Python Module Index

v


	v
	`vector`
	`vector._compute`
	`vector._compute.lorentz`
	`vector._compute.lorentz.add`
	`vector._compute.lorentz.beta`
	`vector._compute.lorentz.boost_beta3`
	`vector._compute.lorentz.boost_p4`
	`vector._compute.lorentz.boostX_beta`
	`vector._compute.lorentz.boostX_gamma`
	`vector._compute.lorentz.boostY_beta`
	`vector._compute.lorentz.boostY_gamma`
	`vector._compute.lorentz.boostZ_beta`
	`vector._compute.lorentz.boostZ_gamma`
	`vector._compute.lorentz.deltaRapidityPhi`
	`vector._compute.lorentz.deltaRapidityPhi2`
	`vector._compute.lorentz.dot`
	`vector._compute.lorentz.equal`
	`vector._compute.lorentz.Et`
	`vector._compute.lorentz.Et2`
	`vector._compute.lorentz.gamma`
	`vector._compute.lorentz.is_lightlike`
	`vector._compute.lorentz.is_spacelike`
	`vector._compute.lorentz.is_timelike`
	`vector._compute.lorentz.isclose`
	`vector._compute.lorentz.Mt`
	`vector._compute.lorentz.Mt2`
	`vector._compute.lorentz.not_equal`
	`vector._compute.lorentz.rapidity`
	`vector._compute.lorentz.scale`
	`vector._compute.lorentz.subtract`
	`vector._compute.lorentz.t`
	`vector._compute.lorentz.t2`
	`vector._compute.lorentz.tau`
	`vector._compute.lorentz.tau2`
	`vector._compute.lorentz.to_beta3`
	`vector._compute.lorentz.transform4D`
	`vector._compute.lorentz.unit`
	`vector._compute.planar`
	`vector._compute.planar.add`
	`vector._compute.planar.deltaphi`
	`vector._compute.planar.dot`
	`vector._compute.planar.equal`
	`vector._compute.planar.is_antiparallel`
	`vector._compute.planar.is_parallel`
	`vector._compute.planar.is_perpendicular`
	`vector._compute.planar.isclose`
	`vector._compute.planar.not_equal`
	`vector._compute.planar.phi`
	`vector._compute.planar.rho`
	`vector._compute.planar.rho2`
	`vector._compute.planar.rotateZ`
	`vector._compute.planar.scale`
	`vector._compute.planar.subtract`
	`vector._compute.planar.transform2D`
	`vector._compute.planar.unit`
	`vector._compute.planar.x`
	`vector._compute.planar.y`
	`vector._compute.spatial`
	`vector._compute.spatial.add`
	`vector._compute.spatial.costheta`
	`vector._compute.spatial.cottheta`
	`vector._compute.spatial.cross`
	`vector._compute.spatial.deltaangle`
	`vector._compute.spatial.deltaeta`
	`vector._compute.spatial.deltaR`
	`vector._compute.spatial.deltaR2`
	`vector._compute.spatial.dot`
	`vector._compute.spatial.equal`
	`vector._compute.spatial.eta`
	`vector._compute.spatial.is_antiparallel`
	`vector._compute.spatial.is_parallel`
	`vector._compute.spatial.is_perpendicular`
	`vector._compute.spatial.isclose`
	`vector._compute.spatial.mag`
	`vector._compute.spatial.mag2`
	`vector._compute.spatial.not_equal`
	`vector._compute.spatial.rotate_axis`
	`vector._compute.spatial.rotate_euler`
	`vector._compute.spatial.rotate_quaternion`
	`vector._compute.spatial.rotateX`
	`vector._compute.spatial.rotateY`
	`vector._compute.spatial.scale`
	`vector._compute.spatial.subtract`
	`vector._compute.spatial.theta`
	`vector._compute.spatial.transform3D`
	`vector._compute.spatial.unit`
	`vector._compute.spatial.z`
	`vector._methods`
	`vector._typeutils`
	`vector.backends`
	`vector.backends._numba`
	`vector.backends._numba_object`
	`vector.backends.awkward`
	`vector.backends.awkward_constructors`
	`vector.backends.numba_numpy`
	`vector.backends.numpy`
	`vector.backends.object`