smsh5_file_reader

Module Contents

Functions

num_parts(→ numpy.int32)

file_version(→ str)

particle(→ h5pickle.Dataset)

date(→ str)

description(→ str)

has_power_measurement(→ bool)

power_measurement(→ numpy.ndarray)

has_intensity(→ bool)

raster_scan_coord(→ numpy.ndarray)

user(→ str)

abstimes(→ h5pickle.Dataset)

abstimes2(→ h5pickle.Dataset)

microtimes(→ h5pickle.Dataset)

microtimes2(→ h5pickle.Dataset)

tcspc_card(→ str)

has_raster_scan(→ bool)

raster_scan(→ h5pickle.Dataset)

has_spectra(→ bool)

spectra(→ h5pickle.Dataset)

int_trace(→ h5pickle.Dataset)

__get_rs_dataset(→ h5pickle.Dataset)

rs_integration_time(→ numpy.float64)

rs_pixels_per_line(→ numpy.int32)

rs_range(→ numpy.float64)

rs_x_start(→ numpy.float64)

rs_y_start(→ numpy.float64)

spectra_exposure_time(→ numpy.float32)

spectra_abstimes(→ numpy.ndarray)

spectra_wavelengths(→ numpy.ndarray)

smsh5_file_reader.num_parts(dataset: smsh5.H5dataset) → numpy.int32[source]
smsh5_file_reader.file_version(dataset: smsh5.H5dataset) → str[source]
smsh5_file_reader.particle(particle_num: int, dataset: smsh5.H5dataset) → h5pickle.Dataset[source]
smsh5_file_reader.date(particle: smsh5.Particle) → str[source]
smsh5_file_reader.description(particle: smsh5.Particle) → str[source]
smsh5_file_reader.has_power_measurement(particle: smsh5.Particle) → bool[source]
smsh5_file_reader.power_measurement(particle: smsh5.Particle) → numpy.ndarray[source]
smsh5_file_reader.has_intensity(particle: smsh5.Particle) → bool[source]
smsh5_file_reader.raster_scan_coord(particle: smsh5.Particle) → numpy.ndarray[source]
smsh5_file_reader.user(particle: smsh5.Particle) → str[source]
smsh5_file_reader.abstimes(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.abstimes2(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.microtimes(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.microtimes2(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.tcspc_card(particle: smsh5.Particle) → str[source]
smsh5_file_reader.has_raster_scan(particle: smsh5.Particle | h5pickle.Dataset) → bool[source]
smsh5_file_reader.raster_scan(particle: smsh5.Particle | h5pickle.Dataset) → h5pickle.Dataset[source]
smsh5_file_reader.has_spectra(particle: smsh5.Particle) → bool[source]
smsh5_file_reader.spectra(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.int_trace(particle: smsh5.Particle) → h5pickle.Dataset[source]
smsh5_file_reader.__get_rs_dataset(part_or_rs: smsh5.Particle | smsh5.RasterScan) → h5pickle.Dataset[source]
smsh5_file_reader.rs_integration_time(part_or_rs: smsh5.Particle | smsh5.RasterScan) → numpy.float64[source]
smsh5_file_reader.rs_pixels_per_line(part_or_rs: smsh5.Particle | smsh5.RasterScan) → numpy.int32[source]
smsh5_file_reader.rs_range(part_or_rs: smsh5.Particle | smsh5.RasterScan) → numpy.float64[source]
smsh5_file_reader.rs_x_start(part_or_rs: smsh5.Particle | smsh5.RasterScan) → numpy.float64[source]
smsh5_file_reader.rs_y_start(part_or_rs: smsh5.Particle | smsh5.RasterScan) → numpy.float64[source]
smsh5_file_reader.spectra_exposure_time(particle: smsh5.Particle) → numpy.float32[source]
smsh5_file_reader.spectra_abstimes(particle: smsh5.Particle) → numpy.ndarray[source]
smsh5_file_reader.spectra_wavelengths(particle: smsh5.Particle) → numpy.ndarray[source]