#Omnigraffle 6 subtract shapes how to#
#Omnigraffle 6 subtract shapes pdf#
#Omnigraffle 6 subtract shapes update#
#Omnigraffle 6 subtract shapes code#

(document author(s)): Typically a single value, and usually you. Define in the Data Inspector if you don't like the value is returning.(document author): I assume Omnigraffle is picking this value up from OSX, or perhaps the product registration.(your organization(s) or team name(s)): Typically, a single value.

#Omnigraffle 6 subtract shapes code#

(project code name(s)): Typically, a single value.(document title): That's how I use it, anyway.(name of the current canvas): This serves handily as the page title.In such a template, you can have your predefined headers, footers, and title pages populated with variables, so you never have to touch them instead, let the variables do the work. If you don't have document templates set up for your standard work documents, you should go about doing that: it's a time saver. Purple, unbolded items are class properties (this script contains none).Black bolded items are AppleScript keywords.Blue bolded items are commands particular to OmniGraffle.This post assumes that you have some familiarity with programming concepts such as variables, loops, classes, etc., but does not assume knowledge of AppleScript in particular. Here is the Applescript code, and below I'll call out various lines to explain them.

#Omnigraffle 6 subtract shapes how to#

For instance, you might want to change all canvases in your document to a different size, so knowing how to walk through all canvases in a document is a good starting point. While you may have no need for this particular functionality, the code below shows a general technique for accessing each canvas, each layer within a canvas, and each object on a layer. The following example shows you how to reposition all objects in your document by a certain horizontal/vertical offset - in this case, 20 pixels up, and 20 pixels to the left. To execute AppleScript, open the AppleScript editor, create a script in it, and run it. Omnigraffle gives quite a bit of access to AppleScript for automating just about anything you can do by hand.

#Omnigraffle 6 subtract shapes update#

Update (): a new version of this script that prompts for the horizontal and vertical offsets (rather than having to edit the script) appears after the jump. Preview will automatically set the zoom to fit the paper size you select in its print dialog,

#Omnigraffle 6 subtract shapes pdf#

All resulting pages in the PDF will be sized to your canvas size (assuming you followed step 1 above). Note: do NOT print to PDF, but instead go to File > Export and chose PDF document.

If you plan to print and want the printer to ignore the page size set in Page Setup, export to a PDF document first.Pick or create a humungous paper size in Page Setup, just to be safe. Make sure that the paper size that you choose in Page Setup is larger than the canvas size you pick.So if you are manually setting the canvas size this script does, and you only want one page per canvas, you'll want to do two things: However, if you check the 'Print canvas on one printer sheet' checkbox in the Canvas > Size inspector, then these variables consider a multi-page canvas a single page. You can have multiple pages on a canvas, and you will if you set the canvas size larger than the paper size from Page SetupĪlso, the variables (page number) and report their values based on number of pages in the document, not the number canvases. canvas size:Ĭhanging your canvas size does not change your page size, which is defined in Page Setup as the paper size you print to. Here's another useful AppleScript script for changing all canvases in your document to a given size.įirst, some important notes about page size vs. Update (): a new version of this script that prompts for the new canvas size (rather than changing the variable in the script) appears after the jump. No trigonometry needed for calculating x,y postions on the arc. This makes creating a pie chart a piece of cake, as you just take the percentage of the chart that a piece of data would occupy, multiply it by 360, and that is the span of the arc. (Adjustable Arc has the same properties.) If Adjustable Wedge were a clock, 0 would be 12 o'clock, 90 would be 3 o'clock, 270 would be 9 o'clock, and so on. Here I'll be focusing on the Adjustable Wedge, which is not in the Tools toolbar, but you can find it in the Common stencil under 'Shapes.'Īdjustable Wedge turns out to be very easy to manipulate, as it has the properties startAngle and endAngle for adjusting the outer arc, each of which goes from 0 to 360. (See Shapes in OmniGraffle's AppleScript Dictionary.) These blessed shapes are Adjustable Wedge, Adjustable Arc, Adjustable Star, Adjustable Arrow, and Adjustable Double Arrow. Some of these have special AppleScript access. OmniGraffle has a set of built-in tools and shapes that you can reference by name in AppleScript.