Rewrite the driver in Rust; move the testbench tools out
The repository is now only the HPCS 6500 driver: a Rust library (serial transport, every protocol command, block parsing, USBPcap captures, a simulated instrument) and the hpcs6500 CLI with the flags of the former hpcs6500.py, plus dump/capture for reverse engineering. The lamp station, lamp export, TM-30, label printer and LED calibration move to B4L/lamp-testbench. Golden tests pin the Rust output to the Python driver's: parsed values bit-exact, report text, CSV and number formatting. The Python driver is at tag python-final.
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+189
@@ -0,0 +1,189 @@
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//! Golden tests against the output of the former Python driver
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//! (`hpcs6500.py`), generated from real USB captures.
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use hpcs6500::format::{csv_header, csv_row, format_quick, format_reading, pcap_report};
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use hpcs6500::{Reading, pcap, pyfmt};
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use serde_json::Value;
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use std::path::{Path, PathBuf};
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fn dir(sub: &str) -> PathBuf {
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Path::new(env!("CARGO_MANIFEST_DIR"))
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.join("tests")
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.join(sub)
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}
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fn fixture(name: &str) -> Reading {
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let meas = std::fs::read(dir("fixtures").join(format!("{name}_meas.bin"))).unwrap();
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let elec = std::fs::read(dir("fixtures").join(format!("{name}_elec.bin"))).ok();
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Reading::parse(&meas, elec.as_deref()).unwrap()
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}
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fn golden() -> Vec<Value> {
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serde_json::from_str(&std::fs::read_to_string(dir("golden").join("readings.json")).unwrap())
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.unwrap()
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}
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fn text(name: &str) -> String {
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std::fs::read_to_string(dir("golden").join(name))
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.unwrap()
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.replace("\r\n", "\n")
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}
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/// Python values in the golden file: floats as {"f": repr}, lists, ints, strings.
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fn same(rust: &Value, py: &Value, path: &str) {
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match py {
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Value::Object(o) if o.contains_key("f") => {
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let want = o["f"].as_str().unwrap();
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let got = pyfmt::repr(
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rust.as_f64()
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.unwrap_or_else(|| panic!("{path}: not a number: {rust}")),
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);
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assert_eq!(got, want, "{path}");
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}
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Value::Array(a) => {
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let r = rust
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.as_array()
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.unwrap_or_else(|| panic!("{path}: not a list"));
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assert_eq!(r.len(), a.len(), "{path}: length");
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for (i, (x, y)) in r.iter().zip(a).enumerate() {
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same(x, y, &format!("{path}[{i}]"));
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}
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}
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other => assert_eq!(rust, other, "{path}"),
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}
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}
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#[test]
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fn parsed_blocks_match_python_exactly() {
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for g in golden() {
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let name = g["name"].as_str().unwrap();
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let r = fixture(name);
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let v = serde_json::to_value(&r).unwrap();
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let keys: Vec<&str> = v.as_object().unwrap().keys().map(|k| k.as_str()).collect();
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let want: Vec<&str> = g["keys"]
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.as_array()
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.unwrap()
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.iter()
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.map(|k| k.as_str().unwrap())
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.collect();
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assert_eq!(keys, want, "{name}: key order");
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for k in want {
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same(&v[k], &g["values"][k], &format!("{name}.{k}"));
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}
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assert_eq!(
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r.electrical.as_ref().unwrap().harmonics.is_some(),
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g["harmonics"].as_bool().unwrap(),
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"{name}"
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);
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}
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}
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#[test]
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fn report_text_matches_python() {
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for g in golden() {
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let name = g["name"].as_str().unwrap();
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let r = fixture(name);
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assert_eq!(
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format_reading(&r, false),
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text(&format!("format_{name}.txt")),
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"{name}"
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);
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assert_eq!(
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format_reading(&r, true),
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text(&format!("format_{name}_spectrum.txt")),
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"{name} spectrum"
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);
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let n: usize = name[1..].parse().unwrap();
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assert_eq!(
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format!("{}\n{}", format_quick(&r, Some(n)), format_quick(&r, None)),
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text(&format!("quick_{name}.txt"))
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);
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}
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}
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#[test]
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fn csv_matches_python() {
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for g in golden() {
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let name = g["name"].as_str().unwrap();
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let want = std::fs::read_to_string(dir("golden").join(format!("csv_{name}.txt"))).unwrap();
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assert_eq!(csv_header() + &csv_row("T", &fixture(name)), want, "{name}");
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}
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}
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#[test]
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fn float_formatting_matches_python() {
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let cases: Vec<Value> =
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serde_json::from_str(&std::fs::read_to_string(dir("golden").join("pyfmt.json")).unwrap())
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.unwrap();
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assert!(cases.len() > 1000);
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for c in &cases {
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let x = f64::from_bits(c["bits"].as_u64().unwrap());
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assert_eq!(pyfmt::repr(x), c["repr"].as_str().unwrap(), "repr {x:e}");
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assert_eq!(pyfmt::g(x, 6), c["g6"].as_str().unwrap(), "g6 {x:e}");
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for (k, p) in [("f2", 2), ("f1", 1), ("f0", 0)] {
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if let Some(w) = c[k].as_str() {
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assert_eq!(pyfmt::fixed(x, p), w, "{k} {x:e}");
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}
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}
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if let Some(w) = c["round1"].as_str() {
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assert_eq!(pyfmt::repr(pyfmt::round(x, 1)), w, "round1 {x:e}");
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}
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}
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}
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#[test]
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fn pcap_round_trip_and_report() {
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// a capture with two readings, written in memory
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let (a, b) = (fixture("r01"), fixture("r02"));
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let block =
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|n: &str, k: &str| std::fs::read(dir("fixtures").join(format!("{n}_{k}.bin"))).unwrap();
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let file = pcap::write(&[
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(pcap::Dir::Tx, vec![0x8C, 0x13]),
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(pcap::Dir::Rx, vec![0x8C, 0x13, 0x0F, 0x40]),
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(pcap::Dir::Rx, block("r01", "meas")),
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(pcap::Dir::Rx, block("r01", "elec")),
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(pcap::Dir::Rx, block("r02", "meas")),
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(pcap::Dir::Rx, block("r02", "elec")),
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]);
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let msgs = pcap::messages(&file).unwrap();
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assert_eq!(msgs.len(), 6);
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assert_eq!(msgs[0].dir, pcap::Dir::Tx);
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assert_eq!(pcap::readings(&msgs), vec![a, b]);
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let report = pcap_report(&msgs, true, false);
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assert_eq!(report.lines().count(), 2);
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assert!(pcap::messages(&[]).is_err());
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assert!(pcap::messages(&[0u8; 30]).is_err());
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}
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/// The `--parse` reports of real captures. The captures are not in git
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/// (`captures/` is ignored); the test runs where they are.
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#[test]
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fn parse_reports_of_real_captures() {
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let caps = Path::new(env!("CARGO_MANIFEST_DIR")).join("captures");
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let mut checked = 0;
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for cap in [
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"usb_capture_20260204_123655_hub1",
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"usb_capture_20260204_134301_hub1",
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] {
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let path = caps.join(format!("{cap}.pcap"));
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if !path.exists() {
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eprintln!("skipped: {} not here", path.display());
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continue;
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}
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let msgs = pcap::read_messages(&path).unwrap();
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assert_eq!(
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pcap_report(&msgs, false, false),
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text(&format!("parse_{cap}.txt"))
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);
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assert_eq!(
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pcap_report(&msgs, true, false),
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text(&format!("parse_{cap}_quick.txt"))
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);
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assert_eq!(
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pcap_report(&msgs, false, true),
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text(&format!("parse_{cap}_harmonics.txt"))
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);
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checked += 1;
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}
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eprintln!("{checked} capture(s) checked");
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}
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@@ -0,0 +1,2 @@
|
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timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,483.7375183105469,57.40340042114258,5635.47412109375,0.005606670398265123,0.32931944727897644,0.34943076968193054,0.2015872299671173,0.3208470344543457,0.2015872299671173,0.48127055168151855,4.836654186248779,82.90641784667969,81.94468688964844,93.72439575195312,93.53913116455078,76.66526794433594,81.33158874511719,88.99320983886719,83.17845916748047,63.87458801269531,4.212823390960693,83.55355072021484,76.21843719482422,59.73139953613281,86.1976318359375,96.91849517822266,75.6298828125,1501.3740234375,0.0,471.6053466796875,686.2144775390625,333.9613952636719,11.230633735656738,0.0,1503.01220703125,667.4908447265625,708.2540283203125,651.1345825195312,67.85055541992188,53279.0,2154.0,2834.0,230.29359436035156,0.06537289172410965,8.406862258911133,50.02156448364258,0.5584115386009216
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,479.5904235839844,57.03839111328125,5661.3740234375,0.005495334509760141,0.3286939859390259,0.34864285588264465,0.20145727694034576,0.32052600383758545,0.20145727694034576,0.4807890057563782,4.661009311676025,83.03077697753906,82.11673736572266,93.9566421508789,93.32406616210938,76.64042663574219,81.5961685180664,89.55091094970703,83.03118896484375,64.03005981445312,4.829061031341553,84.0609130859375,76.2067642211914,60.158180236816406,86.46263885498047,96.80621337890625,75.96227264404297,1492.0255126953125,0.0,470.2662658691406,679.6720581054688,330.6041564941406,11.205649375915527,0.0,1491.7479248046875,662.0042114257812,702.18212890625,649.8577880859375,67.88436889648438,53165.0,2310.0,2834.0,230.289794921875,0.06533221900463104,8.404895782470703,50.02182388305664,0.5585951805114746
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,479.8302917480469,57.09168243408203,5655.5185546875,0.005520321428775787,0.32882028818130493,0.3488074243068695,0.20148152112960815,0.3205926716327667,0.20148152112960815,0.4808890223503113,4.696867942810059,83.00994873046875,82.22040557861328,94.05892181396484,93.2469253540039,76.50690460205078,81.42030334472656,89.34086608886719,83.16636657714844,64.1189193725586,4.818240642547607,84.18575286865234,76.09269714355469,60.0699348449707,86.59054565429688,96.74826049804688,76.01618194580078,1491.9422607421875,0.0,469.8638610839844,679.650634765625,330.7580261230469,11.141565322875977,0.0,1491.4139404296875,662.2772216796875,702.5333251953125,649.290283203125,67.87500762939453,53051.0,2228.0,2834.0,230.30111694335938,0.06532319635152817,8.404557228088379,50.02182388305664,0.558664858341217
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,479.61688232421875,57.09785461425781,5655.04931640625,0.005514893215149641,0.32883065938949585,0.34880587458610535,0.20148910582065582,0.3205931782722473,0.20148910582065582,0.48088976740837097,4.689785480499268,83.1019287109375,82.3944320678711,94.21000671386719,93.1120834350586,76.46770477294922,81.47521209716797,89.57075500488281,83.24170684814453,64.343505859375,5.2721099853515625,84.44823455810547,76.06077575683594,60.25636291503906,86.82209777832031,96.66696166992188,76.29528045654297,1491.543701171875,0.0,469.8504333496094,679.9556274414062,331.67364501953125,11.56343936920166,0.0,1493.0426025390625,662.0065307617188,702.2208862304688,648.9866943359375,67.98677825927734,53066.0,2236.0,2834.0,230.29080200195312,0.06529296934604645,8.399910926818848,50.02178955078125,0.5586221218109131
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,479.6141357421875,57.04836654663086,5654.22216796875,0.005528819747269154,0.32884812355041504,0.34884971380233765,0.20148463547229767,0.32060936093330383,0.20148463547229767,0.48091405630111694,4.7090373039245605,82.99382781982422,82.20687103271484,94.0466079711914,93.27873229980469,76.49690246582031,81.38878631591797,89.25926208496094,83.16966247558594,64.1037368774414,4.81308126449585,84.15076446533203,76.0714340209961,60.03883743286133,86.56330108642578,96.76630401611328,75.97416687011719,1491.4090576171875,0.0,470.1175231933594,679.6602783203125,331.024658203125,11.806631088256836,0.0,1492.6082763671875,661.95458984375,702.2168579101562,648.7780151367188,67.90325927734375,53066.0,2246.0,2834.0,230.29782104492188,0.06530531495809555,8.407149314880371,50.02182388305664,0.5589380860328674
|
||||
@@ -0,0 +1,2 @@
|
||||
timestamp,Phi_lm,eta_lm_W,CCT_K,Duv,x,y,u,v,u_prime,v_prime,SDCM,Ra,R1,R2,R3,R4,R5,R6,R7,R8,R9,R10,R11,R12,R13,R14,R15,Phi_e_mW,Phi_euv_mW,Phi_eb_mW,Phi_ey_mW,Phi_er_mW,Phi_efr_mW,Phi_eir_mW,Phi_e_total,CIE_X,CIE_Y,CIE_Z,TLCI,PeakSignal,DarkSignal,Compensate,Voltage_V,Current_A,Power_W,Freq_Hz,PF
|
||||
T,182.61920166015625,0.0,4936.84375,0.002135422546416521,0.3473931849002838,0.35774698853492737,0.21059946715831757,0.32531434297561646,0.21059946715831757,0.4879715144634247,1.5234547853469849,83.53800201416016,81.74681854248047,89.89591979980469,94.66126251220703,81.88838958740234,81.9393081665039,84.4315185546875,86.51227569580078,67.2285385131836,12.525043487548828,75.23241424560547,80.69010925292969,53.97742462158203,84.02236938476562,97.37865447998047,76.29852294921875,558.6363525390625,0.0,152.54922485351562,257.9691162109375,144.27931213378906,5.738129138946533,0.0,560.5353393554688,259.6396484375,267.3780212402344,220.3765106201172,71.05938720703125,55124.0,2518.0,2834.0,0.0,0.0,0.0,0.0,0.0
|
||||
@@ -0,0 +1,41 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:38:14
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 483.74
|
||||
eta (lm/W): 57.40
|
||||
CCT (K): 5635
|
||||
Duv: 0.00561
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3293 y: 0.3494
|
||||
u: 0.2016 v: 0.3208
|
||||
u': 0.2016 v': 0.4813
|
||||
|
||||
--- CRI ---
|
||||
Ra: 82.9 SDCM: 4.84
|
||||
R1=82, R2=94, R3=94, R4=77, R5=81, R6=89, R7=83, R8=64
|
||||
R9=4, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 667.491 Y: 708.254 Z: 651.135
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1501.374
|
||||
Phi_eb (mW): 471.605
|
||||
Phi_ey (mW): 686.214
|
||||
Phi_er (mW): 333.961
|
||||
Phi_efr (mW): 11.231
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0654
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5584
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53279
|
||||
Dark Signal: 2154
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,113 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:38:14
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 483.74
|
||||
eta (lm/W): 57.40
|
||||
CCT (K): 5635
|
||||
Duv: 0.00561
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3293 y: 0.3494
|
||||
u: 0.2016 v: 0.3208
|
||||
u': 0.2016 v': 0.4813
|
||||
|
||||
--- CRI ---
|
||||
Ra: 82.9 SDCM: 4.84
|
||||
R1=82, R2=94, R3=94, R4=77, R5=81, R6=89, R7=83, R8=64
|
||||
R9=4, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 667.491 Y: 708.254 Z: 651.135
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1501.374
|
||||
Phi_eb (mW): 471.605
|
||||
Phi_ey (mW): 686.214
|
||||
Phi_er (mW): 333.961
|
||||
Phi_efr (mW): 11.231
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0654
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5584
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53279
|
||||
Dark Signal: 2154
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0005 []
|
||||
389.6nm: 0.0876 []
|
||||
399.2nm: 0.3179 []
|
||||
408.8nm: 0.7661 [##]
|
||||
418.4nm: 1.6232 [####]
|
||||
428.0nm: 3.0322 [########]
|
||||
437.6nm: 5.2464 [###############]
|
||||
447.2nm: 8.7276 [########################]
|
||||
456.8nm: 12.7905 [####################################]
|
||||
466.4nm: 13.6955 [#######################################]
|
||||
476.0nm: 10.7966 [##############################]
|
||||
485.6nm: 8.2842 [#######################]
|
||||
495.2nm: 6.7507 [###################]
|
||||
504.8nm: 5.4679 [###############]
|
||||
514.4nm: 4.6912 [#############]
|
||||
524.0nm: 4.4910 [############]
|
||||
533.6nm: 4.6211 [#############]
|
||||
543.2nm: 4.9149 [##############]
|
||||
552.8nm: 5.3253 [###############]
|
||||
562.4nm: 5.7463 [################]
|
||||
572.0nm: 6.0899 [#################]
|
||||
581.6nm: 6.3225 [##################]
|
||||
591.2nm: 6.4763 [##################]
|
||||
600.8nm: 6.5981 [##################]
|
||||
610.4nm: 6.7011 [###################]
|
||||
620.0nm: 6.8460 [###################]
|
||||
629.6nm: 6.9854 [####################]
|
||||
639.2nm: 7.1199 [####################]
|
||||
648.8nm: 7.2257 [####################]
|
||||
658.4nm: 7.2971 [####################]
|
||||
668.0nm: 7.3692 [#####################]
|
||||
677.6nm: 7.4499 [#####################]
|
||||
687.2nm: 7.5612 [#####################]
|
||||
696.8nm: 7.5899 [#####################]
|
||||
706.4nm: 7.5444 [#####################]
|
||||
716.0nm: 7.4506 [#####################]
|
||||
725.6nm: 7.2796 [####################]
|
||||
735.2nm: 7.0827 [####################]
|
||||
744.8nm: 6.7888 [###################]
|
||||
754.4nm: 6.4305 [##################]
|
||||
764.0nm: 6.0190 [#################]
|
||||
773.6nm: 5.6257 [################]
|
||||
783.2nm: 5.1849 [##############]
|
||||
792.8nm: 4.7472 [#############]
|
||||
802.3nm: 4.3186 [############]
|
||||
811.9nm: 3.9139 [###########]
|
||||
821.5nm: 3.4785 [#########]
|
||||
831.1nm: 3.0552 [########]
|
||||
840.7nm: 2.6780 [#######]
|
||||
850.3nm: 2.3105 [######]
|
||||
859.9nm: 2.0011 [#####]
|
||||
869.5nm: 1.7210 [####]
|
||||
879.1nm: 1.4606 [####]
|
||||
888.7nm: 1.2518 [###]
|
||||
898.3nm: 1.0460 [##]
|
||||
907.9nm: 0.8661 [##]
|
||||
917.5nm: 0.7120 [##]
|
||||
927.1nm: 0.5761 [#]
|
||||
936.7nm: 0.4697 [#]
|
||||
946.3nm: 0.3787 [#]
|
||||
955.9nm: 0.3071 []
|
||||
965.5nm: 0.2300 []
|
||||
975.1nm: 0.1782 []
|
||||
984.7nm: 0.1421 []
|
||||
994.3nm: 0.1106 []
|
||||
1003.9nm: 0.0824 []
|
||||
1013.5nm: 0.0610 []
|
||||
1023.1nm: 0.0405 []
|
||||
1032.7nm: 0.0208 []
|
||||
1042.3nm: 0.0087 []
|
||||
@@ -0,0 +1,43 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:29:39
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.59
|
||||
eta (lm/W): 57.04
|
||||
CCT (K): 5661
|
||||
Duv: 0.00550
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3287 y: 0.3486
|
||||
u: 0.2015 v: 0.3205
|
||||
u': 0.2015 v': 0.4808
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.66
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=90, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.004 Y: 702.182 Z: 649.858
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.026
|
||||
Phi_eb (mW): 470.266
|
||||
Phi_ey (mW): 679.672
|
||||
Phi_er (mW): 330.604
|
||||
Phi_efr (mW): 11.206
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.405
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5586
|
||||
UThd (%): 0.8113
|
||||
AThd (%): 109.0115
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53165
|
||||
Dark Signal: 2310
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,218 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:29:39
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.59
|
||||
eta (lm/W): 57.04
|
||||
CCT (K): 5661
|
||||
Duv: 0.00550
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3287 y: 0.3486
|
||||
u: 0.2015 v: 0.3205
|
||||
u': 0.2015 v': 0.4808
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.66
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=90, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.004 Y: 702.182 Z: 649.858
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.026
|
||||
Phi_eb (mW): 470.266
|
||||
Phi_ey (mW): 679.672
|
||||
Phi_er (mW): 330.604
|
||||
Phi_efr (mW): 11.206
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.405
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5586
|
||||
UThd (%): 0.8113
|
||||
AThd (%): 109.0115
|
||||
|
||||
--- Voltage Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 0.3370
|
||||
H 3: 0.4587
|
||||
H 4: 0.1953
|
||||
H 5: 0.1626
|
||||
H 6: 0.1061
|
||||
H 7: 0.1800
|
||||
H 8: 0.0513
|
||||
H 9: 0.2902
|
||||
H10: 0.0447
|
||||
H11: 0.2477
|
||||
H12: 0.0023
|
||||
H13: 0.1861
|
||||
H14: 0.0063
|
||||
H15: 0.1183
|
||||
H16: 0.0155
|
||||
H17: 0.1239
|
||||
H18: 0.0149
|
||||
H19: 0.0590
|
||||
H20: 0.0080
|
||||
H21: 0.0465
|
||||
H23: 0.0217
|
||||
H24: 0.0079
|
||||
H25: 0.0185
|
||||
H26: 0.0076
|
||||
H27: 0.0265
|
||||
H28: 0.0027
|
||||
H29: 0.0136
|
||||
H30: 0.0066
|
||||
H31: 0.0275
|
||||
H32: 0.0042
|
||||
H33: 0.0146
|
||||
H34: 0.0129
|
||||
H35: 0.0164
|
||||
H36: 0.0080
|
||||
H37: 0.0128
|
||||
H38: 0.0066
|
||||
H39: 0.0194
|
||||
H40: 0.0092
|
||||
H41: 0.0086
|
||||
H42: 0.0019
|
||||
H43: 0.0170
|
||||
H44: 0.0057
|
||||
H45: 0.0138
|
||||
H46: 0.0013
|
||||
H47: 0.0083
|
||||
H48: 0.0043
|
||||
H49: 0.0266
|
||||
H50: 0.0067
|
||||
|
||||
--- Current Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 1.1245
|
||||
H 3: 77.3376
|
||||
H 4: 1.3714
|
||||
H 5: 54.7943
|
||||
H 6: 1.2291
|
||||
H 7: 35.3840
|
||||
H 8: 1.1566
|
||||
H 9: 25.6305
|
||||
H10: 1.3803
|
||||
H11: 20.6588
|
||||
H12: 1.3435
|
||||
H13: 14.4722
|
||||
H14: 0.8883
|
||||
H15: 8.2279
|
||||
H16: 0.4150
|
||||
H17: 5.8570
|
||||
H18: 0.4188
|
||||
H19: 5.5059
|
||||
H20: 0.6645
|
||||
H21: 5.3454
|
||||
H22: 0.5912
|
||||
H23: 5.7325
|
||||
H24: 0.5132
|
||||
H25: 5.0631
|
||||
H26: 0.5359
|
||||
H27: 4.0568
|
||||
H28: 0.6665
|
||||
H29: 3.8878
|
||||
H30: 0.6506
|
||||
H31: 3.9866
|
||||
H32: 0.6108
|
||||
H33: 3.3681
|
||||
H34: 0.5727
|
||||
H35: 2.7296
|
||||
H36: 0.6597
|
||||
H37: 2.9302
|
||||
H38: 0.6761
|
||||
H39: 2.9201
|
||||
H40: 0.5632
|
||||
H41: 2.7267
|
||||
H42: 0.5785
|
||||
H43: 2.7861
|
||||
H44: 0.6036
|
||||
H45: 2.7887
|
||||
H46: 0.6251
|
||||
H47: 2.5635
|
||||
H48: 0.5767
|
||||
H49: 2.3997
|
||||
H50: 0.5808
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53165
|
||||
Dark Signal: 2310
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0001 []
|
||||
389.6nm: 0.0770 []
|
||||
399.2nm: 0.3100 []
|
||||
408.8nm: 0.7661 [##]
|
||||
418.4nm: 1.6114 [####]
|
||||
428.0nm: 3.0064 [########]
|
||||
437.6nm: 5.1990 [###############]
|
||||
447.2nm: 8.6082 [########################]
|
||||
456.8nm: 12.6327 [####################################]
|
||||
466.4nm: 13.6560 [#######################################]
|
||||
476.0nm: 10.8536 [###############################]
|
||||
485.6nm: 8.3290 [########################]
|
||||
495.2nm: 6.7889 [###################]
|
||||
504.8nm: 5.5147 [###############]
|
||||
514.4nm: 4.7041 [#############]
|
||||
524.0nm: 4.4857 [############]
|
||||
533.6nm: 4.6031 [#############]
|
||||
543.2nm: 4.8814 [##############]
|
||||
552.8nm: 5.2789 [###############]
|
||||
562.4nm: 5.6901 [################]
|
||||
572.0nm: 6.0276 [#################]
|
||||
581.6nm: 6.2592 [##################]
|
||||
591.2nm: 6.4122 [##################]
|
||||
600.8nm: 6.5277 [##################]
|
||||
610.4nm: 6.6358 [###################]
|
||||
620.0nm: 6.7792 [###################]
|
||||
629.6nm: 6.9254 [###################]
|
||||
639.2nm: 7.0578 [####################]
|
||||
648.8nm: 7.1569 [####################]
|
||||
658.4nm: 7.2319 [####################]
|
||||
668.0nm: 7.2977 [#####################]
|
||||
677.6nm: 7.3732 [#####################]
|
||||
687.2nm: 7.4891 [#####################]
|
||||
696.8nm: 7.5217 [#####################]
|
||||
706.4nm: 7.4749 [#####################]
|
||||
716.0nm: 7.3825 [#####################]
|
||||
725.6nm: 7.2120 [####################]
|
||||
735.2nm: 7.0133 [####################]
|
||||
744.8nm: 6.7207 [###################]
|
||||
754.4nm: 6.3674 [##################]
|
||||
764.0nm: 5.9602 [#################]
|
||||
773.6nm: 5.5667 [################]
|
||||
783.2nm: 5.1329 [##############]
|
||||
792.8nm: 4.7013 [#############]
|
||||
802.3nm: 4.2745 [############]
|
||||
811.9nm: 3.8716 [###########]
|
||||
821.5nm: 3.4390 [#########]
|
||||
831.1nm: 3.0240 [########]
|
||||
840.7nm: 2.6514 [#######]
|
||||
850.3nm: 2.2870 [######]
|
||||
859.9nm: 1.9779 [#####]
|
||||
869.5nm: 1.7045 [####]
|
||||
879.1nm: 1.4498 [####]
|
||||
888.7nm: 1.2401 [###]
|
||||
898.3nm: 1.0367 [##]
|
||||
907.9nm: 0.8554 [##]
|
||||
917.5nm: 0.7071 [##]
|
||||
927.1nm: 0.5781 [#]
|
||||
936.7nm: 0.4678 [#]
|
||||
946.3nm: 0.3798 [#]
|
||||
955.9nm: 0.3085 []
|
||||
965.5nm: 0.2315 []
|
||||
975.1nm: 0.1769 []
|
||||
984.7nm: 0.1405 []
|
||||
994.3nm: 0.1102 []
|
||||
1003.9nm: 0.0810 []
|
||||
1013.5nm: 0.0582 []
|
||||
1023.1nm: 0.0389 []
|
||||
1032.7nm: 0.0225 []
|
||||
1042.3nm: 0.0079 []
|
||||
@@ -0,0 +1,43 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:50:38
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 0.00
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 0
|
||||
Duv: 0.00000
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.0000 y: 0.0000
|
||||
u: 0.0000 v: 0.0000
|
||||
u': 0.0000 v': 0.0000
|
||||
|
||||
--- CRI ---
|
||||
Ra: 0.0 SDCM: 0.00
|
||||
R1=0, R2=0, R3=0, R4=0, R5=0, R6=0, R7=0, R8=0
|
||||
R9=0, R10=0, R11=0, R12=0, R13=0, R14=0, R15=0
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 0.000 Y: 0.000 Z: 0.000
|
||||
TLCI-2012: 0
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 0.000
|
||||
Phi_eb (mW): 0.000
|
||||
Phi_ey (mW): 0.000
|
||||
Phi_er (mW): 0.000
|
||||
Phi_efr (mW): 0.000
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 0.00
|
||||
Power Factor: 0.0000
|
||||
UThd (%): 0.8692
|
||||
AThd (%): 116.7091
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 0
|
||||
Dark Signal: 0
|
||||
Compensate: 0
|
||||
@@ -0,0 +1,219 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:50:38
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 0.00
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 0
|
||||
Duv: 0.00000
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.0000 y: 0.0000
|
||||
u: 0.0000 v: 0.0000
|
||||
u': 0.0000 v': 0.0000
|
||||
|
||||
--- CRI ---
|
||||
Ra: 0.0 SDCM: 0.00
|
||||
R1=0, R2=0, R3=0, R4=0, R5=0, R6=0, R7=0, R8=0
|
||||
R9=0, R10=0, R11=0, R12=0, R13=0, R14=0, R15=0
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 0.000 Y: 0.000 Z: 0.000
|
||||
TLCI-2012: 0
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 0.000
|
||||
Phi_eb (mW): 0.000
|
||||
Phi_ey (mW): 0.000
|
||||
Phi_er (mW): 0.000
|
||||
Phi_efr (mW): 0.000
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 0.00
|
||||
Power Factor: 0.0000
|
||||
UThd (%): 0.8692
|
||||
AThd (%): 116.7091
|
||||
|
||||
--- Voltage Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 0.3466
|
||||
H 3: 0.5529
|
||||
H 4: 0.1935
|
||||
H 5: 0.1009
|
||||
H 6: 0.1319
|
||||
H 7: 0.1455
|
||||
H 8: 0.0709
|
||||
H 9: 0.3610
|
||||
H10: 0.0452
|
||||
H11: 0.2558
|
||||
H12: 0.0099
|
||||
H13: 0.1471
|
||||
H14: 0.0182
|
||||
H15: 0.0881
|
||||
H16: 0.0119
|
||||
H17: 0.0439
|
||||
H18: 0.0054
|
||||
H19: 0.0441
|
||||
H20: 0.0039
|
||||
H21: 0.0444
|
||||
H22: 0.0038
|
||||
H23: 0.0419
|
||||
H24: 0.0070
|
||||
H25: 0.0277
|
||||
H26: 0.0086
|
||||
H27: 0.0180
|
||||
H28: 0.0038
|
||||
H29: 0.0168
|
||||
H30: 0.0031
|
||||
H31: 0.0085
|
||||
H32: 0.0042
|
||||
H33: 0.0141
|
||||
H34: 0.0039
|
||||
H35: 0.0050
|
||||
H36: 0.0076
|
||||
H37: 0.0172
|
||||
H38: 0.0017
|
||||
H39: 0.0135
|
||||
H40: 0.0122
|
||||
H41: 0.0075
|
||||
H42: 0.0091
|
||||
H43: 0.0079
|
||||
H44: 0.0052
|
||||
H45: 0.0028
|
||||
H46: 0.0063
|
||||
H47: 0.0106
|
||||
H48: 0.0055
|
||||
H49: 0.0066
|
||||
H50: 0.0032
|
||||
|
||||
--- Current Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 1.3069
|
||||
H 3: 79.6826
|
||||
H 4: 1.6782
|
||||
H 5: 62.0099
|
||||
H 6: 1.8375
|
||||
H 7: 43.0251
|
||||
H 8: 1.4561
|
||||
H 9: 27.1434
|
||||
H10: 0.8638
|
||||
H11: 16.3288
|
||||
H12: 0.8914
|
||||
H13: 10.5836
|
||||
H14: 0.8186
|
||||
H15: 7.8296
|
||||
H16: 0.6092
|
||||
H17: 7.1998
|
||||
H18: 0.5320
|
||||
H19: 6.8390
|
||||
H20: 0.7901
|
||||
H21: 5.9471
|
||||
H22: 0.8641
|
||||
H23: 5.4131
|
||||
H24: 0.7893
|
||||
H25: 5.4738
|
||||
H26: 0.6972
|
||||
H27: 5.4525
|
||||
H28: 0.6923
|
||||
H29: 4.8222
|
||||
H30: 0.7761
|
||||
H31: 4.3909
|
||||
H32: 0.7792
|
||||
H33: 4.3903
|
||||
H34: 0.7458
|
||||
H35: 4.3602
|
||||
H36: 0.7061
|
||||
H37: 3.9436
|
||||
H38: 0.6865
|
||||
H39: 3.6134
|
||||
H40: 0.6928
|
||||
H41: 3.4965
|
||||
H42: 0.7969
|
||||
H43: 3.1709
|
||||
H44: 0.7282
|
||||
H45: 2.8721
|
||||
H46: 0.6770
|
||||
H47: 2.6774
|
||||
H48: 0.6486
|
||||
H49: 2.6343
|
||||
H50: 0.6855
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 0
|
||||
Dark Signal: 0
|
||||
Compensate: 0
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0000 []
|
||||
389.6nm: 0.0000 []
|
||||
399.2nm: 0.0000 []
|
||||
408.8nm: 0.0000 []
|
||||
418.4nm: 0.0000 []
|
||||
428.0nm: 0.0000 []
|
||||
437.6nm: 0.0000 []
|
||||
447.2nm: 0.0000 []
|
||||
456.8nm: 0.0000 []
|
||||
466.4nm: 0.0000 []
|
||||
476.0nm: 0.0000 []
|
||||
485.6nm: 0.0000 []
|
||||
495.2nm: 0.0000 []
|
||||
504.8nm: 0.0000 []
|
||||
514.4nm: 0.0000 []
|
||||
524.0nm: 0.0000 []
|
||||
533.6nm: 0.0000 []
|
||||
543.2nm: 0.0000 []
|
||||
552.8nm: 0.0000 []
|
||||
562.4nm: 0.0000 []
|
||||
572.0nm: 0.0000 []
|
||||
581.6nm: 0.0000 []
|
||||
591.2nm: 0.0000 []
|
||||
600.8nm: 0.0000 []
|
||||
610.4nm: 0.0000 []
|
||||
620.0nm: 0.0000 []
|
||||
629.6nm: 0.0000 []
|
||||
639.2nm: 0.0000 []
|
||||
648.8nm: 0.0000 []
|
||||
658.4nm: 0.0000 []
|
||||
668.0nm: 0.0000 []
|
||||
677.6nm: 0.0000 []
|
||||
687.2nm: 0.0000 []
|
||||
696.8nm: 0.0000 []
|
||||
706.4nm: 0.0000 []
|
||||
716.0nm: 0.0000 []
|
||||
725.6nm: 0.0000 []
|
||||
735.2nm: 0.0000 []
|
||||
744.8nm: 0.0000 []
|
||||
754.4nm: 0.0000 []
|
||||
764.0nm: 0.0000 []
|
||||
773.6nm: 0.0000 []
|
||||
783.2nm: 0.0000 []
|
||||
792.8nm: 0.0000 []
|
||||
802.3nm: 0.0000 []
|
||||
811.9nm: 0.0000 []
|
||||
821.5nm: 0.0000 []
|
||||
831.1nm: 0.0000 []
|
||||
840.7nm: 0.0000 []
|
||||
850.3nm: 0.0000 []
|
||||
859.9nm: 0.0000 []
|
||||
869.5nm: 0.0000 []
|
||||
879.1nm: 0.0000 []
|
||||
888.7nm: 0.0000 []
|
||||
898.3nm: 0.0000 []
|
||||
907.9nm: 0.0000 []
|
||||
917.5nm: 0.0000 []
|
||||
927.1nm: 0.0000 []
|
||||
936.7nm: 0.0000 []
|
||||
946.3nm: 0.0000 []
|
||||
955.9nm: 0.0000 []
|
||||
965.5nm: 0.0000 []
|
||||
975.1nm: 0.0000 []
|
||||
984.7nm: 0.0000 []
|
||||
994.3nm: 0.0000 []
|
||||
1003.9nm: 0.0000 []
|
||||
1013.5nm: 0.0000 []
|
||||
1023.1nm: 0.0000 []
|
||||
1032.7nm: 0.0000 []
|
||||
1042.3nm: 0.0000 []
|
||||
@@ -0,0 +1,41 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:58:53
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.83
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5656
|
||||
Duv: 0.00552
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.70
|
||||
R1=82, R2=94, R3=93, R4=77, R5=81, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.277 Y: 702.533 Z: 649.290
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.942
|
||||
Phi_eb (mW): 469.864
|
||||
Phi_ey (mW): 679.651
|
||||
Phi_er (mW): 330.758
|
||||
Phi_efr (mW): 11.142
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.405
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5587
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53051
|
||||
Dark Signal: 2228
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,113 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:58:53
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.83
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5656
|
||||
Duv: 0.00552
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.70
|
||||
R1=82, R2=94, R3=93, R4=77, R5=81, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.277 Y: 702.533 Z: 649.290
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.942
|
||||
Phi_eb (mW): 469.864
|
||||
Phi_ey (mW): 679.651
|
||||
Phi_er (mW): 330.758
|
||||
Phi_efr (mW): 11.142
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.405
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5587
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53051
|
||||
Dark Signal: 2228
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0000 []
|
||||
389.6nm: 0.0838 []
|
||||
399.2nm: 0.3137 []
|
||||
408.8nm: 0.7712 [##]
|
||||
418.4nm: 1.6204 [####]
|
||||
428.0nm: 3.0103 [########]
|
||||
437.6nm: 5.1952 [###############]
|
||||
447.2nm: 8.5932 [########################]
|
||||
456.8nm: 12.6190 [####################################]
|
||||
466.4nm: 13.6409 [#######################################]
|
||||
476.0nm: 10.8421 [###############################]
|
||||
485.6nm: 8.3131 [########################]
|
||||
495.2nm: 6.7764 [###################]
|
||||
504.8nm: 5.5052 [###############]
|
||||
514.4nm: 4.6985 [#############]
|
||||
524.0nm: 4.4838 [############]
|
||||
533.6nm: 4.5985 [#############]
|
||||
543.2nm: 4.8779 [##############]
|
||||
552.8nm: 5.2744 [###############]
|
||||
562.4nm: 5.6922 [################]
|
||||
572.0nm: 6.0260 [#################]
|
||||
581.6nm: 6.2605 [##################]
|
||||
591.2nm: 6.4065 [##################]
|
||||
600.8nm: 6.5303 [##################]
|
||||
610.4nm: 6.6307 [###################]
|
||||
620.0nm: 6.7723 [###################]
|
||||
629.6nm: 6.9229 [###################]
|
||||
639.2nm: 7.0529 [####################]
|
||||
648.8nm: 7.1562 [####################]
|
||||
658.4nm: 7.2298 [####################]
|
||||
668.0nm: 7.2981 [#####################]
|
||||
677.6nm: 7.3778 [#####################]
|
||||
687.2nm: 7.4896 [#####################]
|
||||
696.8nm: 7.5259 [#####################]
|
||||
706.4nm: 7.4780 [#####################]
|
||||
716.0nm: 7.3868 [#####################]
|
||||
725.6nm: 7.2144 [####################]
|
||||
735.2nm: 7.0180 [####################]
|
||||
744.8nm: 6.7219 [###################]
|
||||
754.4nm: 6.3660 [##################]
|
||||
764.0nm: 5.9605 [#################]
|
||||
773.6nm: 5.5733 [################]
|
||||
783.2nm: 5.1339 [##############]
|
||||
792.8nm: 4.7023 [#############]
|
||||
802.3nm: 4.2764 [############]
|
||||
811.9nm: 3.8736 [###########]
|
||||
821.5nm: 3.4459 [#########]
|
||||
831.1nm: 3.0290 [########]
|
||||
840.7nm: 2.6555 [#######]
|
||||
850.3nm: 2.2888 [######]
|
||||
859.9nm: 1.9765 [#####]
|
||||
869.5nm: 1.7011 [####]
|
||||
879.1nm: 1.4485 [####]
|
||||
888.7nm: 1.2418 [###]
|
||||
898.3nm: 1.0371 [##]
|
||||
907.9nm: 0.8565 [##]
|
||||
917.5nm: 0.7085 [##]
|
||||
927.1nm: 0.5742 [#]
|
||||
936.7nm: 0.4662 [#]
|
||||
946.3nm: 0.3787 [#]
|
||||
955.9nm: 0.3092 []
|
||||
965.5nm: 0.2320 []
|
||||
975.1nm: 0.1777 []
|
||||
984.7nm: 0.1411 []
|
||||
994.3nm: 0.1086 []
|
||||
1003.9nm: 0.0792 []
|
||||
1013.5nm: 0.0565 []
|
||||
1023.1nm: 0.0397 []
|
||||
1032.7nm: 0.0197 []
|
||||
1042.3nm: 0.0046 []
|
||||
@@ -0,0 +1,41 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:04:22
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.62
|
||||
eta (lm/W): 57.10
|
||||
CCT (K): 5655
|
||||
Duv: 0.00551
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.1 SDCM: 4.69
|
||||
R1=82, R2=94, R3=93, R4=76, R5=81, R6=90, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.007 Y: 702.221 Z: 648.987
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.544
|
||||
Phi_eb (mW): 469.850
|
||||
Phi_ey (mW): 679.956
|
||||
Phi_er (mW): 331.674
|
||||
Phi_efr (mW): 11.563
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.400
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5586
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2236
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,113 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:04:22
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.62
|
||||
eta (lm/W): 57.10
|
||||
CCT (K): 5655
|
||||
Duv: 0.00551
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.1 SDCM: 4.69
|
||||
R1=82, R2=94, R3=93, R4=76, R5=81, R6=90, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.007 Y: 702.221 Z: 648.987
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.544
|
||||
Phi_eb (mW): 469.850
|
||||
Phi_ey (mW): 679.956
|
||||
Phi_er (mW): 331.674
|
||||
Phi_efr (mW): 11.563
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.29
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.400
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5586
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2236
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0004 []
|
||||
389.6nm: 0.0896 []
|
||||
399.2nm: 0.3198 []
|
||||
408.8nm: 0.7697 [##]
|
||||
418.4nm: 1.6099 [####]
|
||||
428.0nm: 2.9921 [########]
|
||||
437.6nm: 5.1750 [##############]
|
||||
447.2nm: 8.5520 [########################]
|
||||
456.8nm: 12.5835 [####################################]
|
||||
466.4nm: 13.6533 [#######################################]
|
||||
476.0nm: 10.8713 [###############################]
|
||||
485.6nm: 8.3388 [########################]
|
||||
495.2nm: 6.7961 [###################]
|
||||
504.8nm: 5.5178 [###############]
|
||||
514.4nm: 4.7100 [#############]
|
||||
524.0nm: 4.4835 [############]
|
||||
533.6nm: 4.5955 [#############]
|
||||
543.2nm: 4.8758 [##############]
|
||||
552.8nm: 5.2754 [###############]
|
||||
562.4nm: 5.6932 [################]
|
||||
572.0nm: 6.0259 [#################]
|
||||
581.6nm: 6.2639 [##################]
|
||||
591.2nm: 6.4078 [##################]
|
||||
600.8nm: 6.5338 [##################]
|
||||
610.4nm: 6.6373 [###################]
|
||||
620.0nm: 6.7757 [###################]
|
||||
629.6nm: 6.9260 [####################]
|
||||
639.2nm: 7.0568 [####################]
|
||||
648.8nm: 7.1664 [####################]
|
||||
658.4nm: 7.2312 [####################]
|
||||
668.0nm: 7.2992 [#####################]
|
||||
677.6nm: 7.3760 [#####################]
|
||||
687.2nm: 7.4918 [#####################]
|
||||
696.8nm: 7.5267 [#####################]
|
||||
706.4nm: 7.4803 [#####################]
|
||||
716.0nm: 7.3913 [#####################]
|
||||
725.6nm: 7.2224 [####################]
|
||||
735.2nm: 7.0243 [####################]
|
||||
744.8nm: 6.7270 [###################]
|
||||
754.4nm: 6.3784 [##################]
|
||||
764.0nm: 5.9711 [#################]
|
||||
773.6nm: 5.5765 [################]
|
||||
783.2nm: 5.1446 [##############]
|
||||
792.8nm: 4.7115 [#############]
|
||||
802.3nm: 4.2878 [############]
|
||||
811.9nm: 3.8857 [###########]
|
||||
821.5nm: 3.4575 [#########]
|
||||
831.1nm: 3.0392 [########]
|
||||
840.7nm: 2.6646 [#######]
|
||||
850.3nm: 2.2973 [######]
|
||||
859.9nm: 1.9856 [#####]
|
||||
869.5nm: 1.7133 [####]
|
||||
879.1nm: 1.4529 [####]
|
||||
888.7nm: 1.2538 [###]
|
||||
898.3nm: 1.0436 [###]
|
||||
907.9nm: 0.8680 [##]
|
||||
917.5nm: 0.7157 [##]
|
||||
927.1nm: 0.5790 [#]
|
||||
936.7nm: 0.4731 [#]
|
||||
946.3nm: 0.3838 [#]
|
||||
955.9nm: 0.3139 []
|
||||
965.5nm: 0.2378 []
|
||||
975.1nm: 0.1854 []
|
||||
984.7nm: 0.1477 []
|
||||
994.3nm: 0.1152 []
|
||||
1003.9nm: 0.0853 []
|
||||
1013.5nm: 0.0633 []
|
||||
1023.1nm: 0.0463 []
|
||||
1032.7nm: 0.0285 []
|
||||
1042.3nm: 0.0129 []
|
||||
@@ -0,0 +1,41 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:04:31
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.61
|
||||
eta (lm/W): 57.05
|
||||
CCT (K): 5654
|
||||
Duv: 0.00553
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.71
|
||||
R1=82, R2=94, R3=93, R4=76, R5=81, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 661.955 Y: 702.217 Z: 648.778
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.409
|
||||
Phi_eb (mW): 470.118
|
||||
Phi_ey (mW): 679.660
|
||||
Phi_er (mW): 331.025
|
||||
Phi_efr (mW): 11.807
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5589
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2246
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,113 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:04:31
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.61
|
||||
eta (lm/W): 57.05
|
||||
CCT (K): 5654
|
||||
Duv: 0.00553
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.71
|
||||
R1=82, R2=94, R3=93, R4=76, R5=81, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 661.955 Y: 702.217 Z: 648.778
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1491.409
|
||||
Phi_eb (mW): 470.118
|
||||
Phi_ey (mW): 679.660
|
||||
Phi_er (mW): 331.025
|
||||
Phi_efr (mW): 11.807
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5589
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2246
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0007 []
|
||||
389.6nm: 0.1039 []
|
||||
399.2nm: 0.3310 []
|
||||
408.8nm: 0.7735 [##]
|
||||
418.4nm: 1.6222 [####]
|
||||
428.0nm: 3.0048 [########]
|
||||
437.6nm: 5.1925 [##############]
|
||||
447.2nm: 8.5847 [########################]
|
||||
456.8nm: 12.6066 [####################################]
|
||||
466.4nm: 13.6462 [#######################################]
|
||||
476.0nm: 10.8482 [###############################]
|
||||
485.6nm: 8.3167 [########################]
|
||||
495.2nm: 6.7854 [###################]
|
||||
504.8nm: 5.5031 [###############]
|
||||
514.4nm: 4.7003 [#############]
|
||||
524.0nm: 4.4902 [############]
|
||||
533.6nm: 4.6031 [#############]
|
||||
543.2nm: 4.8753 [##############]
|
||||
552.8nm: 5.2749 [###############]
|
||||
562.4nm: 5.6866 [################]
|
||||
572.0nm: 6.0231 [#################]
|
||||
581.6nm: 6.2593 [##################]
|
||||
591.2nm: 6.4088 [##################]
|
||||
600.8nm: 6.5298 [##################]
|
||||
610.4nm: 6.6314 [###################]
|
||||
620.0nm: 6.7770 [###################]
|
||||
629.6nm: 6.9241 [###################]
|
||||
639.2nm: 7.0596 [####################]
|
||||
648.8nm: 7.1581 [####################]
|
||||
658.4nm: 7.2321 [####################]
|
||||
668.0nm: 7.2993 [#####################]
|
||||
677.6nm: 7.3692 [#####################]
|
||||
687.2nm: 7.4894 [#####################]
|
||||
696.8nm: 7.5227 [#####################]
|
||||
706.4nm: 7.4804 [#####################]
|
||||
716.0nm: 7.3870 [#####################]
|
||||
725.6nm: 7.2145 [####################]
|
||||
735.2nm: 7.0141 [####################]
|
||||
744.8nm: 6.7182 [###################]
|
||||
754.4nm: 6.3698 [##################]
|
||||
764.0nm: 5.9647 [#################]
|
||||
773.6nm: 5.5730 [################]
|
||||
783.2nm: 5.1334 [##############]
|
||||
792.8nm: 4.7031 [#############]
|
||||
802.3nm: 4.2776 [############]
|
||||
811.9nm: 3.8751 [###########]
|
||||
821.5nm: 3.4468 [#########]
|
||||
831.1nm: 3.0270 [########]
|
||||
840.7nm: 2.6591 [#######]
|
||||
850.3nm: 2.2925 [######]
|
||||
859.9nm: 1.9769 [#####]
|
||||
869.5nm: 1.7079 [####]
|
||||
879.1nm: 1.4541 [####]
|
||||
888.7nm: 1.2449 [###]
|
||||
898.3nm: 1.0430 [###]
|
||||
907.9nm: 0.8654 [##]
|
||||
917.5nm: 0.7167 [##]
|
||||
927.1nm: 0.5787 [#]
|
||||
936.7nm: 0.4744 [#]
|
||||
946.3nm: 0.3864 [#]
|
||||
955.9nm: 0.3180 []
|
||||
965.5nm: 0.2400 []
|
||||
975.1nm: 0.1895 []
|
||||
984.7nm: 0.1487 []
|
||||
994.3nm: 0.1197 []
|
||||
1003.9nm: 0.0899 []
|
||||
1013.5nm: 0.0693 []
|
||||
1023.1nm: 0.0503 []
|
||||
1032.7nm: 0.0345 []
|
||||
1042.3nm: 0.0189 []
|
||||
@@ -0,0 +1,41 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-05 Time: 17:57:56
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 182.62
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 4937
|
||||
Duv: 0.00214
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3474 y: 0.3577
|
||||
u: 0.2106 v: 0.3253
|
||||
u': 0.2106 v': 0.4880
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.5 SDCM: 1.52
|
||||
R1=82, R2=90, R3=95, R4=82, R5=82, R6=84, R7=87, R8=67
|
||||
R9=13, R10=75, R11=81, R12=54, R13=84, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 259.640 Y: 267.378 Z: 220.377
|
||||
TLCI-2012: 71
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 558.636
|
||||
Phi_eb (mW): 152.549
|
||||
Phi_ey (mW): 257.969
|
||||
Phi_er (mW): 144.279
|
||||
Phi_efr (mW): 5.738
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 0.00
|
||||
Power Factor: 0.0000
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 55124
|
||||
Dark Signal: 2518
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,113 @@
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-05 Time: 17:57:56
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 182.62
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 4937
|
||||
Duv: 0.00214
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3474 y: 0.3577
|
||||
u: 0.2106 v: 0.3253
|
||||
u': 0.2106 v': 0.4880
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.5 SDCM: 1.52
|
||||
R1=82, R2=90, R3=95, R4=82, R5=82, R6=84, R7=87, R8=67
|
||||
R9=13, R10=75, R11=81, R12=54, R13=84, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 259.640 Y: 267.378 Z: 220.377
|
||||
TLCI-2012: 71
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 558.636
|
||||
Phi_eb (mW): 152.549
|
||||
Phi_ey (mW): 257.969
|
||||
Phi_er (mW): 144.279
|
||||
Phi_efr (mW): 5.738
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 0.00
|
||||
Power Factor: 0.0000
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 55124
|
||||
Dark Signal: 2518
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0128 []
|
||||
389.6nm: 0.0556 []
|
||||
399.2nm: 0.1567 [#]
|
||||
408.8nm: 0.3618 [##]
|
||||
418.4nm: 0.7370 [#####]
|
||||
428.0nm: 1.3826 [##########]
|
||||
437.6nm: 2.5671 [####################]
|
||||
447.2nm: 4.3754 [##################################]
|
||||
456.8nm: 5.0546 [#######################################]
|
||||
466.4nm: 3.6483 [############################]
|
||||
476.0nm: 2.4748 [###################]
|
||||
485.6nm: 1.9566 [###############]
|
||||
495.2nm: 1.4662 [###########]
|
||||
504.8nm: 1.1959 [#########]
|
||||
514.4nm: 1.2093 [#########]
|
||||
524.0nm: 1.3289 [##########]
|
||||
533.6nm: 1.5025 [###########]
|
||||
543.2nm: 1.7276 [#############]
|
||||
552.8nm: 1.9439 [###############]
|
||||
562.4nm: 2.1145 [################]
|
||||
572.0nm: 2.2373 [#################]
|
||||
581.6nm: 2.3242 [##################]
|
||||
591.2nm: 2.3852 [##################]
|
||||
600.8nm: 2.4435 [###################]
|
||||
610.4nm: 2.5010 [###################]
|
||||
620.0nm: 2.5665 [####################]
|
||||
629.6nm: 2.6256 [####################]
|
||||
639.2nm: 2.6859 [####################]
|
||||
648.8nm: 2.7312 [#####################]
|
||||
658.4nm: 2.7605 [#####################]
|
||||
668.0nm: 2.7875 [#####################]
|
||||
677.6nm: 2.8117 [#####################]
|
||||
687.2nm: 2.8452 [######################]
|
||||
696.8nm: 2.8615 [######################]
|
||||
706.4nm: 2.8705 [######################]
|
||||
716.0nm: 2.8641 [######################]
|
||||
725.6nm: 2.8432 [######################]
|
||||
735.2nm: 2.8032 [#####################]
|
||||
744.8nm: 2.7383 [#####################]
|
||||
754.4nm: 2.6451 [####################]
|
||||
764.0nm: 2.5241 [###################]
|
||||
773.6nm: 2.3959 [##################]
|
||||
783.2nm: 2.2367 [#################]
|
||||
792.8nm: 2.0679 [################]
|
||||
802.3nm: 1.8961 [##############]
|
||||
811.9nm: 1.7246 [#############]
|
||||
821.5nm: 1.5452 [############]
|
||||
831.1nm: 1.3706 [##########]
|
||||
840.7nm: 1.2060 [#########]
|
||||
850.3nm: 1.0473 [########]
|
||||
859.9nm: 0.9111 [#######]
|
||||
869.5nm: 0.7856 [######]
|
||||
879.1nm: 0.6734 [#####]
|
||||
888.7nm: 0.5791 [####]
|
||||
898.3nm: 0.4811 [###]
|
||||
907.9nm: 0.4019 [###]
|
||||
917.5nm: 0.3368 [##]
|
||||
927.1nm: 0.2715 [##]
|
||||
936.7nm: 0.2226 [#]
|
||||
946.3nm: 0.1786 [#]
|
||||
955.9nm: 0.1472 [#]
|
||||
965.5nm: 0.1139 []
|
||||
975.1nm: 0.0910 []
|
||||
984.7nm: 0.0706 []
|
||||
994.3nm: 0.0585 []
|
||||
1003.9nm: 0.0451 []
|
||||
1013.5nm: 0.0379 []
|
||||
1023.1nm: 0.0298 []
|
||||
1032.7nm: 0.0207 []
|
||||
1042.3nm: 0.0151 []
|
||||
@@ -0,0 +1,90 @@
|
||||
|
||||
============================================================
|
||||
Reading 1 (t=0.01s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:58:55
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.98
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5653
|
||||
Duv: 0.00551
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3289 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.69
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.526 Y: 702.748 Z: 649.286
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.631
|
||||
Phi_eb (mW): 470.398
|
||||
Phi_ey (mW): 680.493
|
||||
Phi_er (mW): 331.425
|
||||
Phi_efr (mW): 11.458
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.31
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5591
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2219
|
||||
Compensate: 2834
|
||||
|
||||
============================================================
|
||||
Reading 2 (t=2.13s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:02:06
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.89
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5655
|
||||
Duv: 0.00550
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.67
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.427 Y: 702.620 Z: 649.490
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.469
|
||||
Phi_eb (mW): 470.073
|
||||
Phi_ey (mW): 679.697
|
||||
Phi_er (mW): 330.648
|
||||
Phi_efr (mW): 11.237
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.406
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5592
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53055
|
||||
Dark Signal: 2246
|
||||
Compensate: 2834
|
||||
@@ -0,0 +1,234 @@
|
||||
|
||||
============================================================
|
||||
Reading 1 (t=0.01s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 15:58:55
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.98
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5653
|
||||
Duv: 0.00551
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3289 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.69
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=87, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.526 Y: 702.748 Z: 649.286
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.631
|
||||
Phi_eb (mW): 470.398
|
||||
Phi_ey (mW): 680.493
|
||||
Phi_er (mW): 331.425
|
||||
Phi_efr (mW): 11.458
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.31
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.407
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5591
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53066
|
||||
Dark Signal: 2219
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0008 []
|
||||
389.6nm: 0.0890 []
|
||||
399.2nm: 0.3229 []
|
||||
408.8nm: 0.7770 [##]
|
||||
418.4nm: 1.6247 [####]
|
||||
428.0nm: 3.0114 [########]
|
||||
437.6nm: 5.1952 [##############]
|
||||
447.2nm: 8.5884 [########################]
|
||||
456.8nm: 12.6235 [####################################]
|
||||
466.4nm: 13.6578 [#######################################]
|
||||
476.0nm: 10.8532 [###############################]
|
||||
485.6nm: 8.3235 [########################]
|
||||
495.2nm: 6.7865 [###################]
|
||||
504.8nm: 5.5139 [###############]
|
||||
514.4nm: 4.7091 [#############]
|
||||
524.0nm: 4.4881 [############]
|
||||
533.6nm: 4.6034 [#############]
|
||||
543.2nm: 4.8833 [##############]
|
||||
552.8nm: 5.2877 [###############]
|
||||
562.4nm: 5.6993 [################]
|
||||
572.0nm: 6.0321 [#################]
|
||||
581.6nm: 6.2673 [##################]
|
||||
591.2nm: 6.4150 [##################]
|
||||
600.8nm: 6.5413 [##################]
|
||||
610.4nm: 6.6433 [###################]
|
||||
620.0nm: 6.7819 [###################]
|
||||
629.6nm: 6.9311 [####################]
|
||||
639.2nm: 7.0607 [####################]
|
||||
648.8nm: 7.1652 [####################]
|
||||
658.4nm: 7.2412 [####################]
|
||||
668.0nm: 7.3020 [#####################]
|
||||
677.6nm: 7.3772 [#####################]
|
||||
687.2nm: 7.5026 [#####################]
|
||||
696.8nm: 7.5342 [#####################]
|
||||
706.4nm: 7.4841 [#####################]
|
||||
716.0nm: 7.3912 [#####################]
|
||||
725.6nm: 7.2247 [####################]
|
||||
735.2nm: 7.0265 [####################]
|
||||
744.8nm: 6.7293 [###################]
|
||||
754.4nm: 6.3794 [##################]
|
||||
764.0nm: 5.9717 [#################]
|
||||
773.6nm: 5.5819 [################]
|
||||
783.2nm: 5.1382 [##############]
|
||||
792.8nm: 4.7075 [#############]
|
||||
802.3nm: 4.2856 [############]
|
||||
811.9nm: 3.8809 [###########]
|
||||
821.5nm: 3.4503 [#########]
|
||||
831.1nm: 3.0323 [########]
|
||||
840.7nm: 2.6561 [#######]
|
||||
850.3nm: 2.2916 [######]
|
||||
859.9nm: 1.9863 [#####]
|
||||
869.5nm: 1.7127 [####]
|
||||
879.1nm: 1.4511 [####]
|
||||
888.7nm: 1.2506 [###]
|
||||
898.3nm: 1.0459 [###]
|
||||
907.9nm: 0.8602 [##]
|
||||
917.5nm: 0.7136 [##]
|
||||
927.1nm: 0.5768 [#]
|
||||
936.7nm: 0.4717 [#]
|
||||
946.3nm: 0.3844 [#]
|
||||
955.9nm: 0.3112 []
|
||||
965.5nm: 0.2369 []
|
||||
975.1nm: 0.1834 []
|
||||
984.7nm: 0.1431 []
|
||||
994.3nm: 0.1127 []
|
||||
1003.9nm: 0.0847 []
|
||||
1013.5nm: 0.0629 []
|
||||
1023.1nm: 0.0458 []
|
||||
1032.7nm: 0.0273 []
|
||||
1042.3nm: 0.0104 []
|
||||
|
||||
============================================================
|
||||
Reading 2 (t=2.13s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 16:02:06
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 479.89
|
||||
eta (lm/W): 57.09
|
||||
CCT (K): 5655
|
||||
Duv: 0.00550
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.3288 y: 0.3488
|
||||
u: 0.2015 v: 0.3206
|
||||
u': 0.2015 v': 0.4809
|
||||
|
||||
--- CRI ---
|
||||
Ra: 83.0 SDCM: 4.67
|
||||
R1=82, R2=94, R3=93, R4=77, R5=82, R6=89, R7=83, R8=64
|
||||
R9=5, R10=84, R11=76, R12=60, R13=86, R14=97, R15=76
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 662.427 Y: 702.620 Z: 649.490
|
||||
TLCI-2012: 68
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 1492.469
|
||||
Phi_eb (mW): 470.073
|
||||
Phi_ey (mW): 679.697
|
||||
Phi_er (mW): 330.648
|
||||
Phi_efr (mW): 11.237
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 230.30
|
||||
Current (A): 0.0653
|
||||
Power (W): 8.406
|
||||
Frequency (Hz): 50.02
|
||||
Power Factor: 0.5592
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 53055
|
||||
Dark Signal: 2246
|
||||
Compensate: 2834
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0003 []
|
||||
389.6nm: 0.0894 []
|
||||
399.2nm: 0.3190 []
|
||||
408.8nm: 0.7735 [##]
|
||||
418.4nm: 1.6266 [####]
|
||||
428.0nm: 3.0219 [########]
|
||||
437.6nm: 5.2066 [###############]
|
||||
447.2nm: 8.5984 [########################]
|
||||
456.8nm: 12.6300 [####################################]
|
||||
466.4nm: 13.6373 [#######################################]
|
||||
476.0nm: 10.8302 [###############################]
|
||||
485.6nm: 8.3115 [########################]
|
||||
495.2nm: 6.7760 [###################]
|
||||
504.8nm: 5.5051 [###############]
|
||||
514.4nm: 4.7003 [#############]
|
||||
524.0nm: 4.4846 [############]
|
||||
533.6nm: 4.5981 [#############]
|
||||
543.2nm: 4.8781 [##############]
|
||||
552.8nm: 5.2836 [###############]
|
||||
562.4nm: 5.6906 [################]
|
||||
572.0nm: 6.0287 [#################]
|
||||
581.6nm: 6.2648 [##################]
|
||||
591.2nm: 6.4112 [##################]
|
||||
600.8nm: 6.5259 [##################]
|
||||
610.4nm: 6.6311 [###################]
|
||||
620.0nm: 6.7794 [###################]
|
||||
629.6nm: 6.9210 [###################]
|
||||
639.2nm: 7.0479 [####################]
|
||||
648.8nm: 7.1559 [####################]
|
||||
658.4nm: 7.2319 [####################]
|
||||
668.0nm: 7.2973 [#####################]
|
||||
677.6nm: 7.3794 [#####################]
|
||||
687.2nm: 7.4932 [#####################]
|
||||
696.8nm: 7.5221 [#####################]
|
||||
706.4nm: 7.4767 [#####################]
|
||||
716.0nm: 7.3786 [#####################]
|
||||
725.6nm: 7.2110 [####################]
|
||||
735.2nm: 7.0181 [####################]
|
||||
744.8nm: 6.7234 [###################]
|
||||
754.4nm: 6.3685 [##################]
|
||||
764.0nm: 5.9592 [#################]
|
||||
773.6nm: 5.5700 [################]
|
||||
783.2nm: 5.1347 [##############]
|
||||
792.8nm: 4.6961 [#############]
|
||||
802.3nm: 4.2714 [############]
|
||||
811.9nm: 3.8696 [###########]
|
||||
821.5nm: 3.4402 [#########]
|
||||
831.1nm: 3.0220 [########]
|
||||
840.7nm: 2.6562 [#######]
|
||||
850.3nm: 2.2910 [######]
|
||||
859.9nm: 1.9745 [#####]
|
||||
869.5nm: 1.7021 [####]
|
||||
879.1nm: 1.4475 [####]
|
||||
888.7nm: 1.2388 [###]
|
||||
898.3nm: 1.0408 [###]
|
||||
907.9nm: 0.8597 [##]
|
||||
917.5nm: 0.7104 [##]
|
||||
927.1nm: 0.5750 [#]
|
||||
936.7nm: 0.4669 [#]
|
||||
946.3nm: 0.3804 [#]
|
||||
955.9nm: 0.3071 []
|
||||
965.5nm: 0.2300 []
|
||||
975.1nm: 0.1785 []
|
||||
984.7nm: 0.1403 []
|
||||
994.3nm: 0.1103 []
|
||||
1003.9nm: 0.0812 []
|
||||
1013.5nm: 0.0610 []
|
||||
1023.1nm: 0.0417 []
|
||||
1032.7nm: 0.0264 []
|
||||
1042.3nm: 0.0066 []
|
||||
@@ -0,0 +1,2 @@
|
||||
#1 480.0 lm 5653 K
|
||||
#2 479.9 lm 5655 K
|
||||
@@ -0,0 +1,47 @@
|
||||
|
||||
============================================================
|
||||
Reading 1 (t=0.01s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 17:07:33
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 0.00
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 0
|
||||
Duv: 0.00000
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.0000 y: 0.0000
|
||||
u: 0.0000 v: 0.0000
|
||||
u': 0.0000 v': 0.0000
|
||||
|
||||
--- CRI ---
|
||||
Ra: 0.0 SDCM: 0.00
|
||||
R1=0, R2=0, R3=0, R4=0, R5=0, R6=0, R7=0, R8=0
|
||||
R9=0, R10=0, R11=0, R12=0, R13=0, R14=0, R15=0
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 0.000 Y: 0.000 Z: 0.000
|
||||
TLCI-2012: 0
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 0.000
|
||||
Phi_eb (mW): 0.000
|
||||
Phi_ey (mW): 0.000
|
||||
Phi_er (mW): 0.000
|
||||
Phi_efr (mW): 0.000
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 60.04
|
||||
Power Factor: 0.0000
|
||||
UThd (%): 0.8692
|
||||
AThd (%): 116.7091
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 3801
|
||||
Dark Signal: 3670
|
||||
Compensate: 2836
|
||||
@@ -0,0 +1,223 @@
|
||||
|
||||
============================================================
|
||||
Reading 1 (t=0.01s)
|
||||
============================================================
|
||||
Device: HPCS6500
|
||||
Date: 2026-02-04 Time: 17:07:33
|
||||
|
||||
--- Photometric ---
|
||||
Phi (lm): 0.00
|
||||
eta (lm/W): 0.00
|
||||
CCT (K): 0
|
||||
Duv: 0.00000
|
||||
|
||||
--- Chromaticity ---
|
||||
x: 0.0000 y: 0.0000
|
||||
u: 0.0000 v: 0.0000
|
||||
u': 0.0000 v': 0.0000
|
||||
|
||||
--- CRI ---
|
||||
Ra: 0.0 SDCM: 0.00
|
||||
R1=0, R2=0, R3=0, R4=0, R5=0, R6=0, R7=0, R8=0
|
||||
R9=0, R10=0, R11=0, R12=0, R13=0, R14=0, R15=0
|
||||
|
||||
--- CIE 1931 ---
|
||||
X: 0.000 Y: 0.000 Z: 0.000
|
||||
TLCI-2012: 0
|
||||
|
||||
--- Radiometric ---
|
||||
Phi_e (mW): 0.000
|
||||
Phi_eb (mW): 0.000
|
||||
Phi_ey (mW): 0.000
|
||||
Phi_er (mW): 0.000
|
||||
Phi_efr (mW): 0.000
|
||||
|
||||
--- Electrical ---
|
||||
Voltage (V): 0.00
|
||||
Current (A): 0.0000
|
||||
Power (W): 0.000
|
||||
Frequency (Hz): 60.04
|
||||
Power Factor: 0.0000
|
||||
UThd (%): 0.8692
|
||||
AThd (%): 116.7091
|
||||
|
||||
--- Voltage Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 0.3466
|
||||
H 3: 0.5529
|
||||
H 4: 0.1935
|
||||
H 5: 0.1009
|
||||
H 6: 0.1319
|
||||
H 7: 0.1455
|
||||
H 8: 0.0709
|
||||
H 9: 0.3610
|
||||
H10: 0.0452
|
||||
H11: 0.2558
|
||||
H12: 0.0099
|
||||
H13: 0.1471
|
||||
H14: 0.0182
|
||||
H15: 0.0881
|
||||
H16: 0.0119
|
||||
H17: 0.0439
|
||||
H18: 0.0054
|
||||
H19: 0.0441
|
||||
H20: 0.0039
|
||||
H21: 0.0444
|
||||
H22: 0.0038
|
||||
H23: 0.0419
|
||||
H24: 0.0070
|
||||
H25: 0.0277
|
||||
H26: 0.0086
|
||||
H27: 0.0180
|
||||
H28: 0.0038
|
||||
H29: 0.0168
|
||||
H30: 0.0031
|
||||
H31: 0.0085
|
||||
H32: 0.0042
|
||||
H33: 0.0141
|
||||
H34: 0.0039
|
||||
H35: 0.0050
|
||||
H36: 0.0076
|
||||
H37: 0.0172
|
||||
H38: 0.0017
|
||||
H39: 0.0135
|
||||
H40: 0.0122
|
||||
H41: 0.0075
|
||||
H42: 0.0091
|
||||
H43: 0.0079
|
||||
H44: 0.0052
|
||||
H45: 0.0028
|
||||
H46: 0.0063
|
||||
H47: 0.0106
|
||||
H48: 0.0055
|
||||
H49: 0.0066
|
||||
H50: 0.0032
|
||||
|
||||
--- Current Harmonics (%) ---
|
||||
H 1: 100.0000
|
||||
H 2: 1.3069
|
||||
H 3: 79.6826
|
||||
H 4: 1.6782
|
||||
H 5: 62.0099
|
||||
H 6: 1.8375
|
||||
H 7: 43.0251
|
||||
H 8: 1.4561
|
||||
H 9: 27.1434
|
||||
H10: 0.8638
|
||||
H11: 16.3288
|
||||
H12: 0.8914
|
||||
H13: 10.5836
|
||||
H14: 0.8186
|
||||
H15: 7.8296
|
||||
H16: 0.6092
|
||||
H17: 7.1998
|
||||
H18: 0.5320
|
||||
H19: 6.8390
|
||||
H20: 0.7901
|
||||
H21: 5.9471
|
||||
H22: 0.8641
|
||||
H23: 5.4131
|
||||
H24: 0.7893
|
||||
H25: 5.4738
|
||||
H26: 0.6972
|
||||
H27: 5.4525
|
||||
H28: 0.6923
|
||||
H29: 4.8222
|
||||
H30: 0.7761
|
||||
H31: 4.3909
|
||||
H32: 0.7792
|
||||
H33: 4.3903
|
||||
H34: 0.7458
|
||||
H35: 4.3602
|
||||
H36: 0.7061
|
||||
H37: 3.9436
|
||||
H38: 0.6865
|
||||
H39: 3.6134
|
||||
H40: 0.6928
|
||||
H41: 3.4965
|
||||
H42: 0.7969
|
||||
H43: 3.1709
|
||||
H44: 0.7282
|
||||
H45: 2.8721
|
||||
H46: 0.6770
|
||||
H47: 2.6774
|
||||
H48: 0.6486
|
||||
H49: 2.6343
|
||||
H50: 0.6855
|
||||
|
||||
--- Sensor ---
|
||||
Peak Signal: 3801
|
||||
Dark Signal: 3670
|
||||
Compensate: 2836
|
||||
|
||||
--- Spectrum (380-1050nm) ---
|
||||
380.0nm: 0.0000 []
|
||||
389.6nm: 0.0000 []
|
||||
399.2nm: 0.0000 []
|
||||
408.8nm: 0.0000 []
|
||||
418.4nm: 0.0000 []
|
||||
428.0nm: 0.0000 []
|
||||
437.6nm: 0.0000 []
|
||||
447.2nm: 0.0000 []
|
||||
456.8nm: 0.0000 []
|
||||
466.4nm: 0.0000 []
|
||||
476.0nm: 0.0000 []
|
||||
485.6nm: 0.0000 []
|
||||
495.2nm: 0.0000 []
|
||||
504.8nm: 0.0000 []
|
||||
514.4nm: 0.0000 []
|
||||
524.0nm: 0.0000 []
|
||||
533.6nm: 0.0000 []
|
||||
543.2nm: 0.0000 []
|
||||
552.8nm: 0.0000 []
|
||||
562.4nm: 0.0000 []
|
||||
572.0nm: 0.0000 []
|
||||
581.6nm: 0.0000 []
|
||||
591.2nm: 0.0000 []
|
||||
600.8nm: 0.0000 []
|
||||
610.4nm: 0.0000 []
|
||||
620.0nm: 0.0000 []
|
||||
629.6nm: 0.0000 []
|
||||
639.2nm: 0.0000 []
|
||||
648.8nm: 0.0000 []
|
||||
658.4nm: 0.0000 []
|
||||
668.0nm: 0.0000 []
|
||||
677.6nm: 0.0000 []
|
||||
687.2nm: 0.0000 []
|
||||
696.8nm: 0.0000 []
|
||||
706.4nm: 0.0000 []
|
||||
716.0nm: 0.0000 []
|
||||
725.6nm: 0.0000 []
|
||||
735.2nm: 0.0000 []
|
||||
744.8nm: 0.0000 []
|
||||
754.4nm: 0.0000 []
|
||||
764.0nm: 0.0000 []
|
||||
773.6nm: 0.0000 []
|
||||
783.2nm: 0.0000 []
|
||||
792.8nm: 0.0000 []
|
||||
802.3nm: 0.0000 []
|
||||
811.9nm: 0.0000 []
|
||||
821.5nm: 0.0000 []
|
||||
831.1nm: 0.0000 []
|
||||
840.7nm: 0.0000 []
|
||||
850.3nm: 0.0000 []
|
||||
859.9nm: 0.0000 []
|
||||
869.5nm: 0.0000 []
|
||||
879.1nm: 0.0000 []
|
||||
888.7nm: 0.0000 []
|
||||
898.3nm: 0.0000 []
|
||||
907.9nm: 0.0000 []
|
||||
917.5nm: 0.0000 []
|
||||
927.1nm: 0.0000 []
|
||||
936.7nm: 0.0000 []
|
||||
946.3nm: 0.0000 []
|
||||
955.9nm: 0.0000 []
|
||||
965.5nm: 0.0000 []
|
||||
975.1nm: 0.0000 []
|
||||
984.7nm: 0.0000 []
|
||||
994.3nm: 0.0000 []
|
||||
1003.9nm: 0.0000 []
|
||||
1013.5nm: 0.0000 []
|
||||
1023.1nm: 0.0000 []
|
||||
1032.7nm: 0.0000 []
|
||||
1042.3nm: 0.0000 []
|
||||
@@ -0,0 +1 @@
|
||||
#1 0.0 lm 0 K
|
||||
@@ -0,0 +1 @@
|
||||
[{"bits":0,"repr":"0.0","g6":"0","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":9223372036854775808,"repr":"-0.0","g6":"-0","f2":"-0.00","f0":"-0","f1":"-0.0","round1":"-0.0"},{"bits":4607182418800017408,"repr":"1.0","g6":"1","f2":"1.00","f0":"1","f1":"1.0","round1":"1.0"},{"bits":13830554455654793216,"repr":"-1.0","g6":"-1","f2":"-1.00","f0":"-1","f1":"-1.0","round1":"-1.0"},{"bits":4591870180066957722,"repr":"0.1","g6":"0.1","f2":"0.10","f0":"0","f1":"0.1","round1":"0.1"},{"bits":4602678819172646912,"repr":"0.5","g6":"0.5","f2":"0.50","f0":"0","f1":"0.5","round1":"0.5"},{"bits":4609434218613702656,"repr":"1.5","g6":"1.5","f2":"1.50","f0":"2","f1":"1.5","round1":"1.5"},{"bits":4612811918334230528,"repr":"2.5","g6":"2.5","f2":"2.50","f0":"2","f1":"2.5","round1":"2.5"},{"bits":4593671619917905920,"repr":"0.125","g6":"0.125","f2":"0.12","f0":"0","f1":"0.1","round1":"0.1"},{"bits":4600427019358961664,"repr":"0.375","g6":"0.375","f2":"0.38","f0":"0","f1":"0.4","round1":"0.4"},{"bits":4532020583610935537,"repr":"1e-05","g6":"1e-05","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":4547007122018943789,"repr":"0.0001","g6":"0.0001","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":4547007085125455641,"repr":"9.99995e-05","g6":"9.99995e-05","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":4683220279290232832,"repr":"123456.5","g6":"123456","f2":"123456.50","f0":"123456","f1":"123456.5","round1":"123456.5"},{"bits":4696837142389719040,"repr":"999999.5","g6":"1e+06","f2":"999999.50","f0":"1000000","f1":"999999.5","round1":"999999.5"},{"bits":4831355200913801216,"repr":"1000000000000000.0","g6":"1e+15","f2":"1000000000000000.00","f0":"1000000000000000","f1":"1000000000000000.0","round1":"1000000000000000.0"},{"bits":4846369599423283200,"repr":"1e+16","g6":"1e+16","f2":"10000000000000000.00","f0":"10000000000000000","f1":"10000000000000000.0","round1":"1e+16"},{"bits":4847542438873900484,"repr":"1.2345678901234568e+16","g6":"1.23457e+16","f2":"12345678901234568.00","f0":"12345678901234568","f1":"12345678901234568.0","round1":"1.2345678901234568e+16"},{"bits":4936209963552724370,"repr":"1e+22","g6":"1e+22","f2":"10000000000000000000000.00","f0":"10000000000000000000000","f1":"10000000000000000000000.0","round1":"1e+22"},{"bits":4502148214488346440,"repr":"1e-07","g6":"1e-07","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":1,"repr":"5e-324","g6":"4.94066e-324","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":9218868437227405311,"repr":"1.7976931348623157e+308","g6":"1.79769e+308","f2":null,"f0":null,"f1":null,"round1":"1.7976931348623157e+308"},{"bits":4636737291354636288,"repr":"100.0","g6":"100","f2":"100.00","f0":"100","f1":"100.0","round1":"100.0"},{"bits":4645392646888488960,"repr":"380.0","g6":"380","f2":"380.00","f0":"380","f1":"380.0","round1":"380.0"},{"bits":9221120237041090560,"repr":"nan","g6":"nan","f2":"nan","f0":"nan","f1":"nan","round1":null},{"bits":9218868437227405312,"repr":"inf","g6":"inf","f2":"inf","f0":"inf","f1":"inf","round1":null},{"bits":18442240474082181120,"repr":"-inf","g6":"-inf","f2":"-inf","f0":"-inf","f1":"-inf","round1":null},{"bits":4548686775598520385,"repr":"0.000123456789","g6":"0.000123457","f2":"0.00","f0":"0","f1":"0.0","round1":"0.0"},{"bits":4712889646492470477,"repr":"12345678.9","g6":"1.23457e+07","f2":"12345678.90","f0":"12345679","f1":"12345678.9","round1":"12345678.9"},{"bits":4607182409792818153,"repr":"0.999999","g6":"0.999999","f2":"1.00","f0":"1","f1":"1.0","round1":"1.0"},{"bits":4607182414296417781,"repr":"0.9999995","g6":"1","f2":"1.00","f0":"1","f1":"1.0","round1":"1.0"},{"bits":4621819117307496543,"repr":"9.9999995","g6":"10","f2":"10.00","f0":"10","f1":"10.0","round1":"10.0"},{"bits":4681608357448201011,"repr":"99999.95","g6":"99999.9","f2":"99999.95","f0":"100000","f1":"99999.9","round1":"99999.9"},{"bits":4698053236609777664,"repr":"1234567.0","g6":"1.23457e+06","f2":"1234567.00","f0":"1234567","f1":"1234567.0","round1":"1234567.0"},{"bits":4599075939470750516,"repr":"0.30000000000000004","g6":"0.3","f2":"0.30","f0":"0","f1":"0.3","round1":"0.3"},{"bits":4645392646888488960,"repr":"380.0","g6":"380","f2":"380.00","f0":"380","f1":"380.0","round1":"380.0"},{"bits":4645426419853101449,"repr":"381.91977077363896","g6":"381.92","f2":"381.92","f0":"382","f1":"381.9","round1":"381.9"},{"bits":4645460192817713938,"repr":"383.8395415472779","g6":"383.84","f2":"383.84","f0":"384","f1":"383.8","round1":"383.8"},{"bits":4645493965782326428,"repr":"385.75931232091693","g6":"385.759","f2":"385.76","f0":"386","f1":"385.8","round1":"385.8"},{"bits":4645527738746938917,"repr":"387.6790830945559","g6":"387.679","f2":"387.68","f0":"388","f1":"387.7","round1":"387.7"},{"bits":4645561511711551406,"repr":"389.59885386819485","g6":"389.599","f2":"389.60","f0":"390","f1":"389.6","round1":"389.6"},{"bits":4645595284676163895,"repr":"391.5186246418338","g6":"391.519","f2":"391.52","f0":"392","f1":"391.5","round1":"391.5"},{"bits":4645629057640Line truncated
|
||||
@@ -0,0 +1,2 @@
|
||||
#1 483.7 lm 5635 K
|
||||
483.7 lm 5635 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#2 479.6 lm 5661 K
|
||||
479.6 lm 5661 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#3 0.0 lm 0 K
|
||||
0.0 lm 0 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#4 479.8 lm 5656 K
|
||||
479.8 lm 5656 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#5 479.6 lm 5655 K
|
||||
479.6 lm 5655 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#6 479.6 lm 5654 K
|
||||
479.6 lm 5654 K
|
||||
@@ -0,0 +1,2 @@
|
||||
#7 182.6 lm 4937 K
|
||||
182.6 lm 4937 K
|
||||
File diff suppressed because it is too large.
Load diff
+143
@@ -0,0 +1,143 @@
|
||||
//! The driver against the simulated instrument: command bytes, measurement
|
||||
//! sequences, supply handling, timeouts and cancellation.
|
||||
|
||||
use hpcs6500::protocol::{self, cmd};
|
||||
use hpcs6500::sim::Simulator;
|
||||
use hpcs6500::{Error, Hpcs6500, Mode};
|
||||
use std::sync::Arc;
|
||||
use std::sync::atomic::{AtomicBool, Ordering};
|
||||
use std::time::{Duration, Instant};
|
||||
|
||||
fn dev() -> Hpcs6500<Simulator> {
|
||||
Hpcs6500::with_transport(Simulator::sample(), "sim")
|
||||
}
|
||||
|
||||
fn cmds(d: &Hpcs6500<Simulator>) -> Vec<u8> {
|
||||
d.transport().log.iter().map(|f| f[1]).collect()
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn identify_and_supply_commands() {
|
||||
let mut d = dev();
|
||||
assert_eq!(d.identify().unwrap(), "HPCS6500");
|
||||
d.set_mode(Mode::Dc).unwrap();
|
||||
d.set_dc_voltage(12.0).unwrap();
|
||||
d.set_dc_current(1.5).unwrap();
|
||||
d.set_ac_voltage(230.0).unwrap();
|
||||
d.set_ac_frequency(60.0).unwrap();
|
||||
d.set_integration_time(500.0).unwrap();
|
||||
let s = d.read_psu_settings().unwrap();
|
||||
assert_eq!(
|
||||
(
|
||||
s.mode,
|
||||
s.dc_voltage,
|
||||
s.dc_current,
|
||||
s.ac_voltage,
|
||||
s.ac_frequency
|
||||
),
|
||||
(Mode::Dc, 12.0, 1.5, 230.0, 60.0)
|
||||
);
|
||||
let log = &d.transport().log;
|
||||
assert_eq!(log[1], vec![0x8C, 0x7A, 0x01]);
|
||||
assert_eq!(log[2], protocol::frame_f32(cmd::SET_DC, 1, 12.0));
|
||||
assert_eq!(log[3], protocol::frame_f32(cmd::SET_DC, 0, 1.5));
|
||||
assert_eq!(log[6], vec![0x8C, 0x01, 0x20, 0xA1, 0x07, 0x00]); // 500 000 us
|
||||
d.psu_on().unwrap();
|
||||
assert!(d.transport().output_on);
|
||||
d.psu_off().unwrap();
|
||||
assert!(!d.transport().output_on);
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn single_reading_follows_the_vendor_sequence() {
|
||||
let mut d = dev();
|
||||
d.send_test_config(false).unwrap();
|
||||
let r = d.take_single_reading().unwrap();
|
||||
assert_eq!(r.device, "HPCS6500");
|
||||
assert!((r.flux_lm() - 483.7375).abs() < 1e-3);
|
||||
assert!(r.electrical.is_some());
|
||||
// 2B 2B, trigger (0E 02), polls, 13, 77, reset
|
||||
let c = cmds(&d);
|
||||
assert_eq!(&c[..3], &[cmd::TEST_CONFIG, cmd::TEST_CONFIG, cmd::START]);
|
||||
assert_eq!(d.transport().log[2], vec![0x8C, 0x0E, 0x02]);
|
||||
assert!(c[3..c.len() - 3].iter().all(|&x| x == cmd::POLL_STATE));
|
||||
assert_eq!(
|
||||
&c[c.len() - 3..],
|
||||
&[cmd::READ_MEASUREMENT, cmd::READ_ELECTRICAL, cmd::RESET]
|
||||
);
|
||||
assert!(!d.transport().output_on, "the supply is not touched");
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn continuous_reading_switches_the_supply_around_it() {
|
||||
let mut d = dev();
|
||||
let r = d.take_reading(true).unwrap();
|
||||
assert_eq!(r.spectrum.len(), 350);
|
||||
let c = cmds(&d);
|
||||
assert_eq!(c[0], cmd::PSU_OUTPUT);
|
||||
assert_eq!(d.transport().log[0], vec![0x8C, 0x72, 0x00]);
|
||||
assert_eq!(d.transport().log[1], vec![0x8C, 0x0E, 0x01]);
|
||||
assert_eq!(
|
||||
&c[c.len() - 4..],
|
||||
&[
|
||||
cmd::READ_MEASUREMENT,
|
||||
cmd::READ_ELECTRICAL,
|
||||
cmd::START,
|
||||
cmd::PSU_OUTPUT
|
||||
]
|
||||
);
|
||||
assert_eq!(d.transport().log.last().unwrap(), &vec![0x8C, 0x72, 0x01]);
|
||||
assert!(!d.transport().output_on);
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn silent_instrument_times_out_and_the_supply_still_goes_off() {
|
||||
let mut d = dev();
|
||||
d.transport_mut().mute = vec![cmd::POLL_STATE];
|
||||
let mut sim = Simulator::sample();
|
||||
sim.mute = vec![cmd::IDENTIFY];
|
||||
let mut quiet = Hpcs6500::with_transport(sim, "sim");
|
||||
let t = Instant::now();
|
||||
assert!(matches!(
|
||||
quiet.identify(),
|
||||
Err(Error::BadResponse { cmd: 0, .. })
|
||||
));
|
||||
assert!(t.elapsed() >= Duration::from_secs(2) && t.elapsed() < Duration::from_secs(4));
|
||||
|
||||
// a reading whose data never arrives: cancel it instead of waiting 30 s
|
||||
let stop = Arc::new(AtomicBool::new(false));
|
||||
d.set_cancel_flag(stop.clone());
|
||||
let s2 = stop.clone();
|
||||
std::thread::spawn(move || {
|
||||
std::thread::sleep(Duration::from_millis(300));
|
||||
s2.store(true, Ordering::SeqCst);
|
||||
});
|
||||
let t = Instant::now();
|
||||
let r = d.take_reading(true);
|
||||
assert!(matches!(r, Err(Error::Cancelled)), "{r:?}");
|
||||
assert!(t.elapsed() < Duration::from_secs(8));
|
||||
assert!(
|
||||
!d.transport().output_on,
|
||||
"supply off after the failed reading"
|
||||
);
|
||||
assert_eq!(d.transport().log.last().unwrap(), &vec![0x8C, 0x72, 0x01]);
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn missing_ack_is_an_error() {
|
||||
let mut sim = Simulator::sample();
|
||||
sim.mute = vec![cmd::PSU_OUTPUT];
|
||||
let mut d = Hpcs6500::with_transport(sim, "sim");
|
||||
assert!(matches!(d.psu_on(), Err(Error::NoAck { cmd: 0x72, .. })));
|
||||
}
|
||||
|
||||
#[test]
|
||||
fn passive_read_and_replay_cycle_through_readings() {
|
||||
let mut sim = Simulator::sample();
|
||||
sim.polls_to_ready = 0;
|
||||
let mut d = Hpcs6500::with_transport(sim, "sim");
|
||||
let a = d.read_current().unwrap();
|
||||
let b = d.take_single_reading().unwrap();
|
||||
assert_eq!(a, b);
|
||||
assert_eq!(d.transport().served, 1);
|
||||
}
|
||||
Reference in new issue
Block a user