In convergent-beam electron-diffraction (CBED) patterns at a zone axis orientation, the bright-field disc is often intersected by a set of fine dark lines known as higher-order Laue zone (HOLZ) lines. These lines result from high-angle scattering, causing higher-order Laue reciprocal planes to intersect the Ewald sphere. HOLZ4 is an interactive program that simulates these HOLZ lines using kinematical approximation and a first-order dynamic correction. The main features are listed here,
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GUI of the HOLZ4 in HOLZ lines in bright-field disc mode. The simulation is done with an Al crystal structure along [100] zone axis and 200 kV.