/// <summary>
/// Recalculate Feed rate.
/// </summary>
void Calculate_Vf_from_vc()
{
// Vf = (Vc fz Z)/(pi D)
var v1_3 = new DoubleST((long)tool.Z.GetValue(), "[tooth]");
var v1 = (DoubleST)material.Vc * (DoubleST)material.fz * v1_3;
var v2 = Math.PI * (DoubleST)tool.D;
#if TRACE_EVENTS
log.Debug($"Calculator: Vf from vc({v2})");
#endif
Vf.SetValueScaled(v1 / v2);
}
/// <summary>
/// Recalculate Feed rate.
/// </summary>
void Calculate_Vf_from_n()
{
// Vf = n fz Z
// n from rotations to time domain. (not yet done automatic)
var v1_1 = new DoubleST(1, "[1/s]") * (DoubleST)n / n.BaseNormal();
var v1_3 = new DoubleST((long)tool.Z.GetValue(), "[tooth]");
var v1 = v1_1 * (DoubleST)material.fz * v1_3;
#if TRACE_EVENTS
log.Debug($"Calculator: Vf from n({v1})");
#endif
Vf.SetValueScaled(v1);
}