imclab / mnstrivuoexamples

Some experiments with Vuo.

##compositions Some example compositions.

nodes

Some very simple nodes for Vuo. ###Installation instructions

1. Download the nodes by cloning the repository or downloading the .zip from the sidebar.
2. Copy the contents of the nodes/ folder to: ~/Library/Application Support/Vuo/Modules/
3. Launch/relaunch Vuo

###List of Nodes These nodes are very basic but still quite useful. Most of them will probably become obsolete quite soon as Vuo gets updated, but for now they are a good workaround. ####mnstri.glsl.vignette.vuonode A simple GLSL filter that creates a vignette effect. ####mnstri.math.absolute Outputs the absolute value of the input value. ####mnstri.math.bpmToSeconds Converts a BPM (Beats Per Minute) value to a number you can feed to the Fire Periodically node. ####mnstri.math.distanceBetweenPoints3D Calculates the distance between two points. ####mnstri.math.fpsToSeconds Converts an FPS (Frames Per Second) value to a number you can feed to the Fire Periodically node. ####mnstri.math.modulo Modulo. Outputs the remainder of a division between the two input values. ####mnstri.math.sinCosTan Outputs the sine, cosine and tanget of the input value. ####mnstri.utility.inputSplitter.color Splits an input value (color) to multiple outputs. Useful for controlling your dataflow. Like the input splitter in QC. ####mnstri.utility.inputSplitter.image Splits an input value (image) to multiple outputs. Useful for controlling your dataflow. Like the input splitter in QC. ####mnstri.utility.inputSplitter.integer Splits an input value (integer) to multiple outputs. Useful for controlling your dataflow. Like the input splitter in QC. ####mnstri.utility.inputSplitter.point3d Splits an input value (3D Point) to multiple outputs. Useful for controlling your dataflow. Like the input splitter in QC. ####mnstri.utility.inputSplitter.real Splits an input value (real) to multiple outputs. Useful for controlling your dataflow. Like the input splitter in QC.

##source-for-nodes The source code for the nodes.