fsw::calibration::CaptureResult Struct Reference

#include <CaptureWindow.hpp>

Public Attributes
bool	ok = false
	false → the caller must NOT create a point
double	adc_avg = 0.0
size_t	n = 0
	samples inside the window
uint64_t	span_ms = 0
	ts span actually covered
uint64_t	age_ms = 0
	how old the newest sample is, our clock
uint64_t	window_ms = kCaptureWindowMs
	the window this sensor's rate called for
uint64_t	max_age_ms = kMaxSampleAgeMs
	the staleness limit it was held to
double	spread = 0.0
	max - min inside the window
double	drift = 0.0
	|mean(2nd half) - mean(1st half)|
double	drift_z = 0.0
	drift in standard errors
bool	settled = true
	false → recorded, but flagged
const char *	reason = kReasonOk

Detailed Description

Definition at line 104 of file CaptureWindow.hpp.

Member Data Documentation

adc_avg

double fsw::calibration::CaptureResult::adc_avg = 0.0

Definition at line 106 of file CaptureWindow.hpp.

Referenced by anonymous_namespace{test_capture_window.cpp}::low_rate_step_after_settle(), and main().

age_ms

uint64_t fsw::calibration::CaptureResult::age_ms = 0

how old the newest sample is, our clock

Definition at line 109 of file CaptureWindow.hpp.

drift

double fsw::calibration::CaptureResult::drift = 0.0

|mean(2nd half) - mean(1st half)|

Definition at line 113 of file CaptureWindow.hpp.

Referenced by main().

drift_z

double fsw::calibration::CaptureResult::drift_z = 0.0

drift in standard errors

Definition at line 114 of file CaptureWindow.hpp.

Referenced by main().

max_age_ms

uint64_t fsw::calibration::CaptureResult::max_age_ms = kMaxSampleAgeMs

the staleness limit it was held to

Definition at line 111 of file CaptureWindow.hpp.

n

size_t fsw::calibration::CaptureResult::n = 0

samples inside the window

Definition at line 107 of file CaptureWindow.hpp.

Referenced by main().

ok

bool fsw::calibration::CaptureResult::ok = false

false → the caller must NOT create a point

Definition at line 105 of file CaptureWindow.hpp.

Referenced by anonymous_namespace{test_capture_window.cpp}::empty_and_too_few(), anonymous_namespace{test_capture_window.cpp}::fast_sensor_bounds_unchanged(), anonymous_namespace{test_capture_window.cpp}::low_rate_step_after_settle(), main(), and anonymous_namespace{test_capture_window.cpp}::slow_load_cell_captures().

reason

const char* fsw::calibration::CaptureResult::reason = kReasonOk

Definition at line 116 of file CaptureWindow.hpp.

Referenced by anonymous_namespace{test_capture_window.cpp}::empty_and_too_few(), anonymous_namespace{test_capture_window.cpp}::fast_sensor_bounds_unchanged(), and anonymous_namespace{test_capture_window.cpp}::slow_load_cell_captures().

settled

bool fsw::calibration::CaptureResult::settled = true

false → recorded, but flagged

Definition at line 115 of file CaptureWindow.hpp.

Referenced by main().

span_ms

uint64_t fsw::calibration::CaptureResult::span_ms = 0

ts span actually covered

Definition at line 108 of file CaptureWindow.hpp.

spread

double fsw::calibration::CaptureResult::spread = 0.0

max - min inside the window

Definition at line 112 of file CaptureWindow.hpp.

Referenced by main().

window_ms

uint64_t fsw::calibration::CaptureResult::window_ms = kCaptureWindowMs

the window this sensor's rate called for

Definition at line 110 of file CaptureWindow.hpp.

Referenced by main().

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The documentation for this struct was generated from the following file:

• daq-server/diablo_server/lib/include/calibration/CaptureWindow.hpp