Pc Logo Turtle Download For Windows 7 UPD

* Use a number of 2D and 3D shapes to design scenery and turtle models that can be moved about and animated with ease, quickly making simple 3D games such as Breakout and Turtle Cycles then expanding to more complex fare such as Turtle gridLock

* Create dozens or even hundreds of turtles working simultanously to bring sophisticated microWorlds to life; communicate beteen them with ease to enact co-ordinated game logic; use powerful location tools to determine relative positions, accurately place turtles, restrict movement and detect collisions

Pc Logo Turtle Download For Windows 7

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turtleSpaces is an implementation of the Apple II version, but on modern hardware, and it is much less limited! But it is Logo in spirit, as it was in the 1980s, just much more useful and accessible, with the addition of dozens of shape primitives, tables, databases, search functionality, list manipulation, positional and vector functions, cameras, lights, music hatchlings and much, much more.

Turtle graphics were based on turtle robots, which were used in programming. In 1948, Grey Walter created his first robots, named Elmer and Elsie. People often thought his robots looked and moved like tortoises.

If none of the matrix elements are given, return the transformationmatrix as a tuple of 4 elements.Otherwise set the given elements and transform the turtleshapeaccording to the matrix consisting of first row t11, t12 andsecond row t21, t22. The determinant t11 * t22 - t12 * t21 must not bezero, otherwise an error is raised.Modify stretchfactor, shearfactor and tiltangle according to thegiven matrix.

Set or disable undobuffer. If size is an integer, an empty undobuffer ofgiven size is installed. size gives the maximum number of turtle actionsthat can be undone by the undo() method/function. If size isNone, the undobuffer is disabled.

If no arguments are given, return current (canvaswidth, canvasheight). Elseresize the canvas the turtles are drawing on. Do not alter the drawingwindow. To observe hidden parts of the canvas, use the scrollbars. With thismethod, one can make visible those parts of a drawing which were outside thecanvas before.

Turn turtle animation on/off and set delay for update drawings. Ifn is given, only each n-th regular screen update is reallyperformed. (Can be used to accelerate the drawing of complexgraphics.) When called without arguments, returns the currentlystored value of n. Second argument sets delay value (seedelay()).

The functional interface for turtle graphics uses the various methods ofTurtle and TurtleScreen/Screen. Behind the scenes, a screenobject is automatically created whenever a function derived from a Screenmethod is called. Similarly, a turtle object is automatically createdwhenever any of the functions derived from a Turtle method is called.

Create and write docstring-dictionary to a Python script with the givenfilename. This function has to be called explicitly (it is not used by theturtle graphics classes). The docstring dictionary will be written to thePython script filename.py. It is intended to serve as a templatefor translation of the docstrings into different languages.

If you want to use a different configuration which better reflects the featuresof this module or which better fits to your needs, e.g. for use in a classroom,you can prepare a configuration file turtle.cfg which will be read at importtime and modify the configuration according to its settings.

The entries exampleturtle and examplescreen define the names of theseobjects as they occur in the docstrings. The transformation ofmethod-docstrings to function-docstrings will delete these names from thedocstrings.

The Turtle methods shearfactor(), shapetransform() andget_shapepoly() have been added. Thus the full range ofregular linear transforms is now available for transforming turtle shapes.tiltangle() has been enhanced in functionality: it now canbe used to get or set the tilt angle. settiltangle() has beendeprecated.

Fire up a terminal on Mac or Linux, and type python, then press Return or Enter. Then type from turtle import *, then Return or Enter. Now type fd(100), then Return or Enter. Hooray! Logo with Python! =D (Windows users can install Python here)

For a complete list of commands, see the online documentation. Note that the documentation will tell you to type turtle.fd(100), rather than fd(100), because they chose to use import turtle, rather than from turtle import *. The star method is almost always bad, because it makes it possible to confuse your own functions with those in the module, but in this case it is good, because it lets us control the turtle with proper logo commands.

Now, whenever you want to do logo, navigate to wherever you saved shapes.py before running python. Then, after running python, run from shapes import * instead of from turtle import *. This will import logo along with any custom functions you have defined in shapes.py. So, whenever you make a cool function, just save it in shapes.py for future use.

The package's strengths include many "advanced" extensions, beyond the basic 2-dimensional turtle. These include 3-D graphics and simple hooks into the Windows widget world. (You can create Windows forms with buttons, etc., from within your LOGO code.)

There are non-English kits available for this desktop app also such as German, Portuguese, Japanese, and two French adaptations. Moreover, it provides support for multiple turtles and 3D computer graphics. This PC programming environment can easily be installed in your system as quickly as possible. Most importantly, you no longer need further setting configuration to make this run.

Logo is an educational programming language, designed in 1967 by Wally Feurzeig, Seymour Papert, and Cynthia Solomon.[1] Logo is not an acronym: the name was coined by Feurzeig while he was at Bolt, Beranek and Newman,[2] and derives from the Greek logos, meaning word or thought.

A general-purpose language, Logo is widely known for its use of turtle graphics, in which commands for movement and drawing produced line or vector graphics, either on screen or with a small robot termed a turtle. The language was conceived to teach concepts of programming related to Lisp and only later to enable what Papert called "body-syntonic reasoning", where students could understand, predict, and reason about the turtle's motion by imagining what they would do if they were the turtle. There are substantial differences among the many dialects of Logo, and the situation is confused by the regular appearance of turtle graphics programs that are named Logo.

Logo's most-known feature is the turtle (derived originally from a robot of the same name),[5] an on-screen "cursor" that shows output from commands for movement and small retractable pen, together producing line graphics. It has traditionally been displayed either as a triangle or a turtle icon (though it can be represented by any icon). Turtle graphics were added to the Logo language by Seymour Papert in the late 1960s to support Papert's version of the turtle robot, a simple robot controlled from the user's workstation that is designed to carry out the drawing functions assigned to it using a small retractable pen set into or attached to the robot's body.

As a practical matter, the use of turtle geometry instead of a more traditional model mimics the actual movement logic of the turtle robot. The turtle moves with commands that are relative to its own position, LEFT 90 means spin left by 90 degrees. Some Logo implementations, particularly those that allow the use of concurrency and multiple turtles, support collision detection and allow the user to redefine the appearance of the turtle cursor, essentially allowing the Logo turtles to function as sprites.

Turtle geometry is also sometimes used in environments other than Logo as an alternative to a strictly coordinate-addressed graphics system. For instance, the idea of turtle graphics is also useful in Lindenmayer system for generating fractals.

Some modern derivatives of Logo allow thousands of independently moving turtles. There are two popular implementations: Massachusetts Institute of Technology's StarLogo and Northwestern University Center for Connected Learning's (CCL) NetLogo. They allow exploring emergent phenomena and come with many experiments in social studies, biology, physics, and other areas. NetLogo is widely used in agent-based simulation in the biological and social sciences.

Logo was a primary influence on the Smalltalk programming language. It is also the main influence on the Etoys educational programming environment and language, which is essentially a Logo variant written in Squeak (itself a variant of Smalltalk). Logo influenced the procedure/method model in AgentSheets and AgentCubes to program agents similar to the notion of a turtle in Logo. Logo provided the underlying language for Boxer. Boxer was developed at University of California, Berkeley and MIT and is based on a literacy model, making it easier to use for nontechnical people.[citation needed]

MSWLogo supports multiple turtle graphics, 3D computer graphics, and allows input from ports COM and LPT. It also supports a windows interface, so input/output (I/O) is available through this GUI, and keyboard and mouse events can trigger interrupts. Simple GIF animations may also be produced on MSWLogo version 6.5 with the command gifsave. The program is also used as educational software. Jim Muller wrote The Great Logo Adventure, a complete Logo manual using MSWLogo as the demonstration language.

Logo is a simple programming language devised by Seymour Papert for educationalpurposes. Students can control the movement of a 'turtle' which draws lines on the screen.Students learn about lengths and angles while creating diagrams and patterns. Thelearning takes place as students experiment, get feedback and revise their actions in anon-judgmental environment. Students develop a much better understanding of anglesbeing an amount of turning than they do from more traditional, static exercises. e24fc04721