iManjira vs isxynth

At a bhajan, and don't have your Manjiras with you? Or do you just want a super-portable set of Manjiras always in your pocket? We have you covered! Just tap anywhere on the screen for a rich Manjira sound. ________________________________________ ◆ ABOUT iManjira ◆ The Manjira is a pair of small hand cymbals used as a traditional percussion instrument in Indian music. It is used mostly in devotional music or bhajans. iManjira is an easy-to-use electronic manjira player - just tap anywhere on the screen for rich Manjira sound. Never leave home without your Manjira again! ________________________________________ ◆ Now you can play iManjira with iPod or other music apps running in background ________________________________________ ◆ KEY FEATURES ◆ √ Uses sounds sampled from actual manjiras for the most realistic sound √ Choose between small manjira (sharper sound) or large manjira (fuller sound) √ Easy to operate: tap the top half of the screen for the closed sound, and the bottom half for the open sound ________________________________________

isxysnth is spectral cross synthesis / morphing plugin it gets two input signals, splits each one into 2 parts containing noise and tone components and then allows morphing between all these elements. Freeze control allows spectral blurring-like effect for both input signals, two 3 second delay lines allow selection of different signal in time and also provide "freeze" effect you can process left and right channels on stereo source or use this effect as multi-input AUv3 - in that case it will use 2 stereo inputs. Standalone mode currently works only in "mono" mode - three XY controls set balance between tone and noise components, amount of freeze and set up morphing - both inputs have 3-second delay line; freeze button ("*") toggles off recording. - gestures on all the main controls (3 xy pads and two sliders) can be recorded and played back when appropriate button with ">" label is toggled on - in current version standalone app supports only mono (L + R as inputs I and II) processing