Re: Free Cubase 7 64bit Activation Code 2
Giovanna Qiu
I installed the Elicenser control centre on PC2 and reactivated the license on the Steinberg website, which gave me a new license code(20 digit, 10 - 10)
I then requested a new activation code which I received by email.
I installed Cubase 10.5, but when I go to activate it on PC2, using the code received in my email, and also available in MySteinberg, I get a message stating the activation code has already been used.
I have not used the Steinberg Activation Manager tool before, the only thing it brings up is Elements 12. What happens if I hit the activate button? Does this generate an activation code, and can I not use that code to activate v10.5 when I run it?
You can find boxed retail copies of Cubase 10.5 right now online no problem, but when you register it, its going to give you a license for 12 because that is the current version. Your reseller must not have dealt with very many Steinberg products, they all do the same thing whether its Cubase, Wavelab, Halion, etc.
I've just made the switch to Cubase from FL Studio, and have been trying to painstakingly convert all of my FL projects to Cubase ones. In doing so, I discovered a bug caused by some old JUCE code used in Komplete Kontrol. This bug occurs on both MacOS and Windows.
The bug makes it impossible to type in automation values for any parameter in any plugin within Komplete Kontrol. I can still drag the automation point around with my mouse, but I cannot get a high level of precision.
It seems to be an issue with the JUCE VST3 Wrapper attempting to convert a plugin's numerical value to a string. If a host requires a string from a plugin, instead of converting the new automation value to a string, it converts the current value, resulting in the automation data not changing when typed.
I know for a fact this bug also affects pretty much all iZotope and Valhalla products, so I'm not sure to the extent of Native Instruments plugins this bug occurs. I do know that at the very least that Komplete Kontrol is affected.
Yeah, unlikely anyone from NI will shed any light on something like that, and also just as unlikely you will see any serious focus on that kind of issue in any kind of timely manner. That would be something best raised in the Beta, tho no more a chance of it being looked into so more worth your time trying to find a workaround on your end.
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No, as one code only authorizes you to operate the product on one computer.
You must complete the deactivation process to release the activation information from the computer before installing it on a different computer.
Activation and Deactivation - VOCALOID products registration
Now that you understand the basics of how CUGL works, it is time to get familiar with some of the more technical features. CUGL has a lot of computational geometry tools for making procedural 2D shapes. These tools are particularly important for when you are working with physics, but they are also relevant to drawing. Indeed, this lab does not have any assets other than the loading screen. Everything in the image below will be created with code.
Historically this is a long activity, the longest of the three. And we added an even new task this year to show off the features for CUGL. For that reason we have moved one of the harder tasks to Extra Credit. With that said, this extra credit is a valuable activity as it is your first chance to launch your game on a mobile device. However, if you run out of time, you can receive full credit by doing everything on the same desktop platformthat you used for the first activity.
Once again, this assignment is graded in one of two ways. If you are a 4152 student, this is graded entirely on effort (did you legitimately make an attempt), and that effort will go towards your participation grade. If you are a 5152 student, you will get a more detailed numerical score.
You should download the project for this assignment. This is a self-contained project just like all of the ones available from the demos page. You should pick either XCode or Visual Studio as your primary development environment. That is because these IDEs have the best debugging tools. However, if you plan to port to Android for the Extra Credit, you will need Android Studioinstalled as well.
Once again, this game will run (i.e. not crash) on all platforms. And you can even successfully press the play button on both iOS and Android. But beyond that it will not do all the much. It just shows a grey screen, regardless of the platform. That is because you are responsible for adding all the code to GameScene.cpp that powers the lab.
While updating this lab, we discovered an unexpected change in Box2d. While nottechnically a bug in Box2d, it changed the value of something we used in ourcode. So we had to patch one of our classes to make it work properly. Make sureyou are using version 2.5.2. If youare in doubt, always redownload CUGL, as we are keeping it up to date with ourbug fixes now.
This is perhaps the most important class of all of CUGL. A Poly2 object represents a triangulated solid polygon. This polygon can be drawn to the screen using a SpriteBatch.It can also be used to define a box2d physics object. It is a general purpose way of representing solid geometry. Anything that is not a rectangle or a circle is a Poly2 object in CUGL.
When drawing a Poly2 object, you use the fill command in SpriteBatch. It will fill the polygon with the active sprite batch color. You also need to specify the origin. The polygon vertices do not specify where they go on the screen, but are instead relative to an origin. When you draw the polygon on the screen, it is placed using this origin. By default, the origin is (0,0), but that is not necessary. It is also common to have the origin in the centroid (i.e. center of mass) of the polygon.
There are many, many tools for creating Poly2 objects in CUGL. One of the most useful is the class PolyFactory.This class includes methods to construct Poly2 objects for all basic shapes like ellipses, rounded rectangles, and capsules.
The class Poly2 originally supported both solid polygons and polylines (i.e. the boundary of a polygon). However, this was starting to cause a lot of problems with the architecture, so CUGL 2.1 refactored non-solid polygons into the class Path2. A path is essentially a sequence of line segments. Often a path will be the boundary of a Poly2 object, but Path2 objects are not required to be closed (i.e. first and last points are the same), and so they can represent much more.
It is possible to draw a Path2 object with a SpriteBatch.However, the results are rather unsatisfactory. A Path2 objects is drawn with lines that are one-pixel in width. Unfortunately, most mobile devices are high DPI (what Apple calls Retina Display), so this is too small to be easily seen.
If you want to see a Path2, it is best to give it a line stroke width. But once you do that, it is no longer a Path2 object. It is now a solid Poly2 object. The act of giving a path a width is called extrusion. The toolSimpleExtruderis your primary tool for extruding a path. While there is another extruder available, it is extremely slow (as a trade-off for being more precise) and cannot be used at framerate.
The class Path2 is a sequence of line segments. But what if we want to create a curved shape? That is the purpose of Spline2. This represents a multi-segmented Bzier spline. Each point on the curve consists of an anchor (the vertex itself) and two control points (the handles). The control points are the endpoints of the tangent line of the anchor, as shown below.
A Spline2 object cannot be drawn directly to the screen. You must flatten it first, converting it into a Path2 object. This is done with the classSplinePather.Once you have flattened the Bzier spline, you can extrude it or triangulate it, just like any other path.
Indeed, those of you from the introductory course remember that box2d makes a distinction between bodies (which represent position) and fixtures (which represent a shape). Having to keep track of both of these things can be difficult if you are not familiar with the engine. We simplified this concept in the last 3152 programming lab by creating the Obstacle class for you. The Obstacle class combines body and fixtures into a single class to make physics substantially easier.
We have also provided support for obstacles in CUGL as part of the cugl::physics2 namespace. CUGL uses sub-namespaces for any feature that is not considered mandatory. There are obstacles for various shapes, such as rectangles and circles. But for this lab you will be using the PolygonObstacle to make arbitrary shaped physics objects. And while this sounds a little scary, it is not. Every single Poly2 object can be converted into a PolygonObstacle with just a few lines of code.
If you choose to use the obstacle classes, you also have to use theObstacleWorldclass. This is a wrapper around the b2world class from box2d that supports obstacles. As with the 3152 lab, this class has the added benefit of greatly simplifying how a box2d system is created and simulated.
Box2d is essentially a deterministic physics engine. That means that if you put in the same inputs, you will get the same outputs every time. This is great, as reproducible behavior is important for debugging (and networking). However, there is a problem. No matter how much you try, there is always going to be one part of your physics engine that variable input: the updatemethod.
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