Matt Fraser
BeeFlat provides readings that are accurate to .1 of a hertz and a historic view of the pitch that allows you to monitor fluctuations in blowing and adjust your tuning accordingly.
仅展示当前所选商店地区的已观测下载价格。点击区域比价可查看各国家和地区的换算价格。
当前在 Apple 公共 App Store 页面可见的项目,可能不等同于 App Store Connect 中的完整目录。
BeeFlat provides readings that are accurate to .1 of a hertz and a historic view of the pitch that allows you to monitor fluctuations in blowing and adjust your tuning accordingly.
The interface has been designed with simplicity and ease of use in mind. You can take a new reading with just one button press, reverse the scale for use on drones, lock the current reading and more.
BeeFlat uses pitch detection algorithms that have been tested on a wide range of drone and reed combinations. These algorithms have been tailored to temperament and tonal qualities of the bagpipes making BeeFlat the most accurate tuner for the bagpipes available today.
The settings are configurable including an adjustable scale range, the ability to have readings shown relative to concert pitch (450s) or their actual pitch (480s) and solo temperament options. The adjustable scale range allows you to dial in a level of sensitivity that is suitable to the level of the player you are tuning. BeeFlat is suitable for use by a top level Grade One band about to go on at The World's right through to a novice band at their first practice.
BeeFlat was designed and developed by Matt Fraser in Melbourne, Australia. Matt lived in Scotland for five years where he played for the Inveraray and District Pipe Band and competed in solo competitions around the games, including the Silver Medal piobaireachd competitions at Oban and Inverness. In addition to Matt's piping credentials, he has been a professional software developer for over 10 years, developing software for some of the world's largest and well known enterprises.
根据最新观测到的 App Store 数据快速解答。
最新观测到的下载价格为 S$ 34.98。请打开 App Store 官方链接确认当前结算价格。
Apple 公开页面目前在该商店显示 0 个购买项目,公开列表可能不完整。
会。App Store 价格可能因商店、币种、税费和开发者定价而不同,目前已收集 2 个地区观测。