Blood Pressure vs Meridian Elevate

Blood Pressure & Heart Tracker is a convenient way to record and organize important stats like blood pressure values and heart-related data. Stay on top of your daily progress, identify trends over time, and keep all your records in one place - perfect for anyone looking to monitor general well-being and share information with family or professionals. Important Note: 1. Data Logging Only. Blood Pressure & Heart Tracker does not measure or monitor blood pressure or pulse rate. Values must be obtained from external sources or manual measurement devices. 2. Not a Medical Device. This app is intended for general record-keeping and informational purposes only. For specific conditions or concerns, please consult a qualified professional. 3. Responsibility for Backups. You are responsible for regularly backing up your data. Subscription Information: - Flexible Plans. Choose a subscription plan that suits your needs. Prices may vary by country and are converted to your local currency. - Payment. Your iTunes Account is charged at the time of purchase. - Auto-Renewal. Subscriptions renew automatically unless you turn off auto-renew at least 24 hours before the current period ends. - Managing Subscriptions. Go to your iTunes Account Settings to manage or cancel your subscription at any time. Privacy Policy: https://telegra.ph/Privacy-Policy-01-30-40 Terms of Use: https://telegra.ph/Blood-Pressure-Log-Terms-of-Use-01-30 Take the next step toward organizing and understanding your readings. Download Blood Pressure & Heart Tracker today and get a clearer picture of your daily stats—right at your fingertips!

This application performs geometric line-of-sight (LoS) analysis between two elevated structures using a WGS-84 Earth ellipsoid model. It calculates the required Height Above Ellipsoid (HAE) along the straight-line path between two radio masts, accounting for Earth curvature using a mid-chord spherical approximation. Inputs: Mast A base elevation (HAE) and antenna height (AGL) Mast B base elevation (HAE) and antenna height (AGL) Geodesic distance between masts Interpolation position along the path Core computation: Linear interpolation between mast tip heights Earth curvature correction using: d(D − d) / (2Rₑ), where Rₑ = 6,378,137 m (WGS-84) Required HAE at any point along the path Outputs: Required line-of-sight height at selected distance Real-time interactive profile of Earth curvature, ground surface, and LoS chord Visual indication of relative position along the path The model is purely geometric and does not include terrain elevation data or atmospheric refraction. It is intended for engineering estimation of direct geometric visibility between fixed radio infrastructure points.