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Three hyper-realistic repair drones actively repairing a sleek, knife-like spaceship in deep, desolate space, with a dark and foreboding atmosphere: 1. Large Drone: A car-sized, industrial repair drone with a bulky, angular design, its matte black surface scuffed and weathered. The drone grips the ship’s surface with heavy magnetic clamps, its robotic arms slowly welding a damaged hull. Faint sparks flicker against the cold, dim light, and the drone’s hydraulic movements emit an eerie mechanical whine, adding to the ominous stillness of space. 2. Medium Drone: A human-sized, humanoid repair drone with a sinister, skeletal frame and dim, flickering utility lights on its joints. Its multi-jointed arms are installing a cracked metal panel with slow, deliberate precision. Its thrusters hum quietly as it hovers, casting elongated shadows on the spaceship’s dark, scarred surface. The drone’s worn, battle-scarred exterior and faintly glowing red sensors give it a menacing aura. 3. Small Drone: A compact, spherical repair drone about the size of a basketball, with a smooth, dark metal body reflecting faint glimmers of light. It maneuvers silently between the narrow gaps of the ship, its thin mechanical appendages delicately sealing microfractures with almost surgical precision. A faint, pulsating red light emanates from its central core, casting an ominous glow in the surrounding darkness. The scene is enveloped in a chilling, desolate space backdrop, with no stars visible beyond a dim, cloudy nebula. The overall tone is cold, grim, and industrial, with cinematic lighting highlighting the harsh textures of the spaceship and the eerie, methodical movements of the drones. Ultra-realistic, gritty details with a dark, dystopian atmosphere. @kenbey_
Cadence Sensor on the stay and (magnet on the) crank. VERY thick, needed lots of wiggling/sliding to find a suitable location to mount and not smack each other!
Después de un años de trabajo arduo, celebramos en compañÃa de nuestra familia en Cristo, sus grandes bendiciones durante el 2018.
The red an black wires at the bottom go to the batteries. the Red at the top is the Aerial the 3 "phase" connectors are at the bottom
This comfortable mouse also features wireless connectivity, 30-month battery life(1) and a highly-precise laser sensor.
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Experimental attempt to discern noise levels at different ISO speeds.
These pictures are not retouched at all to preserve the native noise levels in the sensor.
"Tin" the exposed pins of the 5mm CSLT current sensor with a small amount of solder. This technique makes soldering the wires to the sensor pins easier.
My first people shot with my new Olympus PL9. It shows how careful you have to be with focusing. Here the lens is wide open at F3.5 and it's focused on the background. With a four thirds sensor that's enough to throw the foreground figures out of focus. But I like the composition. Should have touched the screen to focus. The four thirds sensor is smaller than APS (that makes the lenses much smaller) but 83% bigger than my 1" sensor Nikon J5 and an astonishing 700% bigger than ordinary digicams like my Sony HX60.
This must be the internal sensor of the N8- I pointed the phone at a halogen light, which overwhelmed the sensor. Playing around with the exposure in Lightroom revealed a faint structure invisible in the original image. Amplifying it showed this structure. Not sure what the underlying grid is, but the larger structure appears to be a corner of the sensor. It reminds me when I see the blood vessels in my retina when the optometrist shines a very bright light into my pupils- you are seeing internal reflections.