To demonstrate different rendering of pixels on various devices, we compare how 1-point wide line is rendered on
#MAKE AN IPHONE 6 PLUS CASE IN RHINOCEROS 6 PLUS#
Physical Device render 2× downsampling / 1.15 show on device show on device show on device Original iPhone iPhone 6 iPhone 6 Plus 3.5″ 4.7″ 5.5″ render 3× render 1× a a Rendered Pixels Rasterized drawings are displayed on the physical devices. Points Content is rendered to pixels using scale factor. Physical Pixels The content is defined mathematically using point coordinates. render at 3× render at 2×Ī iPhone 6 Plus downsamples the rendered image before displaying it on screen. Physical Device render at 1× downsampling / 1.15 show on device show on device show on device (pixels) (pixels) (pixels) (points) (device pixels) (points) (points) Original iPhone iPhone 6 iPhone 6 Plus 3.5″ 4.7″ 5.5″ 163 PPI 326 PPI 401 PPI points. This number tells you how many pixels fit into one inch and thus how large the pixels appear in the real world. Rendered Pixels The last step is to show the computed pixels on the physical screen.Įvery screen has pixels-per- inch (PPI) characteristic. Higher scale factors result in higher level of detail.ġ×, 2× and 3×. Point coordinates are multiplied by scale factor to get pixel coordinates. Points Point-based drawings are rendered into pixels. In the original iPhone, points corresponded perfectly to actual pixels on screen, but this is no longer true. Points are abstract units, they only make sense in this mathematical coordinate space. Physical Pixels At the beginning, coordinates of all drawings are specified in We've made an infographic to demystify this.ģ20 × 480 375 × 667 414 × 736 320 × 480 750 × 1334 1242 × 2208 1080 × 1920 3.5″ 4.7″ 5.5″ iPhone 6 Plus has screen with lower pixel resolution than the image rendered in previous step.īefore the image can be displayed on the screen, it must be downsampled (resized) to lower pixel resolution. The new iPhone substantially changes the way graphics are rendered on screen. As I wanted to put this phone back together in working order, I left the shields in place during our teardown.Few days ago, Apple introduced iPhone 6 Plus. Unfortunately, the shields that cover the iPhone 6's motherboard are soldered in place-obscuring our view of the new A8 processor, M8 motion tracking chip, and most of the other chips. Redesigned system board: The main system board is similar in general shape as the boards in previous iPhones, but has a larger section that runs horizontally across the top of the phone.There's a small, removable component connected to the upper left corner of the main logic board, which appears to be an antenna.
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The power button has been relocated from the top to the right side. The vibration motor was moved from the top of the device to the bottom. A new metal plate and attached cable sit behind the screen. Despite these big similarities, there are lots of small changes.
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![make an iphone 6 plus case in rhinoceros 6 make an iphone 6 plus case in rhinoceros 6](https://render.fineartamerica.com/images/rendered/default/phone-case/iphone6plus/images/artworkimages/medium/2/rhinoceros-portrait-etienne-outram.jpg)
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Attached to the front panel are the display, front camera and sensors, earpiece speaker and the Home button. Inside the case, there's a speaker and Lightning connector assembly at the bottom, battery along the left side, main circuit board along the right, and the camera assembly at the top.