quality, single-shot images possible. -
Irix 45Mm F1.4
Explore the magic of medium format photography with the Irix 45mm f/1.4 lens equipped with the native mount for Fujifilm GFX cameras! The Irix Lens brand introduces a standard 45mm wide-angle lens with a dedicated mount that can be used with Fujifilm GFX series cameras equipped with medium format sensors. Digital medium format is a nod to traditional analog photography and a return to the roots that defined the vividness and quality of the image captured in photos. Today, the Irix brand offers creators, who seek iconic image quality combined with mystical vividness, a tool that will allow them to realize their wildest creative visions - the Irix 45mm f / 1.4 G-mount lens. It is an innovative product because as a precursor, it paves the way for standard wide-angle lenses with low aperture, which are able to cope with medium format sensors. The maximum aperture value of f/1.4 and the sensor size of Fujifilm GFX series cameras ensure not only a shallow depth of field, but also smooth transitions between individual focus areas and a high dynamic range. The wide f/1.4 aperture enables you to capture a clear background separation and work in low light conditions, and thanks to the excellent optical performance, which consists of high sharpness, negligible amount of chromatic aberration and great microcontrast - this lens can successfully become the most commonly used accessory that will help you create picturesque shots. The Irix 45mm f / 1.4 GFX is a professional lens designed for FujiFilm GFX cameras. It has a high-quality construction, based on the knowledge of Irix Lens engineers gained during the design and production of full-frame lenses. -
Selecting Cameras for UAV Surveys
ARTICLE A REVIEW OF CAMERAS POPULAR AMONGST AERIAL SURVEYORS Selecting Cameras for UAV Surveys With the boom in the use of consumer-grade cameras on unmanned aerial vehicles (UAVs) for surveying and photogrammetric applications, this article seeks to review a range of different cameras and their critical attributes. Firstly, it establishes the most important considerations when selecting a camera for surveying. Secondly, the authors make a number of recommendations at various price points. While this list is not exhaustive, it is intended to present a line of reasoning that UAV practitioners should consider when selecting a camera for survey purposes. Weight, Velocity and Flight Time for Aerial Imaging Weight is an important consideration for aerial imaging that is often not a limiting factor for terrestrial photography. The growth of newer, higher-spec, low- weight cameras is therefore the focus of this article. In addition, the potential areal coverage of a survey is controlled by flight height, flight duration and UAV velocity – these become more tightly constrained with increased payload. Figure 1, Decrease in flight time with payload for a generic battery-powered multi-rotor UAV at a velocity of 6m/s (Bershadsky, 2016). In order to maximise flexibility in the selection of flight height, duration and velocity, weight must be kept to a minimum. A number of lightweight cameras for UAV use are reviewed below. Imaging parameters Sensor size is one of the key imaging parameters as this, along with focal length of the lens, is the core component in defining the ground sample distance (GSD) – the pixel size in the real world – of a survey configuration. -
May2018-Highlight-Article.Pdf
234 May 2018 PHOTOGRAMMETRIC ENGINEERING & REMOTE SENSING May 2018 Layout.indd 234 4/16/2018 12:05:54 PM ntroduction Since 2000, development and use of digital photogram- metric cameras for aerial survey has gained significant momentum. Many different cameras and systems de- signed for aerial photogrammetry were developed and presented to the market. After 15 years of intensive development, only a few of these products are in wide Productivity use in today’s mapping market. One of the prominent Isystems being provided is the medium format frame Analysis for camera from Phase One Industrial. With the development of CCD and CMOS technology, medium format cameras have come a long way from 40-60 Mpix to 80-100 Mpix cameras. Additionally, high Medium quality metric lenses with a wide range of focal lengths were developed and implemented. This enabled an ef- fective utilization of medium format cameras in many different small and medium sized urban and rural Format mapping projects, corridor mapping, oblique projects, and monitoring of areal and linear infrastructure. This article presents recent development in the ap- Mapping proach to flight planning and aerial survey productiv- ity analysis, firstly presented in Raizman (2012). The Raizman (2012) article referred only to large format Cameras cameras, whereas this article will compare large for- mat cameras vs. medium format cameras, which are getting more and more popular in aerial survey. This Yuri Raizman approach is based on some pre-defined common char- acteristics of the required mapping products. It en- Phase One Industrial ables an equivalent comparison between cameras with different parameters – focal length, sensor form and Denmark size, and pixel size.