static int
imfsample_configure(Tcl_Interp *interp, Imfsample *imfsample,
int argc, char **argv, int flags)
{
/* Interpret the configuration arguments according to the specs. */
if (Tk_ConfigureWidget(interp, imfsample->tkwin, config_specs,
argc, argv, (char *) imfsample, flags) != TCL_OK)
return TCL_ERROR;
/* Set the background for the window and create a graphics context
for use during redisplay. */
Tk_SetWindowBackground(imfsample->tkwin,
Tk_3DBorderColor(imfsample->fg_border)->pixel);
Tk_SetWindowBackground(imfsample->tkwin,
Tk_3DBorderColor(imfsample->bg_border)->pixel);
Tk_SetWindowBackground(imfsample->tkwin,
Tk_3DBorderColor(imfsample->cu_border)->pixel);
if ((imfsample->copygc == None) && 1/*imfsample->double_buffer*/) {
XGCValues gcValues;
gcValues.function = GXcopy;
gcValues.graphics_exposures = False;
imfsample->copygc = XCreateGC(imfsample->display,
DefaultRootWindow(imfsample->display),
GCFunction|GCGraphicsExposures,
&gcValues);
}
if (imfsample->gc == None) {
imfsample->gc = XCreateGC(imfsample->display,
DefaultRootWindow(imfsample->display),
None, NULL);
}
/* Register the desired geometry for the window, then arrange for
the window to be redisplayed. */
Tk_GeometryRequest(imfsample->tkwin, imfsample->width, imfsample->height);
Tk_SetInternalBorder(imfsample->tkwin, imfsample->border_width);
/* Make sure the resized widget is redrawn. */
imfsample->redraw = TRUE;
if (!imfsample->update_pending) {
Tcl_DoWhenIdle(imfsample_display, (ClientData) imfsample);
imfsample->update_pending = 1;
}
return TCL_OK;
}
void
TkpComputeButtonGeometry(
register TkButton *butPtr) /* Button whose geometry may have changed. */
{
int width, height, avgWidth, txtWidth, txtHeight;
int haveImage = 0, haveText = 0;
Tk_FontMetrics fm;
butPtr->inset = butPtr->highlightWidth + butPtr->borderWidth;
/*
* Leave room for the default ring if needed.
*/
if (butPtr->defaultState != DEFAULT_DISABLED) {
butPtr->inset += 5;
}
butPtr->indicatorSpace = 0;
width = 0;
height = 0;
txtWidth = 0;
txtHeight = 0;
avgWidth = 0;
if (butPtr->image != NULL) {
Tk_SizeOfImage(butPtr->image, &width, &height);
haveImage = 1;
} else if (butPtr->bitmap != None) {
Tk_SizeOfBitmap(butPtr->display, butPtr->bitmap, &width, &height);
haveImage = 1;
}
if (haveImage == 0 || butPtr->compound != COMPOUND_NONE) {
Tk_FreeTextLayout(butPtr->textLayout);
butPtr->textLayout = Tk_ComputeTextLayout(butPtr->tkfont,
Tcl_GetString(butPtr->textPtr), -1, butPtr->wrapLength,
butPtr->justify, 0, &butPtr->textWidth, &butPtr->textHeight);
txtWidth = butPtr->textWidth;
txtHeight = butPtr->textHeight;
avgWidth = Tk_TextWidth(butPtr->tkfont, "0", 1);
Tk_GetFontMetrics(butPtr->tkfont, &fm);
haveText = (txtWidth != 0 && txtHeight != 0);
}
/*
* If the button is compound (i.e., it shows both an image and text), the
* new geometry is a combination of the image and text geometry. We only
* honor the compound bit if the button has both text and an image,
* because otherwise it is not really a compound button.
*/
if (butPtr->compound != COMPOUND_NONE && haveImage && haveText) {
switch ((enum compound) butPtr->compound) {
case COMPOUND_TOP:
case COMPOUND_BOTTOM:
/*
* Image is above or below text.
*/
height += txtHeight + butPtr->padY;
width = (width > txtWidth ? width : txtWidth);
break;
case COMPOUND_LEFT:
case COMPOUND_RIGHT:
/*
* Image is left or right of text.
*/
width += txtWidth + butPtr->padX;
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_CENTER:
/*
* Image and text are superimposed.
*/
width = (width > txtWidth ? width : txtWidth);
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_NONE:
break;
}
if (butPtr->width > 0) {
width = butPtr->width;
}
if (butPtr->height > 0) {
height = butPtr->height;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorSpace = height;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter = (65*height)/100;
} else {
butPtr->indicatorDiameter = (75*height)/100;
}
}
width += 2*butPtr->padX;
height += 2*butPtr->padY;
} else {
if (haveImage) {
if (butPtr->width > 0) {
width = butPtr->width;
}
if (butPtr->height > 0) {
height = butPtr->height;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorSpace = height;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter = (65*height)/100;
} else {
butPtr->indicatorDiameter = (75*height)/100;
}
}
} else {
width = txtWidth;
height = txtHeight;
if (butPtr->width > 0) {
width = butPtr->width * avgWidth;
}
if (butPtr->height > 0) {
height = butPtr->height * fm.linespace;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorDiameter = fm.linespace;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter =
(80*butPtr->indicatorDiameter)/100;
}
butPtr->indicatorSpace = butPtr->indicatorDiameter + avgWidth;
}
}
}
/*
* When issuing the geometry request, add extra space for the indicator,
* if any, and for the border and padding, plus two extra pixels so the
* display can be offset by 1 pixel in either direction for the raised or
* lowered effect.
*/
if ((butPtr->image == NULL) && (butPtr->bitmap == None)) {
width += 2*butPtr->padX;
height += 2*butPtr->padY;
}
if ((butPtr->type == TYPE_BUTTON) && !Tk_StrictMotif(butPtr->tkwin)) {
width += 2;
height += 2;
}
Tk_GeometryRequest(butPtr->tkwin, (int) (width + butPtr->indicatorSpace
+ 2*butPtr->inset), (int) (height + 2*butPtr->inset));
Tk_SetInternalBorder(butPtr->tkwin, butPtr->inset);
}
void
TkpComputeMenuButtonGeometry(
TkMenuButton *mbPtr) /* Widget record for menu button. */
{
int width, height, mm, pixels;
int avgWidth, txtWidth, txtHeight;
int haveImage = 0, haveText = 0;
Tk_FontMetrics fm;
mbPtr->inset = mbPtr->highlightWidth + mbPtr->borderWidth;
width = 0;
height = 0;
txtWidth = 0;
txtHeight = 0;
avgWidth = 0;
if (mbPtr->image != None) {
Tk_SizeOfImage(mbPtr->image, &width, &height);
haveImage = 1;
} else if (mbPtr->bitmap != None) {
Tk_SizeOfBitmap(mbPtr->display, mbPtr->bitmap, &width, &height);
haveImage = 1;
}
if (haveImage == 0 || mbPtr->compound != COMPOUND_NONE) {
Tk_FreeTextLayout(mbPtr->textLayout);
mbPtr->textLayout = Tk_ComputeTextLayout(mbPtr->tkfont, mbPtr->text,
-1, mbPtr->wrapLength, mbPtr->justify, 0, &mbPtr->textWidth,
&mbPtr->textHeight);
txtWidth = mbPtr->textWidth;
txtHeight = mbPtr->textHeight;
avgWidth = Tk_TextWidth(mbPtr->tkfont, "0", 1);
Tk_GetFontMetrics(mbPtr->tkfont, &fm);
haveText = (txtWidth != 0 && txtHeight != 0);
}
/*
* If the menubutton is compound (ie, it shows both an image and text),
* the new geometry is a combination of the image and text geometry. We
* only honor the compound bit if the menubutton has both text and an
* image, because otherwise it is not really a compound menubutton.
*/
if (mbPtr->compound != COMPOUND_NONE && haveImage && haveText) {
switch ((enum compound) mbPtr->compound) {
case COMPOUND_TOP:
case COMPOUND_BOTTOM:
/*
* Image is above or below text.
*/
height += txtHeight + mbPtr->padY;
width = (width > txtWidth ? width : txtWidth);
break;
case COMPOUND_LEFT:
case COMPOUND_RIGHT:
/*
* Image is left or right of text.
*/
width += txtWidth + mbPtr->padX;
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_CENTER:
/*
* Image and text are superimposed.
*/
width = (width > txtWidth ? width : txtWidth);
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_NONE:
break;
}
if (mbPtr->width > 0) {
width = mbPtr->width;
}
if (mbPtr->height > 0) {
height = mbPtr->height;
}
width += 2*mbPtr->padX;
height += 2*mbPtr->padY;
} else {
if (haveImage) {
if (mbPtr->width > 0) {
width = mbPtr->width;
}
if (mbPtr->height > 0) {
height = mbPtr->height;
}
} else {
width = txtWidth;
height = txtHeight;
if (mbPtr->width > 0) {
width = mbPtr->width * avgWidth;
}
if (mbPtr->height > 0) {
height = mbPtr->height * fm.linespace;
}
}
}
if (! haveImage) {
width += 2*mbPtr->padX;
height += 2*mbPtr->padY;
}
if (mbPtr->indicatorOn) {
mm = WidthMMOfScreen(Tk_Screen(mbPtr->tkwin));
pixels = WidthOfScreen(Tk_Screen(mbPtr->tkwin));
mbPtr->indicatorHeight= (INDICATOR_HEIGHT * pixels)/(10*mm);
mbPtr->indicatorWidth = (INDICATOR_WIDTH * pixels)/(10*mm)
+ 2*mbPtr->indicatorHeight;
width += mbPtr->indicatorWidth;
} else {
mbPtr->indicatorHeight = 0;
mbPtr->indicatorWidth = 0;
}
Tk_GeometryRequest(mbPtr->tkwin, (int) (width + 2*mbPtr->inset),
(int) (height + 2*mbPtr->inset));
Tk_SetInternalBorder(mbPtr->tkwin, mbPtr->inset);
}
static void
ComputeScaleGeometry(
register TkScale *scalePtr) /* Information about widget. */
{
char valueString[PRINT_CHARS];
int tmp, valuePixels, x, y, extraSpace;
Tk_FontMetrics fm;
Tk_GetFontMetrics(scalePtr->tkfont, &fm);
scalePtr->fontHeight = fm.linespace + SPACING;
/*
* Horizontal scales are simpler than vertical ones because all sizes are
* the same (the height of a line of text); handle them first and then
* quit.
*/
if (scalePtr->orient == ORIENT_HORIZONTAL) {
y = scalePtr->inset;
extraSpace = 0;
if (scalePtr->labelLength != 0) {
scalePtr->horizLabelY = y + SPACING;
y += scalePtr->fontHeight;
extraSpace = SPACING;
}
if (scalePtr->showValue) {
scalePtr->horizValueY = y + SPACING;
y += scalePtr->fontHeight;
extraSpace = SPACING;
} else {
scalePtr->horizValueY = y;
}
y += extraSpace;
scalePtr->horizTroughY = y;
y += scalePtr->width + 2*scalePtr->borderWidth;
if (scalePtr->tickInterval != 0) {
scalePtr->horizTickY = y + SPACING;
y += scalePtr->fontHeight + SPACING;
}
Tk_GeometryRequest(scalePtr->tkwin,
scalePtr->length + 2*scalePtr->inset, y + scalePtr->inset);
Tk_SetInternalBorder(scalePtr->tkwin, scalePtr->inset);
return;
}
/*
* Vertical scale: compute the amount of space needed to display the
* scales value by formatting strings for the two end points; use
* whichever length is longer.
*/
sprintf(valueString, scalePtr->format, scalePtr->fromValue);
valuePixels = Tk_TextWidth(scalePtr->tkfont, valueString, -1);
sprintf(valueString, scalePtr->format, scalePtr->toValue);
tmp = Tk_TextWidth(scalePtr->tkfont, valueString, -1);
if (valuePixels < tmp) {
valuePixels = tmp;
}
/*
* Assign x-locations to the elements of the scale, working from left to
* right.
*/
x = scalePtr->inset;
if ((scalePtr->tickInterval != 0) && (scalePtr->showValue)) {
scalePtr->vertTickRightX = x + SPACING + valuePixels;
scalePtr->vertValueRightX = scalePtr->vertTickRightX + valuePixels
+ fm.ascent/2;
x = scalePtr->vertValueRightX + SPACING;
} else if (scalePtr->tickInterval != 0) {
scalePtr->vertTickRightX = x + SPACING + valuePixels;
scalePtr->vertValueRightX = scalePtr->vertTickRightX;
x = scalePtr->vertTickRightX + SPACING;
} else if (scalePtr->showValue) {
scalePtr->vertTickRightX = x;
scalePtr->vertValueRightX = x + SPACING + valuePixels;
x = scalePtr->vertValueRightX + SPACING;
} else {
scalePtr->vertTickRightX = x;
scalePtr->vertValueRightX = x;
}
scalePtr->vertTroughX = x;
x += 2*scalePtr->borderWidth + scalePtr->width;
if (scalePtr->labelLength == 0) {
scalePtr->vertLabelX = 0;
} else {
scalePtr->vertLabelX = x + fm.ascent/2;
x = scalePtr->vertLabelX + fm.ascent/2
+ Tk_TextWidth(scalePtr->tkfont, scalePtr->label,
scalePtr->labelLength);
}
Tk_GeometryRequest(scalePtr->tkwin, x + scalePtr->inset,
scalePtr->length + 2*scalePtr->inset);
Tk_SetInternalBorder(scalePtr->tkwin, scalePtr->inset);
}
void
TkpComputeButtonGeometry(
TkButton *butPtr) /* Button whose geometry may have changed. */
{
int width = 0, height = 0, charWidth = 1, haveImage = 0, haveText = 0;
int txtWidth = 0, txtHeight = 0;
MacButton *mbPtr = (MacButton*)butPtr;
Tk_FontMetrics fm;
DrawParams drawParams;
/*
* First figure out the size of the contents of the button.
*/
TkMacOSXComputeButtonParams(butPtr, &mbPtr->btnkind, &mbPtr->drawinfo);
/*
* If the indicator is on, get its size.
*/
if ( butPtr->indicatorOn ) {
switch (butPtr->type) {
case TYPE_RADIO_BUTTON:
GetThemeMetric(kThemeMetricRadioButtonWidth, &butPtr->indicatorDiameter);
break;
case TYPE_CHECK_BUTTON:
GetThemeMetric(kThemeMetricCheckBoxWidth, &butPtr->indicatorDiameter);
break;
default:
break;
}
/* Allow 2px extra space next to the indicator. */
butPtr->indicatorSpace = butPtr->indicatorDiameter + 2;
} else {
butPtr->indicatorSpace = 0;
butPtr->indicatorDiameter = 0;
}
if (butPtr->image != NULL) {
Tk_SizeOfImage(butPtr->image, &width, &height);
haveImage = 1;
} else if (butPtr->bitmap != None) {
Tk_SizeOfBitmap(butPtr->display, butPtr->bitmap, &width, &height);
haveImage = 1;
}
if (haveImage == 0 || butPtr->compound != COMPOUND_NONE) {
Tk_FreeTextLayout(butPtr->textLayout);
butPtr->textLayout = Tk_ComputeTextLayout(butPtr->tkfont,
Tcl_GetString(butPtr->textPtr), -1, butPtr->wrapLength,
butPtr->justify, 0, &butPtr->textWidth, &butPtr->textHeight);
txtWidth = butPtr->textWidth;
txtHeight = butPtr->textHeight;
charWidth = Tk_TextWidth(butPtr->tkfont, "0", 1);
Tk_GetFontMetrics(butPtr->tkfont, &fm);
haveText = (txtWidth != 0 && txtHeight != 0);
}
if (haveImage && haveText) { /* Image and Text */
switch ((enum compound) butPtr->compound) {
case COMPOUND_TOP:
case COMPOUND_BOTTOM:
/*
* Image is above or below text.
*/
height += txtHeight + butPtr->padY;
width = (width > txtWidth ? width : txtWidth);
break;
case COMPOUND_LEFT:
case COMPOUND_RIGHT:
/*
* Image is left or right of text.
*/
width += txtWidth + butPtr->padX;
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_CENTER:
/*
* Image and text are superimposed.
*/
width = (width > txtWidth ? width : txtWidth);
height = (height > txtHeight ? height : txtHeight);
break;
default:
break;
}
width += butPtr->indicatorSpace;
} else if (haveImage) { /* Image only */
width = butPtr->width > 0 ? butPtr->width : width + butPtr->indicatorSpace;
height = butPtr->height > 0 ? butPtr->height : height;
} else { /* Text only */
width = txtWidth + butPtr->indicatorSpace;
height = txtHeight;
if (butPtr->width > 0) {
width = butPtr->width * charWidth;
}
if (butPtr->height > 0) {
height = butPtr->height * fm.linespace;
}
}
/* Add padding */
width += 2 * butPtr->padX;
height += 2 * butPtr->padY;
/*
* Now figure out the size of the border decorations for the button.
*/
if (butPtr->highlightWidth < 0) {
butPtr->highlightWidth = 0;
}
butPtr->inset = 0;
butPtr->inset += butPtr->highlightWidth;
if (TkMacOSXComputeButtonDrawParams(butPtr,&drawParams)) {
HIRect tmpRect;
HIRect contBounds;
int paddingx = 0;
int paddingy = 0;
tmpRect = CGRectMake(0, 0, width, height);
HIThemeGetButtonContentBounds(&tmpRect, &mbPtr->drawinfo, &contBounds);
/* If the content region has a minimum height, match it. */
if (height < contBounds.size.height) {
height = contBounds.size.height;
}
/* If the content region has a minimum width, match it. */
if (width < contBounds.size.width) {
width = contBounds.size.width;
}
/* Pad to fill difference between content bounds and button bounds. */
paddingx = contBounds.origin.x;
paddingy = contBounds.origin.y;
if (height < paddingx - 4) {
/* can't have buttons much shorter than button side diameter. */
height = paddingx - 4;
}
} else {
height += butPtr->borderWidth*2;
width += butPtr->borderWidth*2;
}
width += butPtr->inset*2;
height += butPtr->inset*2;
Tk_GeometryRequest(butPtr->tkwin, width, height);
Tk_SetInternalBorder(butPtr->tkwin, butPtr->inset);
}
void
TkpComputeButtonGeometry(
TkButton *butPtr) /* Button whose geometry may have changed. */
{
int width, height, avgWidth, haveImage = 0, haveText = 0;
int xInset, yInset, txtWidth, txtHeight;
Tk_FontMetrics fm;
DrawParams drawParams;
/*
* First figure out the size of the contents of the button.
*/
width = 0;
height = 0;
txtWidth = 0;
txtHeight = 0;
avgWidth = 0;
butPtr->indicatorSpace = 0;
if (butPtr->image != NULL) {
Tk_SizeOfImage(butPtr->image, &width, &height);
haveImage = 1;
} else if (butPtr->bitmap != None) {
Tk_SizeOfBitmap(butPtr->display, butPtr->bitmap, &width, &height);
haveImage = 1;
}
if (haveImage == 0 || butPtr->compound != COMPOUND_NONE) {
Tk_FreeTextLayout(butPtr->textLayout);
butPtr->textLayout = Tk_ComputeTextLayout(butPtr->tkfont,
Tcl_GetString(butPtr->textPtr), -1, butPtr->wrapLength,
butPtr->justify, 0, &butPtr->textWidth, &butPtr->textHeight);
txtWidth = butPtr->textWidth;
txtHeight = butPtr->textHeight;
avgWidth = Tk_TextWidth(butPtr->tkfont, "0", 1);
Tk_GetFontMetrics(butPtr->tkfont, &fm);
haveText = (txtWidth != 0 && txtHeight != 0);
}
/*
* If the button is compound (ie, it shows both an image and text),
* the new geometry is a combination of the image and text geometry.
* We only honor the compound bit if the button has both text and an
* image, because otherwise it is not really a compound button.
*/
if (butPtr->compound != COMPOUND_NONE && haveImage && haveText) {
switch ((enum compound) butPtr->compound) {
case COMPOUND_TOP:
case COMPOUND_BOTTOM:
/*
* Image is above or below text.
*/
height += txtHeight + butPtr->padY;
width = (width > txtWidth ? width : txtWidth);
break;
case COMPOUND_LEFT:
case COMPOUND_RIGHT:
/*
* Image is left or right of text.
*/
width += txtWidth + butPtr->padX;
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_CENTER:
/*
* Image and text are superimposed.
*/
width = (width > txtWidth ? width : txtWidth);
height = (height > txtHeight ? height : txtHeight);
break;
case COMPOUND_NONE:
break;
}
if (butPtr->width > 0) {
width = butPtr->width;
}
if (butPtr->height > 0) {
height = butPtr->height;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorSpace = height;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter = (65 * height)/100;
} else {
butPtr->indicatorDiameter = (75 * height)/100;
}
}
width += 2 * butPtr->padX;
height += 2 * butPtr->padY;
} else if (haveImage) {
if (butPtr->width > 0) {
width = butPtr->width;
}
if (butPtr->height > 0) {
height = butPtr->height;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorSpace = height;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter = (65 * height)/100;
} else {
butPtr->indicatorDiameter = (75 * height)/100;
}
}
} else {
width = txtWidth;
height = txtHeight;
if (butPtr->width > 0) {
width = butPtr->width * avgWidth;
}
if (butPtr->height > 0) {
height = butPtr->height * fm.linespace;
}
if ((butPtr->type >= TYPE_CHECK_BUTTON) && butPtr->indicatorOn) {
butPtr->indicatorDiameter = fm.linespace;
if (butPtr->type == TYPE_CHECK_BUTTON) {
butPtr->indicatorDiameter =
(80 * butPtr->indicatorDiameter)/100;
}
butPtr->indicatorSpace = butPtr->indicatorDiameter + avgWidth;
}
}
/*
* Now figure out the size of the border decorations for the button.
*/
if (butPtr->highlightWidth < 0) {
butPtr->highlightWidth = 0;
}
/*
* The width and height calculation for Appearance buttons with images &
* non-Appearance buttons with images is different. In the latter case,
* we add the borderwidth to the inset, since we are going to stamp a
* 3-D border over the image. In the former, we add it to the height,
* directly, since Appearance will draw the border as part of our control.
*
* When issuing the geometry request, add extra space for the indicator,
* if any, and for the border and padding, plus if this is an image two
* extra pixels so the display can be offset by 1 pixel in either
* direction for the raised or lowered effect.
*
* The highlight width corresponds to the default ring on the Macintosh.
* As such, the highlight width is only added if the button is the default
* button. The actual width of the default ring is one less than the
* highlight width as there is also one pixel of spacing.
* Appearance buttons with images do not have a highlight ring, because the
* Bevel button type does not support one.
*/
if ((butPtr->image == None) && (butPtr->bitmap == None)) {
width += 2*butPtr->padX;
height += 2*butPtr->padY;
}
if ((butPtr->type == TYPE_BUTTON)) {
if ((butPtr->image == None) && (butPtr->bitmap == None)) {
butPtr->inset = 0;
if (butPtr->defaultState != STATE_DISABLED) {
butPtr->inset += butPtr->highlightWidth;
}
} else {
butPtr->inset = 0;
width += (2 * butPtr->borderWidth + 4);
height += (2 * butPtr->borderWidth + 4);
}
} else if (butPtr->type == TYPE_LABEL) {
butPtr->inset = butPtr->borderWidth;
} else if (butPtr->indicatorOn) {
butPtr->inset = 0;
} else {
/*
* Under Appearance, the Checkbutton or radiobutton with an image
* is represented by a BevelButton with the Sticky defProc...
* So we must set its height in the same way as the Button
* with an image or bitmap.
*/
if (butPtr->image != None || butPtr->bitmap != None) {
int border;
butPtr->inset = 0;
if (butPtr->borderWidth <= 2) {
border = 6;
} else {
border = 2 * butPtr->borderWidth + 2;
}
width += border;
height += border;
} else {
butPtr->inset = butPtr->borderWidth;
}
}
if (TkMacOSXComputeDrawParams(butPtr, &drawParams)) {
xInset = butPtr->indicatorSpace + DEF_INSET_LEFT + DEF_INSET_RIGHT;
yInset = DEF_INSET_TOP + DEF_INSET_BOTTOM;
} else {
xInset = butPtr->indicatorSpace+butPtr->inset*2;
yInset = butPtr->inset*2;
}
Tk_GeometryRequest(butPtr->tkwin, width + xInset, height + yInset);
Tk_SetInternalBorder(butPtr->tkwin, butPtr->inset);
}