This is a fairly basic structure consisting of 16 Roy IntTo(Bool) modules.
The IntTo(Bool) module is basically a comparator for Integers instead of Voltages.
Input (Integer): The input value to be compared.
Trigger At Value: The value that the input is to be compared with.
Invert (Boolean): If set to true the output will be “True” when the comparison is “False”, and “False when the comparison is “True”
Trigger Only If Equal: There is a very useful setting in the properties that we need for this structure: “Trigger Only If Equal” which means that if this box is ticked the output will only be “True” if the Input and “Trigger at Value” input match. If this is not ticked then the Output will be “True” when the Input Integer matches or exceeds the trigger value
The Integer to Boolean step converter.
These modules take an integer input from the DSP Count Input, and if the IntTo(Bool) module receives an Integer that matches the one specified at the Trigger At Value plug, then it will set the output to “True”.
If we set up a structure like the one below, and set up the Trigger At Value on each module then we need to start with the first module at Value 0, working up to 15 for the last module. All modules need to have their Trigger Only If Equal set as “True”. As the Input Integer value steadily rises/falls the appropriate module will send a true signal.
Note: the trigger value for the first module must be 0.
Now we have most of the building blocks for a functional sequencer…
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