static void load_value_execute(UM_machine machine, Um_instruction instruction)
{
unsigned A = Bitpack_getu(instruction, BITS_PER_REG_NUM, 25);
UM_word value = Bitpack_getu(instruction, BITS_PER_VALUE, 0);
loadv(machine, value, A);
}
int main()
{
int i;
history_file = fopen("hist.data", "w");
init(); /* do initialisation */
loadx(); /* load particles onto grid */
particle_bc(); /* particle boundary conditions */
loadv(); /* define velocity distribution */
density(); /* compute initial density from particles */
add_neutral(); /* background ion density */
laser(); /* initialise laser field */
field(); /* compute initial electric field */
diagnostics(); /* output initial conditions */
for (itime=1; itime<=ntrun; itime++)
{
push(); /* Push particles */
particle_bc(); /* particle boundary conditions */
density(); /* compute density */
laser(); /* update laser field */
field(); /* compute electric field (Poisson) */
diagnostics(); /* output snapshots and time-histories */
}
close(history_file); /* close time-hist files */
}
