forked from speed-dreams/speed-dreams-code
Re 378 More Arrangements of the split screens for Dual/Triple/Quad Displays (by Simon)
git-svn-id: https://svn.code.sf.net/p/speed-dreams/code/trunk@3463 30fe4595-0a0c-4342-8851-515496e4dcbd Former-commit-id: c452fba216cb2823bc29603492e48baf1b1cbb5f Former-commit-id: d3eed9ae115039c631ae5130cb22a767e37087a7
This commit is contained in:
pouillot
parent
324231bd5a
commit
78c2347147
3 changed files with 160 additions and 33 deletions
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@ -90,6 +90,7 @@
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//#define GR_ATT_DYNAMICWEATHER "dynamic weather"
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#define GR_ATT_NB_SCREENS "number of screens"
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#define GR_ATT_ARR_SCREENS "arrangement of screens"
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#define GR_ATT_CUR_DRV "current driver"
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#define GR_SCT_PLAYABLE_DOV "Playable Cameras Distance of Views"
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@ -67,6 +67,7 @@ static float fMouseRatioX, fMouseRatioY;
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// Number of active screens.
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int grNbActiveScreens = 1;
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int grNbArrangeScreens = 0;
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// Current screen index.
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static int nCurrentScreenIndex = 0;
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@ -112,47 +113,151 @@ grAdaptScreenSize(void)
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{
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case 0:
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case 1:
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// Full window.
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// Always Full window.
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grScreens[0]->activate(grWinx, grWiny, grWinw, grWinh);
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grScreens[1]->deactivate();
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grScreens[2]->deactivate();
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grScreens[3]->deactivate();
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break;
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case 2:
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// Check which way to split, incase of wide screen/2 monitor setup.
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if (grWinw >= 2 * grWinh) {
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// Left half of the window
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grScreens[0]->activate(grWinx, grWiny, grWinw / 2, grWinh);
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// Rigth half of the window
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh);
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} else {
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// Top half of the window
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switch (grNbArrangeScreens) {
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default:
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grNbArrangeScreens = 0;
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case 0:
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// Top & Bottom half of the window
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw, grWinh / 2);
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// Bottom half of the window
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grScreens[1]->activate(grWinx, grWiny, grWinw, grWinh / 2);
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break;
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case 1:
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// Left & Right half of the window
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grScreens[0]->activate(grWinx, grWiny, grWinw / 2, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh);
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break;
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case 2:
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// 33/66% Left/Right
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grScreens[0]->activate(grWinx, grWiny, grWinw / 3, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 3, grWiny, grWinw * 2/3, grWinh);
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break;
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case 3:
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// 66/33% Left/Right
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grScreens[0]->activate(grWinx, grWiny, grWinw * 2/3, grWinh);
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grScreens[1]->activate(grWinx + grWinw * 2/3, grWiny, grWinw / 3, grWinh);
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break;
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}
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grScreens[2]->deactivate();
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grScreens[3]->deactivate();
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break;
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case 3:
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// Top left quarter of the window
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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// Top right quarter of the window
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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// Bottom half of the window
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grScreens[2]->activate(grWinx, grWiny, grWinw, grWinh / 2);
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switch (grNbArrangeScreens) {
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default:
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grNbArrangeScreens = 0;
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case 0:
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// Left/Right above wide
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[2]->activate(grWinx, grWiny, grWinw, grWinh / 2);
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break;
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case 1:
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// Left/Right below wide
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw, grWinh / 2);
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grScreens[1]->activate(grWinx, grWiny, grWinw / 2, grWinh / 2);
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grScreens[2]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh / 2);
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break;
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case 2:
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// 50/50% Left plus Top/Bottom on Right
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grScreens[0]->activate(grWinx, grWiny, grWinw / 2, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[2]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh / 2);
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break;
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case 3:
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// 50/50% Top/Bottom on Left plus Right
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh);
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grScreens[2]->activate(grWinx, grWiny, grWinw / 2, grWinh / 2);
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break;
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case 4:
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// 66/33% Left plus Top/Bottom on Right
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grScreens[0]->activate(grWinx, grWiny, grWinw * 2/3, grWinh);
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grScreens[1]->activate(grWinx + grWinw * 2/3, grWiny + grWinh / 2, grWinw / 3, grWinh / 2);
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grScreens[2]->activate(grWinx + grWinw * 2/3, grWiny, grWinw / 3, grWinh / 2);
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break;
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case 5:
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// 33/66% Top/Bottom on Left plus Right
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 3, grWinh / 2);
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grScreens[1]->activate(grWinx + grWinw / 3, grWiny, grWinw * 2/3, grWinh);
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grScreens[2]->activate(grWinx, grWiny, grWinw / 3, grWinh / 2);
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break;
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case 6:
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// All side by side
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grScreens[0]->activate(grWinx, grWiny, grWinw / 3, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 3, grWiny, grWinw / 3, grWinh);
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grScreens[2]->activate(grWinx + grWinw * 2/3, grWiny, grWinw / 3, grWinh);
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break;
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}
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grScreens[3]->deactivate();
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break;
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case 4:
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// Top left quarter of the window
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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// Top right quarter of the window
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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// Bottom left quarter of the window
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grScreens[2]->activate(grWinx, grWiny, grWinw / 2, grWinh / 2);
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// Bottom right quarter of the window
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grScreens[3]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh / 2);
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switch (grNbArrangeScreens) {
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default:
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grNbArrangeScreens = 0;
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case 0:
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// Top/Bottom Left/Rigth Quarters
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh / 2, grWinw / 2, grWinh / 2);
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grScreens[2]->activate(grWinx, grWiny, grWinw / 2, grWinh / 2);
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grScreens[3]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh / 2);
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break;
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case 1:
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// Left/Middle/Right above wide
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw / 3, grWinh / 2);
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grScreens[1]->activate(grWinx + grWinw / 3, grWiny + grWinh / 2, grWinw / 3, grWinh / 2);
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grScreens[2]->activate(grWinx + grWinw * 2/3, grWiny + grWinh / 2, grWinw / 3, grWinh / 2);
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grScreens[3]->activate(grWinx, grWiny, grWinw, grWinh / 2);
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break;
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case 2:
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// Left/Middle/Right below wide
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grScreens[0]->activate(grWinx, grWiny + grWinh / 2, grWinw, grWinh / 2);
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grScreens[1]->activate(grWinx, grWiny, grWinw / 3, grWinh / 2);
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grScreens[2]->activate(grWinx + grWinw / 3, grWiny, grWinw / 3, grWinh / 2);
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grScreens[3]->activate(grWinx + grWinw * 2/3, grWiny, grWinw / 3, grWinh / 2);
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break;
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case 3:
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// 50/50% Left plus Top/Middle/Bottom on Right
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grScreens[0]->activate(grWinx, grWiny, grWinw / 2, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny + grWinh * 2/3, grWinw / 2, grWinh / 3);
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grScreens[2]->activate(grWinx + grWinw / 2, grWiny + grWinh / 3, grWinw / 2, grWinh / 3);
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grScreens[3]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh / 3);
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break;
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case 4:
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// 50/50% Top/Middle/Bottom on Left plus Right
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grScreens[0]->activate(grWinx, grWiny + grWinh * 2/3, grWinw / 2, grWinh / 3);
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grScreens[1]->activate(grWinx + grWinw / 2, grWiny, grWinw / 2, grWinh);
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grScreens[2]->activate(grWinx, grWiny + grWinh / 3 , grWinw / 2, grWinh / 3);
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grScreens[3]->activate(grWinx, grWiny, grWinw / 2, grWinh / 3);
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break;
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case 5:
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// 66/33% Left plus Top/Middle/Bottom on Right
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grScreens[0]->activate(grWinx, grWiny, grWinw * 2/3, grWinh);
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grScreens[1]->activate(grWinx + grWinw * 2/3, grWiny + grWinh * 2/3, grWinw / 3, grWinh / 3);
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grScreens[2]->activate(grWinx + grWinw * 2/3, grWiny + grWinh / 3, grWinw / 3, grWinh / 3);
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grScreens[3]->activate(grWinx + grWinw * 2/3, grWiny, grWinw / 3, grWinh / 3);
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break;
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case 6:
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// 33/66% Top/Middle/Bottom on Left plus Right
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grScreens[0]->activate(grWinx, grWiny + grWinh * 2/3, grWinw / 3, grWinh / 3);
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grScreens[1]->activate(grWinx + grWinw / 3, grWiny, grWinw * 2/3, grWinh);
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grScreens[2]->activate(grWinx, grWiny + grWinh / 3 , grWinw / 3, grWinh / 3);
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grScreens[3]->activate(grWinx, grWiny, grWinw / 3, grWinh / 3);
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break;
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case 7:
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// All side by side
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grScreens[0]->activate(grWinx, grWiny, grWinw / 4, grWinh);
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grScreens[1]->activate(grWinx + grWinw / 4, grWiny, grWinw / 4, grWinh);
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grScreens[2]->activate(grWinx + grWinw * 2/4, grWiny, grWinw / 4, grWinh);
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grScreens[3]->activate(grWinx + grWinw * 3/4, grWiny, grWinw / 4, grWinh);
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break;
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}
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break;
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}
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}
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@ -167,11 +272,15 @@ grSplitScreen(void *vp)
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case GR_SPLIT_ADD:
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if (grNbActiveScreens < GR_NB_MAX_SCREEN)
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grNbActiveScreens++;
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grNbArrangeScreens=0;
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break;
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case GR_SPLIT_REM:
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if (grNbActiveScreens > 1)
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grNbActiveScreens--;
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grNbArrangeScreens=0;
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break;
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case GR_SPLIT_ARR:
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grNbArrangeScreens++;
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}
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// Ensure current screen index stays in the righ range.
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@ -180,6 +289,7 @@ grSplitScreen(void *vp)
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// Save nb of active screens to user settings.
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GfParmSetNum(grHandle, GR_SCT_DISPMODE, GR_ATT_NB_SCREENS, NULL, grNbActiveScreens);
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GfParmSetNum(grHandle, GR_SCT_DISPMODE, GR_ATT_ARR_SCREENS, NULL, grNbArrangeScreens);
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GfParmWriteFile(NULL, grHandle, "Graph");
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grAdaptScreenSize();
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}
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@ -248,6 +358,8 @@ grSwitchMirror(void * /* dummy */)
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grGetCurrentScreen()->switchMirror();
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}
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//bool
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//SsgGraph::initView(int x, int y, int width, int height, void* pMenuScreen)
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int
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initView(int x, int y, int width, int height, int /* flag */, void *screen)
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{
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@ -312,6 +424,7 @@ initView(int x, int y, int width, int height, int /* flag */, void *screen)
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GfuiAddKey(screen, '<', "Zoom Out", (void*)GR_ZOOM_OUT, grSetZoom, NULL);
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GfuiAddKey(screen, '(', "Split Screen", (void*)GR_SPLIT_ADD, grSplitScreen, NULL);
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GfuiAddKey(screen, ')', "UnSplit Screen", (void*)GR_SPLIT_REM, grSplitScreen, NULL);
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GfuiAddKey(screen, '_', "Split Screen Arangement", (void*)GR_SPLIT_ARR, grSplitScreen, NULL);
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GfuiAddKey(screen, GFUIK_TAB, "Next (split) Screen", (void*)GR_NEXT_SCREEN, grChangeScreen, NULL);
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GfuiAddKey(screen, 'm', "Track Maps", (void*)0, grSelectTrackMap, NULL);
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@ -323,10 +436,12 @@ initView(int x, int y, int width, int height, int /* flag */, void *screen)
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grLodFactorValue = GfParmGetNum(grHandle, GR_SCT_GRAPHIC, GR_ATT_LODFACTOR, NULL, 1.0);
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return 0;
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return 0; // true;
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}
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//void
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//SsgGraph::updateView(tSituation* s)
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int
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refresh(tSituation *s)
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{
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@ -374,9 +489,12 @@ refresh(tSituation *s)
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grTrackLightUpdate(s);
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GfProfStopProfile("refresh");
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return 0;
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}
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//bool
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//SsgGraph::initCars(tSituation* s)
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int
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initCars(tSituation *s)
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{
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@ -445,8 +563,9 @@ initCars(tSituation *s)
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}
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}
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// Load the real number of active screens.
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// Load the real number of active screens and the arrangment.
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grNbActiveScreens = (int)GfParmGetNum(grHandle, GR_SCT_DISPMODE, GR_ATT_NB_SCREENS, NULL, 1.0);
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grNbArrangeScreens = (int)GfParmGetNum(grHandle, GR_SCT_DISPMODE, GR_ATT_ARR_SCREENS, NULL, 1.0);
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// Initialize the cameras for all the screens.
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for (i = 0; i < GR_NB_MAX_SCREEN; i++) {
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@ -463,9 +582,11 @@ initCars(tSituation *s)
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// Setup the screens (= OpenGL viewports) inside the physical game window.
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grAdaptScreenSize();
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return 0;
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return 0; // true;
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}
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//void
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//SsgGraph::shutdownCars()
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void
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shutdownCars(void)
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{
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@ -507,6 +628,8 @@ shutdownCars(void)
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(double)frameInfo.nTotalFrames/((double)nFPSTotalSeconds + GfTimeClock() - fFPSPrevInstTime));
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}
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//bool
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//SsgGraph::initTrack(tTrack* pTrack)
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int
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initTrack(tTrack *track)
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{
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@ -522,10 +645,12 @@ initTrack(tTrack *track)
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grScreens[i] = new cGrScreen(i);
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}
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return 0;
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return 0; // true;
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}
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//void
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//SsgGraph::shutdownTrack()
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void
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shutdownTrack(void)
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{
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@ -542,8 +667,8 @@ shutdownTrack(void)
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}
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}
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// void bendCar (int index, sgVec3 poc, sgVec3 force, int cnt)
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// {
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// if (grCarInfo)
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// grPropagateDamage (grCarInfo[index].carEntity, poc, force, cnt);
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// }
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//void SsgGraph::bendCar(int index, sgVec3 poc, sgVec3 force, int count)
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//{
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// if (grCarInfo)
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// grPropagateDamage (grCarInfo[index].carEntity, poc, force, count);
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//}
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@ -73,6 +73,7 @@ extern class cGrScreen* grGetCurrentScreen(void);
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#define GR_SPLIT_ADD 0
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#define GR_SPLIT_REM 1
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#define GR_SPLIT_ARR 2
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#define GR_NEXT_SCREEN 0
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#define GR_PREV_SCREEN 1
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