Cocos2d-x Win32 keyboard simulated touch event

The Cocos2d-x allows you to simulate a response to a touch event by clicking a Win32 mouse, that is, simulating only a single touch. In the previous article "How To Make A horizontal Combat Pass game Cocos2d-x 2.0.4" with direction keys and attack keys, the mouse single point of touch can not meet the requirements of Win32 testing, the extension here allows the keyboard to simulate a response to the touch event at the same time.

Cocos2d-x version: 2.1.3
ModifyMain. cppThe file content is as follows:

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# Include "Main. H" # Include "appdelegate. H" # Include "cceglview. H" Using_ns_cc; Lresult mywndprochook (uint message, wparam, lparam, bool * pprocessed ); // Uncomment below line, open debug Console // # Define use_win32_console Int apientry _ twinmain (hinstance, Hinstance hprevinstance, Lptstr lpcmdline, Int ncmdshow) { Unreferenced_parameter (hprevinstance ); Unreferenced_parameter (lpcmdline ); # Ifdef use_win32_console Allocconsole (); Freopen ("conin $", "r", stdin ); Freopen ("conout $", "W", stdout ); Freopen ("conout $", "W", stderr ); # Endif // Create the application instance Appdelegate app; Cceglview * eglview = cceglview: Export dopenglview (); Eglview-> setframesize (480,320 ); // Eglview-> setframesize (960,640 ); // Eglview-> setframesize (2048,153 6 ); // Eglview-> setframezoomfactor (0.4f ); Eglview-> setwndproc (mywndprochook); // Add this sentence Int ret = ccapplication: sharedapplication ()-> Run (); # Ifdef use_win32_console Freeconsole (); # Endif Return ret; } Lresult mywndprochook (uint message, wparam, lparam, bool * pprocessed) { Switch (Message) { Case wm_keydown: Case wm_keyup: { // Set with the coordinates when framesize = designresolutionsize Ccpoint Pt = ccpointzero; Switch (wparam) { Case 'A': // left { PT = CPP (25,255 ); } Break; Case 'D': // right { PT = CPP (95,256 ); } Break; Case 'W': // up { PT = CPP (63,214 ); } Break; Case's ': // down { PT = CPP (62,290 ); } Break; Case 'J': // attack { PT = CPP (367,277 ); } Break; Case 'K': // skip { PT = CPP (445,247 ); } Break; Default: Return 0; } If (getkeystate ('D') & 0x8000) { If (getkeystate ('W') & 0x8000) // upper right corner { PT = CPP (91,227 ); } Else if (getkeystate ('s ') & 0x8000) // bottom right corner { PT = CPP (91,284 ); } } Else if (getkeystate ('A') & 0x8000) { If (getkeystate ('W') & 0x8000) // upper left corner { PT = CPP (36,227 ); } Else if (getkeystate ('s ') & 0x8000) // lower left corner { PT = CPP (36,284 ); } } Cceglview * eglview = cceglview: Export dopenglview (); Ccsize originaldesignresolutionsize = ccsizemake (480,320); // Original Design resolution size Resolutionpolicy eresolutionpolicy = kresolutionfixedwidth; // Resolution Policy Ccsize obdesignresolutionsize = eglview-> getdesignresolutionsize (); Int offsetwidth = obdesignresolutionsize. Width-originaldesignresolutionsize. width; Int offsetheight = obdesignresolutionsize. Height-originaldesignresolutionsize. height; Ccsize obscreensize = eglview-> getframesize (); Int offsetwid2= obscreensize. Width-originaldesignresolutionsize. width; Int offsetheight2 = obscreensize. Height-originaldesignresolutionsize. height; Switch (eresolutionpolicy) { Case kresolutionexactfit: { //... } Break; Case kresolutionnoborder: { //... } Break; Case kresolutionshowall: { PT. x + = offsetwid2/ 2; PT. Y + = offsetheight2/2; } Break; Case kresolutionfixedheight: { //... } Break; Case kresolutionfixedwidth: { PT. Y + = offsetheight; } Break; } PT. x * = eglview-> getscalex (); PT. y * = eglview-> getscaley (); Int id = wparam; If (Message = wm_keydown) { Eglview-> handletouchesbegin (1, & ID, & pt. X, & pt. y ); } Else { Eglview-> handletouchesend (1, & ID, & pt. X, & pt. y ); } * Pprocessed = true; } Break; } Return 0; }

From the code above, we can see that instead of directly calling logical functions, we call touch events. Coordinates are calculated when the window is designed for resolution. For example, if the resolution is 480x320, the changed coordinates are automatically calculated after the resolution is changed.

Shows the touch events corresponding to the keyboard:

In addition, to the right + up = the upper right corner, similar to the role can perform a diagonal walk.