A counter generator. The counter is incremented at the stream rate at discrete steps.
The first output of the counter is startValue
If a switch is connected to start and it has not been triggered yet, the output of the counter is the startValue.
When the next sample of the counter exceeds the rollValue the counter is reset and the counter output is startValue
Counter (
startValue: 1
rollValue: none
increment: 1
start: none
stop: none
reset: off
)
| startValue: | The starting value of the counter which is also the first output of the counter. |
|---|---|
| stopValue: | The roll value of the counter. The maximum value before reseting to startValue |
| increment: | The increment value of the counter. |
| start: | If a switch is connected to to the start port, the counter starts when the switch transitions from off to on. |
| stop: | If a switch is connected to to the start port, the counter stops when the switch transitions from off to on. |
| reset: | The counter could be reset to its initial state through a switch connected to the reset port. The counter is reset when the switch transitions from off to on. |
Impulse train generator.
Unipolar output [ 0. , 1. ] scaled by amplitude
ImpulseTrain (
amplitude: 1.0
frequency: 0.0
count: none
start: none
stop: none
reset: off
)
| amplitude: | The amplitude of the generator. |
|---|---|
| frequency: | The frequency of the generator. |
| count: | The total number of impulses. If set to none the total number is infinite. |
| start: | If a switch is connected to to the start port, the counter starts when the switch transitions from off to on. |
| stop: | If a switch is connected to to the start port, the counter stops when the switch transitions from off to on. |
| reset: | The counter could be reset to its initial state through a switch connected to the reset port. The counter is reset when the switch transitions from off to on. |
Bipolar output [ -1. , 1. ] scaled by amplitude
Oscillator (
type: 'Sine'
amplitude: 1.0
frequency: 0.0
phase: 0.0
reset: off
}
| type: | Possible options are 'Sine', 'Triangle', 'Saw', 'ReverseSaw', 'Square'. |
|---|---|
| amplitude: | The amplitude of the oscillator. |
| frequency: | The frequency of the oscillator. |
| phase: | The starting phase of the oscillator. |
| reset: | Resets the oscillator to the starting phase. |
For a sawtooth oscillator the output is [ -1. , 1.[
For a reverse sawtooth oscillator the output is ] -1., 1]
Pulse train generator.
Unipolar output [ 0. , 1. ] scaled by amplitude
PulseTrain (
dutyCycle: 0.5
amplitude: 1.0
frequency: 0.0
phase: 0.0
count: none
start: none
stop: none
reset: off
)
| amplitude: | The amplitude of the generator. |
|---|---|
| frequency: | The frequency of the generator. |
| phase: | The starting phase of the generator. |
| count: | The total number of impulses. If set to none the total number is infinite. |
| start: | If a switch is connected to to the start port, the counter starts when the switch transitions from off to on. |
| stop: | If a switch is connected to to the start port, the counter stops when the switch transitions from off to on. |
| reset: | The counter could be reset to its initial state through a switch connected to the reset port. The counter is reset when the switch transitions from off to on. |
Random (
type: 'Uniform'
minimum: -1.0
maximum: 1.0
seed: none
)
| type: | Possible options are 'Uniform', 'Normal', 'Exponential'. |
|---|---|
| minimum: | The minimum value of the output. |
| maximum: | The maximum value of the output. |
| seed: | TO BE DEFINED |
UnitStep (
sampleDelay: 0
reset: off
)
| sampleDelay: | Delay the unit step by number of samples. |
|---|