The Ride Magic 8 Ball is a classic toy that has been entertaining and answering questions for decades. This novelty item is loved by both kids and adults, as it provides a fun and mystical way to seek guidance or make decisions. The Ride Magic 8 Ball is shaped like a traditional 8-ball, with a blue liquid-filled sphere containing a 20-sided die featuring various responses. To use the Ride Magic 8 Ball, you simply hold it upright and ask a yes or no question. Then, you gently shake the ball to activate the floating die and wait for an answer to appear in the small window on the bottom. The responses can range from positive affirmations like "It is certain" or "Signs point to yes," to more negative replies like "Don't count on it" or "Outlook not so good.
You can use a signal like this (I put mine in models.py)
If the user explicitely clicks the logout button, I can clear the flag, but most of the time, users just leave the page or close the browser; clearing the flag in these cases does not seem straight forward to me. For example, when you use the default output variable name out and the default signal logging variable name logsout , access the signal data using this code.
The responses can range from positive affirmations like "It is certain" or "Signs point to yes," to more negative replies like "Don't count on it" or "Outlook not so good." These answers are randomly generated by the die, giving the illusion of magical insight. The appeal of the Ride Magic 8 Ball lies in its unpredictability and sense of mystery.
Witch is logged on signal
In the Simulink ® Editor, view signal logging indicators.
Consider using this approach for models that have few signals marked for signal logging and have a shallow model hierarchy.
This approach avoids leaving the Simulink Editor.
Open the Signal Properties dialog box for each signal.
Use the Signal Logging Selector.
Consider using this approach for models with deep hierarchies.
View a model that has signal logging override settings for some signals.
View the configuration as part of specifying a subset of signals for logging from all signals marked for signal logging.
View signal logging configuration without displaying the signal logging indicators in the model.
View signal logging configuration information such as decimation and output options in one window.
Use the Model Explorer.
View signal logging configuration in the context of other model component properties.
Adjust the column view to display signal logging properties, if necessary.
Use MATLAB ® commands
Get the handles of the signals in the model and find the ones that have data logging enabled.
View Signal Logging Configuration Using the Simulink Editor
By default, the Simulink Editor displays an indicator on each signal marked for logging. For example, this model logs the output signal of the Sine Wave block.
To view the signal properties, right-click the signal and select Properties.
If you programmatically override logging for a signal, the Simulink Editor continues to display the signal logging indicator for that signal. When you simulate the model, Simulink displays a red signal logging indicator for all signals marked to be logged, reflecting any overrides. For details about configuring a signal for logging, see Mark Signals for Logging.
A logged signal can also be a test point. See Configure Signals as Test Points for information about test points.
To hide logging indicators, on the Debug tab, click to clear Information Overlays > Log & Testpoint.
View Logging Configuration Using the Signal Logging Selector
In the Modeling tab, click Model Settings. Then, click Configure Signals to Log.
The Contents pane shows the signals marked for logging in the node selected in the Model Hierarchy pane. When no signals are marked for logging in a node, the Contents pane is empty. Use the arrow to the left of a hierarchical node to expand or collapse the contents of the node in the Model Hierarchy pane.
When a model includes referenced models, the check box in the Model Hierarchy pane indicates the override configuration for the model corresponding to the node.
For the top-level model node, logs all logged signals in the top model.
For a Model block node, logs all logged signals in the model reference hierarchy for that block.
For the top-level model node, disables logging for all logged signals in the top-level model.
For a Model block node, disables logging for all signals in the model reference hierarchy for that block.
For the top-level model node, logs all logged signals that have the DataLogging setting enabled.
For a Model block node, logs all logged signals in the model reference hierarchy for that block that have the DataLogging setting enabled.
View Configuration of Subsystems and Linked Libraries
The following table describes default Model Hierarchy pane display of subsystems, masked subsystems, and linked library nodes.
| Node | Display Default |
|---|---|
| Subsystem | Displays all subsystems that include logged signals |
| Masked subsystem | Does not display masked subsystems |
| Linked library | Displays all subsystems that include logged signals |
You can control how the Model Hierarchy pane displays subsystems, masked subsystems, and linked libraries. Use icons at the top of the Model Hierarchy pane or use the View menu, using the same approach as you use in the Model Explorer. For details, see Model Explorer and Manage Existing Masks.
- To display all subsystems, including subsystems that do not include signals marked for logging, select Show Subsystems with No Logged Signals or View >Show Subsystems with No Logged Signals. This subsystem setting also applies to masked subsystems, if you choose to display masked subsystems.
- To display masked subsystems with logged signals, select Show Masked Subsystems or View >Show Masked Subsystems
- To display linked libraries, select Show Library Links or View >Show Library Links
Filtering Signal Logging Selector Contents
To find a specific signal or property value for a signal, use the Filter Contents edit box. Use the same approach as you use in the Model Explorer; for details, see Model Explorer .
Highlighting a Block in a Model
To use the Model Hierarchy pane to highlight a block in model, right-click the block or signal and select Highlight block in model.
View Signal Logging Configuration Using the Model Explorer
- To access the logging configuration information for referenced models, open the model for which you want to view the signal logging configuration. Select the top-level model in a model reference hierarchy.
- In the Contents pane, set Column View to the Signals view.
For further information, see Model Explorer .
Programmatically Find Signals Configured for Logging
Use MATLAB commands to get the handles of the signals in the model and find the ones that have data logging enabled. For example:
mdlsignals = find_system(gcs,'FindAll','on','LookUnderMasks','all',. 'FollowLinks','on','type','line','SegmentType','trunk'); ph = get_param(mdlsignals,'SrcPortHandle') for i=1: length(ph) get_param(ph,'datalogging') end
People are fascinated by the idea of seeking guidance from a seemingly mystical object. It adds an element of fun and whimsy to decision-making processes, making it popular for parties, game nights, or as a collectible item. The Ride Magic 8 Ball has become a cultural icon, appearing in movies, TV shows, and even as a reference in popular songs. It has also inspired various spin-offs and digital versions, but the classic handheld version remains a favorite among fans. Whether used seriously or for entertainment purposes, the Ride Magic 8 Ball continues to capture the imagination and curiosity of people across generations..
Reviews for "The Magic 8 Ball's Influence on Pop Culture"
1. John - ★☆☆☆☆
I was really disappointed with Ride Magic 8 Ball. The whole experience felt lackluster and unimpressive. The ride itself was slow and unimaginative, with no thrilling moments or unexpected turns. The supposed "magic" aspect was also underwhelming - it was just a regular ride with some outdated decorations. Overall, I wouldn't recommend wasting your time on this ride if you're looking for something exciting.
2. Sarah - ★★☆☆☆
I had high hopes for Ride Magic 8 Ball, but unfortunately, it fell short of my expectations. The queue was long and disorganized, and once we finally got on the ride, it was nothing special. The ride's storyline was confusing, and the effects were unimpressive. It lacked the magic and excitement that I was hoping for. It's not the worst ride I've been on, but definitely not worth the wait or the high ticket price.
3. Mike - ★★☆☆☆
I found Ride Magic 8 Ball to be quite disappointing. The ride was slow and predictable, with no thrilling elements or unique features. The supposedly interactive aspects were minimal, and it felt like a missed opportunity to engage the riders. The ride's theming was also outdated and unappealing. Overall, I left the ride feeling underwhelmed and wishing I had chosen a different attraction to spend my time and money on.
4. Emily - ★☆☆☆☆
Ride Magic 8 Ball was a complete letdown. The ride itself was incredibly short, lasting barely a few minutes. The lack of excitement and variety made it feel like a wasted opportunity. The theming was outdated and uninteresting, and the ride operators seemed disinterested in providing an enjoyable experience. Save yourself the disappointment and skip this ride altogether. There are far better attractions worth your time and money at the theme park.