Matrix is a term used to describe special in-flight change of velocity (speed)…usually a slow-down to possible stop.<\/p>\n
It requires Velocity<\/span>,on\u00a0 <\/span><\/strong>in the<\/span><\/span> *thrower nc. SetVelocity,on<\/span> On the *thrower nc:<\/span><\/strong><\/p>\n \/* Post Matrix<\/strong> After a Matrix-Enabled Palette is thrown, it will change speed after MatrixDelay<\/strong> <\/span>seconds have elapsed after the throw command.\u00a0 It will stop completely by turning NON-PHYSICAL after MatrixNonPhysAfterWait<\/span> seconds have expired.<\/strong><\/p>\n The speed of the slow-down is the velocity<\/span> divided by the MatrixSpeedFactor.\u00a0 So if 3.0<\/span> then the speed will be one-third<\/span> of the Velocity<\/span>.\u00a0 (Velocity<\/span> divided by 3).<\/span><\/span><\/strong><\/p>\n","protected":false},"excerpt":{"rendered":" Matrix Matrix is a term used to describe special in-flight change of velocity (speed)…usually a slow-down to possible stop. It requires Velocity,on\u00a0 in the *thrower nc. Example: SetVelocity,on Velocity,<0,2,2.66> On the *thrower nc: \/* Post Matrix SetMatrix,(on\/off) MatrixSpeedFactor,3.0 MatrixDelay,2.0 MatrixNonPhysAfterWait,4 After a Matrix-Enabled Palette is thrown, it will change speed after MatrixDelay seconds have elapsed … Continue reading Palette Reference \u2013 20 \u2013 Thrower – Part 16 – Matrix<\/span>
\nExample:<\/p>\n
\nVelocity,<0,2,2.66><\/span>
\n<\/strong><\/span><\/p>\n
\nSetMatrix<\/span>,(on\/off)<\/span>
\nMatrixSpeedFactor<\/span>,3.0
\nMatrixDelay<\/span>,2.0
\nMatrixNonPhysAfterWait<\/span>,4<\/span><\/strong><\/p>\n