Eclipse Map vs PhosphorSol

The "Eclipse Map" app provides solar and lunar eclipse data from -1999 to 3000, and can query the time and type of any solar or lunar eclipse in 5000 years. The "Eclipse Map" app visualizes the distribution area of ​​each solar or lunar eclipse on the earth on the map by calculation. It can also calculate the observable events and event times of any point on the map during the solar or lunar eclipse. In addition, it can also calculate the observable events and time of each solar or lunar eclipse at a given location .

PhosphorSol is a real-time space weather monitoring station for your iPhone, presenting live solar data from NOAA's Space Weather Prediction Center through a retro CRT phosphor display interface. Track the conditions between the Sun and Earth across six dedicated displays: STATUS — Your mission control dashboard. An animated ASCII Sun with shimmering corona sits above the NOAA R/S/G threat scale indicators for radio blackouts, solar radiation storms, and geomagnetic disturbances. At a glance: current solar wind speed, Kp index, X-ray flux classification, and aurora probability at your latitude, with a miniature Kp trend chart showing recent geomagnetic activity. WIND — Live telemetry from the DSCOVR satellite at the L1 Lagrange point, one million miles sunward. Three scrolling strip-chart traces display solar wind speed, IMF Bz magnetic field component, and proton density in real time. The Bz trace is colour-coded: green when the interplanetary magnetic field points northward (Earth's magnetosphere shielded), red when it swings southward (geomagnetic coupling begins). Six-hour statistics and a conditions reference guide complete the picture. Kp — The planetary Kp geomagnetic disturbance index rendered as a colour-coded bar chart spanning observed readings and NOAA forecast periods. Bars transition from green through amber to red as storm thresholds are crossed. Below the chart: observed statistics with min/max/average readings, storm period counts, a tabulated 3-hour Kp forecast, and the NOAA G-scale legend from G1 Minor through G5 Extreme. XRAY — Solar X-ray flux from the GOES primary satellite plotted on a logarithmic scale with flare classification thresholds marked at A, B, C, M, and X class levels. The trace changes colour by intensity. Below: a detailed log of recent flare events showing begin, peak, and end times with duration, and a flare classification reference. AURORA — The OVATION auroral oval model for both northern and southern hemispheres, recoloured to match the CRT aesthetic. A probability reading for your latitude with a block-character meter bar, current Kp versus required Kp for visible aurora at your location, and observation/forecast timestamps. ALERTS — A scrolling feed of SWPC alerts, warnings, and watches from the last 30 days. Each entry displays the issue timestamp, severity classification, and the substantive content of the bulletin including validity periods, thresholds reached, NOAA scale ratings, and potential impacts on power grids, satellite operations, HF radio, and aurora visibility. All data is sourced from NOAA Space Weather Prediction Center public services. The app polls at appropriate intervals per data type — critical readings like solar wind plasma update every minute, while forecasts and alerts refresh every few minutes. The interface is rendered entirely in monospace typography with phosphor green on black, CRT scanline overlays, and glow effects. Values change colour dynamically based on severity: green for quiet conditions, amber for elevated activity, red for storm thresholds. Multiple colour themes are available. PhosphorSol requires no account, collects no personal data, and contains no advertising. It connects directly to NOAA public APIs.