Frame Meter In Quartz Debug For Mac

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Time for action – creating a project and adding the Quartz framework So the first thing that we need to do is, once again, create a new project and then add the Quartz framework to the project. Create a new Xcode project with Automatic Reference Counting enabled and the options set as follows. 3 Year Mac Tools Repair Department Warranty: Weight Lbs 2: No documents available. + WARNING: California Residents - Proposition 65. $519.99 In Stock. Add To Wish List. Part # Product Name × Add To Wish List. Electric measure Battery and charging system analysis Advanced measure for sensor and actuators Conventional ignition test Pulse width: 0.5 to 250.00ms Conventional. We posted AVERAGE frames per second. (RED graph bar means FASTEST in FRAMES per SECOND.) GFXBench - Manhattan On-Screen The Manhattan scene is a true GPU-intensive test utilizing OpenGL features such as multiple render target for deferred rendering, geometry instancing, transform feedback and many more. We used Quartz Debug to disable beam sync. The first refers to the strength of the signal between your Mac and your router. Higher numbers are better but because these are rated as minus numbers, it's important to note that an RSSI of -60.

Frame Meter In Quartz Debug For Mac Catalina

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Frame Meter In Quartz Debug For Macbook Pro

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Cocoa Dos and Don'ts

Introduction

When writing code using Cocoa, there are rules to follow. Anything that uses Objective-C++ must of course follow the C++ guidelines. However, there are things in Cocoa that are more subtle than they look. Here are a few things to keep in mind.

Banned Practices

Const NSObjects

The use of const NSObjects is prohibited as it makes Clang unhappy. (This is enforced in the presubmit hooks.) See the Mac Clang page for more details.

Atomic properties

The use of atomic properties is prohibited. There are differences between how our compilers handle them, and since we don't need them anyway we don't use them. See the Mac Clang page for more details.

Tracking rects and raw NSTrackingAreas

Tracking rects are tricky to get right. Apple realized that, and in Mac OS X 10.5 introduced the NSTrackingArea object. Unfortunately, that is also difficult to get right, and has historically led to nasty crashes.
The use of -[NSView addTrackingRect:owner:userData:assumeInside:] is prohibited.
The use of raw NSTrackingAreas is prohibited.
You are required to use CrTrackingArea. Find it at ui/base/cocoa/tracking_area.h. There are currently (and unfortunately) lots of current usage of tracking rects and NSTrackingAreas. Please convert them as you encounter them.

YR DOIN IT RONG

There are spots of Cocoa that are tricky. Watch out.

Coordinate conversion

All code that manages views is required to be correct, and that correctness is more heavily tested when running under 'resolution independence' or 'HiDPI', where window coordinates are not the same as view coordinates. (Turn on resolution independence in Quartz Debug.app.)
Any time you need to compute window coordinates based on view coordinates, or vice versa, make sure you use the appropriate conversion calls (i.e. -convertRect:toView: and friends). There is a call for each data type and each conversion direction. Also, remember that views have both a -bounds and -frame. They are in different coordinate systems.
See http://developer.apple.com/library/mac/#documentation/Cocoa/Conceptual/CocoaDrawingGuide/Transforms/Transforms.html for details.

The 'base' coordinate system

In doing coordinate conversion, you may run into methods on views that convert to and from the 'base' coordinate system. Those are almost certainly not what you are looking for. When talking about views, the 'base' coordinate system is referring to the raw backing pixels. If you need to precisely align to pixels, they are correct, but most of the time they do not do what you think they are doing.
(This problem is compounded by the references in methods on windows to the 'base' coordinate system, which is indeed the window coordinate system.)
See http://groups.google.com/a/chromium.org/group/chromium-dev/browse_thread/thread/6b989dcbb79e9ba/029eeb633c5287cc for details.

Zero-sized windows

The Mac's windowserver has issues with zero-sized windows, spewing tons of junk to the console, yet it's not immediately obvious when you resize them that it's a problem.
Ensure that you do not resize windows to be empty, either implicitly or explicitly.