Merwin's EPV Calculator
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À propos de l'application
Merwin’s EPV Calculator calculates the volume of a spherical cap from an imaginary cross section through the middle of the cap.
Using a complex polynomial, Merwin’s equation utilizes the width, height and thickness measurements of the cross-section of a spherical cap.
To demonstrate potential utility, an illustrative example of normative curves, including the 10th, 50th and 90th percentile lines, as well as derived percentile, is generated to demonstrate how this equation could be used in real-world practice. The example curve presented has no utility beyond that of an illustrative example. In the example presented data is collected in the form of lengths in centimeters and time as weeks and days.
Key Features:
- Enter the sample name and time in weeks and days
- Easily enter width, height and thickness of the spherical cap
- Calculates the spherical cap volume immediately using mathematical modeling
- The volume result is immediately plotted on a sample normative curve, with normal values shown in green and alert values shown in red
- Results can be easily shared using Android's standard share tool
- Data can be easily updated and recalculated, or cleared for a new sample
Using a complex polynomial, Merwin’s equation utilizes the width, height and thickness measurements of the cross-section of a spherical cap.
To demonstrate potential utility, an illustrative example of normative curves, including the 10th, 50th and 90th percentile lines, as well as derived percentile, is generated to demonstrate how this equation could be used in real-world practice. The example curve presented has no utility beyond that of an illustrative example. In the example presented data is collected in the form of lengths in centimeters and time as weeks and days.
Key Features:
- Enter the sample name and time in weeks and days
- Easily enter width, height and thickness of the spherical cap
- Calculates the spherical cap volume immediately using mathematical modeling
- The volume result is immediately plotted on a sample normative curve, with normal values shown in green and alert values shown in red
- Results can be easily shared using Android's standard share tool
- Data can be easily updated and recalculated, or cleared for a new sample
Date de mise à jour
La sécurité, c'est d'abord comprendre comment les développeurs collectent et partagent vos données. Les pratiques concernant leur confidentialité et leur protection peuvent varier selon votre utilisation, votre région et votre âge. Le développeur a fourni ces informations et peut les modifier ultérieurement.
Aucune donnée partagée avec des tiers
En savoir plus sur la manière dont les développeurs déclarent le partage
Aucune donnée collectée
En savoir plus sur la manière dont les développeurs déclarent la collecte
Nouveautés
Updated target and minimum SDK versions
Assistance de l'appli
À propos du développeur
Michael Frederick
developer@michaelfrederick.org
25 Senate Pl
Larchmont, NY 10538-1626
United States
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