void init()
{
// Init core enumerations
me.coreID = e_get_coreid();
e_coords_from_coreid(me.coreID, &me.row, &me.col);
//me.row = me.row - E_FIRST_CORE_ROW;
//me.col = me.col - E_FIRST_CORE_COL;
me.corenum = me.row * e_group_config.group_cols + me.col;
//me.corenum = me.row * E_COLS_IN_CHIP + me.col;
//me.coreIDn = me.coreID;
//e_neighbor_id((e_coreid_t *) &me.coreIDn, E_NEXT_CORE, E_CHIP_WRAP);
// Initialize the mailbox shared buffer pointers
Mailbox.pBase = (void *) MAILBOX_ADDRESS;
Mailbox.pGo = Mailbox.pBase + offsetof(mbox_t, go[0]);
Mailbox.pReady = Mailbox.pBase + offsetof(mbox_t, ready[0]);
Mailbox.pClocks = Mailbox.pBase + offsetof(mbox_t, clocks);
#if 0
Mailbox.pOutputBuffer = Mailbox.pBase + offsetof(mbox_t, output_buffer[0]);
Mailbox.pOutputReady = Mailbox.pBase + offsetof(mbox_t, output_ready);
#endif
Mailbox.pTimer0 = Mailbox.pBase + offsetof(mbox_t, timer0);
Mailbox.pTimer1 = Mailbox.pBase + offsetof(mbox_t, timer1);
// Init the ports
init_input_port(&X);
// Set the port pointer, the address must be global
scale.X = (me.coreID << 20) | (int) &X;
#ifdef FULL
init_output_port(&Y);
scale.Y = (me.coreID << 20) | (int) &Y;
#endif
scale.coreID = me.coreID;
// Set the global actor pointer(don't forget to use global address)
actors.scale = (me.coreID << 20) | (int) &scale;
me.count = 0;
// Coefficients
W0[0] = 2048; W0[1] = 2676; W0[2] = 2841; W0[3] = 1609;
W1[0] = 2048; W1[1] = 1108; W1[2] = 565; W1[3] = 2408;
ww0 = W0[0];
ww1 = 2048;
index0 = 0;
// Init the host-accelerator sync signals
Mailbox.pReady[me.corenum] = &me.mystate;
return;
}
void init(){
// Init core enumerations
me.coreID = e_get_coreid();
e_coords_from_coreid(me.coreID, &me.row, &me.col);
me.row = me.row - E_FIRST_CORE_ROW;
me.col = me.col - E_FIRST_CORE_COL;
me.corenum = me.row * E_COLS_IN_CHIP + me.col;
// Initialize the mailbox shared buffer pointers
Mailbox.pBase = (void *) MAILBOX_ADDRESS;
Mailbox.pGo = Mailbox.pBase + offsetof(mbox_t, go[0]);
Mailbox.pReady = Mailbox.pBase + offsetof(mbox_t, ready[0]);
Mailbox.pClocks = Mailbox.pBase + offsetof(mbox_t, clocks);
#if 0
// ## For debugging ##
Mailbox.pOutputBuffer = Mailbox.pBase + offsetof(mbox_t, output_buffer[0]);
Mailbox.pOutputReady = Mailbox.pBase + offsetof(mbox_t, output_ready);
#endif
Mailbox.pTimer0 = Mailbox.pBase + offsetof(mbox_t, timer0);
Mailbox.pTimer1 = Mailbox.pBase + offsetof(mbox_t, timer1);
me.count = 0;
// Init the ports
init_input_port(&X);
init_output_port(&Y);
// Set the port pointers of the actor struct
final.X = (me.coreID << 20) | (int) &X;
void init()
{
unsigned next_row, next_col;
// Init core enumerations
me.coreID = e_get_coreid();
e_coords_from_coreid(me.coreID, &me.row, &me.col);
me.corenum = me.row * e_group_config.group_cols + me.col;
//e_neighbor_id(E_NEXT_CORE, E_GROUP_WRAP, &next_row, &next_col);
//me.coreIDn = next_row * e_group_config.group_cols + next_col;
////e_neighbor_id(E_NEXT_CORE, E_GROUP_WRAP, (e_coreid_t *) &me.coreIDn);
// Initialize the mailbox shared buffer pointers
Mailbox.pBase = (void *) MAILBOX_ADDRESS;//(void*) SHARED_DRAM;
Mailbox.pGo = Mailbox.pBase + offsetof(mbox_t, go[0]);
Mailbox.pReady = Mailbox.pBase + offsetof(mbox_t, ready[0]);
Mailbox.pClocks = Mailbox.pBase + offsetof(mbox_t, clocks);
Mailbox.pInBuffer = Mailbox.pBase + offsetof(mbox_t, in_buffer[0]);
Mailbox.pInBufferSize = Mailbox.pBase + offsetof(mbox_t, in_buffer_size);
Mailbox.pConnectActors = Mailbox.pBase + offsetof(mbox_t, connectActors);
#if 0
// Debug
Mailbox.pOutputReady = Mailbox.pBase + offsetof(mbox_t, output_ready);
Mailbox.pOutputBuffer = Mailbox.pBase + offsetof(mbox_t, output_buffer);
#endif
Mailbox.pTimer0 = Mailbox.pBase + offsetof(mbox_t, timer0);
Mailbox.pTimer1 = Mailbox.pBase + offsetof(mbox_t, timer1);
// initialize the port
init_output_port(&Y);
// Set the port pointer
rowSort.Y = (me.coreID << 20) | (int) &Y;
rowSort.coreID = me.coreID;
// Set the global actor pointer
actors.rowSort = (me.coreID << 20) | (int) &rowSort;
// Init the host-accelerator sync signals
Mailbox.pReady[me.corenum] = &me.mystate;
return;
}
void init(){
// Init core enumerations
me.coreID = e_get_coreid();
e_coords_from_coreid(me.coreID, &me.row, &me.col);
me.row = me.row - E_FIRST_CORE_ROW;
me.col = me.col - E_FIRST_CORE_COL;
me.corenum = me.row * E_COLS_IN_CHIP + me.col;
// Initialize the mailbox shared buffer pointers
Mailbox.pBase = (void *) MAILBOX_ADDRESS;
Mailbox.pGo = Mailbox.pBase + offsetof(mbox_t, go[0]);
Mailbox.pReady = Mailbox.pBase + offsetof(mbox_t, ready[0]);
Mailbox.pClocks = Mailbox.pBase + offsetof(mbox_t, clocks);
#if 0
// ## For debugging ##
Mailbox.pOutputBuffer = Mailbox.pBase + offsetof(mbox_t, output_buffer[0]);
Mailbox.pOutputReady = Mailbox.pBase + offsetof(mbox_t, output_ready);
#endif
Mailbox.pTimer0 = Mailbox.pBase + offsetof(mbox_t, timer0);
Mailbox.pTimer1 = Mailbox.pBase + offsetof(mbox_t, timer1);
me.count = 0;
// Init the ports
init_input_port(&X);
init_output_port(&Y);
// Set the port pointers of the actor struct
shuffle.X = (me.coreID << 20) | (int) &X;
shuffle.Y = (me.coreID << 20) | (int) &Y;
shuffle.coreID = me.coreID;
// Set the global actor pointer
actors.shuffleRow = (me.coreID << 20) | (int) &shuffle;
// Init the host-accelerator sync signals
// Let the host know that we are ready (for sync)
Mailbox.pGo[me.corenum] = 0;
Mailbox.pReady[me.corenum] = me.corenum;
}
