/* We need to make pixels using reg's generate function, and write the result
* to dest.
*/
static int
im_prepare_to_generate( REGION *reg, REGION *dest, Rect *r, int x, int y )
{
IMAGE *im = reg->im;
char *p;
if( !im->generate ) {
im_error( "im_prepare_to", _( "incomplete header" ) );
return( -1 );
}
if( im_region_region( reg, dest, r, x, y ) )
return( -1 );
/* Remember where reg is pointing now.
*/
p = IM_REGION_ADDR( reg, reg->valid.left, reg->valid.top );
/* Run sequence into reg.
*/
if( fill_region( reg ) )
return( -1 );
/* The generate function may not have actually made any pixels ... it
* might just have redirected reg to point somewhere else. If it has,
* we need an extra copy operation.
*/
if( IM_REGION_ADDR( reg, reg->valid.left, reg->valid.top ) != p )
im__copy_region( reg, dest, r, x, y );
return( 0 );
}
//---------- Begin of function World::fill_region -----//
void World::fill_region(short x, short y)
{
err_when( x < 0 || x >= max_x_loc || y < 0 || y >= max_y_loc);
short left, right;
// Location *locPtr;
// extent x to left and right
for( left = x; left >= 0 && !get_loc(left,y)->region_id && get_loc(left,y)->region_type() == walkable; --left)
{
get_loc(left,y)->region_id = regionId;
}
++left;
for( right=x+1; right < max_x_loc && !get_loc(right,y)->region_id && get_loc(right,y)->region_type() == walkable; ++right)
{
get_loc(right,y)->region_id = regionId;
}
--right;
// ------- scan line below ---------//
y++;
if( y < max_y_loc )
{
for( x = left>0?left-1:0 ; x <= right+1 && x < max_x_loc; ++x )
{
if( !get_loc(x,y)->region_id && get_loc(x,y)->region_type() == walkable)
{
fill_region(x,y);
}
}
}
// ------- scan line above -------- //
y -= 2;
if( y >= 0)
{
for( x = left>0?left-1:0 ; x <= right+1 && x < max_x_loc; ++x )
{
if( !get_loc(x,y)->region_id && get_loc(x,y)->region_type() == walkable)
{
fill_region(x,y);
}
}
}
}
void World::set_region_id()
{
int i,x,y;
int totalLoc=max_x_loc * max_y_loc;
Location* locPtr=loc_matrix;
// -------- reset region_id to zero
for( i=0 ; i<totalLoc ; i++, locPtr++ )
{
locPtr->region_id = 0;
}
regionId = 0;
for( y = 0; y < max_y_loc; ++y)
{
locPtr = get_loc(0,y);
for( x = 0; x < max_x_loc; ++x, ++locPtr)
{
if( !locPtr->region_id && locPtr->region_type() != REGION_INPASSABLE)
{
walkable = locPtr->region_type();
++regionId;
fill_region(x,y);
err_when( regionId == 255);
}
}
}
region_array.init(regionId);
// ------ update adjacency information and region area ------//
regionId = 0;
for( y = 0; y < max_y_loc; ++y)
{
locPtr = get_loc(0,y);
for( x = 0; x < max_x_loc; ++x, ++locPtr)
{
int thisRegionId = locPtr->region_id;
// #### begin Gilbert 19/2 ######//
if( thisRegionId > 0)
{
region_array.inc_size( thisRegionId );
}
// #### end Gilbert 19/2 ######//
if( thisRegionId > regionId)
{
if(thisRegionId == regionId+1)
regionId++;
region_array.set_region( thisRegionId, locPtr->region_type());
}
int adjRegionId;
if( y > 0)
{
if( x > 0 && (adjRegionId = get_loc(x-1,y-1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( (adjRegionId = get_loc(x,y-1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( x < max_x_loc-1 && (adjRegionId = get_loc(x+1,y-1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
}
if( x > 0 && (adjRegionId = get_loc(x-1,y)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( x < max_x_loc-1 && (adjRegionId = get_loc(x+1,y)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( y < max_y_loc-1)
{
if( x > 0 && (adjRegionId = get_loc(x-1,y+1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( (adjRegionId = get_loc(x,y+1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
if( x < max_x_loc-1 && (adjRegionId = get_loc(x+1,y+1)->region_id) < thisRegionId )
region_array.set_adjacent( thisRegionId, adjRegionId);
}
}
}
//---- sort the region after setting its size ----//
region_array.sort_region();
//-------- initialize region_stat_array ----------//
region_array.init_region_stat();
}
//**********************************************
//Game 3. Press buttons as the terms pop up to
//fill the screen. First one to fill the screen
//wins. Fills 6 pages (text on pages 1 and 2)
//**********************************************
float game3(void){
int buttonPresses = 0;
int page;
int col = 0;
int colFinished = 0;
int i;
float ticks;
float mHz = 50000000;
int seconds = 0;
int colLED = 0;
TIMER0_Type *gp_timer;
init_squares = 8;
squares_caught = 0;
gp_timer = (TIMER0_Type *) TIMER1_BASE;
lcd_write_string_10pts(0,"Game 3!");
lcd_write_string_10pts(1, "Fill screen");
lcd_write_string_10pts(2, "by hitting");
lcd_write_string_10pts(3, "top Button");
for(i = 0; i < 10000000; i++){};
lcd_clear();
f14_timer1_Init(1);
//f14_timer0_start(1);
while(1){
if(sendPackets){
sendPackets = false;
if(wireless_send_32(false,false,0) != NRF24L01_TX_SUCCESS){
packetsDropped++;
}
}
WATCHDOG0->ICR = 0;
if(matrixWrite){
matrixWrite = false;
ledMatrixWriteData(I2C_I2C_BASE, colLED, Led_LUT[init_squares-squares_caught][colLED]);
colLED++;
colLED = colLED % 5;
}
button = -1;
if(AlertSysTick){
data = GPIOF->DATA;
if( (data & PA1) == 0)
{
up++;
if(up == 7)
button = 0;
}
else
up = 0;
if( (data & PA4) == 0)
{
down++;
if(down == 7)
button = 3;
}
else
down = 0;
if( (data & PA2) == 0)
{
right++;
if(right == 7)
button = 1;
}
else
right = 0;
if( (data & PA3) == 0)
{
left++;
if(left == 7)
button = 2;
}
else
left = 0;
AlertSysTick = false;
}
if(gp_timer->RIS == 1){
gp_timer->ICR = 1;
seconds++;
}
if(button == 0){
page = (buttonPresses % 8);
fill_region(page,col);
fill_region(page+1,col);
buttonPresses+=2;
if(buttonPresses % 8 == 0){
squares_caught++;
col+=13;
}
}
if(buttonPresses == 64){
ticks = f14_timer1_stop();
lcd_clear();
lcd_write_string_10pts(0,"Good job!");
lcd_write_string_10pts(1,"Time: ");
lcd_write_string_10pts(2,"You win!");
for(i = 0; i < 10000000; i++){};
lcd_clear();
return (seconds+roundF(ticks/mHz));
}
}
}
