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.TH CLARKE3 "9" "2023-02-10" "LinuxCNC Documentation" "HAL Component"
.SH NAME

clarke3 \- Clarke (3 phase to cartesian) transform
.SH SYNOPSIS
.HP
.B loadrt clarke3 [count=\fIN\fB|names=\fIname1\fB[,\fIname2...\fB]]
.SH DESCRIPTION

The Clarke transform can be used to translate a vector
quantity from a three phase system (three components 120 degrees
apart) to a two phase Cartesian system (plus a homopolar component
if the three phases don't sum to zero).
.P
\fBclarke3\fR implements
the general case of the transform, using all three phases.  If the
three phases are known to sum to zero, see \fBclarke2\fR for a
simpler version.
.SH FUNCTIONS
.TP
\fBclarke3.\fIN\fB\fR (requires a floating-point thread)

.SH PINS
.TP
.B clarke3.\fIN\fB.a\fR float in \fR
.br
.ns
.TP
.B clarke3.\fIN\fB.b\fR float in \fR
.br
.ns
.TP
.B clarke3.\fIN\fB.c\fR float in \fR
three phase input vector
.TP
.B clarke3.\fIN\fB.x\fR float out \fR
.br
.ns
.TP
.B clarke3.\fIN\fB.y\fR float out \fR
cartesian components of output
.TP
.B clarke3.\fIN\fB.h\fR float out \fR
homopolar component of output
.SH SEE ALSO

\fBclarke2\fR(9) for the 'a+b+c=0' case, \fBclarkeinv\fR(9) for
the inverse transform.
.SH AUTHOR

John Kasunich
.SH LICENSE

GPL