customVFE Namespace Reference

Functions
def	custom_hgcroc_compression
def	custom_hgcroc_oot

Function Documentation

def customVFE.custom_hgcroc_compression	(		process,
			exponentBits = vfe_proc.compressionCfg_ldm.exponentBits,
			mantissaBits = vfe_proc.compressionCfg_ldm.mantissaBits,
			rounding = vfe_proc.compressionCfg_ldm.rounding,
			truncationBits_ldm = vfe_proc.compressionCfg_ldm.truncationBits,
			truncationBits_hdm = vfe_proc.compressionCfg_hdm.truncationBits
	)

Definition at line 20 of file customVFE.py.

Referenced by custom_hgcroc_oot().

        ):
    parameters = vfe_proc.clone(
            compressionCfg_ldm = vfe_proc.compressionCfg_ldm.clone(
                exponentBits=exponentBits,
                mantissaBits=mantissaBits,
                truncationBits=truncationBits_ldm,
                rounding=rounding,
                ),
            compressionCfg_hdm = vfe_proc.compressionCfg_hdm.clone(
                exponentBits=exponentBits,
                mantissaBits=mantissaBits,
                truncationBits=truncationBits_hdm,
                rounding=rounding,
                ),
            )
    process.hgcalVFEProducer.ProcessorParameters = parameters
    return process

def customVFE.custom_hgcroc_oot	(		process,
			oot_coefficients = vfe_proc.linearizationCfg_si.oot_coefficients
	)

Definition at line 5 of file customVFE.py.

References custom_hgcroc_compression().

                      ):
    parameters = vfe_proc.clone(
            linearizationCfg_si = vfe_proc.linearizationCfg_si.clone(oot_coefficients=oot_coefficients),
            linearizationCfg_sc = vfe_proc.linearizationCfg_sc.clone(oot_coefficients=oot_coefficients),
            )
    process.hgcalVFEProducer.ProcessorParameters = parameters
    return process