How to Use Dice Trend Analyzer – Complete User Guide

Dice Trend Analyzer is an experimental three-dice pattern analysis tool for Windows. It analyzes the next session ID together with the three dice values from the previous session and generates an experimental TAI/XIU signal.

The application also stores completed sessions locally. As more real results are recorded, it can compare new sessions with similar historical patterns and provide additional historical probability information.

Important: Dice Trend Analyzer is an experimental statistical analysis tool. Its results are estimates only and do not guarantee future outcomes.

1. Download and Install Dice Trend Analyzer

Dice Trend Analyzer is currently available for Windows and Android. Choose the version for your device below.

Windows

Installer package:

DiceTrendAnalyzerSetup.zip

Download for Windows

After downloading, extract the ZIP file and run:

DiceTrendAnalyzerSetup.exe

Android

APK package:

DiceTrendAnalyzer.apk

Download for Android

After downloading the APK, open it on your Android device and follow the installation instructions. Android may ask you to allow installation from your browser or file manager.

Windows SmartScreen Notice

The current Windows version may not yet use a commercial code-signing certificate. Because of this, Windows SmartScreen may display a warning when the installer is opened.

If the installer was downloaded from the official ToolNova website:

Click More info.
Verify that the file name is DiceTrendAnalyzerSetup.exe.
Click Run anyway.
Continue the installation normally.

Do not disable Windows SmartScreen globally.

2. Main Analyzer Screen

The Analyzer screen requires four pieces of information:

Next Session ID
Previous Dice D1
Previous Dice D2
Previous Dice D3

Example:

Next Session ID: 2531037

Previous session:
D1 = 4
D2 = 3
D3 = 4

The order of the dice is important.

For example:

4 - 3 - 4

is treated differently from:

4 - 4 - 3

Do not rearrange the dice values before entering them.

3. Enter the Session ID

Enter the ID of the session you want the application to analyze.

Example:

The Session ID field accepts numeric values only.

4. Enter the Previous Dice

Use the three dropdown menus labeled:

Each dropdown contains values from 1 to 6.

Select the dice exactly in the order shown in the previous session.

Example:

D1 = 4
D2 = 3
D3 = 4

The application automatically calculates:

Previous Total: 11
Previous Result: TAI / BIG

The default classification is:

4–10 = XIU / SMALL
11–17 = TAI / BIG

5. Run the Analysis

After entering a valid Session ID and selecting D1, D2 and D3, the Analyze button becomes available.

Click:

ANALYZE

The application calculates several features derived from the Session ID and the previous dice values.

These include information such as:

Session digit patterns
Last digits of the Session ID
Modulo-based session features
D1, D2 and D3 values
Previous dice total
Ordered dice pattern
Weighted dice values
Interactions between the Session ID and previous dice

These values are processed by the application's experimental prediction engine.

6. Understanding the Base Signal

Even when there is little or no historical data, Dice Trend Analyzer can generate an experimental directional signal.

For example:

Experimental Signal

TAI

or:

Experimental Signal

XIU

This signal comes from the application's base analysis formula.

It should not be interpreted as a guaranteed prediction.

7. Historical Probability

Dice Trend Analyzer can generate a base TAI/XIU signal from the first session. However, historical probability becomes available only after enough completed sessions with confirmed actual results have been collected.

During the early stage, the application may display:

Historical probability available after 50 completed sessions.

The base TAI/XIU signal continues to work normally during this period. The first completed sessions are used to build the initial historical dataset.

Why Confirmed Historical Data Matters

Every completed prediction can become a useful historical reference once its actual result has been confirmed in the History section.

Confirmed sessions allow the application to compare previous prediction signals with real outcomes. As the historical database grows, Dice Trend Analyzer has more reference data available for comparison and statistical calibration.

For this reason, users should regularly confirm completed sessions in History. Detailed instructions for entering the actual dice result are provided in Section 9 – Record the Actual Result.

How Historical Calibration Works

After at least 50 completed sessions have been collected, Dice Trend Analyzer can begin using historical results to calibrate the current prediction signal.

The system does not simply calculate the overall percentage of TAI and XIU results. Instead, it looks for historical sessions that were analyzed using the same method and have characteristics similar to the current session.

The comparison may include:

Session ID-derived features
Previous D1, D2 and D3 values
Previous dice total
Ordered dice pattern
Base formula score
Previous TAI/XIU state

Historical sessions that are more similar to the current analysis are more relevant when calculating the historical TAI/XIU estimate.

Example:

Base Signal: TAI

Historical Calibration:

TAI: 57.4%
XIU: 42.6%

Similar Historical Samples: 31
Total Historical Samples: 120

In this example, the application has 120 completed historical sessions in total, but only 31 are considered sufficiently similar to the current analysis. The displayed TAI/XIU percentages are calibrated from those relevant historical samples.

Historical Probability Updates Continuously

Historical percentages are recalculated whenever new completed results are confirmed and added to the database.

As the historical dataset becomes larger and more consistent, the application has more information available for comparison. This can improve the quality of statistical calibration, but it does not guarantee that future predictions will be correct.

Recommended workflow:
Analyze → wait for the actual result → confirm the completed session in History → save the result → continue with the next session.

8. Why Similar Historical Sessions Matter

Not every historical session is equally relevant to the current session.

The application compares characteristics such as:

Base formula score
Session-derived features
Previous dice values
Previous dice total
Ordered dice pattern
Previous TAI/XIU state

Sessions with characteristics closer to the current session receive more importance during historical calibration.

Therefore:

Total Historical Samples

and:

Similar Historical Samples

may be different values.

9. Record the Actual Result

After a predicted session has finished, open the History section and confirm the actual dice result for that session.

This step is important because only completed sessions with confirmed real results can be used for accuracy statistics and historical calibration.

How to Confirm a Completed Session

Open the History section.
Find the Session ID that has just finished.
Open the session record.
Select the actual values for D1, D2 and D3.
Verify the automatically calculated total and TAI/XIU result.
Save the completed result.

For example:

Session ID: 2531037

Actual D1 = 2
Actual D2 = 4
Actual D3 = 3

Actual Total = 9
Actual Result = XIU

The application automatically calculates the actual total from D1, D2 and D3 and determines whether the completed session was TAI or XIU.

Why Saving the Actual Result Is Important

Once the actual result is saved, Dice Trend Analyzer can compare the original prediction with the real outcome.

The completed record can then be used to:

Determine whether the prediction was correct or incorrect
Build the historical dataset
Calculate prediction accuracy statistics
Find historical sessions similar to future analyses
Improve historical probability calibration

For more consistent historical analysis, confirm the actual result after every completed prediction whenever possible.

Do not change the original Session ID or previous D1, D2 and D3 values when confirming the result. Only enter the actual dice values produced by the completed session.

10. Prediction History

Open the History section to review previous analyses.

History may include:

Session ID
Previous dice
Predicted signal
Historical probability
Actual result
Correct or incorrect status
Date and time

The history database is stored locally on the computer.

11. Statistics

The Statistics screen summarizes the performance of completed predictions.

Available statistics may include:

Total Predictions
Completed Predictions
Correct Predictions
Incorrect Predictions
Overall Accuracy
TAI Predictions
XIU Predictions
Last 100 Accuracy
Last 500 Accuracy
Maximum Correct Streak
Maximum Incorrect Streak

When there is not enough completed data, the application may display:

Insufficient data

This is normal.

12. Language Selection

Dice Trend Analyzer currently supports:

English
Vietnamese

Use the language selector in the top-right corner of the application.

The interface changes immediately without restarting the application.

13. Automatic Website Opening

When Dice Trend Analyzer starts, the application may automatically open the official ToolNova website in the default web browser.

The application interface appears first, and the website opens shortly afterward.

The browser and Dice Trend Analyzer run independently.

This feature can be controlled remotely by the application configuration.

14. Automatic Updates

Dice Trend Analyzer checks the official ToolNova configuration for new versions.

When no update is available, the application displays the current version as up to date.

When a newer Windows version is available, Dice Trend Analyzer can download the official update package and verify its integrity before installing it.

The updater is designed to replace application program files while preserving local user data.

Prediction history is stored separately from the installation directory.

15. User Data Location

On Windows, Dice Trend Analyzer stores user data separately from application files.

Typical location:

C:\Users\YOUR_USERNAME\AppData\Local\DiceTrendAnalyzer\

This directory may contain:

Prediction history database
Application settings
Logs

Updating the application should not remove this data.

16. Recommended Usage

For useful historical analysis:

Always enter the correct Session ID.
Keep D1, D2 and D3 in their original order.
Record the actual result after each analyzed session.
Avoid deleting historical data unnecessarily.
Use larger historical sample sizes when evaluating the tool.

The first 50 completed sessions are primarily used to establish an initial historical dataset. Larger datasets provide a better basis for evaluating whether any meaningful pattern exists.

17. Important Disclaimer

Dice Trend Analyzer is an experimental data-analysis application. Dice outcomes may be generated independently or randomly by the underlying system. Past sessions do not guarantee future results.

Historical percentages describe patterns observed in stored data and should not be interpreted as guaranteed future probabilities.

Use the application for analysis and experimentation only.

Download Dice Trend Analyzer

Download the latest version of Dice Trend Analyzer for your device.

Download for Windows Download for Android

Windows: DiceTrendAnalyzerSetup.zip
Android: DiceTrendAnalyzer.apk

More Resources

Rovekira.com provides a practical environment for testing Dice Trend Analyzer across supported game platforms and reviewing related guides, access information, and other online entertainment resources.

Visit Rovekira

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