Results & Consultation Tips

📌 Check the "Reference Guide" in the top left corner of the results screen before starting the consultation.

📌 Understanding the measurement angles and their meanings improves consultation effectiveness.

📌 Risk Levels:

• 0–33: Mild
• 34–66: Moderate
• 67–100: Severe

Posture Analysis Results

• Displays front, side, and back photos along with the Top 3 imbalances.
• Counseling Tip:
  • Encourage users to visually recognize their posture imbalances.
  • Emphasize that higher scores indicate a greater risk of pain or injury.
  • Use 3D simulations to enhance engagement—demonstrate how posture may worsen over time if left uncorrected and emphasize the importance of improvement.
  • Comparison Feature: Displays improvements from most to least corrected, providing 3D skeleton animations of progress, which enhances user satisfaction in physiotherapy or corrective exercises.

1. Score Screen

• Displays the overall imbalance score and the Top 3 imbalanced areas along with their angles.

2.Posture Analysis: Detailed Features

• Facial Analysis
  • Uses facial landmark data to measure facial asymmetry caused by facial displacement.
    
    
• Measurement Items
  • Facial Midline: A vertical line drawn through the center of the face to assess vertical alignment imbalance.
  • Interpupillary Line: A line connecting the two eyes to assess the position and balance of the eyes.
  • Intercommissural Line: A line connecting the corners of the mouth to evaluate facial symmetry and dental midline deviation.

*Moti Physio's Facial Analysis focuses on facial displacement caused by bone position changes or misalignments and does not provide muscle analysis for the face.

• Moiré
  
  • Visualizes the body's contours with color, allowing users to identify postural imbalances. 
    This helps in intuitively analyzing left-right asymmetry or body distortions.

• Photos Only
  
  • Displays only front, side, and back photos without angle information, 
    enabling practitioners to focus on the overall posture during consultations for posture correction.

• Adam's Test
  
  • Evaluates spinal asymmetry and deformities through upper body bending posture, 
    which helps in analyzing spinal misalignments.

3. 3D Simulation

• Imbalance List
  • The imbalance list on the left side of the screen displays imbalances from the most severe to the least severe. 
    By clicking on each item, users can move to the specific area in the 3D screen for detailed posture analysis.
• Skeleton Mode
  • In Skeleton Mode, posture imbalances are visually analyzed through a 3D skeleton model. 
    The areas highlighted in red indicate a greater degree of imbalance.
• Muscle Mode
  • In Muscle Mode, muscle tension is analyzed. Red represents tight muscles, and blue represents weakened muscles. 
    The more intense the color, the more severe the condition.
• Standard, Current, and Worsened Simulation
  • Compares the ideal posture to the current state, visually identifying areas that need improvement. 
    Shows how the imbalance will worsen if left uncorrected, emphasizing the need for immediate correction.

4. Spine Analysis Methods

• How to Select the Analysis Type
  • Click on Comprehensive Analysis from the imbalance list on the left side.
  • Select Spinal Detail Analysis from the dropdown menu to switch to Cobb Angle analysis.

5. Spine Analysis Methods

• VCM (Vertebral Column Measurement)
  • VCM draws a line connecting the central points of spinal segments to measure overall spinal alignment.
    This method is ideal for assessing overall spinal balance and providing accurate spinal curve analysis.

• Cobb Angle:
  A widely used method for scoliosis diagnosis, Cobb Angle is familiar to users and commonly used for spinal curvature measurements.

Core Function Analysis Results

• Analyzes overhead squat movements and provides a core imbalance index.
• Consultation Tips:
  • Compare the user's squat movement with the avatar to highlight instability and raise awareness of issues.
  • Explain that weak core muscles increase the risk of lower back pain and injury.
  • Use visualized core function—compare the size and shape of the ellipse to that of the avatar for easier understanding.
  • Identify causes—review the "Affecting Factors" on the right side of the screen.
  • Click the ⓘ icon in the squat movement screen to check the reference angles for each body point.

1. Display Definitions

• Ellipse: Visualizes the movement path as a statistical ellipse (95% confidence interval).
• Center Line: The major axis of the ellipse.
• Angle: The angle between the major axis of the ellipse and the horizontal line.

2. Reference Points

• Click the icon on the movement screen to check the angle reference.
  
  

3. Movement Evaluation Items

• Front Knee Asymmetry
  • Measures the angle difference between the left and right knee points. 
  • Values closer to 0° indicate balanced alignment, while larger differences suggest lower body or pelvic imbalance.

• Asymmetry of the Lateral Knee
  • Measures the angle difference between the left and right knee points.
  • Values closer to 0° indicate balanced alignment, while larger differences suggest lower body or pelvic imbalance.

• Excessive Upper Body Leaning
  • Represents the movement angle of the clavicle center (C7).
  • 93° is the ideal reference; a higher value may indicate weakened core muscles.

• Arms Lowered Compared to the Upper Body
  • Measures the difference between the elbow point and the center of the clavicle (C7).
  • Values closer to 0° indicate a normal range of motion with no upper crossed syndrome.

• Excessive Back Extension
  • Measures the angle between the midpoint of the left and right hip points.
  • 93° indicates a stable spine and core.
    - Below 93°: lumbar flexion (forward bending).
    - Above 93°: lumbar extension (backward bending).

Balance Ability Analysis Results

• The balance ability analysis provides left-right balance, movement coordinates, overall imbalance score, and the Top 3 risk factors.  
• The one-leg standing test visually analyzes which areas contribute to balance issues.
• Consultation Tips:
  • Explain balance issues by showing the movement coordinates. 
    • Emphasize that higher imbalance scores indicate a greater risk of falls or joint problems.  
    • Help users visually assess their balance control and stability. 
  • Explain the connection between daily habits and balance issues
    • Posture, walking habits, and weight distribution can all impact balance.
    • Example: Favoring one foot, improper walking patterns.  
  • Highlight the importance of balance training for improving overall physical performance.  
    • Benefits of better balance:  
      • Maintains proper posture, improving exercise efficiency.  
      • Enhances core stability, optimizing power transfer.  
      • Enables faster reaction to sudden changes during movement. 
  • Explain that poor balance can increase fall risk and joint strain, making balance training essential for injury prevention and mobility.

1. Balance Imbalance Index
- Click the ❔ icon to check the imbalance level criteria.
- Balance hold time significantly impacts the score—if the user cannot maintain balance for 10 seconds, the score is greatly affected.

2. Imbalance Index Score & Movement Coordinates
- Higher scores indicate poorer balance control and an increased fall risk.
- Analyze Fall Risk and Imbalance.
- Evaluate Mild, Moderate, and Severe levels for each factor.
- Visualize the result using the position and size of circles in the graph to assess balance distribution.

3. Movement Evaluation Items
- Left Leg Balance Hold Time: Standing on the right leg
- Right Leg Balance Hold Time: Standing on the left leg

4. Left-Right Balance Score & Movement Coordinates (COG)

- Higher scores indicate poorer balance control and an increased risk of falls.
- Analyze Fall Risk and Potential Disease Risks

- Compare the severity levels of each factor: Mild, Moderate, Severe.

- Compare the position and size of the circles shown in the bottom graph to assess balance distribution.

5. Comprehensive Results

- Identify the Top 3 risk factors, starting with the most critical (displayed in the left list or central tile).

6. Comprehensive Results

- View detailed results for each factor.

- Ellipse (Movement Trajectory) Explanation: The smaller the movement range and the closer it is to the starting position, the better the balance.