//****************************************************** // INTERFACE // // ainp(), aout() // // AUTHOR: G.Doeben-Henisch // First: Dec-10, 2013 // Last: Dec-11, 2013 // //**************************************** // IDEA // // The function // // ainp: WORLD ---> SSTR // // maps for every participating system in POP the actual conditions from the WORLD // into the structure SSTR of every system // // The function // // aout: SSTR ---> WORLD // // maps for every system in POP the actual SSTR values into the world input buffer WIB // //************************************************************ //**************************************** // ainp() // // The function // // ainp: WORLD ---> SSTR // // maps for every participating system in POP the actual conditions from the WORLD // into the structure SSTR of every system // // This is the version for random systems // It checks the field for new energy in POP // and maps this value to SSTR function [SSTR]=ainp(POP,SSTR) // Get size of POP [r,c]=size(POP) //Take values from POP to SSTR for i=1:r SSTR(i,2)=SSTR(i,2)+eval(POP(i,8)) POP(i,8)='0'// Set value back to zero end endfunction //************************************************* // aout() // // The function // // aout: SSTR ---> WORLD // // maps for every system in POP the actual SSTR values into the world input buffer WIB // function [WIB]=aout(POP,SSTR,WIB) // Get size of POP [r,c]=size(POP) //Take values from SSTR to WIB for i=1:r WIB(i,2)=dec2bin(SSTR(i,4)), //copy movement WIB(i,3)=dec2bin(SSTR(i,5)) //copy non-movement end endfunction