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ASAP SAGUARO

ASAP NextGen 2022 V1 SAGUARO 출시


  • PATH COMMAND now collects and tabulates ray data from all processors to produce a complete path table. The SELECT may now reference the entries on the path table to turn ray on or off all processors

  • PLOT POLAR: ASAP now plots polarization ellipses for all rays on all processors. Previous releases only plot ellipses for the root process

  • MULTI-CORE PROCESSING: ASAP_GEN_I14 remediated processing halts/slowing on multi-core workstation-class system during long duration traces

  • COATING TABLE command reads a table of real complex reflectance and transmittance values which may then be assigned to an object. The table is read from a text file supplied by users in the ASAP directory

  • CPC COMMAND: a new edge, CPC, allows construction of a compound parabolic concentrator or ideal trough concentrator from a single edge. After the edge is defined, a SWEEP AXIS or SWEEP DIR command are used to create the object

  • PATH COMMAND now collects and tabulates ray data from all processors to produce a complete path table. The SELECT may now reference the entries on the path table to turn ray on or off all processors

  • PLOT POLAR: ASAP now plots polarization ellipses for all rays on all processors. Previous releases only plot ellipses for the root process

  • MULTI-CORE PROCESSING: ASAP_GEN_I14 remediated processing halts/slowing on multi-core workstation-class system during long duration traces

  • COATING TABLE command reads a table of real complex reflectance and transmittance values which may then be assigned to an object. The table is read from a text file supplied by users in the ASAP directory

  • CPC COMMAND: a new edge, CPC, allows construction of a compound parabolic concentrator or ideal trough concentrator from a single edge. After the edge is defined, a SWEEP AXIS or SWEEP DIR command are used to create the object

  • EXTREMES COMMAND now works with multi-core processing. EXTREMES now examines all selected rays within all processor nodes to output the global minima and maxima. The ray number and processor node associated with each output minimum and maximum are now printed

  • INTERPOLATE COMMAND now works with multi-core processing


 

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