Blackmagic RAW Speed Test is a software application developed by Blackmagic Design. It is designed to test the speed and performance of the Blackmagic RAW codec on different computers and storage devices. This software is specifically meant to assess the capabilities of various hardware setups when it comes to handling Blackmagic RAW footage. Blackmagic RAW is a highly efficient raw codec that allows for superior image quality and flexible post-production workflows. It is known for its ability to compress raw files without compromising image fidelity, resulting in smaller file sizes and faster data transfer rates. The Blackmagic RAW Speed Test helps users determine the maximum sequential write speed of a storage device, which is crucial for smooth playback and editing of Blackmagic RAW footage.
Mekanikos vs. the Minotaur is an elaborate mechanical machine.
While he did unfortunately pass away in December 2020, the artist crafted some of the most playful moving toys using basic mechanisms, even going so far as to educate people on creating their own. Although Dug s automata are built to refresh their technology-saturated viewers, certain technologies have served to bring together automata creators from all corners of the globe.
The Blackmagic RAW Speed Test helps users determine the maximum sequential write speed of a storage device, which is crucial for smooth playback and editing of Blackmagic RAW footage. The Blackmagic RAW Speed Test software features a simple and user-friendly interface. It provides options to select the source and destination drives for testing, allowing users to test different storage devices such as SSDs, RAID arrays, or network storage.
Magic and Robots: Medieval Automatons
When people think of the medieval or early modern period, often it conjures images of the witch trials across the western world. These people are considered a superstitious bunch, deeply religious, and very suspicious of magic. Whilst there is of course substance to some of these ideas (and I have already discussed one case of an alleged royal witch), medieval people at royal courts did enjoy the suspended disbelief of magicians in the same way that we do today. Part of the reason magic at court was a dangerous thing to practice was that there was a fine line between acceptable and unacceptable magic, magic that bordered on science, and magic there to entertain.
Medieval people were not living in constant crippling fear of magic, and magic often featured heavily in chivalric romances – the booming popularity of Arthurian romances that continues even today demonstrates this. As such, the blurring of ‘magic’ and science often featured at European courts as something to entertain crowds. Whilst we think of machines as more modern inventions, there were some astonishing ‘machines’ created to astonish the court that grew out from performance magic.
Automatons originated in Ancient Greece where they were used for many things from toys to religious ceremonies to science. Rhodes was apparently a centre for mechanical engineering, with one poet remarking “The animated figures stand/ Adorning every public street/ And seem to breathe in stone, or/ move their marble feet.” It was from this culture that the idea of creating machines (often to look like animals or even people) that seemed to move all by themselves continued through to the medieval period.
An automaton designed by Hero of Alexandria (c. 10 AD – c. 70 AD), showing Hercules slaying a dragon (the dragon only spewed water, not fire, however!)
In Emperor Theophilos’ palace at Constantinople in 949, an ambassador describes the automatons decorating the place:
“lions, made either of bronze or wood covered with gold, which struck the ground with their tails and roared with open mouth and quivering tongue,” “a tree of gilded bronze, its branches filled with birds, likewise made of bronze gilded over, and these emitted cries appropriate to their species” and “the emperor’s throne” itself, which “was made in such a cunning manner that at one moment it was down on the ground, while at another it rose higher and was to be seen up in the air.” (quotes via Wikipedia)
Leonardo Da Vinci, famous for many things, wrote extensively about automatons, and his personal notebooks are littered with ideas for mechanical creations. One of his designs included an armoured German Knight which was to be powered by an external mechanical crank and used cables and pulleys to sit, stand, turn its head, cross its arms and even lift up its metal visor. Evidence suggests that Da Vinci may have actually built a prototype in 1495 while working under the patronage of the Duke of Milan, and in 2002 a NASA roboticist attempted to create a version of Da Vinci’s knight; it proved fully functional, showing the genius of his invention.
The life-sized recreation of Da Vinci’s invention.The following century, another ‘robotic’ man was created, this time for Philip II of Spain. The story goes that Phillip II’s son and heir suffered a head injury, and Philip vowed to God that he would deliver a miracle if his son was spared. When the Prince recovered, Phillip II commissioned a clockmaker and inventor named Juanelo Turriano to build a lifelike recreation of beloved Franciscan friar Saint Diego. Completed sometime in the 1560s, the monk was 15 inches tall and was powered by a wound spring. Three small wheels were concealed beneath the monk’s robe and iron levers move the wheels. Artificial feet stepped up and down to imitate walking, and the friar’s eyes, lips and head all moved in lifelike gestures. The monk could walk in a square pattern mouthing prayers, nodding its head, beat its chest with its right arm and kiss a rosary and cross with its left. The 450-year-old device is amazingly still operational today, and is held at the Smithsonian in Washington, D.C.
The Franciscan monk. If you want to see footage of the monk in full automaton action, there is a video on Youtube here (though I take no responsibility for any nightmares incurred as a result of watching it)
Some automatons had more of a practical purpose (though with entertainment still at the heart). In the early 13 th century, Ismail al-Jazari, an Islamic polymath, wrote The Book of Knowledge of Ingenious Mechanical Devices where he described 100 mechanical devices. One such device was the “peacock fountain” which was a complex hand washing device. Pulling a plug on the peacock’s tail released water out of the beak, and as the dirty water from the basin filled the hollow base a float rose and activated a switch which made a servant figure appear from behind a door under the peacock and offer soap. When more water was used, a second float at a higher level tripped and caused the appearance of a second servant figure with a towel. It sounds pretty impressive! When you think of the automatic taps and hand-driers we have in public bathrooms today, Al-Jazari’s invention sounds just as impressive, if not more so!
The design for the Peacock fountain from The Book of Knowledge of Ingenious Mechanical Devices.These automatons were not always solely for courtly entertainment, however. The day before his official coronation in Westminster Abbey in 1377, Richard II of England was ‘crowned’ by a golden mechanical angel – made by the goldsmiths’ guild – during his coronation pageant in Cheapside. This was not only a show of devotion and loyalty from the goldsmiths, but it would have wowed the crowds, particularly those who weren’t part of the court who probably hadn’t seen such a creation before. It certainly would have emphasised the mysticism behind the crown, and the religious connection between the King and Heaven.
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Once the test is initiated, the software writes a sample Blackmagic RAW file to the selected destination drive, measures the write speed, and displays the results on the screen. By evaluating the write speeds of various storage devices, users can identify potential bottlenecks that may hinder the real-time performance of Blackmagic RAW footage playback and editing. This information can help filmmakers and videographers make informed decisions when choosing the appropriate storage solutions for their projects. Furthermore, the Blackmagic RAW Speed Test can also be useful for comparing the performance of different computers or hardware configurations. It allows users to assess how various factors, such as CPU speed, RAM, or GPU capabilities, can impact the overall speed and efficiency of Blackmagic RAW workflows. In conclusion, the Blackmagic RAW Speed Test is a valuable tool for assessing the speed and performance of storage devices and hardware setups in handling Blackmagic RAW footage. It provides valuable information that can guide professionals in selecting the best equipment for their specific needs, ensuring optimal results in post-production workflows..
Reviews for "Demystifying Black Magic Raw Speed Test: What You Need to Know"
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