public void draw(GlowTransform t, int highlight, int hot, Object node, Object colornode) {
if (cmn.nodraw != 0) return;
int idx;
int drawtype;
double rotation;
int grad = gradient;
if (gradient == Glow.eGradient_No
&& (node != null && ((GrowNode) node).gradient != Glow.eGradient_No)
&& disable_gradient == 0) grad = ((GrowNode) node).gradient;
int bar_border_idx =
(int) (cmn.mw.zoom_factor_y / cmn.mw.base_zoom_factor * bar_borderwidth - 1);
bar_border_idx = Math.min(Glow.DRAW_TYPE_SIZE - 1, Math.max(0, bar_border_idx));
if (node != null && ((GrowNode) node).line_width != 0)
idx =
(int) (cmn.mw.zoom_factor_y / cmn.mw.base_zoom_factor * ((GrowNode) node).line_width - 1);
else idx = (int) (cmn.mw.zoom_factor_y / cmn.mw.base_zoom_factor * line_width - 1);
idx += hot;
idx = Math.max(0, idx);
idx = Math.min(idx, Glow.DRAW_TYPE_SIZE - 1);
int x1, y1, x2, y2, ll_x, ll_y, ur_x, ur_y;
if (t == null) {
x1 = (int) (trf.x(ll.x, ll.y) * cmn.mw.zoom_factor_x) - cmn.mw.offset_x;
y1 = (int) (trf.y(ll.x, ll.y) * cmn.mw.zoom_factor_y) - cmn.mw.offset_y;
x2 = (int) (trf.x(ur.x, ur.y) * cmn.mw.zoom_factor_x) - cmn.mw.offset_x;
y2 = (int) (trf.y(ur.x, ur.y) * cmn.mw.zoom_factor_y) - cmn.mw.offset_y;
} else {
x1 = (int) (trf.x(t, ll.x, ll.y) * cmn.mw.zoom_factor_x) - cmn.mw.offset_x;
y1 = (int) (trf.y(t, ll.x, ll.y) * cmn.mw.zoom_factor_y) - cmn.mw.offset_y;
x2 = (int) (trf.x(t, ur.x, ur.y) * cmn.mw.zoom_factor_x) - cmn.mw.offset_x;
y2 = (int) (trf.y(t, ur.x, ur.y) * cmn.mw.zoom_factor_y) - cmn.mw.offset_y;
}
ll_x = Math.min(x1, x2);
ur_x = Math.max(x1, x2);
ll_y = Math.min(y1, y2);
ur_y = Math.max(y1, y2);
if (fill != 0) {
drawtype =
GlowColor.get_drawtype(
fill_drawtype, Glow.eDrawType_FillHighlight, highlight, colornode, 1, 0);
if (grad == Glow.eGradient_No)
cmn.gdraw.fill_rect(ll_x, ll_y, ur_x - ll_x, ur_y - ll_y, drawtype);
else {
int f1, f2;
if (t != null) rotation = trf.rot(t);
else rotation = trf.rot();
if (gradient_contrast >= 0) {
f2 = GlowColor.shift_drawtype(drawtype, -gradient_contrast / 2, null);
f1 =
GlowColor.shift_drawtype(
drawtype, (int) ((float) (gradient_contrast) / 2 + 0.6), null);
} else {
f2 =
GlowColor.shift_drawtype(
drawtype, -(int) ((float) (gradient_contrast) / 2 - 0.6), null);
f1 = GlowColor.shift_drawtype(drawtype, gradient_contrast / 2, null);
}
cmn.gdraw.gradient_fill_rect(
ll_x,
ll_y,
ur_x - ll_x,
ur_y - ll_y,
drawtype,
f1,
f2,
cmn.gdraw.gradient_rotate(rotation, grad));
}
}
drawtype =
GlowColor.get_drawtype(
draw_type, Glow.eDrawType_LineHighlight, highlight, (GrowNode) colornode, 0, 0);
if (max_value != min_value) {
int x0, y0, width, height, l_x0, l_y0, l_x1, l_y1;
if (t != null) rotation = (trf.rot(t) / 360 - Math.floor(trf.rot(t) / 360)) * 360;
else rotation = (trf.rot() / 360 - Math.floor(trf.rot() / 360)) * 360;
if (45 >= rotation || rotation > 315) {
height = (int) ((bar_value - min_value) / (max_value - min_value) * (ur_y - ll_y));
height = Math.max(0, Math.min(height, ur_y - ll_y));
width = ur_x - ll_x;
x0 = ll_x;
y0 = ur_y - height;
l_x0 = ll_x;
l_y0 = ur_y - height;
l_x1 = ur_x;
l_y1 = ur_y - height;
} else if (45 < rotation && rotation <= 135) {
width = (int) ((bar_value - min_value) / (max_value - min_value) * (ur_x - ll_x));
width = Math.max(0, Math.min(width, ur_x - ll_x));
height = ur_y - ll_y;
x0 = ll_x;
y0 = ll_y;
l_x0 = ll_x + width;
l_y0 = ll_y;
l_x1 = ll_x + width;
l_y1 = ur_y;
} else if (135 < rotation && rotation <= 225) {
height = (int) ((bar_value - min_value) / (max_value - min_value) * (ur_y - ll_y));
height = Math.max(0, Math.min(height, ur_y - ll_y));
width = ur_x - ll_x;
x0 = ll_x;
y0 = ll_y;
l_x0 = ll_x;
l_y0 = ll_y + height;
l_x1 = ur_x;
l_y1 = ll_y + height;
} else { // if ( 225 < rotation && rotation <= 315)
width = (int) ((bar_value - min_value) / (max_value - min_value) * (ur_x - ll_x));
width = Math.max(0, Math.min(width, ur_x - ll_x));
height = ur_y - ll_y;
x0 = ur_x - width;
y0 = ll_y;
l_x0 = ur_x - width;
l_y0 = ll_y;
l_x1 = ur_x - width;
l_y1 = ur_y;
}
int dt = drawtype;
if (bar_drawtype != Glow.eDrawType_Inherit) dt = bar_drawtype;
if (grad == Glow.eGradient_No) cmn.gdraw.fill_rect(x0, y0, width, height, dt);
else {
int f1, f2;
if (t != null) rotation = trf.rot(t);
else rotation = trf.rot();
if (gradient_contrast >= 0) {
f2 = GlowColor.shift_drawtype(dt, -gradient_contrast / 2, null);
f1 = GlowColor.shift_drawtype(dt, (int) ((float) (gradient_contrast) / 2 + 0.6), null);
} else {
f2 = GlowColor.shift_drawtype(dt, -(int) ((float) (gradient_contrast) / 2 - 0.6), null);
f1 = GlowColor.shift_drawtype(dt, gradient_contrast / 2, null);
}
cmn.gdraw.gradient_fill_rect(
x0, y0, width, height, dt, f1, f2, cmn.gdraw.gradient_rotate(rotation, grad));
}
dt = drawtype;
if (bar_bordercolor != Glow.eDrawType_Inherit) dt = bar_bordercolor;
cmn.gdraw.line(l_x0, l_y0, l_x1, l_y1, dt, bar_border_idx, 0);
}
if (border != 0) {
cmn.gdraw.rect(ll_x, ll_y, ur_x - ll_x, ur_y - ll_y, drawtype, idx, 0);
}
}
public void draw_shadow(int border, int shadow, int highlight, int hot) {
if (cmn.nodraw != 0) return;
int ll_x, ll_y, ur_x, ur_y;
ll_x = (int) (ll.x * cmn.mw.zoom_factor_x + 0.5) - cmn.mw.offset_x;
ll_y = (int) (ll.y * cmn.mw.zoom_factor_y + 0.5) - cmn.mw.offset_y;
ur_x = (int) (ur.x * cmn.mw.zoom_factor_x + 0.5) - cmn.mw.offset_x;
ur_y = (int) (ur.y * cmn.mw.zoom_factor_y + 0.5) - cmn.mw.offset_y;
int idx = (int) (cmn.mw.zoom_factor_y / cmn.mw.base_zoom_factor * line_width - 1);
idx += hot;
idx = Math.max(0, idx);
idx = Math.min(idx, Glow.DRAW_TYPE_SIZE - 1);
int ish = 1;
int offs = border;
if (shadow != 0 && idx > 2) {
if (angle1 == 0) {
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1 + 45,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1 + 45,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
} else if (angle1 == 90) {
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1,
angle2,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1,
angle2,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
} else if (angle1 == 180) {
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1 + 45,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1 + 45,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1,
angle2 - 45,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
} else if (angle1 == 270) {
cmn.gdraw.arc(
ll_x + idx / 2 - idx + offs,
ll_y + idx / 2 - idx + offs,
ur_x - ll_x + idx - offs * 2,
ur_y - ll_y + idx - offs * 2,
angle1,
angle2,
GlowColor.shift_drawtype(draw_type, 2, null),
ish - 1,
highlight);
cmn.gdraw.arc(
ll_x + idx / 2 - offs,
ll_y + idx / 2 - offs,
Math.max(0, ur_x - ll_x - idx + offs * 2),
Math.max(0, ur_y - ll_y - idx + offs * 2),
angle1,
angle2,
GlowColor.shift_drawtype(draw_type, -2, null),
ish - 1,
highlight);
}
}
if (border != 0) {
cmn.gdraw.arc(
ll_x + idx / 2 - idx,
ll_y + idx / 2 - idx,
ur_x - ll_x + idx,
ur_y - ll_y + idx,
angle1,
angle2,
Glow.eDrawType_Line,
0,
highlight);
if (idx > 0)
cmn.gdraw.arc(
ll_x + idx / 2,
ll_y + idx / 2,
Math.max(0, ur_x - ll_x - idx),
Math.max(0, ur_y - ll_y - idx),
angle1,
angle2,
Glow.eDrawType_Line,
0,
highlight);
}
}
