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3D and XR Studio Transform - Blocks, Python Functions, Projects | PictoBlox Extension
[PictoBloxExtension]

3D and XR Studio Transform

Transform
Extension Description
PictoBlox Transform lets users move, rotate, and scale 3D objects along the X, Y, and Z axes, providing precise control for seamless modeling and animation.

Introduction

Transform provides users with an interface to manipulate layers:

1. Position, Scale, Rotation:

– Position: Users can precisely define the location of layers within their scenes, ensuring objects are placed exactly where they want them. This capability is essential for arranging elements in a scene to achieve desired compositions or layouts.

– Scale: Scaling allows users to adjust the size of layers, either uniformly or along specific axes. This flexibility enables them to create objects of varying sizes and proportions, enhancing visual diversity and realism in their scenes.

– Rotation: Users can specify the orientation of layers in three-dimensional space, controlling their tilt, angle, and orientation relative to the scene’s coordinate system. Rotation adds depth and dynamism to scenes, allowing users to create immersive environments and unique visual perspectives.

2. Animation Integration:

– Custom Animations: Platform provides users with a library of pre-defined animations that can be easily applied to layers. These animations cover common motions such as scaling, rotation, and more, allowing users to quickly add movement and interactivity to their scenes without the need for extensive scripting or programming.

– In-built Animations: User can also use the inbuilt animation created while creation of the 3D objects.

Read More

PictoBlox Blocks

Controls the camera functionality, allowing users to turn the camera on or off and switch to other camera.
Starts the script whenever you press a specified button of the wizbot.
Calibrates wizbot sensors, ensuring accurate readings for line following
Switches the state of the wizbot to Grid mode.
The block takes the motor port, the direction of rotation (forward or reverse) and speed of rotation (between 0 to 100 %) as input from the user and rotates the motor accordingly.
evive has two tactile switches; this block checks if either of them is pressed. The switch whose state you want to check can be chosen from the drop-down menu on this block. It returns “true” if the switch is pressed and “false” if the switch is not pressed.
The block compares the latest string message in the terminal with the data input by the user in the block. If the data matches, it returns the true, else it returns false. 
The block reports either the temperature or humidity (selected from the dropdown menu) from DHT sensor connected to the digital pin selected from the drop-down menu.
The block is used to draw characters and symbols on evive TFT Display. The matrix size for the block is 20 horizontally and 16 vertically. 
This block defines the PWM pins to which each of the servos is connected.
This block defines the PWM pins to which all the four servos of legs(2 servos of legs + 2 servos of feet) are connected.
The blocks turn their sprite the specified amount of degrees clockwise. This changes the direction the sprite is facing.
The block gives its sprite a speech bubble with the specified text — the speech bubble stays until another speech or thought block is activated, or the stop sign is pressed.
The block will play the specified sound, with no pause to its script.
Blocks held inside this block will loop a given amount of times, before allowing the script to continue. If a decimal is put in, the number is rounded up.
Scripts placed underneath this block will activate when the specified key is pressed.
The block checks whether its sprite is touching a specified color. If it is, the block returns “true”.
The block checks if the first value is equal to the other value. If the values are equal, the block returns true; if not, false. This block is not case-sensitive.
The block will change the specified variable by a given amount.
The block enables or disables the automatic display of the box on the human pose or hand detection on the stage. This is useful when you want to see if the detection is happening or not.
The recognize () in image after () seconds block starts the camera and takes an image after the specified time and analyzes it. It then saves the image features in PictoBlox.
The function enables or disables the automatic display of the box on face detection on the stage.
This block is used to analyze the image received as input from the camera, for the handwritten and printed text.
When the block is executed, the recognition window will open and you will get a specified time during which PictoBlox will record whatever you say. Once recorded, the speech will be converted to the text of the language you spoke in and saved locally.
The block opens the recognition window and shows the machine learning analysis on the camera feed. Very good for visualization of the model in PictoBlox.
The block trains the NLP model with the data added with add () as () block.
The block enables or disables the automatic display of the box on object detection on the stage. This is useful when you want to see if the object detection happens during the analysis or not.
The block causes the text in the Text to Speech extension to be spoken using the pronunciation of the given language but does not translate the text.
The block returns the PictoBlox language of the current user. This block can be used with the translate () to () block, to translate to or from the end user’s set language.
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