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/ EnigmA Amiga Run 1995 November / EnigmA AMIGA RUN 02 (1995)(G.R. Edizioni)(IT)[!][issue 1995-11][Skylink CD].iso / earcd / util / wb / pointere.lha / PointerEyesV4.2&3.10 / v1.1.source / PointerEyes.Images < prev    next >
Text File  |  1994-08-15  |  8KB  |  503 lines
  1. #if defined (__SASC) || defined(LATTICE)
  2. #define UWORD_CHIP UWORD __chip
  3. #else
  4. #if defined(__GNUC__)
  5. #define UWORD_CHIP UWORD /* __chip */
  6. #else
  7. #if defined(_DCC)
  8. #define UWORD_CHIP __chip UWORD
  9. #else
  10. #error "sorry, I don't know this compiler !"
  11. #endif
  12. #endif
  13. #endif
  14.  
  15. /* CrossEyed.iff */
  16.  
  17. UWORD_CHIP Crosseddata[] =
  18.   {
  19.   /* Plane 0 */
  20.   0x07F0,0x000F,0xE000,
  21.   0x1FFC,0x003F,0xF800,
  22.   0x3FFE,0x007F,0xFC00,
  23.   0x3FC6,0x0063,0xFC00,
  24.   0x3FC6,0x0063,0xFC00,
  25.   0x3FFE,0x007F,0xFC00,
  26.   0x1FFC,0x003F,0xF800,
  27.   0x07F0,0x000F,0xE000,
  28.   /* Plane 1 */
  29.   0xF80F,0xFFF0,0x1F00,
  30.   0xE003,0xFFC0,0x0700,
  31.   0xC001,0xFF80,0x0300,
  32.   0xC039,0xFF9C,0x0300,
  33.   0xC039,0xFF9C,0x0300,
  34.   0xC001,0xFF80,0x0300,
  35.   0xE003,0xFFC0,0x0700,
  36.   0xF80F,0xFFF0,0x1F00
  37.   };
  38.  
  39.  
  40. struct Image Crossed =
  41.   {
  42.   0,0,
  43.   40,8,
  44.   2,
  45.   Crosseddata,
  46.   0x01,0x02,
  47.   NULL
  48.   };
  49.  
  50. /* DownEyes.iff */
  51.  
  52. UWORD_CHIP Downdata[] =
  53.   {
  54.   /* Plane 0 */
  55.   0x07F0,0x000F,0xE000,
  56.   0x1FFC,0x003F,0xF800,
  57.   0x3FFE,0x007F,0xFC00,
  58.   0x3FFE,0x007F,0xFC00,
  59.   0x3FFE,0x007F,0xFC00,
  60.   0x3E3E,0x007C,0x7C00,
  61.   0x1E3C,0x003C,0x7800,
  62.   0x07F0,0x000F,0xE000,
  63.   /* Plane 1 */
  64.   0xF80F,0xFFF0,0x1F00,
  65.   0xE003,0xFFC0,0x0700,
  66.   0xC001,0xFF80,0x0300,
  67.   0xC001,0xFF80,0x0300,
  68.   0xC001,0xFF80,0x0300,
  69.   0xC1C1,0xFF83,0x8300,
  70.   0xE1C3,0xFFC3,0x8700,
  71.   0xF80F,0xFFF0,0x1F00,
  72.   };
  73.  
  74.  
  75. struct Image Down =
  76.   {
  77.   0,0,
  78.   40,9,
  79.   2,
  80.   Downdata,
  81.   0x01,0x2,
  82.   NULL
  83.   };
  84.  
  85. /* DownRightEyes.iff */
  86.  
  87. UWORD_CHIP RDdata[] =
  88.   {
  89.   /* Plane 0 */
  90.   0x07F0,0x000F,0xE000,
  91.   0x1FFC,0x003F,0xF800,
  92.   0x3FFE,0x007F,0xFC00,
  93.   0x3FFE,0x007F,0xFC00,
  94.   0x3F8E,0x007F,0x1C00,
  95.   0x3F8E,0x007F,0x1C00,
  96.   0x1FFC,0x003F,0xF800,
  97.   0x07F0,0x000F,0xE000,
  98.   /* Plane 1 */
  99.   0xF80F,0xFFF0,0x1F00,
  100.   0xE003,0xFFC0,0x0700,
  101.   0xC001,0xFF80,0x0300,
  102.   0xC001,0xFF80,0x0300,
  103.   0xC071,0xFF80,0xE300,
  104.   0xC071,0xFF80,0xE300,
  105.   0xE003,0xFFC0,0x0700,
  106.   0xF80F,0xFFF0,0x1F00
  107.   };
  108.  
  109.  
  110. struct Image RD =
  111.   {
  112.   0,0,
  113.   40,8,
  114.   2,
  115.   RDdata,
  116.   0x01,0x02,
  117.   NULL
  118.   };
  119.  
  120. /* RightEyes.iff */
  121.  
  122. UWORD_CHIP Rightdata[] =
  123.   {
  124.   /* Plane 0 */
  125.   0x07F0,0x000F,0xE000,
  126.   0x1FFC,0x003F,0xF800,
  127.   0x3FFE,0x007F,0xFC00,
  128.   0x3FC6,0x007F,0x8C00,
  129.   0x3FC6,0x007F,0x8C00,
  130.   0x3FFE,0x007F,0xFC00,
  131.   0x1FFC,0x003F,0xF800,
  132.   0x07F0,0x000F,0xE000,
  133.   /* Plane 1 */
  134.   0xF80F,0xFFF0,0x1F00,
  135.   0xE003,0xFFC0,0x0700,
  136.   0xC001,0xFF80,0x0300,
  137.   0xC039,0xFF80,0x7300,
  138.   0xC039,0xFF80,0x7300,
  139.   0xC001,0xFF80,0x0300,
  140.   0xE003,0xFFC0,0x0700,
  141.   0xF80F,0xFFF0,0x1F00
  142.   };
  143.  
  144.  
  145. struct Image Right =
  146.   {
  147.   0,0,
  148.   40,8,
  149.   2,
  150.   Rightdata,
  151.   0x01,0x02,
  152.   NULL
  153.   };
  154.  
  155. /* DownLeftEyes.iff */
  156.  
  157. UWORD_CHIP LDdata[] =
  158.   {
  159.   /* Plane 0 */
  160.   0x07F0,0x000F,0xE000,
  161.   0x1FFC,0x003F,0xF800,
  162.   0x3FFE,0x007F,0xFC00,
  163.   0x3FFE,0x007F,0xFC00,
  164.   0x38FE,0x0071,0xFC00,
  165.   0x38FE,0x0071,0xFC00,
  166.   0x1FFC,0x003F,0xF800,
  167.   0x07F0,0x000F,0xE000,
  168.   /* Plane 1 */
  169.   0xF80F,0xFFF0,0x1F00,
  170.   0xE003,0xFFC0,0x0700,
  171.   0xC001,0xFF80,0x0300,
  172.   0xC001,0xFF80,0x0300,
  173.   0xC701,0xFF8E,0x0300,
  174.   0xC701,0xFF8E,0x0300,
  175.   0xE003,0xFFC0,0x0700,
  176.   0xF80F,0xFFF0,0x1F00
  177.   };
  178.  
  179.  
  180. struct Image LD =
  181.   {
  182.   0,0,
  183.   40,8,
  184.   2,
  185.   LDdata,
  186.   0x01,0x02,
  187.   NULL
  188.   };
  189.  
  190. /* LeftEyes.iff */
  191.  
  192. UWORD_CHIP Leftdata[] =
  193.   {
  194.   /* Plane 0 */
  195.   0x07F0,0x000F,0xE000,
  196.   0x1FFC,0x003F,0xF800,
  197.   0x3FFE,0x007F,0xFC00,
  198.   0x31FE,0x0063,0xFC00,
  199.   0x31FE,0x0063,0xFC00,
  200.   0x3FFE,0x007F,0xFC00,
  201.   0x1FFC,0x003F,0xF800,
  202.   0x07F0,0x000F,0xE000,
  203.   /* Plane 1 */
  204.   0xF80F,0xFFF0,0x1F00,
  205.   0xE003,0xFFC0,0x0700,
  206.   0xC001,0xFF80,0x0300,
  207.   0xCE01,0xFF9C,0x0300,
  208.   0xCE01,0xFF9C,0x0300,
  209.   0xC001,0xFF80,0x0300,
  210.   0xE003,0xFFC0,0x0700,
  211.   0xF80F,0xFFF0,0x1F00
  212.   };
  213.  
  214.  
  215. struct Image Left =
  216.   {
  217.   0,0,
  218.   40,8,
  219.   2,
  220.   Leftdata,
  221.   0x01,0x02,
  222.   NULL
  223.   };
  224.  
  225. /* MiddleBlinkEyes.iff */
  226.  
  227. UWORD_CHIP MidBlinkdata[] =
  228.   {
  229.   /* Plane 0 */
  230.   0x07F0,0x000F,0xE000,
  231.   0x1FFC,0x003F,0xF800,
  232.   0x3FFE,0x007F,0xFC00,
  233.   0x3FFE,0x007F,0xFC00,
  234.   0x2002,0x0040,0x0400,
  235.   0x3FFE,0x007F,0xFC00,
  236.   0x1FFC,0x003F,0xF800,
  237.   0x07F0,0x000F,0xE000,
  238.   /* Plane 1 */
  239.   0xF80F,0xFFF0,0x1F00,
  240.   0xE003,0xFFC0,0x0700,
  241.   0xC001,0xFF80,0x0300,
  242.   0xC001,0xFF80,0x0300,
  243.   0xDFFD,0xFFBF,0xFB00,
  244.   0xC001,0xFF80,0x0300,
  245.   0xE003,0xFFC0,0x0700,
  246.   0xF80F,0xFFF0,0x1F00
  247.   };
  248.  
  249.  
  250. struct Image MidBlink =
  251.   {
  252.   0,0,
  253.   40,8,
  254.   2,
  255.   MidBlinkdata,
  256.   0x01,0x02,
  257.   NULL
  258.   };
  259.  
  260. /* TopBlinkEyes.iff */
  261.  
  262. UWORD_CHIP TopBlinkdata[] =
  263.   {
  264.   /* Plane 0 */
  265.   0x07F0,0x000F,0xE000,
  266.   0x1FFC,0x003F,0xF800,
  267.   0x380E,0x0070,0x1C00,
  268.   0x37F6,0x006F,0xEC00,
  269.   0x2FFA,0x005F,0xF400,
  270.   0x3FFE,0x007F,0xFC00,
  271.   0x1FFC,0x003F,0xF800,
  272.   0x07F0,0x000F,0xE000,
  273.   /* Plane 1 */
  274.   0xF80F,0xFFF0,0x1F00,
  275.   0xE003,0xFFC0,0x0700,
  276.   0xC7F1,0xFF8F,0xE300,
  277.   0xC809,0xFF90,0x1300,
  278.   0xD005,0xFFA0,0x0B00,
  279.   0xC001,0xFF80,0x0300,
  280.   0xE003,0xFFC0,0x0700,
  281.   0xF80F,0xFFF0,0x1F00
  282.   };
  283.  
  284.  
  285. struct Image TopBlink =
  286.   {
  287.   0,0,
  288.   40,8,
  289.   2,
  290.   TopBlinkdata,
  291.   0x01,0x02,
  292.   NULL
  293.   };
  294.  
  295. /* BottomBlinkEyes.iff */
  296.  
  297. UWORD_CHIP BotBlinkdata[] =    /* was UWORD data[48] */
  298.   {
  299.   /* Plane 0 */
  300.   0x07F0,0x000F,0xE000,
  301.   0x1FFC,0x003F,0xF800,
  302.   0x3FFE,0x007F,0xFC00,
  303.   0x2FFA,0x005F,0xF400,
  304.   0x37F6,0x006F,0xEC00,
  305.   0x380E,0x0070,0x1C00,
  306.   0x1FFC,0x003F,0xF800,
  307.   0x07F0,0x000F,0xE000,
  308.   /* Plane 1 */
  309.   0xF80F,0xFFF0,0x1F00,
  310.   0xE003,0xFFC0,0x0700,
  311.   0xC001,0xFF80,0x0300,
  312.   0xD005,0xFFA0,0x0B00,
  313.   0xC809,0xFF90,0x1300,
  314.   0xC7F1,0xFF8F,0xE300,
  315.   0xE003,0xFFC0,0x0700,
  316.   0xF80F,0xFFF0,0x1F00
  317.   };
  318.  
  319.  
  320. struct Image BotBlink =
  321.   {
  322.   0,0,
  323.   40,8,
  324.   2,
  325.   BotBlinkdata,
  326.   0x01,0x02,
  327.   NULL
  328.   };
  329.  
  330. /* UpEyes.iff */
  331.  
  332. UWORD_CHIP Updata[] =
  333.   {
  334.   /* Plane 0 */
  335.   0x07F0,0x000F,0xE000,
  336.   0x1E3C,0x003C,0x7800,
  337.   0x3E3E,0x007C,0x7C00,
  338.   0x3FFE,0x007F,0xFC00,
  339.   0x3FFE,0x007F,0xFC00,
  340.   0x3FFE,0x007F,0xFC00,
  341.   0x1FFC,0x003F,0xF800,
  342.   0x07F0,0x000F,0xE000,
  343.   /* Plane 1 */
  344.   0xF80F,0xFFF0,0x1F00,
  345.   0xE1C3,0xFFC3,0x8700,
  346.   0xC1C1,0xFF83,0x8300,
  347.   0xC001,0xFF80,0x0300,
  348.   0xC001,0xFF80,0x0300,
  349.   0xC001,0xFF80,0x0300,
  350.   0xE003,0xFFC0,0x0700,
  351.   0xF80F,0xFFF0,0x1F00
  352.   };
  353.  
  354.  
  355. struct Image Up =
  356.   {
  357.   0,0,
  358.   40,8,
  359.   2,
  360.   Updata,
  361.   0x01,0x02,
  362.   NULL
  363.   };
  364.  
  365. /* UpLeftEyes.iff */
  366.  
  367. UWORD_CHIP LUdata[] =
  368.   {
  369.   /* Plane 0 */
  370.   0x07F0,0x000F,0xE000,
  371.   0x1FFC,0x003F,0xF800,
  372.   0x38FE,0x0071,0xFC00,
  373.   0x38FE,0x0071,0xFC00,
  374.   0x3FFE,0x007F,0xFC00,
  375.   0x3FFE,0x007F,0xFC00,
  376.   0x1FFC,0x003F,0xF800,
  377.   0x07F0,0x000F,0xE000,
  378.   /* Plane 1 */
  379.   0xF80F,0xFFF0,0x1F00,
  380.   0xE003,0xFFC0,0x0700,
  381.   0xC701,0xFF8E,0x0300,
  382.   0xC701,0xFF8E,0x0300,
  383.   0xC001,0xFF80,0x0300,
  384.   0xC001,0xFF80,0x0300,
  385.   0xE003,0xFFC0,0x0700,
  386.   0xF80F,0xFFF0,0x1F00
  387.   };
  388.  
  389.  
  390. struct Image LU =
  391.   {
  392.   0,0,
  393.   40,8,
  394.   2,
  395.   LUdata,
  396.   0x01,0x02,
  397.   NULL
  398.   };
  399.  
  400. /* UpRightEyes.iff */
  401.  
  402. UWORD_CHIP RUdata[] =
  403.   {
  404.   /* Plane 0 */
  405.   0x07F0,0x000F,0xE000,
  406.   0x1FFC,0x003F,0xF800,
  407.   0x3F8E,0x007F,0x1C00,
  408.   0x3F8E,0x007F,0x1C00,
  409.   0x3FFE,0x007F,0xFC00,
  410.   0x3FFE,0x007F,0xFC00,
  411.   0x1FFC,0x003F,0xF800,
  412.   0x07F0,0x000F,0xE000,
  413.   /* Plane 1 */
  414.   0xF80F,0xFFF0,0x1F00,
  415.   0xE003,0xFFC0,0x0700,
  416.   0xC071,0xFF80,0xE300,
  417.   0xC071,0xFF80,0xE300,
  418.   0xC001,0xFF80,0x0300,
  419.   0xC001,0xFF80,0x0300,
  420.   0xE003,0xFFC0,0x0700,
  421.   0xF80F,0xFFF0,0x1F00
  422.   };
  423.  
  424.  
  425. struct Image RU =
  426.   {
  427.   0,0,
  428.   40,8,
  429.   2,
  430.   RUdata,
  431.   0x01,0x02,
  432.   NULL
  433.   };
  434.  
  435. /* StraightEyes.iff */
  436.  
  437. UWORD_CHIP Straightdata[] =
  438.   {
  439.   /* Plane 0 */
  440.   0x07F0,0x000F,0xE000,
  441.   0x1FFC,0x003F,0xF800,
  442.   0x3FFE,0x007F,0xFC00,
  443.   0x3E3E,0x007C,0x7C00,
  444.   0x3E3E,0x007C,0x7C00,
  445.   0x3FFE,0x007F,0xFC00,
  446.   0x1FFC,0x003F,0xF800,
  447.   0x07F0,0x000F,0xE000,
  448.   /* Plane 1 */
  449.   0xF80F,0xFFF0,0x1F00,
  450.   0xE003,0xFFC0,0x0700,
  451.   0xC001,0xFF80,0x0300,
  452.   0xC1C1,0xFF83,0x8300,
  453.   0xC1C1,0xFF83,0x8300,
  454.   0xC001,0xFF80,0x0300,
  455.   0xE003,0xFFC0,0x0700,
  456.   0xF80F,0xFFF0,0x1F00
  457.   };
  458.  
  459.  
  460. struct Image Straight =
  461.   {
  462.   0,0,
  463.   40,8,
  464.   2,
  465.   Straightdata,
  466.   0x01,0x02,
  467.   NULL
  468.   };
  469.  
  470. /* NoEyes.iff */
  471.  
  472. UWORD_CHIP NoEyesdata[] =
  473.   {
  474.   /* Plane 0 */
  475.   0x07F0,0x000F,0xE000,
  476.   0x1FFC,0x003F,0xF800,
  477.   0x3FFE,0x007F,0xFC00,
  478.   0x3FFE,0x007F,0xFC00,
  479.   0x3FFE,0x007F,0xFC00,
  480.   0x3FFE,0x007F,0xFC00,
  481.   0x1FFC,0x003F,0xF800,
  482.   0x07F0,0x000F,0xE000,
  483.   /* Plane 1 */
  484.   0xF80F,0xFFF0,0x1F00,
  485.   0xE003,0xFFC0,0x0700,
  486.   0xC001,0xFF80,0x0300,
  487.   0xC001,0xFF80,0x0300,
  488.   0xC001,0xFF80,0x0300,
  489.   0xC001,0xFF80,0x0300,
  490.   0xE003,0xFFC0,0x0700,
  491.   0xF80F,0xFFF0,0x1F00
  492.   };
  493.  
  494. struct Image NoEyes =
  495.   {
  496.   0,0,
  497.   40,8,
  498.   2,
  499.   NoEyesdata,
  500.   0x01,0x02,
  501.   NULL
  502.   };
  503.