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- semantic adaptation TEST
- for discrete event
- input ports x[1 .. 2] (kg.m/s 2), y, z
- output ports a, b, c
- extract directionalderivative
- {= (signal-signal[prev]) / h }
- {
- def firstorder(s) {
- var temp;
- temp = s-s[prev];
- return temp / h;
- }
- return firstorder(x);
- }
- in rules with zero crossing tolerance = 0.001, no hold { // for CT to inner DE
- not x[prev]+3 > 2+2*floor(y[now]+round(8.2)) and y < 4 -> todo --> todo;
- x >! 2 with tolerance = 0.0001 -> "high" --> no hold; // means condition -> IN action -> UPDATE IN action
- x >! 1 or x <! 2 -> "low" --> no hold;
- x <! 1 -> "off"; // i.e., no hold is the default
- otherwise(x) -> null --> zero order hold;
- quantize(y, "off", 1, "low", 2, "high") --> no hold;
- quantize(z, ="event"+floor(z + 0.5)) --> no hold;
- quantize(z, ="event"+round(z)) --> no hold;
- quantize z every 2 offset 1 --> no hold;
- }
- //out rules with buffer[10] {}
- out rules {}
- control rules {}
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