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XL H 1 areas 5 global symbols M assembly.s A text size 4C flags 0 S _read_program_memory Def001C S _write_page Def0000 S _write_lock_bits Def002A S _enableRWW Def0036 S _fill_temp_buffer Def00

void write_page (unsigned int adr, unsigned char function); void fill_temp_buffer (unsigned int data,unsigned int adr); unsigned int read_program_memory (unsigned int adr,unsigned char cmd); void w

.text ;********************************************************* ; Place a 1 for the processor you w

.text ;********************************************************* ; Place a 1 for the processor you want use ;********************************************************* MEGATYPE8 = 1 MEG

.text ;********************************************************* ; Place a 1 for the processor you want use ;********************************************************* MEGATYPE8 = 1 MEG

XL H 1 areas 5 global symbols M assembly.s A text size 4C flags 0 S _read_program_memory Def001C S _write_page Def0000 S _write_lock_bits Def002A S _enableRWW Def0036 S _fill_temp_buffer Def00

% Assemble element stiffness matrix % matrix K. function K = assembly(K,e,ke) include_flags; for loop1 = 1:nen*ndof i = LM(loop1,e); for loop2 = 1:nen*ndof j = LM(loop2,e);

% assemble element matrices and vectors function [K,f] = assembly(K,f,e,ke,fe) include_flags; for loop1 = 1:nen*ndof i = LM(loop1,e); f(i) = f(i) + fe(loop1); % assemble element ve

% assemble element matrices and vectors function [K,f] = assembly(K,f,e,ke,fe) include_flags; for loop1 = 1:nen i = LM(loop1,e); f(i) = f(i) + fe(loop1); % assemble forces for

% % assemble element stiffness matrix and nodal force vector function [K,f] = assembly(K,f,e,ke,fe) include_flags; for loop1 = 1:nen*ndof i = LM(loop1,e); f(i) = f(i) + fe(loop1);