Algodoo 2.0.0 Crack 1
Rene Thivierge
Note: Writing variables incorrectly will result in the variable being a temporary variable instead of a permanent variable. Writing variables properly will make sure that your Algodoo scenes using Thyme will work.
Using a properties variable of the current scene requires the user to know the name of the variable. An example is scene.camera.pan, which is the name of the variable storing the position of the camera. You can find a full list of property variables here.
Note: After each command line, a semicolon needs to be added to mark the end of a command line, unless there is a closing bracket. Visually forcing a new line in a script window requires to press shift+return or control+return. Only return causes the current edits to apply, eventually resetting it when errors exist.
Temporary variables are created without any object specification, and only last within the current scope. The scope is the code inside the brackets in which the variable is located. Anywhere outside the brackets that contain the variable is inaccessible.
Note: Writing := instead of = ensures that a variable is created instead of writing to a variable in a larger scope. This is usually used when using the addObject commands to prevent editing both the attributes of the newly created shape AND the object executing the object (i.e. accidentally setting the pos of the executing object as well).
Array - A variable containing multiple values of any type as a list. Assigned using square brackets with every value separated using comma. Values contained inside the array don't have to be of the same variable type:
Classes are the only variable type that can't be made by the user. They act like arrays, with the difference of their content being named variables as well. Their contents can be accessed with the syntax: var.content. While it is not possible to make the variable's classes, as Thyme does not auto-cast to this type, it is possible to edit and even create new variables within an existing class. The only class type variables available to the user is the event data value's "e". Most of Algodoo's global variable organization (scene.my, app.camera, etc.) and variables referring to objects. For example: When copying an object into a textbox, or using entityByGeomId().
This also shows the reason why we use e.this..., e.other..., e.pos, etc. When using the event variable. "This", "Other", and often more variables are actually variables stored within the class type variable e, and we access them this way.
Defining the properties of an object that gets hit is often unsuited to the job at hand. First off you should know that density = 10 can also be written as: e.this.density = 10 as this is the more accurate name for this property, but if you wanted to change the density of the object that gets hit by this object you can use this piece of code:
The question mark, colon, and are required syntax (a semicolon is also required, but only if there are multiple if blocks, in which case you write a semicolon for every line except the last one). The values can be replaced with whatever data you want to put in there.
When an If-statement is executed, the value of the boolean is determined and, depending on the outcome, either compile the first value or the second. Usually said values are code values (written in ), but other values are possible as well as long as they can be compiled in the current expression. The boolean value is commonly created using logic operators and comparisons, which create a boolean value by comparing multiple values with each other and combining the results afterwards. Existing comparison operators are:
Since Algodoo's events are basic functions embedded into the source code of the program, one can create their own events embedded into the pre-existing events algodoo provides. A common use of this is to run code if certain conditions are met while keeping the structure of the entire algorithm organized. The following lines demonstrate the use of a custom event onDamage usable for geometries acting as game entities:
As can be seen, the event _onDamage is used to extend onCollide without having to place the code in the same event. This helps keeping the code organized and can help accessing such functions in some cases. One does not have to use events for every action, in fact, it's often easier to just use the root Event instead of creating new ones for every task. Major processes in a code should however be seperated in order to easily find and access it.
They're even more useful in Algodoo since capacitors can power light bulbs, batteries, protection circuits, and even more. They're quite easy to make. Put this in your code to create a basic capacitor. Set _charge to 0 and set _action1 and _action2 to the code you want.
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