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I have a number of questions concerning the specific code needed to dynamically generate, display, print, and save diagrams (images) in Cocoa/Objective-C. I am relatively new to Objective-C and Cocoa, and I am not fnding it easy to track down the source of information that would permit me to develop an understanding of how to solve these problems.

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I spent all of yesterday looking for answers on the web and, while I found some, I have not been able to solve all of the problems, nor do I understand all of the issues. Problem 1: I want to dynamically generate a diagram in code and then either display it on the screen, print it, or save it to a disk file for display on a web site.

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The diagram in this instane is a series of lines and decorative text that represent a single- or double-elimination tournament for any sport (Little League Baseball in this case), so the lines show each game and how the winners advance to the final game and the chanpionship. Text on the diagram includes the tournament title and other information, the team names and game results, game labels, and instructions (such as 'loser to D5').

I should note that I have written this program in other languages, it is my attempt to achieve this in Objective-C/Cocoa that is my stumbling block. From several different programming models I am acustomed to their being present a set of classes/procedures that can be called to 'draw' into the current graphics object, and then methods that can capture the set of drawing results and display/print/save them. The basic set of tools are points, lines, rectangles, ovals, arcs, paths, and text. My research has lead me to the NSImage class, which it would seem that I should be able to use to generate these diagrams.

I even found some sample code that used NSImage to generate a small 'picture' and save it as a TIFF file; there were also some mentions of other formats, but the material is quite vahue at that point. I was able to create and save a diagram using the following template: float resolution = 300.0; Diagram = NSImage alloc initWithSize:NSMakeSize(8.5.resolution, 11.0.resolution); Diagram lockFocus; // draw the diagram Diagram unlockFocus; NSData. tiffData = Diagram TIFFRepresentation; tiffData writeToFile:NSString stringWithFormat '/Users/DiagramExperiment/diagram.tiff' atomically:NO; Unfortunately the only drawing commands I could find are NSBexierPath and NSString drawAtPoint and related methods. In order to draw a simple line I need to program it as a bezier path with two endpoints!

This seems excessive. Question 1: Are there other drawing tools aside from bezier paths and drawing strings? Question 2: Scaling and sizing. I wanted my diagram to appear as if it were being drawn on a standard piece of paper, 8.5x11 inches, and so I size the image in that manner, but I multiply it by the desired resolution. Is this the appropriate method for generating the image at 300dpi? When I save the file it is 35.42x45.83 inches at 72dpi; how can I change the above code so the saved file will be 8.5x11 inches at 300dpi? Question 3: If I add some code to the above that draws three (3) lines (3 pixels thick) and draws two strings ('Team 1' and 'Team 2') before the unlockFocus, then the saved TIFF file is 32.1MB in size!

The documentation on other representations are quite confusing, but my old (REALbasic) code saved much more complicated diagrams that were only 28KB in size (but it turns out that they were being saved only at 72dpi, which is probably fine for the web). How can I create the image so that it is 72dpi 8.5x11 on the screen and when saved to a file, but is 200dpi 8.5x11 when I want to print it? NSBezierPath is the preferred drawing method in Cocoa. If you don't want that, you're stuck with OpenGL, unless you want to use legacy QuickDraw code, which is highly unrecommended.

First worry about how to draw your image. You'd want to play around with drawing into an NSView. From that, you can easily adapt it into an NSImage. To scale it, you can use NSAffineTransform. To save it as a TIFF but using a lower compression, you can use the representationUsingType roperties: method on NSBitmapImageRep, which you can get from an NSImage using the representations method (returns an NSArray of NSBitmapImageReps).

Also might want to take a look at cocoadev.com - there's tons of code samples and discussion there about almost all drawing related topics. And if you don't want to do it yourself, use the Good luck! OK, so while the bezier code seems a great deal of complication compared to using simpler calls like LINE, RECTANGE and OVAL, I can figure out how to use the bezier stuff to do what I want.

I already have some code that draws the lines where I want them to be, so I can build on that and develop the diagrams that I want. I have figured out how to draw basic lines and text into the view, and I have even managed to draw the lines and text into an in-memory NSImage and then save it to disk as a TIFF image. NSArray. representations = Diagram representations; NSData. jpegData = NSBitmapImageRep representationOfImageRepsInArray:representations usingType:NSJPEGFileType properties:NSDictionary dictionaryWithObject:NSDecimalNumber numberWithFloat:1.0 forKey:NSImageCompressionFactor;The documentation indicates that the above will return the representation, but the implication seems to be that this should create the representation. Perhaps if I loaded the image from disk this might work, but on the NSImage that I recently created in memory it does not work. I keep feeling that I am missing something in the creation of the NSIMage object and that a few more steps would result in a fully capable image.

I have been through almost all of the related entries that I could find, but I could find no direct answers to my questions. There seem to be answers to related and tangental questions, but they all seem to come from a slightly different point of view and are based on a slightly different situation. I do not wish to have to store the image to disk before I can properly control the display properties or printing. Since the display and the web are both at 72dpi, I can live with that, but printing needs a 300dpi resolution. It would seem that I should have either one version of the imageg at 300dpi and downsize it for display or saving to the web page, rather than define the image at 72dpi and attempting to upsize the image to 300dpi.

This seems especially appropriate since the image/diagram will contain a mixture of simpe lines and text. I could simply generate the image twice, once at each resolution, or I could generate it at 300dpi and downsize it, or I could only generate the image (at the resolution I want) when I want it and for the purpose that I want, although that sometimes is a wase of effort. Unfortunately, the only documentation or examples I can find of creating an image from scratch, as opposed to editing an existing image loaded from a disk file, involve only the creation of the image at 72dpi. I came across no information on how to create the initial image, even in TIFF, at 300 dpi rather than 72dpi - for the latter I simply create the image at (8.5x72)x(11.0x72) and that seems to work properly. How can I create a TIFF image in memory using bezier paths and drawing strings where the resulting image will be 300dpi and 8.5x11 inches in size? Using an image size of (8.5x300)x(11.0x300) results in an image that is 2550x3300 pixels at 72dpi, so 35.42x45.83 inches in size.

How can I create an image in memory, presuming the TIFF format, and then save it directly into another format, such as JPEG? How can I create an image in memory and then save it as a PDF file directly? Given the current state of development at Apple/MacOS, and given that my applications only have to run on my system (at this time), if I want to develop Cocoa/Objective-C applications that (among other things) create image files that can be viewed, printed or saved as web pages, should I use NSImage and its related classes (not certain which 'foundation' this is), the Core Image routines, OpenGL, or some other foundation supported by MacOSX? I know there are many factors that enter into making this decision, but I do not have enough informed opinion and awareness of the available toolsets to be able to make this decision.

This permits me to create a TIFF image at 288dpi! Unfortunately there seem to be some side-effects that are not so pleasant, and I am wondering if I can achieve this in another, similar, manner. First, it was already suggested that I could eliminate the cached aspect by initializing a new NSImage from the original one after I unlock the focus, and this is working very well.

The new image even appears in the custom view after I draw it! Based on this, do I need to create a new NSBitmapImageRep using the initWithFocusedViewRect before I unlock the focus? Or can I manipulate the NSBitmapImageRep that is part of the new NSImage that I create from the original after I unlock the focus?

I am going to conduct some experiments, so I am really looking for information on what to expect as these classes seem to defy gravity at times. One of the bad side effects is that text is now being drawn extremely tiny in my diagram - basically at one quarter size, which makes sense since I have increased the diagram size from 612x792 (8.5x11 @ 72dpi) to 2448x3168 (@288dpi). So I increased the size of the fonts by a factor of 4 and that seemed to resolve that problem. Now, however, the saved TIFF image, which even compressed has grown from 20KB to 140KB, which displays properly in the Preview application, does not display properly within my custom view!

I suspect that the DPI is being ignored and the image is being displayed as if it were 72dpi, because if I scale the image (I am using some sample code that rescales the image as I drag the mouse to define a box) then it appears. Do I need to convert the image to 72dpi before I attempt to view it on the screen? I suspect that the best approach would be to generate the file at 72dpi for screen and web site use, but to regenerate the image at 288dpi for printing, but I was hopiing to generate the image once and use it for all three situations. I cannot scale it up from 72 to 288 dpi, because the text will suffer, but I do not want to store the larger sized image on the web, so I guess the two-image approach is best. First, it was already suggested that I could eliminate the cached aspect by initializing a new NSImage from the original one after I unlock the focus, and this is working very well. The new image even appears in the custom view after I draw it!

Based on this, do I need to create a new NSBitmapImageRep using the initWithFocusedViewRect before I unlock the focus? Or can I manipulate the NSBitmapImageRep that is part of the new NSImage that I create from the original after I unlock the focus? I am going to conduct some experiments, so I am really looking for information on what to expect as these classes seem to defy gravity at times.

Now, however, the saved TIFF image, which even compressed has grown from 20KB to 140KB, which displays properly in the Preview application, does not display properly within my custom view! I suspect that the DPI is being ignored and the image is being displayed as if it were 72dpi, because if I scale the image (I am using some sample code that rescales the image as I drag the mouse to define a box) then it appears. Do I need to convert the image to 72dpi before I attempt to view it on the screen? Image = NSImage alloc init autorelease; image addRepresentation:b; image setCacheMode:NSImageCacheNever; //this keeps it from turning into a downsampled NSCachedImageRep when it's drawnThe new NSImage will take its size from 'b', which is our 200dpi bitmap. This displays at 72dpi when drawn on screen, but retains its full 200dpi resolution on the inside.

I don't know if there's any way around the tiny-text problem besides simply increasing all your font sizes and coordinates to match the high resolution. A bit of a hassle, but I think that's just the way it is. Hope this helps!

MyDMX Control Software Update: The November 21, 2016 update to ADJ’s myDMX 2.1, myDMX 2.0 & myDMX Buddy (MAC & PC) provides bug fixes and overall enhancements. Click on the Downloads tab to download the update for free.

Click here for a Dropbox link to the SSL2 profiles for myDMX 2.0: myDMX 2.0 is a powerful and easy to use DMX lighting control app for PC and Mac. Also control myDMX 2.0 with your Smartphone! Programming your light show has never been as easy or flexible to manage.

MyDMX 2.0 has been re-built from the ground up. The software features a new design, which includes new icons, faders, colors and preset components allowing for a quicker and more pleasant workflow. The Scene Builder allows you to do everything you used to do with the original Effects Generator and more.

Arrange lighting fixtures, draw effects directly onto fixtures and set your effects in real-time. The ‘Linear Fan’ effect allows you to create color gradients and position fans. SSL2 fixture profiles allow more information to be stored about the personality of a lighting fixture. This allows for quicker and easier programming. For example, if you have an LED bar with several segments, you can control each segment individually whilst still having global control of master dimmer and macro channels. MyDMX 2.0 “May 20, 2016” Software Update ADJ is now offering the “May 20, 2016” update for the myDMX 2.0 and myDMX Buddy control software.

Users may download the software for free from the ‘downloads” tab. May 20, 2016 improvements:. New Windows and Mac installers that will download the latest ssl library with an internet connection upon install. New “Maintenance” application that installs with the program to check for component updates or new versions of the software.

New “Cloud search for profiles” Search for the latest and greatest fixture profiles from within the program itself, no more hunting through dropbox. Many optimizations and functional improvements and under the hood changes. MAC USERS PLEASE NOTE: Before installing the Mac beta, please take the time to rename your current MyDMX2 folder to 'Official' or similar naming convention as this beta install as of now does not install on its own as a secondary Mydmx2 Application. Please rename the folder before installing this beta release, if you do not, there is a chance your files will be overwritten, and you'll need to copy your files that you need, wipe both versions, and reinstall them separately and also rename the folder. If you have questions or need help doing this on your mac, please email us ASAP. Free mac web design software. Specifications myDMX 2.0 “May 20, 2016” Software Update ADJ is now offering the “May 20, 2016” update for the myDMX 2.0 and myDMX Buddy control software. Users may download the software for free from the ‘downloads” tab.

May 20, 2016 improvements:. New Windows and Mac installers that will download the latest ssl library with an internet connection upon install. New “Maintenance” application that installs with the program to check for component updates or new versions of the software. New “Cloud search for profiles” Search for the latest and greatest fixture profiles from within the program itself, no more hunting through dropbox. Many optimizations and functional improvements and under the hood changes. Downloads The following downloads are available for this product: Title Description myDMX 2.0 User Manual myDMX 2.1 Software for MAC. 21, 2016 Update provides bug fixes and overall enhancements.

MyDMX 2.1 Software for PC. 21, 2016 Update provides bug fixes and overall enhancements. Click on the Downloads tab to download the update for free. MyDMX 2.1 Software for MAC.

March 27, 2017 myDMX 2.1 Software for MAC. March 27, 2017 myDMX 2.1 Software for PC March 27, 2017 myDMX 2.1 Software for PC March 27, 2017. Hi we bought MYDMX to use for our theatre lighting at school. We have a relatively small set up and it works great. We have some generic lights that we want to add into our program. They are 86 LED RGB fixtures (super cheap) anyway. We can add them under the Generic folder using RGBA, RGBY, RGBD, RGBW any of the 4 channel options seem to work but the sliders don't match up (dimmer is on the last channel slider of the 4 instead of on the first).

Is there a way to edit this? Or maybe another option that would work so that the colors and dimmer sliders would match? I have a problem loading a.dlm file made in Mydmx 1.0 into Mydmx 2.0 First I copied all the ssl files (of all the fixtures I use) from the ScanLibrary 1.0 to the ScanLibrary 2.0, and all at the same location as they were in 1.0 Opening the.dlm file gives a popup with warning and the program crashes After that I renamend all the.ssl files in.ssl2 files and tryed again.same result.

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Making new programs is no problem, but I want to open all the shows I made in Mydmx1.0 and this must be possible.but how? I hope you can help me! Greetings, Auke from Holland.