185 updatesizehints(c); |
186 updatesizehints(c); |
186 XSelectInput(dpy, c->win, |
187 XSelectInput(dpy, c->win, |
187 StructureNotifyMask | PropertyChangeMask | EnterWindowMask); |
188 StructureNotifyMask | PropertyChangeMask | EnterWindowMask); |
188 XGetTransientForHint(dpy, c->win, &trans); |
189 XGetTransientForHint(dpy, c->win, &trans); |
189 grabbuttons(c, False); |
190 grabbuttons(c, False); |
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191 wc.border_width = c->border; |
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192 XConfigureWindow(dpy, c->win, CWBorderWidth, &wc); |
190 XSetWindowBorder(dpy, c->win, dc.norm[ColBorder]); |
193 XSetWindowBorder(dpy, c->win, dc.norm[ColBorder]); |
|
194 configure(c); /* propagates border_width, if size doesn't change */ |
191 updatetitle(c); |
195 updatetitle(c); |
192 t = getclient(trans); |
196 t = getclient(trans); |
193 settags(c, t); |
197 settags(c, t); |
194 if(!c->isfloat) |
198 if(!c->isfloat) |
195 c->isfloat = (t != 0) || c->isfixed; |
199 c->isfloat = (t != 0) || c->isfixed; |
196 if(clients) |
200 if(clients) |
197 clients->prev = c; |
201 clients->prev = c; |
198 c->next = clients; |
202 c->next = clients; |
199 c->snext = stack; |
203 c->snext = stack; |
200 stack = clients = c; |
204 stack = clients = c; |
201 ban(c); |
205 c->isbanned = True; |
|
206 XMoveWindow(dpy, c->win, c->x + 2 * sw, c->y); |
202 XMapWindow(dpy, c->win); |
207 XMapWindow(dpy, c->win); |
203 setclientstate(c, NormalState); |
208 setclientstate(c, NormalState); |
204 if(isvisible(c)) |
209 if(isvisible(c)) |
205 focus(c); |
210 focus(c); |
206 arrange(); |
211 arrange(); |
207 } |
212 } |
208 |
213 |
209 void |
214 void |
210 resize(Client *c, Bool sizehints) { |
215 resize(Client *c, int x, int y, int w, int h, Bool sizehints) { |
211 float actual, dx, dy, max, min; |
216 float actual, dx, dy, max, min; |
212 XWindowChanges wc; |
217 XWindowChanges wc; |
213 |
218 |
214 if(c->w <= 0 || c->h <= 0) |
219 if(w <= 0 || h <= 0) |
215 return; |
220 return; |
216 if(sizehints) { |
221 if(sizehints) { |
217 if(c->minw && c->w < c->minw) |
222 if(c->minw && w < c->minw) |
218 c->w = c->minw; |
223 w = c->minw; |
219 if(c->minh && c->h < c->minh) |
224 if(c->minh && h < c->minh) |
220 c->h = c->minh; |
225 h = c->minh; |
221 if(c->maxw && c->w > c->maxw) |
226 if(c->maxw && w > c->maxw) |
222 c->w = c->maxw; |
227 w = c->maxw; |
223 if(c->maxh && c->h > c->maxh) |
228 if(c->maxh && h > c->maxh) |
224 c->h = c->maxh; |
229 h = c->maxh; |
225 /* inspired by algorithm from fluxbox */ |
230 /* inspired by algorithm from fluxbox */ |
226 if(c->minay > 0 && c->maxay && (c->h - c->baseh) > 0) { |
231 if(c->minay > 0 && c->maxay && (h - c->baseh) > 0) { |
227 dx = (float)(c->w - c->basew); |
232 dx = (float)(w - c->basew); |
228 dy = (float)(c->h - c->baseh); |
233 dy = (float)(h - c->baseh); |
229 min = (float)(c->minax) / (float)(c->minay); |
234 min = (float)(c->minax) / (float)(c->minay); |
230 max = (float)(c->maxax) / (float)(c->maxay); |
235 max = (float)(c->maxax) / (float)(c->maxay); |
231 actual = dx / dy; |
236 actual = dx / dy; |
232 if(max > 0 && min > 0 && actual > 0) { |
237 if(max > 0 && min > 0 && actual > 0) { |
233 if(actual < min) { |
238 if(actual < min) { |
234 dy = (dx * min + dy) / (min * min + 1); |
239 dy = (dx * min + dy) / (min * min + 1); |
235 dx = dy * min; |
240 dx = dy * min; |
236 c->w = (int)dx + c->basew; |
241 w = (int)dx + c->basew; |
237 c->h = (int)dy + c->baseh; |
242 h = (int)dy + c->baseh; |
238 } |
243 } |
239 else if(actual > max) { |
244 else if(actual > max) { |
240 dy = (dx * min + dy) / (max * max + 1); |
245 dy = (dx * min + dy) / (max * max + 1); |
241 dx = dy * min; |
246 dx = dy * min; |
242 c->w = (int)dx + c->basew; |
247 w = (int)dx + c->basew; |
243 c->h = (int)dy + c->baseh; |
248 h = (int)dy + c->baseh; |
244 } |
249 } |
245 } |
250 } |
246 } |
251 } |
247 if(c->incw) |
252 if(c->incw) |
248 c->w -= (c->w - c->basew) % c->incw; |
253 w -= (w - c->basew) % c->incw; |
249 if(c->inch) |
254 if(c->inch) |
250 c->h -= (c->h - c->baseh) % c->inch; |
255 h -= (h - c->baseh) % c->inch; |
251 } |
256 } |
252 if(c->w == sw && c->h == sh) |
257 if(w == sw && h == sh) |
253 c->border = 0; |
258 c->border = 0; |
254 else |
259 else |
255 c->border = BORDERPX; |
260 c->border = BORDERPX; |
256 /* offscreen appearance fixes */ |
261 /* offscreen appearance fixes */ |
257 if(c->x > sw) |
262 if(x > sw) |
258 c->x = sw - c->w - 2 * c->border; |
263 x = sw - w - 2 * c->border; |
259 if(c->y > sh) |
264 if(y > sh) |
260 c->y = sh - c->h - 2 * c->border; |
265 y = sh - h - 2 * c->border; |
261 if(c->x + c->w + 2 * c->border < sx) |
266 if(x + w + 2 * c->border < sx) |
262 c->x = sx; |
267 x = sx; |
263 if(c->y + c->h + 2 * c->border < sy) |
268 if(y + h + 2 * c->border < sy) |
264 c->y = sy; |
269 y = sy; |
265 wc.x = c->x; |
270 if(c->x != x || c->y != y || c->w != w || c->h != h) { |
266 wc.y = c->y; |
271 c->x = wc.x = x; |
267 wc.width = c->w; |
272 c->y = wc.y = y; |
268 wc.height = c->h; |
273 c->w = wc.width = w; |
269 wc.border_width = c->border; |
274 c->h = wc.height = h; |
270 XConfigureWindow(dpy, c->win, CWX | CWY | CWWidth | CWHeight | CWBorderWidth, &wc); |
275 wc.border_width = c->border; |
271 configure(c); |
276 XConfigureWindow(dpy, c->win, CWX | CWY | CWWidth | CWHeight | CWBorderWidth, &wc); |
272 XSync(dpy, False); |
277 configure(c); |
|
278 XSync(dpy, False); |
|
279 } |
273 } |
280 } |
274 |
281 |
275 void |
282 void |
276 updatesizehints(Client *c) { |
283 updatesizehints(Client *c) { |
277 long msize; |
284 long msize; |