Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

Testing out speed camera shake for Supermaneuver and tweaking some effects so its all snappy enough, camera wobbles ever so slightly at low speed and shakes faster but in smaller amounts at high speeds. #gamedev #indiedev #indiegame

Gabriel Solon ||| Making Supermaneuver

1,840 subscribers

21,005 views • 1 month ago •via X (Twitter)

Gaming #gamedev #indiedev #indiegame

Anya Rossi• Live Now

Private livecam show

0 Comments

No comments available

Comments from the original post will appear here

Related Videos

Flame Reave: at its core, a Heal that also deals damage. It's riskier, as you can miss. But if you're confident you won't get hit, go all in! Charging it up will empower both its healing and damage. #metroidvania #gamedev #indiedev #indiegame

Flame Reave: at its core, a Heal that also deals damage. It's riskier, as you can miss. But if you're confident you won't get hit, go all in! Charging it up will empower both its healing and damage. #metroidvania #gamedev #indiedev #indiegame

Divinum | Coming August 28

10,496 views • 2 months ago

In my 5 years of sim racing… Lewis Hamilton’s SF-25 is one of the hardest cars to drive on the limit😭 out of nowhere the rear has these snappy moments of oversteer at high speed, so you’re constantly anticipating a slide and correcting the car to not crash😅

In my 5 years of sim racing… Lewis Hamilton’s SF-25 is one of the hardest cars to drive on the limit😭 out of nowhere the rear has these snappy moments of oversteer at high speed, so you’re constantly anticipating a slide and correcting the car to not crash😅

Denzel Clarkson🇬🇾

1,082,262 views • 8 months ago

Jon Jones literally has kept his speed for HW. The video on the left is 10 years ago so its him at his fastest. Jon is now probably 30lbs heavier and has basically the same speed. Gane is in trouble...

Jon Jones literally has kept his speed for HW. The video on the left is 10 years ago so its him at his fastest. Jon is now probably 30lbs heavier and has basically the same speed. Gane is in trouble...

SickydoesMMA

358,847 views • 3 years ago

Meet Seedance 2.0 Mini on Pollo AI Mobile APP! Premium video quality, professional camera choreography, and frame-accurate synchronized audio — all in one seamless pass. Perfect for creators, marketers, and e-commerce sellers who need high-impact commercial content. Limited-time 50% OFF — start creating at lightning speed today!

Meet Seedance 2.0 Mini on Pollo AI Mobile APP! Premium video quality, professional camera choreography, and frame-accurate synchronized audio — all in one seamless pass. Perfect for creators, marketers, and e-commerce sellers who need high-impact commercial content. Limited-time 50% OFF — start creating at lightning speed today!

Iris

197,722 views • 1 month ago

$I've been working on creating realistic motion for cinematic water scenes. The clips below included specific prompt elements: • Dynamic surface shot • Graceful arm movements • Shot in high-speed camera for smooth slow motion • Emphasis on water surface tension and light refraction • Camera at water level captures both above and below surface dynamics Images: Runway Frames Motion: Kling 1.6 Prompt below:$

I've been working on creating realistic motion for cinematic water scenes. The clips below included specific prompt elements: • Dynamic surface shot • Graceful arm movements • Shot in high-speed camera for smooth slow motion • Emphasis on water surface tension and light refraction • Camera at water level captures both above and below surface dynamics Images: Runway Frames Motion: Kling 1.6 Prompt below:

Heather Cooper

19,907 views • 1 year ago

The car accident in Dehradun was so horrific that you can imagine its severity just by looking at the pictures. Six soldiers lost their lives due to overspeeding and intoxication. In road accidents, intoxication and high speed play a major #DehradunAccident #DehradunCarAccident

The car accident in Dehradun was so horrific that you can imagine its severity just by looking at the pictures. Six soldiers lost their lives due to overspeeding and intoxication. In road accidents, intoxication and high speed play a major #DehradunAccident #DehradunCarAccident

Sara

539,343 views • 1 year ago

The first maglev train in China with a speed of 600 km/h, with the code name CF600-0001, has shown its majesty under the lens of railway photographers. This maglev train is a major breakthrough for China's railway, marking a new advancement in high-speed rail technology. A maglev train is a high-speed train that utilizes electromagnetic force for levitation and is propelled by magnetic power, capable of traveling at astonishing speeds on maglev tracks. The CF600-0001 is China's first maglev train with a speed reaching 600 kilometers per hour, drawing global attention due to its high speed and advanced technology. The design of this maglev train incorporates the latest materials and techniques, including lightweight alloys, carbon fiber, and other high-strength materials, ensuring stability and safety during high-speed operation. Additionally, advanced control and power systems guarantee the train's high-speed operation and comfort. The successful research and operation of maglev trains by China's railway will bring revolutionary changes to high-speed railway transportation both domestically and internationally. This will not only significantly reduce travel time, but also promote the internationalization and globalization of China's high-speed rail technology. Railway photographers have captured the magnificent sight of this maglev train through their lenses, allowing people to witness the new achievements of China's high-speed rail technology and showcasing China's leading position in the field of transportation and logistics.

The first maglev train in China with a speed of 600 km/h, with the code name CF600-0001, has shown its majesty under the lens of railway photographers. This maglev train is a major breakthrough for China's railway, marking a new advancement in high-speed rail technology. A maglev train is a high-speed train that utilizes electromagnetic force for levitation and is propelled by magnetic power, capable of traveling at astonishing speeds on maglev tracks. The CF600-0001 is China's first maglev train with a speed reaching 600 kilometers per hour, drawing global attention due to its high speed and advanced technology. The design of this maglev train incorporates the latest materials and techniques, including lightweight alloys, carbon fiber, and other high-strength materials, ensuring stability and safety during high-speed operation. Additionally, advanced control and power systems guarantee the train's high-speed operation and comfort. The successful research and operation of maglev trains by China's railway will bring revolutionary changes to high-speed railway transportation both domestically and internationally. This will not only significantly reduce travel time, but also promote the internationalization and globalization of China's high-speed rail technology. Railway photographers have captured the magnificent sight of this maglev train through their lenses, allowing people to witness the new achievements of China's high-speed rail technology and showcasing China's leading position in the field of transportation and logistics.

Johannes Maria

57,724 views • 1 year ago

Vintage Camera Experts 🎥 We appreciate all the camera operator experts and enthusiast that have been reaching out. Ideally, we would love a robust army of imagers helping us gather as much imagery as possible - from different angles, distances, and altitudes with a variety of equipment. Two of the primary challenges for our camera operators right now are digital interference and the extreme speed and movement of the objects. For the former, there seems to be something about the phenomenon that interferes with digital camera technology. Because of this we are looking to also add a vintage camera suite. There’s lots of evidence that suggests analog imagery of the phenomenon produces better results in some circumstances. In regards to the speed and movement challenge, please see the below video clip from episode two. This is what we are dealing with. Note the speed and movement of the Tic Tacs at 100% vs. 15% . If you feel you’re up to the challenge and have something of value to add, please continue to reach out and offer solutions. 🙏🇺🇸

Vintage Camera Experts 🎥 We appreciate all the camera operator experts and enthusiast that have been reaching out. Ideally, we would love a robust army of imagers helping us gather as much imagery as possible - from different angles, distances, and altitudes with a variety of equipment. Two of the primary challenges for our camera operators right now are digital interference and the extreme speed and movement of the objects. For the former, there seems to be something about the phenomenon that interferes with digital camera technology. Because of this we are looking to also add a vintage camera suite. There’s lots of evidence that suggests analog imagery of the phenomenon produces better results in some circumstances. In regards to the speed and movement challenge, please see the below video clip from episode two. This is what we are dealing with. Note the speed and movement of the Tic Tacs at 100% vs. 15% . If you feel you’re up to the challenge and have something of value to add, please continue to reach out and offer solutions. 🙏🇺🇸

jakebarber

76,547 views • 1 year ago

Grok 2 mini is now 2x faster than it was yesterday. In the last three days Lianmin Zheng and Saeed Maleki rewrote our inference stack from scratch using SGLang ( This has also allowed us to serve the big Grok 2 model, which requires multi-host inference, at a reasonable speed. Both models didn’t just get faster, but also slightly more accurate. Stay tuned for further speed improvements!

Grok 2 mini is now 2x faster than it was yesterday. In the last three days Lianmin Zheng and Saeed Maleki rewrote our inference stack from scratch using SGLang ( This has also allowed us to serve the big Grok 2 model, which requires multi-host inference, at a reasonable speed. Both models didn’t just get faster, but also slightly more accurate. Stay tuned for further speed improvements!

Igor Babuschkin

1,803,113 views • 1 year ago

highly recommend this youtube channel that’s like that bridge that shears off all the trucks but for a turn that everyone crashes at. there’s so many many and the camera only went up recently

highly recommend this youtube channel that’s like that bridge that shears off all the trucks but for a turn that everyone crashes at. there’s so many many and the camera only went up recently

Warren Commission Test Skull

4,840,335 views • 2 years ago

Microsoft is testing a new feature in Windows 11 called Low Latency Profile that gives a short boost to your CPU for 1 to 3 seconds when you open apps or menus. Early tests show Microsoft apps like Edge and Outlook open up to 40% faster, while the Start menu and other menus can load up to 70% faster, with CPU use jumping high for a few seconds then dropping right back down. Microsoft says this is normal because Apple does it in macOS and Linux, plus phones use the same type of quick CPU boosts for better speed. The feature is only in early Insider testing now, so it is not out for everyone yet.

Pirat_Nation 🔴

145,459 views • 2 months ago

Working on an expansive jungle area for ABYSS X ZERO. Designing levels in 3D opens up so many new possibilities! But you have to be careful with common pitfalls, such as the camera and the fact you never know where the player is looking at #lowpoly #gamedev #indiegames #gaming

Working on an expansive jungle area for ABYSS X ZERO. Designing levels in 3D opens up so many new possibilities! But you have to be careful with common pitfalls, such as the camera and the fact you never know where the player is looking at #lowpoly #gamedev #indiegames #gaming

Tiani Pixel | Follow me on BSky!

125,417 views • 2 years ago

Nano Banana Pro + kling 3.0 on Yapper Prompt: Use the uploaded image as the exact visual reference for product design, label, lavender placement, liquid color, milk puddle, and soft purple background .Camera Movement:Full 360° slow-motion orbit around the product.Smooth, steady circular motion.Constant speed .No shake .No sudden acceleration .No zoom in or out.Keep product centered at all times.Framing:Mid close-up product shot.Bottle remains perfectly upright and fixed in position.

Nano Banana Pro + kling 3.0 on Yapper Prompt: Use the uploaded image as the exact visual reference for product design, label, lavender placement, liquid color, milk puddle, and soft purple background .Camera Movement:Full 360° slow-motion orbit around the product.Smooth, steady circular motion.Constant speed .No shake .No sudden acceleration .No zoom in or out.Keep product centered at all times.Framing:Mid close-up product shot.Bottle remains perfectly upright and fixed in position.

Oogie

14,600 views • 5 months ago

I changed motion styles last night and for some reason with Antonio Reeves I feel like I can trigger the speed glitch at will… Ima keep testing it for yall to make sure 🔥 (This also was a new build so I only have purple lightning launch) #NBA2K26 #Godfather

I changed motion styles last night and for some reason with Antonio Reeves I feel like I can trigger the speed glitch at will… Ima keep testing it for yall to make sure 🔥 (This also was a new build so I only have purple lightning launch) #NBA2K26 #Godfather

Chapuh

168,252 views • 6 months ago

Did you see that? You might’ve missed it because the car was going 101 MPH… In a 35. Okay, Ricky Bobby. Our mobile speed cameras captured the moment this speed racer flew down the road. Officers contacted the driver shortly after and issued a summons for reckless driving. Let’s be clear. Speeds like this are never okay. Driving this fast puts everyone on the road at serious risk. Aurora streets are not Talladega. Slow down, pay attention and drive responsibly. Because when speeds hit triple digits, it’s not just reckless. It can quickly become life or death. [Media Description: Vehicle speeding past mobile speed camera.]

Did you see that? You might’ve missed it because the car was going 101 MPH… In a 35. Okay, Ricky Bobby. Our mobile speed cameras captured the moment this speed racer flew down the road. Officers contacted the driver shortly after and issued a summons for reckless driving. Let’s be clear. Speeds like this are never okay. Driving this fast puts everyone on the road at serious risk. Aurora streets are not Talladega. Slow down, pay attention and drive responsibly. Because when speeds hit triple digits, it’s not just reckless. It can quickly become life or death. [Media Description: Vehicle speeding past mobile speed camera.]

Aurora Police Dept

14,261 views • 4 months ago

Did you know you can create the Maxwell-Boltzmann distribution with just some balls and a motor? I built this simple device to illustrate it. This is how it works: A spinning agitator pumps energy into ~400 balls, so they bounce around and collide like gas particles in a box. They escape one at a time through a tiny hole, then fall a fixed gap into bins below. Since the hole is so small, every ball leaves with no vertical speed and takes the same time to fall. Constant fall time means how far a ball flies sideways is set purely by its speed. A faster ball goes into a further bin. So each bin is really a speed. Tally all 400 and you get the Maxwell-Boltzmann distribution.

Did you know you can create the Maxwell-Boltzmann distribution with just some balls and a motor? I built this simple device to illustrate it. This is how it works: A spinning agitator pumps energy into ~400 balls, so they bounce around and collide like gas particles in a box. They escape one at a time through a tiny hole, then fall a fixed gap into bins below. Since the hole is so small, every ball leaves with no vertical speed and takes the same time to fall. Constant fall time means how far a ball flies sideways is set purely by its speed. A faster ball goes into a further bin. So each bin is really a speed. Tally all 400 and you get the Maxwell-Boltzmann distribution.

Ethan Gao

496,744 views • 1 month ago

Angel of the Gym, seedance prompt: Presented in the style of raw, handheld iPhone video footage, with all camera settings set to automatic, no post-processing color grading or special effects. The footage features slight hand-held shake and the operator's breathing sensation, occasional autofocus searching, delay, and brief loss of focus, automatic white balance switching between gym lighting and natural light. The image is flat overall, preserving real edge color fringing, slight overexposure, motion blur, and other optical imperfections. Only in-camera natural ambient sounds are used, including gym equipment sounds and faint air conditioning noise. Shot from a first-person handheld perspective, with natural reactive camera movements, occasionally slight swaying due to walking or adjusting angles. Medium and close-up compositions alternate, clearly showing the full body and action details of a plus-size Asian woman. Wearing the reference image of an elegant gold-embroidered long dress, she is exercising in the gym. She is wearing this formal dress, using cable machines and seated machines. At 0 seconds, the camera focuses on the woman from a medium shot, she is standing in front of the cable machine, hands gripping the handles ready to pull, the dress naturally flowing down. She slightly bows her head, quickly glancing at the camera with a hint of shyness. At 1 second, she starts pulling the cable with force, her body swaying back and forth, the sheer shoulder cape and skirt fluttering slightly with the movement. She frowns slightly as she exerts effort, occasionally looking up at the camera with a shy gaze. At 2 seconds, the woman continues pulling the machine, her movements accelerating, the dress fluttering with her body's sway. She looks up with a faint smile on her lips as she gazes at the camera. At 3 seconds, she stops pulling and walks to the nearby seated machine, sitting down, the dress swaying significantly with the movement. She lowers her head to adjust the hem and collar of the dress, her face showing a shy expression. At 4 seconds, she sits on the machine, leaning slightly forward, hands placed on her legs adjusting her posture. As she lowers her head to adjust her clothes, she looks at the camera with a shy gaze. At 5 seconds, she gently places her hands on her chest, slightly tilting her head up as she looks at the camera, a natural, slightly shy smile on her lips. At 6 seconds, she remains seated on the machine, looking at the camera with a soft gaze, a shy yet happy smile on her face, slightly adjusting her sitting posture. At 7 seconds, she stands up from the machine, the camera follows her movement, the dress fluttering slightly as she walks. She looks back at the camera with a shy and gentle smile. The footage presents a genuine, raw, handheld video quality with a documentary-level sense of natural imperfection, without any post-processing color grading or special effects. All camera behaviors conform to the physical characteristics of an iPhone being used in a gym.

Angel of the Gym, seedance prompt: Presented in the style of raw, handheld iPhone video footage, with all camera settings set to automatic, no post-processing color grading or special effects. The footage features slight hand-held shake and the operator's breathing sensation, occasional autofocus searching, delay, and brief loss of focus, automatic white balance switching between gym lighting and natural light. The image is flat overall, preserving real edge color fringing, slight overexposure, motion blur, and other optical imperfections. Only in-camera natural ambient sounds are used, including gym equipment sounds and faint air conditioning noise. Shot from a first-person handheld perspective, with natural reactive camera movements, occasionally slight swaying due to walking or adjusting angles. Medium and close-up compositions alternate, clearly showing the full body and action details of a plus-size Asian woman. Wearing the reference image of an elegant gold-embroidered long dress, she is exercising in the gym. She is wearing this formal dress, using cable machines and seated machines. At 0 seconds, the camera focuses on the woman from a medium shot, she is standing in front of the cable machine, hands gripping the handles ready to pull, the dress naturally flowing down. She slightly bows her head, quickly glancing at the camera with a hint of shyness. At 1 second, she starts pulling the cable with force, her body swaying back and forth, the sheer shoulder cape and skirt fluttering slightly with the movement. She frowns slightly as she exerts effort, occasionally looking up at the camera with a shy gaze. At 2 seconds, the woman continues pulling the machine, her movements accelerating, the dress fluttering with her body's sway. She looks up with a faint smile on her lips as she gazes at the camera. At 3 seconds, she stops pulling and walks to the nearby seated machine, sitting down, the dress swaying significantly with the movement. She lowers her head to adjust the hem and collar of the dress, her face showing a shy expression. At 4 seconds, she sits on the machine, leaning slightly forward, hands placed on her legs adjusting her posture. As she lowers her head to adjust her clothes, she looks at the camera with a shy gaze. At 5 seconds, she gently places her hands on her chest, slightly tilting her head up as she looks at the camera, a natural, slightly shy smile on her lips. At 6 seconds, she remains seated on the machine, looking at the camera with a soft gaze, a shy yet happy smile on her face, slightly adjusting her sitting posture. At 7 seconds, she stands up from the machine, the camera follows her movement, the dress fluttering slightly as she walks. She looks back at the camera with a shy and gentle smile. The footage presents a genuine, raw, handheld video quality with a documentary-level sense of natural imperfection, without any post-processing color grading or special effects. All camera behaviors conform to the physical characteristics of an iPhone being used in a gym.

John

60,570 views • 2 months ago

[ELEGOO Saturn 4 Ultra] [Tilt Release Technology⚡⚡️] Embrace the future of fast printing with our Tilt Release Technology! The #ELEGOOSaturn4Ultra LCD 3d printer features a tilt release technology, which prints faster as it helps release your printed models by tilting the resin tank and LCD screen. This means faster printing speeds than before and reduced overall print times! You can even switch between fast and slow print speeds with ease during the printing process, and the maximum speed can be up to ✅150mm/hour. Paired with a 12K high-resolution LCD screen, you can get high precision and perfect surface detail effects while enjoying rapid printing at the same time! . Subscribe to our official store for notifications when it is available:

[ELEGOO Saturn 4 Ultra] [Tilt Release Technology⚡⚡️] Embrace the future of fast printing with our Tilt Release Technology! The #ELEGOOSaturn4Ultra LCD 3d printer features a tilt release technology, which prints faster as it helps release your printed models by tilting the resin tank and LCD screen. This means faster printing speeds than before and reduced overall print times! You can even switch between fast and slow print speeds with ease during the printing process, and the maximum speed can be up to ✅150mm/hour. Paired with a 12K high-resolution LCD screen, you can get high precision and perfect surface detail effects while enjoying rapid printing at the same time! . Subscribe to our official store for notifications when it is available:

ELEGOO

74,606 views • 2 years ago