bool
draw_lineno(struct view *view, unsigned int lineno)
{
char number[10];
int digits3 = view->digits < 3 ? 3 : view->digits;
int max = MIN(VIEW_MAX_LEN(view), digits3);
char *text = NULL;
chtype separator = opt_line_graphics ? ACS_VLINE : '|';
if (!opt_show_line_numbers)
return FALSE;
lineno += view->pos.offset + 1;
if (lineno == 1 || (lineno % opt_line_number_interval) == 0) {
static char fmt[] = "%1ld";
fmt[1] = '0' + (view->digits <= 9 ? digits3 : 1);
if (string_format(number, fmt, lineno))
text = number;
}
if (text)
draw_chars(view, LINE_LINE_NUMBER, text, max, TRUE);
else
draw_space(view, LINE_LINE_NUMBER, max, digits3);
return draw_graphic(view, LINE_DEFAULT, &separator, 1, TRUE);
}
static bool
draw_graph_chtype(void *view, const struct graph *graph, const struct graph_symbol *symbol, int color_id, bool first)
{
const chtype *chars = graph->symbol_to_chtype(symbol);
return draw_graphic(view, get_graph_color(color_id), chars + !!first, 2 - !!first, false);
}
static bool
draw_lineno_custom(struct view *view, struct view_column *column, unsigned int lineno)
{
char number[10];
unsigned long digits3 = column->width < 3 ? 3 : column->width;
int max = MIN(VIEW_MAX_LEN(view), digits3);
char *text = NULL;
chtype separator = opt_line_graphics ? ACS_VLINE : '|';
struct line_number_options *opts = &column->opt.line_number;
int interval = opts->interval > 0 ? opts->interval : 5;
if (!column->opt.line_number.display)
return false;
if (lineno == 1 || (lineno % interval) == 0) {
static char fmt[] = "%ld";
fmt[1] = '0' + (digits3 <= 9 ? digits3 : 1);
if (string_format(number, fmt, lineno))
text = number;
}
if (text)
draw_chars(view, LINE_LINE_NUMBER, text, -1, max, true);
else
draw_space(view, LINE_LINE_NUMBER, max, digits3);
return draw_graphic(view, LINE_DEFAULT, &separator, 1, true);
}
static bool
draw_graph_chtype(struct view *view, struct graph_symbol *symbol, enum line_type color, bool first)
{
const chtype *chars = graph_symbol_to_chtype(symbol);
return draw_graphic(view, color, chars + !!first, 2 - !!first, FALSE);
}
/*********************************************************************
* 電圧を毎回表示する.
*********************************************************************
*/
void draw_AnalogInput(void)
{
static double vavg_n=(-1);
static double vavg_d=(-1);
char buf[256];
double volt;
int vcol, vsize;
int dl = LOWPASS_DIGITAL;
int nl = LOWPASS_NEEDLE;
int f = getAnalogVolt(&volt,0);
#if 1
if(f>=0) {
if( vavg_n < 0) {
vavg_n = volt;
}else{
vavg_n = (vavg_n * (nl-1) + volt ) / nl;
}
if( vavg_d < 0) {
vavg_d = volt;
}else{
vavg_d = (vavg_d * (dl-1) + volt ) / dl;
}
}
#endif
if(f<0) {
sprintf(buf,"ERROR");
}else{
sprintf(buf,"%6.2f ",vavg_d);
}
//アナログ針で表示.
draw_needle( (int) (vavg_n*1000) );
vcol = 0xaa40e040;
vsize = 36;
//数値で表示.
gr_puts(AIN_CENTER_X-80,AIN_CENTER_H+12,buf ,vcol,BKCOL2,vsize);
gr_puts(AIN_CENTER_X+32,AIN_CENTER_H+12,"V ",vcol,BKCOL2,vsize);
draw_graphic((int) (volt * VOLT_SCALE));
}
static void
print_content(void)
{
int required_lines = 0, disable_detailed = 0, disabled_graphical = 0;
if (NULL == get_current_node())
return;
if (c_list_in_list) {
NEXT_ROW;
putl("");
if (c_use_colors)
attrset(COLOR_PAIR(LAYOUT_HEADER) | layout[LAYOUT_HEADER].attr);
NEXT_ROW;
putl(" # Tarjeta RX Tasa RX # " \
" TX Tasa TX #");
NEXT_ROW;
hline(ACS_HLINE, cols);
if (c_combined_node_list)
foreach_node(draw_node, NULL);
else
draw_node(get_current_node(), NULL);
} else {
NEXT_ROW;
hline(ACS_HLINE, cols);
move(row, 24);
addstr(" Press l to enable list view ");
move(row, 0);
}
/*
* calculate lines required for graphical and detailed stats unfolded
*/
if (c_graphical_in_list)
required_lines += lines_required_for_graphical();
else
required_lines++;
if (c_detailed_in_list)
required_lines += lines_required_for_detailed();
else
required_lines++;
if ((rows - row) <= (required_lines + 1)) {
/*
* not enough lines, start over with detailed stats disabled
*/
required_lines = 0;
disable_detailed = 1;
/*
* 1 line for folded detailed stats display
*/
required_lines++;
if (c_graphical_in_list)
required_lines += lines_required_for_graphical();
else
required_lines++;
if ((rows - row) <= (required_lines + 1)) {
/*
* bad luck, not even enough space for graphical stats
* reserve 2 lines for displaying folded detailed and
* graphical stats
*/
required_lines = 2;
disabled_graphical = 1;
}
}
/*
* Clear out spare space
*/
while (row < (rows - (required_lines + 2))) {
NEXT_ROW; putl("");
}
NEXT_ROW;
hline(ACS_HLINE, cols);
if (c_graphical_in_list) {
if (disabled_graphical) {
move(row, 15);
addstr(" Increase screen size to see graphical statistics ");
move(row, 0);
} else
draw_graphic();
} else {
move(row, 20);
addstr(" Press g to enable graphical statistics ");
move(row, 0);
}
NEXT_ROW;
hline(ACS_HLINE, cols);
if (c_detailed_in_list) {
if (disable_detailed) {
move(row, 15);
addstr(" Increase screen size to see detailed statistics ");
move(row, 0);
} else
draw_detailed();
} else {
move(row, 20);
addstr(" Press d to enable detailed statistics ");
move(row, 0);
}
}
