X: is the number of samples present in each sinusoidal cycle

• The larger this number is, the larger is the sample rate and thus we have a more faithful and smooth representation of the real curve (Nyquist–Shannon sampling theorem)

Y: represents the time step (in milliseconds) between 2 subsequent batches of data.

• Data is sent in json format
• Each "batch" streamed by the websocket contains one or more samples
• Each "batch" streamed by the websocket is contained within square brackets and each sample within it is contained within curly brackets
• If Y is set to 20, each new batch of data will be within 20 milli seconds from the previous one
• The amount of samples within that batch depends on the values of X and Z
• The larger this number is, more data will be received at once and the time without receiving new data will also be larger
  • Example: if you specify Y=10000 you'll only receive 1 batch of data each 10 seconds, and the socket will be silent for around 10 seconds also

Z: is the frequency of the sinusoidal wave itself