"imp.dmx.8to16 converts two 8-bit values (0-255), the MSB and LSB, into a 16- bit value (0-65535). This is useful when formatting DMX data from fixtures that use fine control channels."
"imp.dmx.artnetin receives DMX data broadcast using the Art-Net UDP networking protocol. It cannot receive data which is sent using the newer unicast mode. The first argument sets the Art-Net subnet (0-15) and the second the Art-Net universe (0-15).
"imp.dmx.artnetin receives DMX data broadcast using the Art-Net UDP networking protocol. It cannot receive data which is sent using the newer unicast mode. The first argument sets the Art-Net subnet (0-15) and the second the Art-Net universe (0-15).
"imp.dmx.artnetout broadcasts DMX data using the Art-Net UDP networking protocol. It cannot send data using the newer unicast mode. The first argument sets the Art-Net subnet (0-15) and the second the Art-Net universe (0-15).
"imp.dmx.artnetout broadcasts DMX data using the Art-Net UDP networking protocol. It cannot send data using the newer unicast mode. The first argument sets the Art-Net subnet (0-15) and the second the Art-Net universe (0-15).
imp.dmx takes a list of channel/value pairs (prefixed list) and outputs a full universe of DMX in a list of consecutive values by placing the received values in the outputted list at the location specified by their channel address.
imp.dmx takes a list of channel/value pairs (prefixed list) and outputs a full universe of DMX in a list of consecutive values by placing the received values in the outputted list at the location specified by their channel address.
"imp.dmx.get gets the values of specific channels from a DMX Jitter matrix and outputs them as channel/value pairs. By connecting to a qmetro, it can be used to continuously lookup the values of certain channels rather than an entire matrix."
"imp.dmx.get gets the values of specific channels from a DMX Jitter matrix and outputs them as channel/value pairs. By connecting to a qmetro, it can be used to continuously lookup the values of certain channels rather than an entire matrix."
"imp.dmx.prefix prefixes channel addresses to a list of DMX values. Argument is the address of the first channel. Useful for formatting data for the Enttec DMX USB Pro interface, which requires channel/value pairs."
"imp.dmx.prefix prefixes channel addresses to a list of DMX values. Argument is the address of the first channel. Useful for formatting data for the Enttec DMX USB Pro interface, which requires channel/value pairs."
This patch is for writing the values of specific channels to a DMX Jitter matrix. A list of channels values is specified in the left inlet and a list of channel addresses is specified in the right.
This patch is for writing the values of specific channels to a DMX Jitter matrix. A list of channels values is specified in the left inlet and a list of channel addresses is specified in the right.
"imp.dmx.rgbcmy converts RGB values to CMY, or CMY values to RGB. In both cases, the process is simply inverting the values. CMY values are used to specify subtractive rather than additive colour mixing and are required for colour-values to send to moving
"imp.dmx.rgbcmy converts RGB values to CMY, or CMY values to RGB. In both cases, the process is simply inverting the values. CMY values are used to specify subtractive rather than additive colour mixing and are required for colour-values to send to moving
imp.dmx.write writes a list of consecutive DMX values into a jitter matrix. The resulting matrix is outputted. The length of the inputted list determines the number of channel values written.
imp.dmx.write writes a list of consecutive DMX values into a jitter matrix. The resulting matrix is outputted. The length of the inputted list determines the number of channel values written.
