Pltnet - Plots network of points with labelsĭirInv - Simple partial GUI script for direct and inverse problemsĭist3D - Example to compute incremental 3D distances between points. Plterrel - Plots error ellipse for covariance matrixĬart2euler- Converts Cartesian coordinate rotations to Euler pole rotationĮuler2cart- Converts Euler pole rotation to Cartesian coordinate rotationsįindfixed - Finds fixed station based on 3D covariance matrix Yr2jd - Year & decimal year to Julian dateĮrrell2 - Computes error ellipse semi-axes and azimuthĮrrell3 - Computes error ellipsoid semi-axes, azimuths, inclinations Mjd2jd - Modified Julian date to Julian date Jd2yr - Julian date to year & decimal year Power Tools only works with Lite-On slim USB-powered DVD writers. It will also let you to switch between two write mode: Normal Mode and Power Saving Mode.
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Jd2mjd - Julian date to Modified Julian date Download Details Power Tools for Optical Storage Products VersionV1.05 Power Tools will test if your system meets the USB power requirement to run the drive at maximum performance. Jd2gps - Julian date to GPS week & seconds of week The MATLAB toolbox MTEX provides a unique way to represent, analyse and interpret crystallographic preferred orientation, i.e. Jd2doy - Julian date to year & day of year Gps2jd - GPS week & seconds of week to Julian date Simil - Similarity transformation (translation,rotation,scale change)ĭates - Converts between different date formatsĭoy2jd - Year and day of year to Julian date Inverse - Inverse geodetic problem (X1,Y1,Z1 + X2,Y2,Z2 to Az,VA,Dist) Lg2dg - Local geodetic (NEU) to differences in geodetic (lat,lon)ĭirect - Direct geodetic problem (X1,Y1,Z1 + Az,VA,Dist to X2,Y2,Z2) Lg2ct - Local geodetic (NEU) to conventional terrestrial (ECEF) Rotlg2ct - Rotation matrix for local geod. Rotct2lg - Rotation matrix for conventional terrestrial to local geod. matrixĬlg2cct - Local geodetic to conventional terrestrial cov. Utm2ell - UTM (N,E) to ellipsoidal (lat,long) coordinatesĬt2lg - Conventional terrestrial (ECEF) to local geodetic (NEU)ĭg2lg - Differences in Geodetic (lat,lon) to local geodetic (NEU)Ĭct2clg - Conventional terrestrial to local geodetic cov. Xyz2ell3 - xyz2ell using complete Bowring version DX-Ball 2: Breakout-style game with 16bit high-color bricks and textured backgrounds.
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Xyz2ell2 - xyz2ell with Bowring height formula Download Dx Ball 4 Full Version Download - best software for Windows.
Xyz2ell - Cartesian (x,y,z) to ellipsoidal (lat,long,ht) coordinates Xyz2sph - Cartesian (x,y,z) to spherical (az,va,dist) coordinates Sph2xyz - Shperical (az,va,dist) to Cartesian (x,y,z) coordinates Rad2dms - Radians to degrees,minutes,secondsĮll2utm - Ellipsoidal (lat,long) to UTM (N,E) coordinatesĮll2xyz - Ellipsoidal (lat,long) to Cartesian (x,y,z) coodinates Functions include:ĭms2deg - Degrees,minutes,seconds to degreesĭms2rad - Degrees,minutes,seconds to radians Supports a wide range of common and user-defined reference ellipsoids. A collection of geodetic functions that solve a variety of problems in geodesy.
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