And if you want to release the clipping mask then all you have to do is move the image layer out of the layer group, by tapping and dragging, to place it on its own layer again. You can now select between the mask and the masked layer to transform them as needed. Once placed, your layer will be combined with the layer you placed it on to create a clipping mask: How the clipping mask looks once applied. In order to create a clipping mask with Affinity Photo for the iPad, all you have to do now is open your Layers menu, hold a tap over the image layer, then drag it on top of the layer that contains the shape/object you’d like to use as a mask: Placing the image layer over the shape layer will create a clipping mask, as indicated by the blue stripe going through the center of the layer.
![affinity photo ipad affinity photo ipad](https://camerajabber.com/wp-content/uploads/2017/10/How_to_use_Affinity_Photo_iPad_edition_affinity-ipad-before-1023x682.jpg)
Step 3: Move the photo layer on top of the mask layer to create a clipping mask Go ahead and scale and position your photo as needed, until you have it placed directly where you’d like to clip your image. Notice how I gave the shape a color that contrasts nicely with the photo, and I reduced the opacity so that I can see where it lines up with the photo as I’m positioning it. This can be a shape, a text object, a path that you’ve drawn, or even another raster image, such as a PNG.įor this demonstration I will be using the following heart shape: Now we’re going to create the object that we’ll be using as the mask. Click or tap here to support our independent tech blog.Step 2: Place the object that you’d like to use as your mask on its own layer
#Affinity photo ipad pro#
Bested by Apple’s M1 Max in a MacBook Pro that’s 0.61 inch (1.55 cm) thin.Īnd there you have it: Intel, and, for that matter, AMD make slow, hot, inefficient junk for low-end boat anchor PCs stuck running inferior OSes.Īnyone who wastes their money an a Windows PC today is even more of an idiot than they were a week ago – tough to believe that’s possible, given the abject idiocy required to buy a Windows PC at any time over at least the last decade-plus, but, oh, so true. MacDailyNews Take: A $6,000, 300W desktop GPU. It outperforms the W6900X – a $6000, 300W desktop part – because it has immense compute performance, immense on-chip bandwidth and immediate transfer of data on and off the GPU (UMA). The #M1Max is the fastest GPU we have ever measured in the Photo benchmark. Even so, it was outperformed by Apple’s M1 Max GPU with 32 cores and 400GB/s of unified bandwidth memory.
![affinity photo ipad affinity photo ipad](https://cdn.ahoi.dev/wp-content/uploads/2018/02/affinity-photo-ipad-1-6-7.jpg)
The Radeon Pro W6900X has 32GB of GDDR6 memory that delivers up to 512GB/s of memory bandwidth.
#Affinity photo ipad mac#
The fastest GPU that the Affinity team had ever tested in their benchmark tool was the expensive AMD Radeon Pro W6900X, which Apple sells for $6,000 as an MPX module for the Mac Pro. The developer explains that Affinity Photo runs best with a GPU that has high compute performance, fast on-chip bandwidth, and fast transfer on and off the GPU.
#Affinity photo ipad software#
In a Twitter thread, Somerfield details how the Affinity team has been optimizing its software for Apple Silicon chips since the first version of Affinity Photo for iPad, and how far the performance of these chips has come with the latest MacBook Pro… The tests were conducted by Andy Somerfield, lead developer of the popular image editor Affinity Photo. M1 Max is the largest chip Apple has ever built: 57 billion transistors and up to 64GB of fast unified memory. Apple Silicon chips are proving to be extremely powerful, as a new benchmark test run with Affinity Photo’s tool shows that the M1 Max’s GPU beats the $6,000 AMD Radeon Pro W6900X GPU for some tasks.