Type “35” then click “m in” followed by the number “2” on the number pad. Type in “105” then click “m in” followed the number “1” on the number pad. The first Monolithic Dome was 105-feet diameter by 35-feet tall. Click on any result to push to the calculator for more work. It shows a variety of calculated results. Short instructions are to save the diameter in memory 1 and height in memory 2, click “f(x)” and select the Dome worksheet. Set up PCalc by clicking the “(i)” button then turning on “Multiple Memories”. It mirrors the same functionality of the standard Dome Calculator on our website.įor prolate ellipsoids or partial oblate ellipsoids you will still need to use our web based Advanced Calculator. Plus they are the easiest to use since it only requires a diameter and height. For 90 percent of our needs these are enough. These functions are for spherical domes and half oblate ellipsoids. Click either the Algebraic or RPN version of the dome functions depending on what mode you prefer using PCalc. Open this page in the web browser on the device running PCalc. It’s a comprehensive calculator that runs in algebraic or RPN modes, supports hundreds of functions and is worthwhile on it’s own.
Pcalc calculator virginia tech pro#
You must have PCalc Pro since PCalc Lite doesn’t support programmable functions. We’ve grown to depend on that calculator. It hadn’t been updated since the iPhone 5 was released. When Apple released iOS 11, they stopped supporting older 32-bit applications like MACalc. Integrating dome functions with a calculator was more useful. We usually want to multiply that number by a different number to estimate the price of a dome shell or how many cubic yards of shotcrete we’ll need. I was tempted to write a custom iOS app, but calculating the surface area of a dome is only the first step.
Years ago I wrote a set of dome functions for an iOS calculator application - MACalc.
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