static void handle_jump( LWControl *ectl, void *edata )
{
char a[ 24 ];
int i, jcontext;
GET_STR( ectl, a, sizeof( a ));
GET_INT( ctl[ 12 ], jcontext );
i = atoi( a );
switch ( jcontext ) {
case 1: change_pos( pos, i ); break;
case 2: change_pos( pos, -i ); break;
default: change_pos( 0, i ); break;
}
}
t_map *make_intra_lab(t_map *my_map, int larg, int haut)
{
int nb_rand;
int dir;
int cmp;
cmp = 0;
my_map->x = 1;
my_map->y = 1;
srand(time(NULL));
my_map->seen[my_map->y][my_map->x] = 1;
my_map->cmp_lab = (larg * haut);
while (cmp != my_map->cmp_lab-1)
{
nb_rand = rand()%4+1;
dir = check_pos(nb_rand, my_map);
my_map = save(my_map);
while (dir == 0)
{
nb_rand = rand()%4+1;
dir = check_pos(nb_rand, my_map);
}
my_map = change_pos(my_map, dir);
cmp++;
}
return(my_map);
}
void RubixCube::rotate_cube_plane()
{
if(!rotating)
{
int i,j,k;
if(plane.back()!=0 && plane.back()!=1 && plane.back()!=2)
exit(2);
switch(axis.back())
{
case 0:
change_pos(dir,cubepos[plane.back()][0][0],cubepos[plane.back()][0][1],cubepos[plane.back()][0][2],cubepos[plane.back()][1][0],cubepos[plane.back()][1][1],cubepos[plane.back()][1][2],cubepos[plane.back()][2][0],cubepos[plane.back()][2][1],cubepos[plane.back()][2][2]);
break;
case 1:
change_pos(dir,cubepos[2][plane.back()][0],cubepos[2][plane.back()][1],cubepos[2][plane.back()][2],cubepos[1][plane.back()][0],cubepos[1][plane.back()][1],cubepos[1][plane.back()][2],cubepos[0][plane.back()][0],cubepos[0][plane.back()][1],cubepos[0][plane.back()][2]);
break;
case 2:
change_pos(dir,cubepos[0][0][plane.back()],cubepos[1][0][plane.back()],cubepos[2][0][plane.back()],cubepos[0][1][plane.back()],cubepos[1][1][plane.back()],cubepos[2][1][plane.back()],cubepos[0][2][plane.back()],cubepos[1][2][plane.back()],cubepos[2][2][plane.back()]);
break;
default:
exit(2);
}
set_centre();
switch(axis.back())
{
case 0:
for(j=0;j<3;j++)
for(k=0;k<3;k++)
c[cubepos[plane.back()][j][k]].rotate(0,dir);
break;
case 1:
for(i=0;i<3;i++)
for(k=0;k<3;k++)
c[cubepos[i][plane.back()][k]].rotate(1,dir);
break;
case 2:
for(i=0;i<3;i++)
for(j=0;j<3;j++)
c[cubepos[i][j][plane.back()]].rotate(2,dir);
break;
}
}
else
glutIdleFunc(NULL);
}
static int partition(elem_t *data, int s, int f)
{
int i, j;
j = s-1;
for (i = s; i <= f; i++){
if (SE(data[i].value, data[f].value)){
j++;
change_pos(&data[i], &data[j]);
}
}
return j;
}
static void handle_scroll( LWControl *ectl, void *edata )
{
int i, newpos;
inscroll = 1;
GET_INT( ectl, i );
newpos = i * ( filesize / 1000 );
if ( newpos > filesize - pagesize )
newpos = filesize - pagesize;
if ( newpos < 0 ) newpos = 0;
change_pos( 0, newpos );
inscroll = 0;
}
void nxtCanvasWidget::wheelEvent( QWheelEvent *event ){
if( !is_moveable )
return;
//Set modifiers
key_control = event->modifiers() & Qt::ControlModifier;
key_shift = event->modifiers() & Qt::ShiftModifier;
int amount = event->delta() / 8;
if( key_control ){
//Zoom
if( amount > 0 )
zoom_at( event->pos(), current_zoom+1 );
else
zoom_at( event->pos(), current_zoom-1 );
}
else if( key_shift )
change_pos( amount, 0 );
else
change_pos( 0, -amount );
}
static void handle_search( LWControl *ectl, void *edata )
{
char userstr[ 64 ];
int newpos;
if ( !fp ) return;
GET_INT( ctl[ 14 ], searchtype );
GET_STR( ctl[ 13 ], userstr, sizeof( userstr ));
if ( strlen( userstr ) == 0 ) return;
newpos = pos;
if ( search( fp, &newpos, userstr, searchtype, datatype, unsign, byteorder ))
change_pos( 0, newpos );
else
msgf->info( "Search string not found.", NULL );
}
t_bunny_response mainloop(t_data *data)
{
if (data->player->coef[0] == 0 && data->player->coef[1] == 0)
if (to_next_node(data) == - 1)
return (EXIT_ON_ERROR);
if (data->player->coef[0] != 0 && data->player->coef[1] != 0)
move_perso(data);
if (data->id_plan == 0)
{
change_pos(data);
change_pos_nuages(data);
have_pos(data);
}
else if (data->id_plan == 1)
move_poteau(data);
envoi_to_copy(data);
tektext(data->pix, data->text);
change_pos_perso(data->player->mov[CUR]->calque[0]->pix, data->loop);
bunny_blit(&data->win->buffer, &data->pix->clipable, data->pos);
bunny_display(data->win);
return (GO_ON);
}
static void handle_key( LWPanelID panel, void *pdata, LWDualKey key )
{
if ( !fp ) return;
switch ( key )
{
case LWDK_SC_UP: change_pos( pos, -linesize ); break;
case LWDK_SC_DOWN: change_pos( pos, linesize ); break;
case LWDK_SC_LEFT: change_pos( pos, -1 ); break;
case LWDK_SC_RIGHT: change_pos( pos, 1 ); break;
case LWDK_PAGEUP:
case LWDK_PAD_9: change_pos( pos, -pagesize ); break;
case LWDK_PAGEDOWN:
case LWDK_PAD_3: change_pos( pos, pagesize ); break;
case LWDK_HOME:
case LWDK_PAD_7: change_pos( 0, 0 ); break;
case LWDK_END:
case LWDK_PAD_1: change_pos( 0, filesize - pagesize ); break;
case 'p': handle_print(); break;
case 'n': handle_new( ctl[ 16 ], NULL ); break;
case 'j': handle_jump( ctl[ 7 ], NULL ); break;
case 's': handle_search( ctl[ 8 ], NULL ); break;
case '+': SET_INT( ctl[ 12 ], 1 ); break;
case '-': SET_INT( ctl[ 12 ], 2 ); break;
case '*': SET_INT( ctl[ 12 ], 0 ); break;
case 't': SET_INT( ctl[ 14 ], 0 ); break;
case 'h': SET_INT( ctl[ 14 ], 1 ); break;
case 'c': SET_INT( ctl[ 14 ], 2 ); break;
case 'b':
SET_INT( ctl[ 3 ], 0 );
handle_datatype( ctl[ 3 ], NULL );
break;
case 'w':
SET_INT( ctl[ 3 ], 1 );
handle_datatype( ctl[ 3 ], NULL );
break;
case 'l':
SET_INT( ctl[ 3 ], 2 );
handle_datatype( ctl[ 3 ], NULL );
break;
case 'f':
SET_INT( ctl[ 3 ], 3 );
handle_datatype( ctl[ 3 ], NULL );
break;
case 'd':
SET_INT( ctl[ 3 ], 4 );
handle_datatype( ctl[ 3 ], NULL );
break;
case 'u': {
int i = !unsign;
SET_INT( ctl[ 4 ], i );
handle_unsigned( ctl[ 4 ], NULL );
}
break;
case 'i':
SET_INT( ctl[ 5 ], 0 );
handle_byteorder( ctl[ 5 ], NULL );
break;
case 'm':
SET_INT( ctl[ 5 ], 1 );
handle_byteorder( ctl[ 5 ], NULL );
break;
case ',':
if ( linesize > 1 ) {
SET_INT( ctl[ 6 ], linesize - 1 );
handle_rowsize( ctl[ 6 ], NULL );
}
break;
case '.':
if ( linesize < 16 ) {
SET_INT( ctl[ 6 ], linesize + 1 );
handle_rowsize( ctl[ 6 ], NULL );
}
break;
default:
break;
}
}
void nxtCanvasWidget::action( action_event event ){
static QPoint prev_last_mouse;
if( active_tool == TOOL_NONE )
return;
//First handle the events that doesn't change the canvas
if( active_tool == TOOL_SELECTION ){
selection = get_qrect_from_points( mouse_start, mouse_current );
if( selection.height() >= 0 )
selection.setHeight( selection.height()+1 );
if( selection.width() >= 0 )
selection.setWidth( selection.width()+1 );
update();
//TODO: emit signal?
}
else if( active_tool == TOOL_MOVE ){
if( is_moveable && event != EVENT_MOVE ) //Prevent infinitive loop
change_pos( mouse_current.x() - mouse_last.x(), mouse_current.y() - mouse_last.y() );
}
else
if( canvas ){
//Create a fresh buffer, unless we are drawing in freehand
if( active_tool != TOOL_PIXEL )
new_buffer();
//If this is the last action, enable auto-resize
//if( event == EVENT_MOUSE_UP )
canvas->set_auto_resize( true );
//TODO: enable, then restore to previous state
switch( active_tool ){
case TOOL_PIXEL:
//Draw a dot first time, then follow with lines
if( event == EVENT_MOUSE_DOWN )
canvas->PointOut( mouse_current.x(), mouse_current.y(), options );
else
canvas->connected_line_out( prev_last_mouse.x(), prev_last_mouse.y(), mouse_last.x(), mouse_last.y(), mouse_current.x(), mouse_current.y(), options );
prev_last_mouse = mouse_last;
break;
case TOOL_LINE:
if( key_control ){ //Limit to angles in steps of 15 degrees
int dx = mouse_current.x() - mouse_start.x();
int dy = mouse_current.y() - mouse_start.y();
double angle = atan2( (double)( dy ), (double)( dx ) );
double lenght = sqrt( (double)( dx*dx + dy*dy ) );
double limiter = PI * 15 / 180;
double new_angle = round_sym( angle / limiter ) * limiter;
dy = round_sym( sin( new_angle ) * lenght );
dx = round_sym( cos( new_angle ) * lenght );
canvas->LineOut( mouse_start.x(), mouse_start.y(), mouse_start.x() + dx, mouse_start.y() + dy, options );
}
else
canvas->LineOut( mouse_start.x(), mouse_start.y(), mouse_current.x(), mouse_current.y(), options );
break;
case TOOL_RECT:{
QRect rect = get_qrect_from_points( mouse_start, mouse_current );
//Make it a square if control is pressed
if( key_control ){
if( rect.width() > rect.height() ){
if( mouse_current.y() < mouse_start.y() )
rect.translate( 0, rect.height() - rect.width() );
rect.setHeight( rect.width() );
}
else{
if( mouse_current.x() < mouse_start.x() )
rect.translate( rect.width() - rect.height(), 0 );
rect.setWidth( rect.height() );
}
}
canvas->RectOut( rect.x(), rect.y(), rect.width(), rect.height(), options );
} break;
case TOOL_ELLIPSE:
if( key_control ){
QPoint lenght = mouse_current - mouse_start;
int radius = sqrt( (double)( lenght.x()*lenght.x() + lenght.y()*lenght.y() ) );
canvas->CircleOut( mouse_start.x(), mouse_start.y(), radius, options );
}
else
canvas->EllipseOut( mouse_start.x(), mouse_start.y(), abs( mouse_current.x() - mouse_start.x() ), abs( mouse_current.y() - mouse_start.y() ), options );
break;
case TOOL_BITMAP:{
if( clipboard ){
if( event == EVENT_MOUSE_DOWN ){
selection.setWidth( clipboard->get_width() );
selection.setHeight( clipboard->get_height() );
}
selection.moveTo( selection.topLeft() + mouse_current - mouse_last );
canvas->copy_canvas( clipboard, 0, 0, selection.width(), selection.height(), selection.x(), selection.y(), options );
}
} break;
case TOOL_FILL: canvas->bucket_fill( mouse_current.x(), mouse_current.y(), options ); break;
default: qDebug( "nxtCanvasWidget::action() unhandled tool: %d", active_tool );
}
//If this is the last action, make the buffer permanent
if( event == EVENT_MOUSE_UP && active_tool != TOOL_BITMAP ){
// canvas->set_auto_resize( false );
write_buffer();
}
update();
emit value_changed();
}
}