SDDS1 !# little-endian &description text="Twiss parameters--input: da_fma_offP.ele lattice: elegant.lte", contents="Twiss parameters", &end ¶meter name=Step, description="Simulation step", type=long, &end ¶meter name=nux, symbol="$gn$r$bx$n", units="1/(2$gp$r)", description="Horizontal tune", type=double, &end ¶meter name=dnux/dp, symbol="$gx$r$bx$n", units="1/(2$gp$r)", description="Horizontal chromaticity", type=double, &end ¶meter name=dnux/dp2, symbol="$gx$r$bx2$n", units="1/(2$gp$r)", description="Horizontal 2nd-order chromaticity", type=double, &end ¶meter name=dnux/dp3, symbol="$gx$r$bx3$n", units="1/(2$gp$r)", description="Horizontal 3rd-order chromaticity", type=double, &end ¶meter name=Ax, symbol="A$bx$n", units=m, description="Horizontal acceptance", type=double, &end ¶meter name=nuy, symbol="$gn$r$by$n", units="1/(2$gp$r)", description="Vertical tune", type=double, &end ¶meter name=dnuy/dp, symbol="$gx$r$by$n", units="1/(2$gp$r)", description="Vertical chromaticity", type=double, &end ¶meter name=dnuy/dp2, symbol="$gx$r$by2$n", units="1/(2$gp$r)", description="Vertical 2nd-order chromaticity", type=double, &end ¶meter name=dnuy/dp3, symbol="$gx$r$by3$n", units="1/(2$gp$r)", description="Vertical 3rd-order chromaticity", type=double, &end ¶meter name=Ay, symbol="A$by$n", units=m, description="Vertical acceptance", type=double, &end ¶meter name=deltaHalfRange, symbol="$gDd$r/2", description="Half range of momentum offset for chromatic tune spread evaluation", type=double, &end ¶meter name=nuxChromUpper, symbol="$gx$r$bu$n", description="Upper limit of x tune due to chromaticity and deltaRange", type=double, &end ¶meter name=nuxChromLower, symbol="$gx$r$bu$n", description="Lower limit of x tune due to chromaticity and deltaRange", type=double, &end ¶meter name=nuyChromUpper, symbol="$gy$r$bu$n", description="Upper limit of y tune due to chromaticity and deltaRange", type=double, &end ¶meter name=nuyChromLower, symbol="$gy$r$bu$n", description="Lower limit of y tune due to chromaticity and deltaRange", type=double, &end ¶meter name=Stage, description="Stage of computation", type=string, &end ¶meter name=pCentral, units="m$be$nc", description="Central momentum", type=double, &end ¶meter name=dbetax/dp, units=m, description="Derivative of betax with momentum offset", type=double, &end ¶meter name=dbetay/dp, units=m, description="Derivative of betay with momentum offset", type=double, &end ¶meter name=etax2, symbol="$gc$r$bx2$n", units=m, description="Second-order dispersion (for matched or periodic case only)", type=double, &end ¶meter name=etay2, symbol="$gc$r$by2$n", units=m, description="Second-order dispersion (for matched or periodic case only)", type=double, &end ¶meter name=etax3, symbol="$gc$r$bx3$n", units=m, description="Third-order dispersion (for matched or periodic case only)", type=double, &end ¶meter name=etay3, symbol="$gc$r$by3$n", units=m, description="Third-order dispersion (for matched or periodic case only)", type=double, &end ¶meter name=betaxMin, units=m, description="Minimum betax", type=double, &end ¶meter name=betaxAve, units=m, description="Average betax", type=double, &end ¶meter name=betaxMax, units=m, description="Maximum betax", type=double, &end ¶meter name=betayMin, units=m, description="Minimum betay", type=double, &end ¶meter name=betayAve, units=m, description="Average betay", type=double, &end ¶meter name=betayMax, units=m, description="Maximum betay", type=double, &end ¶meter name=etaxMax, units=m, description="Maximum absolute value of etax", type=double, &end ¶meter name=etayMax, units=m, description="Maximum absolute value of etay", type=double, &end ¶meter name=waistsx, description="Number of changes in the sign of alphax", type=long, &end ¶meter name=waistsy, description="Number of changes in the sign of alphay", type=long, &end ¶meter name=dnux/dAx, units=1/m, description="Horizontal tune shift with horizontal amplitude", type=double, &end ¶meter name=dnux/dAy, units=1/m, description="Horizontal tune shift with vertical amplitude", type=double, &end ¶meter name=dnuy/dAx, units=1/m, description="Vertical tune shift with horizontal amplitude", type=double, &end ¶meter name=dnuy/dAy, units=1/m, description="Vertical tune shift with vertical amplitude", type=double, &end ¶meter name=dnux/dAx2, units="1/m$a2$n", description="Horizontal tune shift with horizontal amplitude", type=double, &end ¶meter name=dnux/dAy2, units="1/m$a2$n", description="Horizontal tune shift with vertical amplitude", type=double, &end ¶meter name=dnux/dAxAy, units="1/m$a2$n", description="Horizontal tune shift with horizontal and vertical amplitude", type=double, &end ¶meter name=dnuy/dAx2, units="1/m$a2$n", description="Vertical tune shift with horizontal amplitude", type=double, &end ¶meter name=dnuy/dAy2, units="1/m$a2$n", description="Vertical tune shift with vertical amplitude", type=double, &end ¶meter name=dnuy/dAxAy, units="1/m$a2$n", description="Vertical tune shift with horizontal and vertical amplitude", type=double, &end ¶meter name=nuxTswaLower, description="Minimum horizontal tune from tune-shift-with-amplitude calculations", type=double, &end ¶meter name=nuxTswaUpper, description="Maximum horizontal tune from tune-shift-with-amplitude calculations", type=double, &end ¶meter name=nuyTswaLower, description="Minimum vertical tune from tune-shift-with-amplitude calculations", type=double, &end ¶meter name=nuyTswaUpper, description="Maximum vertical tune from tune-shift-with-amplitude calculations", type=double, &end ¶meter name=couplingIntegral, description="Coupling integral for difference resonance", type=double, &end ¶meter name=couplingDelta, description="Distance from difference resonance", type=double, &end ¶meter name=emittanceRatio, description="Emittance ratio from coupling integral", type=double, &end ¶meter name=alphac2, symbol="$ga$r$bc2$n", description="2nd-order momentum compaction factor", type=double, &end ¶meter name=alphac, symbol="$ga$r$bc$n", description="Momentum compaction factor", type=double, &end &column name=s, units=m, description=Distance, type=double, &end &column name=betax, symbol="$gb$r$bx$n", units=m, description="Horizontal beta-function", type=double, &end &column name=alphax, symbol="$ga$r$bx$n", description="Horizontal alpha-function", type=double, &end &column name=psix, symbol="$gy$r$bx$n", units=rad, description="Horizontal phase advance", type=double, &end &column name=etax, symbol="$gc$r$bx$n", units=m, description="Horizontal dispersion", type=double, &end &column name=etaxp, symbol="$gc$r$bx$n$a'$n", description="Slope of horizontal dispersion", type=double, &end &column name=xAperture, symbol="a$bx,eff$n", units=m, description="Effective horizontal aperture", type=double, &end &column name=betay, symbol="$gb$r$by$n", units=m, description="Vertical beta-function", type=double, &end &column name=alphay, symbol="$ga$r$by$n", description="Vertical alpha-function", type=double, &end &column name=psiy, symbol="$gy$r$by$n", units=rad, description="Vertical phase advance", type=double, &end &column name=etay, symbol="$gc$r$by$n", units=m, description="Vertical dispersion", type=double, &end &column name=etayp, symbol="$gc$r$by$n$a'$n", description="Slope of vertical dispersion", type=double, &end &column name=yAperture, symbol="a$by,eff$n", units=m, description="Effective vertical aperture", type=double, &end &column name=pCentral0, symbol="p$bcent$n", units="m$be$nc", description="Initial central momentum", type=double, &end &column name=ElementName, description="Element name", format_string=%10s, type=string, &end &column name=ElementOccurence, description="Occurence of element", format_string=%6ld, type=long, &end &column name=ElementType, description="Element-type name", format_string=%10s, type=string, &end &data mode=binary, &end Q88@msT? \((7@B^¾? 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