Group items tagged

OpenWire Studio is a graphical and data flow development and execution environment that contains the powerful stream processing technology that we have been perfecting for over a decade. No other software compilers or IDEs are required. OpenWire Studio is designed to be extremely easy to use even by the most inexperienced users, while at the same time including very powerful and advanced features for the power users. Its intuitive environment enables even non-software developers to build and execute applications simply by making wiring diagrams: The "wires" are like those connecting a TV to a VCR, or speakers to a surround system; the OpenWire pins are analogous to the jacks where you plug the wires in; and the OpenWire components correspond to the entertainment components (TV, speakers, etc.). With OpenWire Studio, you can build your solution today. You simply: 1. Drag components from a palette 2. Draw wires to connect outputs to inputs 3. Run OpenWire Studio introduces a number of revolutionary features, such as: - auto suggesting suitable components when a component is selected - components and properties wildcard filtering - visual live binding for properties methods and events - preview and grouping for undo/redo actions - preview for the toolbox components - in-place property editors - hosted component editors/visualizers - visual debugging - live editing - and many more ...

OpenWire Studio is a graphical and data flow development and execution environment that contains the powerful stream processing technology that we have been perfecting for over a decade. No other software compilers or IDEs are required. OpenWire Studio is designed to be extremely easy to use even by the most inexperienced users, while at the same time including very powerful and advanced features for the power users. Its intuitive environment enables even non-software developers to build and execute applications simply by making wiring diagrams: The "wires" are like those connecting a TV to a VCR, or speakers to a surround system; the OpenWire pins are analogous to the jacks where you plug the wires in; and the OpenWire components correspond to the entertainment components (TV, speakers, etc.). With OpenWire Studio, you can build your solution today. You simply: 1. Drag components from a palette 2. Draw wires to connect outputs to inputs 3. Run OpenWire Studio introduces a number of revolutionary features, such as: - auto suggesting suitable components when a component is selected - components and properties wildcard filtering - visual live binding for properties methods and events - preview and grouping for undo/redo actions - preview for the toolbox components - in-place property editors - hosted component editors/visualizers - visual debugging - live editing - and many more ...

Create your own crazy voice effects. Speak into the microphone and hear your voice at the same time through the speakers. But it will not be your voice. It will be the voice of a monster, killer, alien, or any crazy voice you can think of. You can save your recorded voice as an mp3 or wave file. You can read in existing mp3 files or music CDs. The program ships with a couple of predefined effects. But you will be able to create new effects using simple formulas to map one frequency to another frequency. The formular for the build-in robot voice is: x*(1-stark)+((len / 2-1-x)*x / (len / 2))*stark for example. Simply try to change the existing formulas to create your own effects and your own monster voice.

Create your own crazy voice effects. Speak into the microphone and hear your voice at the same time through the speakers. But it will not be your voice. It will be the voice of a monster, killer, alien, or any crazy voice you can think of. You can save your recorded voice as an mp3 or wave file. You can read in existing mp3 files or music CDs. The program ships with a couple of predefined effects. But you will be able to create new effects using simple formulas to map one frequency to another frequency. The formular for the build-in robot voice is: x*(1-stark)+((len / 2-1-x)*x / (len / 2))*stark for example. Simply try to change the existing formulas to create your own effects and your own monster voice.