Today I work as a Back End Developer creating web solutions with the most current tools and techniques on the market, mainly using the Go and Python language. My two other passions are audio and music. I have some projects created in these areas and I intend to develop other works that interest me.
It's much harder to build than to destroy..
Abstract work demands creativity.
Do not take life too seriously. You will never get out of it alive.
// C++ audio example
// filipeborato@github
float CompreezorAudioProcessor::calcCompressorGain(float fDetectorValue, float fThreshold, float fRatio, float fKneeWidth, bool bLimit)
{
// slope variable
float CS = 1.0 - 1.0 / fRatio; // [ Eq. 13.1 ]
// limiting is infinite ratio thus CS->1.0
//if (bLimit)
//CS = 1;
// soft-knee with detection value in range?
if (fKneeWidth > 0 && fDetectorValue > (fThreshold - fKneeWidth / 2.0) &&
fDetectorValue < fThreshold + fKneeWidth / 2.0)
{
// setup for Lagrange
double x[2];
double y[2];
x[0] = fThreshold - fKneeWidth / 2.0;
x[1] = fThreshold + fKneeWidth / 2.0;
x[1] = min(0, x[1]); // top limit is 0dBFS
y[0] = 0; // CS = 0 for 1:1 ratio
y[1] = CS; // current CS
// interpolate & overwrite CS
CS = lagrpol(&x[0], &y[0], 2, fDetectorValue);
}
// compute gain; threshold and detection values are in dB
float yG = CS * (fThreshold - fDetectorValue); // [ Eq. 13.1 ]
// clamp; this allows ratios of 1:1 to still operate
yG = min(0, yG);
// convert back to linear
return pow(10.0, yG / 20.0);
}
# Python code with syntax highlighting
# thelearn-tech@github
from os import path
def check_for_file():
print("Does file exist:", path.exists("data.csv"))
if __name__=="__main__":
check_for_file()
| Name | Age | Gender |
|---|---|---|
| Josh | 27 | Male |
| Tom | 25 | Male |
| Olivia | Never Ask | Female |
| This | is a | Table |
