void
get_offsets(
struct text_label *this_label,
struct termentry *t,
int *htic, int *vtic)
{
if ((this_label->lp_properties.flags & LP_SHOW_POINTS)) {
*htic = (pointsize * t->h_tic * 0.5);
*vtic = (pointsize * t->v_tic * 0.5);
} else {
*htic = 0;
*vtic = 0;
}
if (is_3d_plot) {
int htic2, vtic2;
map3d_position_r(&(this_label->offset), &htic2, &vtic2, "get_offsets");
*htic += htic2;
*vtic += vtic2;
} else {
double htic2, vtic2;
map_position_r(&(this_label->offset), &htic2, &vtic2, "get_offsets");
*htic += (int)htic2;
*vtic += (int)vtic2;
}
}
/* Notice HBB 20010720: would be static, but HP-UX gcc bug forbids
* this, for now */
void
cbtick_callback(
AXIS_INDEX axis,
double place,
char *text,
struct lp_style_type grid, /* linetype or -2 for no grid */
struct ticmark *userlabels)
{
int len = (text ? CB_AXIS.ticscale : CB_AXIS.miniticscale)
* (CB_AXIS.tic_in ? -1 : 1) * (term->h_tic);
double cb_place = (place - CB_AXIS.min) / (CB_AXIS.max - CB_AXIS.min);
/* relative z position along the colorbox axis */
unsigned int x1, y1, x2, y2;
/* calculate tic position */
if (color_box.rotation == 'h') {
x1 = x2 = color_box.bounds.xleft + cb_place * (color_box.bounds.xright - color_box.bounds.xleft);
y1 = color_box.bounds.ybot;
y2 = color_box.bounds.ybot - len;
} else {
x1 = color_box.bounds.xright;
x2 = color_box.bounds.xright + len;
y1 = y2 = color_box.bounds.ybot + cb_place * (color_box.bounds.ytop - color_box.bounds.ybot);
}
/* draw grid line */
if (grid.l_type > LT_NODRAW) {
term_apply_lp_properties(&grid); /* grid linetype */
if (color_box.rotation == 'h') {
(*term->move) (x1, color_box.bounds.ybot);
(*term->vector) (x1, color_box.bounds.ytop);
} else {
(*term->move) (color_box.bounds.xleft, y1);
(*term->vector) (color_box.bounds.xright, y1);
}
term_apply_lp_properties(&border_lp); /* border linetype */
}
/* draw tic */
(*term->move) (x1, y1);
(*term->vector) (x2, y2);
/* draw label */
if (text) {
/* get offset */
int offsetx, offsety;
map3d_position_r(&(axis_array[axis].ticdef.offset),
&offsetx, &offsety, "cbtics");
/* User-specified different color for the tics text */
if (axis_array[axis].ticdef.textcolor.type != TC_DEFAULT)
apply_pm3dcolor(&(axis_array[axis].ticdef.textcolor), term);
if (color_box.rotation == 'h') {
int y3 = color_box.bounds.ybot - (term->v_char);
int hrotate = 0;
if (axis_array[axis].tic_rotate
&& (*term->text_angle)(axis_array[axis].tic_rotate))
hrotate = axis_array[axis].tic_rotate;
if (len > 0) y3 -= len; /* add outer tics len */
if (y3<0) y3 = 0;
write_multiline(x2+offsetx, y3+offsety, text,
(hrotate ? LEFT : CENTRE), CENTRE, hrotate,
axis_array[axis].ticdef.font);
if (hrotate)
(*term->text_angle)(0);
} else {
unsigned int x3 = color_box.bounds.xright + (term->h_char);
if (len > 0) x3 += len; /* add outer tics len */
write_multiline(x3+offsetx, y2+offsety, text,
LEFT, CENTRE, 0.0,
axis_array[axis].ticdef.font);
}
term_apply_lp_properties(&border_lp); /* border linetype */
}
/* draw tic on the mirror side */
if (CB_AXIS.ticmode & TICS_MIRROR) {
if (color_box.rotation == 'h') {
y1 = color_box.bounds.ytop;
y2 = color_box.bounds.ytop + len;
} else {
x1 = color_box.bounds.xleft;
x2 = color_box.bounds.xleft - len;
}
(*term->move) (x1, y1);
(*term->vector) (x2, y2);
}
}
/*
Finally the main colour smooth box drawing routine
*/
void
draw_color_smooth_box(int plot_mode)
{
double tmp;
FILE *out = gppsfile; /* either gpoutfile or PSLATEX_auxfile */
if (color_box.where == SMCOLOR_BOX_NO)
return;
if (!term->filled_polygon)
return;
/*
firstly, choose some good position of the color box
user's position like that (?):
else {
x_from = color_box.xlow;
x_to = color_box.xhigh;
}
*/
if (color_box.where == SMCOLOR_BOX_USER) {
if (!is_3d_plot) {
double xtemp, ytemp;
map_position(&color_box.origin, &color_box.bounds.xleft, &color_box.bounds.ybot, "cbox");
map_position_r(&color_box.size, &xtemp, &ytemp, "cbox");
color_box.bounds.xright = xtemp;
color_box.bounds.ytop = ytemp;
} else if (splot_map && is_3d_plot) {
/* In map view mode we allow any coordinate system for placement */
double xtemp, ytemp;
map3d_position_double(&color_box.origin, &xtemp, &ytemp, "cbox");
color_box.bounds.xleft = xtemp;
color_box.bounds.ybot = ytemp;
map3d_position_r(&color_box.size, &color_box.bounds.xright, &color_box.bounds.ytop, "cbox");
} else {
/* But in full 3D mode we only allow screen coordinates */
color_box.bounds.xleft = color_box.origin.x * (term->xmax) + 0.5;
color_box.bounds.ybot = color_box.origin.y * (term->ymax) + 0.5;
color_box.bounds.xright = color_box.size.x * (term->xmax-1) + 0.5;
color_box.bounds.ytop = color_box.size.y * (term->ymax-1) + 0.5;
}
color_box.bounds.xright += color_box.bounds.xleft;
color_box.bounds.ytop += color_box.bounds.ybot;
} else { /* color_box.where == SMCOLOR_BOX_DEFAULT */
if (plot_mode == MODE_SPLOT && !splot_map) {
/* HBB 20031215: new code. Constants fixed to what the result
* of the old code in default view (set view 60,30,1,1)
* happened to be. Somebody fix them if they're not right! */
color_box.bounds.xleft = xmiddle + 0.709 * xscaler;
color_box.bounds.xright = xmiddle + 0.778 * xscaler;
color_box.bounds.ybot = ymiddle - 0.147 * yscaler;
color_box.bounds.ytop = ymiddle + 0.497 * yscaler;
} else if (is_3d_plot) {
/* MWS 09-Dec-05, make color box full size for splot maps. */
double dx = (X_AXIS.max - X_AXIS.min);
map3d_xy(X_AXIS.max + dx * 0.025, Y_AXIS.min, base_z, &color_box.bounds.xleft, &color_box.bounds.ybot);
map3d_xy(X_AXIS.max + dx * 0.075, Y_AXIS.max, ceiling_z, &color_box.bounds.xright, &color_box.bounds.ytop);
} else { /* 2D plot */
struct position default_origin = {graph,graph,graph, 1.025, 0, 0};
struct position default_size = {graph,graph,graph, 0.05, 1.0, 0};
double xtemp, ytemp;
map_position(&default_origin, &color_box.bounds.xleft, &color_box.bounds.ybot, "cbox");
color_box.bounds.xleft += color_box.xoffset;
map_position_r(&default_size, &xtemp, &ytemp, "cbox");
color_box.bounds.xright = xtemp + color_box.bounds.xleft;
color_box.bounds.ytop = ytemp + color_box.bounds.ybot;
}
/* now corrections for outer tics */
if (color_box.rotation == 'v') {
int cblen = (CB_AXIS.tic_in ? -1 : 1) * CB_AXIS.ticscale *
(term->h_tic); /* positive for outer tics */
int ylen = (Y_AXIS.tic_in ? -1 : 1) * Y_AXIS.ticscale *
(term->h_tic); /* positive for outer tics */
if ((cblen > 0) && (CB_AXIS.ticmode & TICS_MIRROR)) {
color_box.bounds.xleft += cblen;
color_box.bounds.xright += cblen;
}
if ((ylen > 0) &&
(axis_array[FIRST_Y_AXIS].ticmode & TICS_MIRROR)) {
color_box.bounds.xleft += ylen;
color_box.bounds.xright += ylen;
}
}
}
if (color_box.bounds.ybot > color_box.bounds.ytop) { /* switch them */
tmp = color_box.bounds.ytop;
color_box.bounds.ytop = color_box.bounds.ybot;
color_box.bounds.ybot = tmp;
}
/* Optimized version of the smooth colour box in postscript. Advantage:
only few lines of code is written into the output file.
*/
if (gppsfile)
draw_inside_color_smooth_box_postscript(out);
else
draw_inside_color_smooth_box_bitmap(out);
if (color_box.border) {
/* now make boundary around the colour box */
if (color_box.border_lt_tag >= 0) {
/* user specified line type */
struct lp_style_type lp = border_lp;
lp_use_properties(&lp, color_box.border_lt_tag);
term_apply_lp_properties(&lp);
} else {
/* black solid colour should be chosen, so it's border linetype */
term_apply_lp_properties(&border_lp);
}
newpath();
(term->move) (color_box.bounds.xleft, color_box.bounds.ybot);
(term->vector) (color_box.bounds.xright, color_box.bounds.ybot);
(term->vector) (color_box.bounds.xright, color_box.bounds.ytop);
(term->vector) (color_box.bounds.xleft, color_box.bounds.ytop);
(term->vector) (color_box.bounds.xleft, color_box.bounds.ybot);
closepath();
/* Set line properties to some value, this also draws lines in postscript terminals. */
term_apply_lp_properties(&border_lp);
}
/* draw tics */
if (axis_array[COLOR_AXIS].ticmode) {
term_apply_lp_properties(&border_lp); /* border linetype */
gen_tics(COLOR_AXIS, cbtick_callback );
}
/* write the colour box label */
if (CB_AXIS.label.text) {
int x, y;
apply_pm3dcolor(&(CB_AXIS.label.textcolor),term);
if (color_box.rotation == 'h') {
int len = CB_AXIS.ticscale * (CB_AXIS.tic_in ? 1 : -1) *
(term->v_tic);
map3d_position_r(&(CB_AXIS.label.offset), &x, &y, "smooth_box");
x += (color_box.bounds.xleft + color_box.bounds.xright) / 2;
#define DEFAULT_Y_DISTANCE 1.0
y += color_box.bounds.ybot + (- DEFAULT_Y_DISTANCE - 1.7) * term->v_char;
#undef DEFAULT_Y_DISTANCE
if (len < 0) y += len;
if (x<0) x = 0;
if (y<0) y = 0;
write_multiline(x, y, CB_AXIS.label.text, CENTRE, JUST_CENTRE, 0,
CB_AXIS.label.font);
} else {
int len = CB_AXIS.ticscale * (CB_AXIS.tic_in ? -1 : 1) *
(term->h_tic);
/* calculate max length of cb-tics labels */
widest_tic_strlen = 0;
if (CB_AXIS.ticmode & TICS_ON_BORDER) {
widest_tic_strlen = 0; /* reset the global variable */
gen_tics(COLOR_AXIS, /* 0, */ widest_tic_callback);
}
map3d_position_r(&(CB_AXIS.label.offset), &x, &y, "smooth_box");
#define DEFAULT_X_DISTANCE 0.0
x += color_box.bounds.xright + (widest_tic_strlen + DEFAULT_X_DISTANCE + 1.5) * term->h_char;
#undef DEFAULT_X_DISTANCE
if (len > 0) x += len;
y += (color_box.bounds.ybot + color_box.bounds.ytop) / 2;
if (x<0) x = 0;
if (y<0) y = 0;
if ((*term->text_angle)(CB_AXIS.label.rotate)) {
write_multiline(x, y, CB_AXIS.label.text, CENTRE, JUST_TOP,
CB_AXIS.label.rotate, CB_AXIS.label.font);
(*term->text_angle)(0);
} else {
write_multiline(x, y, CB_AXIS.label.text, LEFT, JUST_TOP, 0, CB_AXIS.label.font);
}
}
reset_textcolor(&(CB_AXIS.label.textcolor),term);
}
}
/* Notice HBB 20010720: would be static, but HP-UX gcc bug forbids
* this, for now */
void
cbtick_callback(
AXIS_INDEX axis,
double place,
char *text,
int ticlevel,
struct lp_style_type grid, /* linetype or -2 for no grid */
struct ticmark *userlabels)
{
int len = TIC_SCALE(ticlevel, COLOR_AXIS)
* (CB_AXIS.tic_in ? -1 : 1) * (term->h_tic);
double cb_place = (place - CB_AXIS.min) / (CB_AXIS.max - CB_AXIS.min);
/* relative z position along the colorbox axis */
unsigned int x1, y1, x2, y2;
/* calculate tic position */
if (color_box.rotation == 'h') {
x1 = x2 = color_box.bounds.xleft + cb_place * (color_box.bounds.xright - color_box.bounds.xleft);
y1 = color_box.bounds.ybot;
y2 = color_box.bounds.ybot - len;
} else {
x1 = color_box.bounds.xright;
x2 = color_box.bounds.xright + len;
y1 = y2 = color_box.bounds.ybot + cb_place * (color_box.bounds.ytop - color_box.bounds.ybot);
}
/* draw grid line */
if (grid.l_type > LT_NODRAW) {
term_apply_lp_properties(&grid); /* grid linetype */
if (color_box.rotation == 'h') {
(*term->move) (x1, color_box.bounds.ybot);
(*term->vector) (x1, color_box.bounds.ytop);
} else {
(*term->move) (color_box.bounds.xleft, y1);
(*term->vector) (color_box.bounds.xright, y1);
}
term_apply_lp_properties(&border_lp); /* border linetype */
}
/* draw tic */
(*term->move) (x1, y1);
(*term->vector) (x2, y2);
/* draw label */
if (text) {
int just;
int offsetx, offsety;
/* Skip label if we've already written a user-specified one here */
# define MINIMUM_SEPARATION 0.001
while (userlabels) {
if (fabs((place - userlabels->position) / (CB_AXIS.max - CB_AXIS.min))
<= MINIMUM_SEPARATION) {
text = NULL;
break;
}
userlabels = userlabels->next;
}
# undef MINIMUM_SEPARATION
/* get offset */
map3d_position_r(&(axis_array[axis].ticdef.offset),
&offsetx, &offsety, "cbtics");
/* User-specified different color for the tics text */
if (axis_array[axis].ticdef.textcolor.type != TC_DEFAULT)
apply_pm3dcolor(&(axis_array[axis].ticdef.textcolor), term);
if (color_box.rotation == 'h') {
int y3 = color_box.bounds.ybot - (term->v_char);
int hrotate = 0;
if (axis_array[axis].tic_rotate
&& (*term->text_angle)(axis_array[axis].tic_rotate))
hrotate = axis_array[axis].tic_rotate;
if (len > 0) y3 -= len; /* add outer tics len */
if (y3<0) y3 = 0;
just = hrotate ? LEFT : CENTRE;
if (axis_array[axis].manual_justify)
just = axis_array[axis].label.pos;
write_multiline(x2+offsetx, y3+offsety, text,
just, JUST_CENTRE, hrotate,
axis_array[axis].ticdef.font);
if (hrotate)
(*term->text_angle)(0);
} else {
unsigned int x3 = color_box.bounds.xright + (term->h_char);
if (len > 0) x3 += len; /* add outer tics len */
just = LEFT;
if (axis_array[axis].manual_justify)
just = axis_array[axis].label.pos;
write_multiline(x3+offsetx, y2+offsety, text,
just, JUST_CENTRE, 0.0,
axis_array[axis].ticdef.font);
}
term_apply_lp_properties(&border_lp); /* border linetype */
}
/* draw tic on the mirror side */
if (CB_AXIS.ticmode & TICS_MIRROR) {
if (color_box.rotation == 'h') {
y1 = color_box.bounds.ytop;
y2 = color_box.bounds.ytop + len;
} else {
x1 = color_box.bounds.xleft;
x2 = color_box.bounds.xleft - len;
}
(*term->move) (x1, y1);
(*term->vector) (x2, y2);
}
}
