Index A | B | C | D | G | I | M | N | O | P | Q | R | S | T | W A AbstractInstrument (class in ctis.instruments) AbstractInversionResult (class in ctis.inverters) AbstractInverter (class in ctis.inverters) AbstractIterativeInverter (class in ctis.inverters) AbstractLinearInstrument (class in ctis.instruments) angle (ctis.instruments.IdealInstrument attribute) arange() (in module ctis) area_effective (ctis.instruments.IdealInstrument attribute) axis_channel (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument attribute) axis_iteration (ctis.inverters.AbstractIterativeInverter attribute) (ctis.inverters.MartInverter attribute) axis_psf_xy (ctis.instruments.IdealInstrument attribute) axis_scene_xy (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument attribute) axis_sensor_xy (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument property) axis_wavelength (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument attribute) B backproject() (ctis.instruments.AbstractInstrument method) (ctis.instruments.AbstractLinearInstrument method) (ctis.instruments.IdealInstrument method) (ctis.instruments.OptikaInstrument method) C channel (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument attribute) coordinates_scene (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument attribute) coordinates_sensor (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument attribute) (ctis.instruments.OptikaInstrument property) correlation_residual (ctis.inverters.IterativeInversionResult attribute) correlation_residual() (ctis.inverters.AbstractIterativeInverter method) (ctis.inverters.MartInverter method) (in module ctis.inverters.merit) ctis module ctis.instruments module ctis.inverters module ctis.inverters.merit module ctis.scenes module D dispersion (ctis.instruments.IdealInstrument attribute) distortion() (ctis.instruments.IdealInstrument method) G gamma (ctis.inverters.MartInverter attribute) gaussians() (in module ctis.scenes) I IdealInstrument (class in ctis.instruments) image() (ctis.instruments.AbstractInstrument method) (ctis.instruments.AbstractLinearInstrument method) (ctis.instruments.IdealInstrument method) (ctis.instruments.OptikaInstrument method) images (ctis.inverters.AbstractInversionResult property) (ctis.inverters.InversionResult attribute) (ctis.inverters.IterativeInversionResult attribute) instrument (ctis.inverters.AbstractInverter property) (ctis.inverters.AbstractIterativeInverter property) (ctis.inverters.MartInverter attribute) intermediate (ctis.inverters.AbstractIterativeInverter attribute) (ctis.inverters.MartInverter attribute) InversionResult (class in ctis.inverters) inverter (ctis.inverters.AbstractInversionResult property) (ctis.inverters.InversionResult attribute) (ctis.inverters.IterativeInversionResult attribute) iteration (ctis.inverters.IterativeInversionResult property) IterativeInversionResult (class in ctis.inverters) M MartInverter (class in ctis.inverters) mean_chi_squared (ctis.inverters.IterativeInversionResult attribute) mean_chi_squared() (ctis.inverters.AbstractIterativeInverter method) (ctis.inverters.MartInverter method) (in module ctis.inverters.merit) message (ctis.inverters.AbstractInversionResult property) (ctis.inverters.InversionResult attribute) (ctis.inverters.IterativeInversionResult attribute) module ctis ctis.instruments ctis.inverters ctis.inverters.merit ctis.scenes N num_channel (ctis.instruments.AbstractInstrument property) (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument property) (ctis.instruments.OptikaInstrument property) num_iteration (ctis.inverters.AbstractIterativeInverter attribute) (ctis.inverters.IterativeInversionResult attribute) (ctis.inverters.MartInverter attribute) O OptikaInstrument (class in ctis.instruments) P plate_scale (ctis.instruments.IdealInstrument attribute) plot_moments() (ctis.inverters.AbstractInversionResult method) (ctis.inverters.InversionResult method) (ctis.inverters.IterativeInversionResult method) position_ref (ctis.instruments.IdealInstrument attribute) psf (ctis.instruments.IdealInstrument attribute) Q quantum_yield (ctis.instruments.IdealInstrument attribute) R read_noise (ctis.instruments.IdealInstrument attribute) regrid() (in module ctis) S solution (ctis.inverters.AbstractInversionResult property) (ctis.inverters.InversionResult attribute) (ctis.inverters.IterativeInversionResult property) solutions (ctis.inverters.IterativeInversionResult attribute) success (ctis.inverters.AbstractInversionResult property) (ctis.inverters.InversionResult attribute) (ctis.inverters.IterativeInversionResult attribute) system (ctis.instruments.OptikaInstrument attribute) T threshold_convergence (ctis.inverters.MartInverter attribute) timedelta_exposure (ctis.instruments.IdealInstrument attribute) W wavelength_ref (ctis.instruments.IdealInstrument attribute) weights (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument property) (ctis.instruments.OptikaInstrument property) weights_transpose (ctis.instruments.AbstractLinearInstrument property) (ctis.instruments.IdealInstrument property) (ctis.instruments.OptikaInstrument property)