Results for griddisplay translation from Czech to English

i meant the class equivalent of griddisplay but for arrayctrl.
i meant the class equivalent of griddisplay but for arrayctrl.

if you meant griddisplay based classes, then they not related to arrayctrl, because it uses display based classes.
if you meant griddisplay based classes, then they not related to arrayctrl, because it uses display based classes.

yes, it's possible to create special gridqtfdisplay class (inherited from griddisplay), which uses qtfdisplay paint function.
yes, it's possible to create special gridqtfdisplay class (inherited from griddisplay), which uses qtfdisplay paint function.

#include #include using namespace upp; class gridqtfdisplay : public griddisplay { public: virtual void paint(draw& w, int x, int y, int cx, int cy, const value& val, dword style, color& fg, color& bg, font& fnt, bool found, int fs, int fe) { qtfdisplay().paint(w, rectc(x, y, cx, cy), val, fg, bg, style); } }; class app : public topwindow { public: typedef app classname; app(); gridctrl list; }; app::app() { title("gridctrl with qtf display"); sizeable().zoomable(); const size sz(480, 320); setrect(sz); setminsize(sz); list.chameleon(); list.addcolumn("x", 10); list.addcolumn("y", 10); list.addcolumn("equation", 50).setdisplay(single()).headeraligncenter(); list.addcolumn("equal"); for (int i = 0, x = 1, y = 2; i <= 10; ++i, ++x, ++y) list.add(x, y, format("[= [1 (x + y)][` %d][1 = %d][` %d]]", i, x + y, i), pow(double(x + y), i)); add(list.vsizeposz(4, 4).hsizeposz(4, 4)); } gui_app_main { app app; app.run(); }
#include #include using namespace upp; class gridqtfdisplay : public griddisplay { public: virtual void paint(draw& w, int x, int y, int cx, int cy, const value& val, dword style, color& fg, color& bg, font& fnt, bool found, int fs, int fe) { qtfdisplay().paint(w, rectc(x, y, cx, cy), val, fg, bg, style); } }; class app : public topwindow { public: typedef app classname; app(); gridctrl list; }; app::app() { title("gridctrl with qtf display"); sizeable().zoomable(); const size sz(480, 320); setrect(sz); setminsize(sz); list.chameleon(); list.addcolumn("x", 10); list.addcolumn("y", 10); list.addcolumn("equation", 50).setdisplay(single()).headeraligncenter(); list.addcolumn("equal"); for (int i = 0, x = 1, y = 2; i <= 10; ++i, ++x, ++y) list.add(x, y, format("[= [1 (x + y)][` %d][1 = %d][` %d]]", i, x + y, i), pow(double(x + y), i)); add(list.vsizeposz(4, 4).hsizeposz(4, 4)); } gui_app_main { app app; app.run(); }