Kazuki Yamamoto / Mbed 2 deprecated LCDRAM

yet another AkiSpiLcd library example

Dependencies:   AkiSpiLcd mbed

Fork of LCDRAM by masahiro wakayama

main.cpp@1:72320e85a5e2, 2015-01-12 (annotated)

Committer:
k4zuki
Date:
Mon Jan 12 12:06:38 2015 +0000
Revision:
1:72320e85a5e2
Parent:
0:e705efefad3f 
first commit; mov ing cube, moving ascii characters, movin invaders

Who changed what in which revision?

UserRevisionLine numberNew contents of line
m_wakayama 0:e705efefad3f 1
m_wakayama 0:e705efefad3f 2 #include "mbed.h"
m_wakayama 0:e705efefad3f 3 #include "AkiSpiLcd.h"
m_wakayama 0:e705efefad3f 4
m_wakayama 0:e705efefad3f 5 //AkiSpiLcd LCD(MISO, MOSI, SCK, CSL, CSR);
k4zuki 1:72320e85a5e2 6 //AkiSpiLcd LCDRAM(p11, p12, p13, p9, p10);
k4zuki 1:72320e85a5e2 7 AkiSpiLcd LCDRAM(p5, p6, p7, p9, p10);
k4zuki 1:72320e85a5e2 8 uint8_t lineBuffer[RAMLINE_LENGTH];
m_wakayama 0:e705efefad3f 9
m_wakayama 0:e705efefad3f 10 // SYSTEM --------------------------------------------------
m_wakayama 0:e705efefad3f 11 uint8_t mainCounter;
m_wakayama 0:e705efefad3f 12 // GAME ----------------------------------------------------
k4zuki 1:72320e85a5e2 13 int scrollX=2,scrollY;
m_wakayama 0:e705efefad3f 14 // BOX -----------------------------------------------------
m_wakayama 0:e705efefad3f 15 int8_t boxPosi[8][3] = {
m_wakayama 0:e705efefad3f 16 {-78,-78,-78},{-78,+78,-78},{-78,+78,+78},{-78,-78,+78},
m_wakayama 0:e705efefad3f 17 {+78,-78,-78},{+78,+78,-78},{+78,+78,+78},{+78,-78,+78}
m_wakayama 0:e705efefad3f 18 };
m_wakayama 0:e705efefad3f 19 uint8_t boxLink[12][2] = {
m_wakayama 0:e705efefad3f 20 {0,1},{1,2},{2,3},{3,0},
m_wakayama 0:e705efefad3f 21 {4,5},{5,6},{6,7},{7,4},
m_wakayama 0:e705efefad3f 22 {0,4},{1,5},{2,6},{3,7}
m_wakayama 0:e705efefad3f 23 };
m_wakayama 0:e705efefad3f 24 int boxOffsetX;
m_wakayama 0:e705efefad3f 25 int boxOffsetY;
m_wakayama 0:e705efefad3f 26 int boxAngleX;
m_wakayama 0:e705efefad3f 27 int boxAngleZ;
m_wakayama 0:e705efefad3f 28 float buff3D[8][3];
m_wakayama 0:e705efefad3f 29
m_wakayama 0:e705efefad3f 30 // ASCII ---------------------------------
m_wakayama 0:e705efefad3f 31 int8_t asciiPosi[9][2] = {
k4zuki 1:72320e85a5e2 32 {-6,-7},{ 0,-7},{+6,-7},
k4zuki 1:72320e85a5e2 33 {-6, 0},{ 0, 0},{+6, 0},
k4zuki 1:72320e85a5e2 34 {-6,+11},{ 0,+11},{+6,+11}
k4zuki 1:72320e85a5e2 35 /*
m_wakayama 0:e705efefad3f 36 {-6,-9},{ 0,-9},{+6,-9},
m_wakayama 0:e705efefad3f 37 {-6, 0},{ 0, 0},{+6, 0},
m_wakayama 0:e705efefad3f 38 {-6,+9},{ 0,+9},{+6,+9}
k4zuki 1:72320e85a5e2 39 */
m_wakayama 0:e705efefad3f 40 };
m_wakayama 0:e705efefad3f 41 uint8_t asciiLink[10 + 26][6][2] = {
m_wakayama 0:e705efefad3f 42 {{0,2},{2,8},{8,6},{6,0},{0,0},{0,0}}, // 0
m_wakayama 0:e705efefad3f 43 {{1,7},{1,7},{0,0},{0,0},{0,0},{0,0}}, // 1
m_wakayama 0:e705efefad3f 44 {{0,2},{2,5},{3,5},{3,6},{6,8},{0,0}}, // 2
m_wakayama 0:e705efefad3f 45 {{0,2},{3,5},{6,8},{2,8},{0,0},{0,0}}, // 3
m_wakayama 0:e705efefad3f 46 {{0,3},{3,5},{2,8},{0,0},{0,0},{0,0}}, // 4
m_wakayama 0:e705efefad3f 47 {{0,2},{0,3},{3,5},{5,8},{6,8},{0,0}}, // 5
m_wakayama 0:e705efefad3f 48 {{0,2},{0,6},{3,5},{5,8},{6,8},{0,0}}, // 6
m_wakayama 0:e705efefad3f 49 {{0,2},{2,7},{0,0},{0,0},{0,0},{0,0}}, // 7
m_wakayama 0:e705efefad3f 50 {{0,2},{0,6},{2,8},{3,5},{6,8},{0,0}}, // 8
m_wakayama 0:e705efefad3f 51 {{0,2},{0,3},{3,5},{2,5},{5,7},{0,0}}, // 9
m_wakayama 0:e705efefad3f 52 {{1,3},{3,6},{1,5},{5,8},{0,0},{0,0}}, // A
m_wakayama 0:e705efefad3f 53 {{0,2},{2,3},{3,8},{6,8},{0,6},{0,0}}, // B
m_wakayama 0:e705efefad3f 54 {{0,2},{0,6},{6,8},{0,0},{0,0},{0,0}}, // C
m_wakayama 0:e705efefad3f 55 {{0,5},{6,5},{0,6},{0,0},{0,0},{0,0}}, // D
m_wakayama 0:e705efefad3f 56 {{0,2},{0,6},{3,5},{6,8},{0,0},{0,0}}, // E
m_wakayama 0:e705efefad3f 57 {{0,2},{0,6},{3,5},{0,0},{0,0},{0,0}}, // F
m_wakayama 0:e705efefad3f 58 {{0,2},{0,6},{6,8},{5,8},{4,5},{0,0}}, // G
m_wakayama 0:e705efefad3f 59 {{0,6},{3,5},{2,8},{0,0},{0,0},{0,0}}, // H
m_wakayama 0:e705efefad3f 60 {{1,7},{0,0},{0,0},{0,0},{0,0},{0,0}}, // I
m_wakayama 0:e705efefad3f 61 {{2,8},{6,8},{3,6},{0,0},{0,0},{0,0}}, // J
m_wakayama 0:e705efefad3f 62 {{0,6},{2,3},{3,8},{0,0},{0,0},{0,0}}, // K
m_wakayama 0:e705efefad3f 63 {{0,6},{6,8},{0,0},{0,0},{0,0},{0,0}}, // L
m_wakayama 0:e705efefad3f 64 {{0,6},{0,4},{2,4},{2,8},{0,0},{0,0}}, // M
m_wakayama 0:e705efefad3f 65 {{0,6},{0,8},{2,8},{0,0},{0,0},{0,0}}, // N
m_wakayama 0:e705efefad3f 66 {{0,6},{0,2},{2,8},{6,8},{0,0},{0,0}}, // O
m_wakayama 0:e705efefad3f 67 {{0,2},{2,5},{3,5},{0,6},{0,0},{0,0}}, // P
m_wakayama 0:e705efefad3f 68 {{0,2},{0,6},{2,5},{5,7},{6,7},{4,8}}, // Q
m_wakayama 0:e705efefad3f 69 {{0,2},{2,5},{3,5},{0,6},{3,8},{0,0}}, // R
m_wakayama 0:e705efefad3f 70 {{0,2},{0,3},{3,5},{5,8},{6,8},{0,0}}, // S
m_wakayama 0:e705efefad3f 71 {{0,2},{1,7},{0,0},{0,0},{0,0},{0,0}}, // T
m_wakayama 0:e705efefad3f 72 {{0,6},{6,8},{2,8},{0,0},{0,0},{0,0}}, // U
m_wakayama 0:e705efefad3f 73 {{0,7},{2,7},{0,0},{0,0},{0,0},{0,0}}, // V
m_wakayama 0:e705efefad3f 74 {{0,6},{4,6},{4,8},{2,8},{0,0},{0,0}}, // W
m_wakayama 0:e705efefad3f 75 {{0,8},{2,6},{0,0},{0,0},{0,0},{0,0}}, // X
m_wakayama 0:e705efefad3f 76 {{0,4},{2,4},{4,7},{0,0},{0,0},{0,0}}, // Y
m_wakayama 0:e705efefad3f 77 {{0,2},{2,6},{6,8},{0,0},{0,0},{0,0}}, // Z
m_wakayama 0:e705efefad3f 78 };
m_wakayama 0:e705efefad3f 79 int buff2D[9][2];
m_wakayama 0:e705efefad3f 80 int asciiAngle;
m_wakayama 0:e705efefad3f 81
k4zuki 1:72320e85a5e2 82 /*
k4zuki 1:72320e85a5e2 83 void dotSet(int posX, int posY)
k4zuki 1:72320e85a5e2 84 {
m_wakayama 0:e705efefad3f 85 int ramAddress;
m_wakayama 0:e705efefad3f 86 uint8_t data;
m_wakayama 0:e705efefad3f 87 if ((posX >= 0) && (posX < 400) && (posY >= 0) && (posY < 240)) {
k4zuki 1:72320e85a5e2 88 ramAddress = (posX / 8) + (posY * RAMLINE_LENGTH);
m_wakayama 0:e705efefad3f 89 data = LCDRAM.ram_read(ramAddress);
m_wakayama 0:e705efefad3f 90 data |= 0x80 >> (posX % 8);
m_wakayama 0:e705efefad3f 91 LCDRAM.ram_write(ramAddress, data);
m_wakayama 0:e705efefad3f 92 }
m_wakayama 0:e705efefad3f 93 }
k4zuki 1:72320e85a5e2 94 */
m_wakayama 0:e705efefad3f 95
k4zuki 1:72320e85a5e2 96 int dotAddress = -1;
k4zuki 1:72320e85a5e2 97 uint8_t dotData;
k4zuki 1:72320e85a5e2 98 void dotSet(int posX, int posY) {
k4zuki 1:72320e85a5e2 99 if ((posX >= 0) && (posX < 416) && (posY >= 0) && (posY < 240)) {
k4zuki 1:72320e85a5e2 100 int address = (posX / 8) + (posY * RAMLINE_LENGTH);
k4zuki 1:72320e85a5e2 101 if (address != dotAddress) {
k4zuki 1:72320e85a5e2 102 dotAddress = address;
k4zuki 1:72320e85a5e2 103 dotData = LCDRAM.ram_read(dotAddress);
k4zuki 1:72320e85a5e2 104 }
k4zuki 1:72320e85a5e2 105 dotData |= 0x80 >> (posX % 8);
k4zuki 1:72320e85a5e2 106 LCDRAM.ram_write(dotAddress, dotData);
k4zuki 1:72320e85a5e2 107 }
k4zuki 1:72320e85a5e2 108 }
k4zuki 1:72320e85a5e2 109
k4zuki 1:72320e85a5e2 110 void drawLine(int posX1, int posY1, int posX2, int posY2)
k4zuki 1:72320e85a5e2 111 {
m_wakayama 0:e705efefad3f 112 float moveX = (float)(posX1 - posX2);
m_wakayama 0:e705efefad3f 113 float moveY = (float)(posY1 - posY2);
m_wakayama 0:e705efefad3f 114 int absX = abs((int)(moveX));
m_wakayama 0:e705efefad3f 115 int absY = abs((int)(moveY));
m_wakayama 0:e705efefad3f 116 int tmp;
m_wakayama 0:e705efefad3f 117 if (absX > absY) {
m_wakayama 0:e705efefad3f 118 tmp = absX;
m_wakayama 0:e705efefad3f 119 } else {
m_wakayama 0:e705efefad3f 120 tmp = absY;
m_wakayama 0:e705efefad3f 121 }
m_wakayama 0:e705efefad3f 122 moveX = moveX / (float)(tmp);
m_wakayama 0:e705efefad3f 123 moveY = moveY / (float)(tmp);
k4zuki 1:72320e85a5e2 124 for (int i = 0; i < tmp; i++) {
m_wakayama 0:e705efefad3f 125 dotSet(posX2 + moveX * i, posY2 + moveY * i);
m_wakayama 0:e705efefad3f 126 }
m_wakayama 0:e705efefad3f 127 }
m_wakayama 0:e705efefad3f 128
k4zuki 1:72320e85a5e2 129 void ram2lcdAll()
k4zuki 1:72320e85a5e2 130 {
k4zuki 1:72320e85a5e2 131 // LCDRAM.ram2lcd(0,240,SCREEN0);
k4zuki 1:72320e85a5e2 132 LCDRAM.ram2lcd(SCREEN0);
k4zuki 1:72320e85a5e2 133 /*
k4zuki 1:72320e85a5e2 134 for (int y = 0; y < 240; y++) {
k4zuki 1:72320e85a5e2 135 LCDRAM.ram_read(y * RAMLINE_LENGTH+2,lineBuffer,RAMLINE_LENGTH);
m_wakayama 0:e705efefad3f 136 LCDRAM.directUpdateSingle(y + 1,lineBuffer);
m_wakayama 0:e705efefad3f 137 }
k4zuki 1:72320e85a5e2 138 */
m_wakayama 0:e705efefad3f 139 }
m_wakayama 0:e705efefad3f 140
k4zuki 1:72320e85a5e2 141 void calcBox()
k4zuki 1:72320e85a5e2 142 {
m_wakayama 0:e705efefad3f 143 float tmpX = boxAngleX * 3.141592653f / 180.0f;
m_wakayama 0:e705efefad3f 144 float tmpZ = boxAngleZ * 3.141592653f / 180.0f;
m_wakayama 0:e705efefad3f 145 float sinX = sin(tmpX);
m_wakayama 0:e705efefad3f 146 float cosX = cos(tmpX);
m_wakayama 0:e705efefad3f 147 float sinZ = sin(tmpZ);
m_wakayama 0:e705efefad3f 148 float cosZ = cos(tmpZ);
k4zuki 1:72320e85a5e2 149 for (int i = 0; i < 8; i++) {
m_wakayama 0:e705efefad3f 150 buff3D[i][0] = cosZ * boxPosi[i][0] - sinZ * boxPosi[i][1];
m_wakayama 0:e705efefad3f 151 buff3D[i][1] = sinZ * boxPosi[i][0] + cosZ * boxPosi[i][1];
m_wakayama 0:e705efefad3f 152 buff3D[i][2] = sinX * boxPosi[i][1] + cosX * boxPosi[i][2];
m_wakayama 0:e705efefad3f 153 buff3D[i][1] = cosX * boxPosi[i][1] - sinX * boxPosi[i][2];
m_wakayama 0:e705efefad3f 154 buff3D[i][0] = cosZ * boxPosi[i][0] - sinZ * buff3D[i][2];
m_wakayama 0:e705efefad3f 155 buff3D[i][2] = sinZ * boxPosi[i][0] + cosZ * buff3D[i][2];
m_wakayama 0:e705efefad3f 156 }
m_wakayama 0:e705efefad3f 157 }
m_wakayama 0:e705efefad3f 158
k4zuki 1:72320e85a5e2 159 void drawBox()
k4zuki 1:72320e85a5e2 160 {
k4zuki 1:72320e85a5e2 161 for (int i = 0; i < 12; i++) {
m_wakayama 0:e705efefad3f 162 drawLine((int)(buff3D[boxLink[i][0]][0]) + boxOffsetX, (int)(buff3D[boxLink[i][0]][1]) + boxOffsetY, (int)(buff3D[boxLink[i][1]][0]) + boxOffsetX, (int)(buff3D[boxLink[i][1]][1]) + boxOffsetY);
m_wakayama 0:e705efefad3f 163 }
m_wakayama 0:e705efefad3f 164 }
m_wakayama 0:e705efefad3f 165
k4zuki 1:72320e85a5e2 166 void drawAscii(uint8_t num,int posX,int posY,int angle)
k4zuki 1:72320e85a5e2 167 {
m_wakayama 0:e705efefad3f 168 float tmpA = angle * 3.141592653f / 180.0f;
m_wakayama 0:e705efefad3f 169 float tmpS = sin(tmpA);
m_wakayama 0:e705efefad3f 170 float tmpC = cos(tmpA);
k4zuki 1:72320e85a5e2 171 for (int i = 0; i < 9; i++) {
m_wakayama 0:e705efefad3f 172 buff2D[i][0] = (int)(tmpC * asciiPosi[i][0] - tmpS * asciiPosi[i][1]);
m_wakayama 0:e705efefad3f 173 buff2D[i][1] = (int)(tmpS * asciiPosi[i][0] + tmpC * asciiPosi[i][1]);
m_wakayama 0:e705efefad3f 174 }
k4zuki 1:72320e85a5e2 175 for (int i = 0; i < 6; i++) {
m_wakayama 0:e705efefad3f 176 if ((asciiLink[num][i][0] != 0) || (asciiLink[num][i][1] != 0)) {
m_wakayama 0:e705efefad3f 177 drawLine(buff2D[asciiLink[num][i][0]][0] + posX,buff2D[asciiLink[num][i][0]][1] + posY,buff2D[asciiLink[num][i][1]][0] + posX,buff2D[asciiLink[num][i][1]][1] + posY);
m_wakayama 0:e705efefad3f 178 }
m_wakayama 0:e705efefad3f 179 }
m_wakayama 0:e705efefad3f 180 }
m_wakayama 0:e705efefad3f 181
k4zuki 1:72320e85a5e2 182 void rollAscii()
k4zuki 1:72320e85a5e2 183 {
k4zuki 1:72320e85a5e2 184 for (int i = 0; i < (10 + 26); i++) {
m_wakayama 0:e705efefad3f 185 int angle = (asciiAngle + i * 8) % 360;
m_wakayama 0:e705efefad3f 186 float tmpA = angle * 3.141592653f / 180.0f;
m_wakayama 0:e705efefad3f 187 float tmpS = sin(tmpA);
m_wakayama 0:e705efefad3f 188 float tmpC = cos(tmpA);
m_wakayama 0:e705efefad3f 189 drawAscii(i,(int)(tmpC * 400.0f / 2.9f - tmpS * 400.0f / 2.9f + 400.0f / 2.0f),(int)(tmpS * 240.0f / 2.9f + tmpC * 240.0f / 2.9f + 240.0f / 2.0f),(angle + 135) % 360);
m_wakayama 0:e705efefad3f 190 }
m_wakayama 0:e705efefad3f 191 }
m_wakayama 0:e705efefad3f 192 // --------------------------------------------------------------------
m_wakayama 0:e705efefad3f 193 // --------------------------------------------------------------------
m_wakayama 0:e705efefad3f 194 uint16_t vaders[5];
m_wakayama 0:e705efefad3f 195 uint8_t vaderLine[5] = {0,1,1,2,2};
m_wakayama 0:e705efefad3f 196 uint8_t cgBuffer[3][2][2 * 8] = {
k4zuki 1:72320e85a5e2 197 { {0x03,0x00,0x07,0x80,0x0f,0xc0,0x1b,0x60,0x1f,0xe0,0x04,0x80,0x0b,0x40,0x14,0xa0},
k4zuki 1:72320e85a5e2 198 {0x00,0x30,0x00,0x78,0x00,0xfc,0x01,0xb6,0x01,0xfe,0x00,0x84,0x01,0x02,0x00,0x84}
k4zuki 1:72320e85a5e2 199 },
k4zuki 1:72320e85a5e2 200 { {0x08,0x20,0x04,0x40,0x0f,0xe0,0x1b,0xb0,0x3f,0xf8,0x2f,0xe8,0x28,0x28,0x06,0xc0},
k4zuki 1:72320e85a5e2 201 {0x01,0x04,0x04,0x89,0x05,0xfd,0x0b,0xb7,0x07,0xff,0x01,0xfc,0x01,0x04,0x00,0xd8}
k4zuki 1:72320e85a5e2 202 },
k4zuki 1:72320e85a5e2 203 { {0x0f,0x00,0x7f,0xe0,0xff,0xf0,0xe6,0x70,0xff,0xf0,0x19,0x80,0x36,0xc0,0xc0,0x30},
k4zuki 1:72320e85a5e2 204 {
k4zuki 1:72320e85a5e2 205 0x00,0xf0,
k4zuki 1:72320e85a5e2 206 0x07,0xfe,
k4zuki 1:72320e85a5e2 207 0x0f,0xff,
k4zuki 1:72320e85a5e2 208 0x0e,0x67,
k4zuki 1:72320e85a5e2 209 0x0f,0xff,
k4zuki 1:72320e85a5e2 210 0x01,0x98,
k4zuki 1:72320e85a5e2 211 0x06,0x66,
k4zuki 1:72320e85a5e2 212 0x01,0x98,
k4zuki 1:72320e85a5e2 213 }
k4zuki 1:72320e85a5e2 214 },
m_wakayama 0:e705efefad3f 215 };
k4zuki 1:72320e85a5e2 216 void draw_vaders()
k4zuki 1:72320e85a5e2 217 {
m_wakayama 0:e705efefad3f 218 uint8_t counter,tmp;
k4zuki 1:72320e85a5e2 219 for (int y = 0; y < 5; y++) {
k4zuki 1:72320e85a5e2 220 for (int x = 0; x < 11; x++) {
m_wakayama 0:e705efefad3f 221 if ((vaders[y] & (0x400 >> x)) != 0) {
m_wakayama 0:e705efefad3f 222 counter = 0;
k4zuki 1:72320e85a5e2 223 for (int i = 0; i < 8; i++) {
m_wakayama 0:e705efefad3f 224 tmp = cgBuffer[vaderLine[y]][(mainCounter + scrollY) & 1][counter++];
m_wakayama 0:e705efefad3f 225 if (tmp != 0) {
k4zuki 1:72320e85a5e2 226 LCDRAM.ram_write((((y + scrollY) * 12 + i) * RAMLINE_LENGTH) + (x * 2 + scrollX + 0),tmp);
m_wakayama 0:e705efefad3f 227 }
m_wakayama 0:e705efefad3f 228 tmp = cgBuffer[vaderLine[y]][(mainCounter + scrollY) & 1][counter++];
m_wakayama 0:e705efefad3f 229 if (tmp != 0) {
k4zuki 1:72320e85a5e2 230 LCDRAM.ram_write((((y + scrollY) * 12 + i) * RAMLINE_LENGTH) + (x * 2 + scrollX + 1),tmp);
m_wakayama 0:e705efefad3f 231 }
m_wakayama 0:e705efefad3f 232 }
m_wakayama 0:e705efefad3f 233 }
m_wakayama 0:e705efefad3f 234 }
m_wakayama 0:e705efefad3f 235 }
m_wakayama 0:e705efefad3f 236 }
k4zuki 1:72320e85a5e2 237 void init_vaders()
k4zuki 1:72320e85a5e2 238 {
k4zuki 1:72320e85a5e2 239 for (int i = 0; i < 5; i++) {
m_wakayama 0:e705efefad3f 240 vaders[i] = 0x7ff;
m_wakayama 0:e705efefad3f 241 }
m_wakayama 0:e705efefad3f 242 }
k4zuki 1:72320e85a5e2 243 void gameControl()
k4zuki 1:72320e85a5e2 244 {
m_wakayama 0:e705efefad3f 245 if ((mainCounter & 1) == 0) {
m_wakayama 0:e705efefad3f 246 if ((scrollY & 1) == 0) {
k4zuki 1:72320e85a5e2 247 if (++scrollX > 30) {
m_wakayama 0:e705efefad3f 248 scrollX--;
m_wakayama 0:e705efefad3f 249 scrollY++;
m_wakayama 0:e705efefad3f 250 }
m_wakayama 0:e705efefad3f 251 } else {
m_wakayama 0:e705efefad3f 252 if (--scrollX < 0) {
m_wakayama 0:e705efefad3f 253 scrollX++;
m_wakayama 0:e705efefad3f 254 scrollY++;
m_wakayama 0:e705efefad3f 255 }
m_wakayama 0:e705efefad3f 256 }
m_wakayama 0:e705efefad3f 257 }
m_wakayama 0:e705efefad3f 258 }
m_wakayama 0:e705efefad3f 259 // --------------------------------------------------------------------
m_wakayama 0:e705efefad3f 260 // --------------------------------------------------------------------
m_wakayama 0:e705efefad3f 261
k4zuki 1:72320e85a5e2 262 int main()
k4zuki 1:72320e85a5e2 263 {
m_wakayama 0:e705efefad3f 264 wait_ms(1);
m_wakayama 0:e705efefad3f 265 LCDRAM.cls();
k4zuki 1:72320e85a5e2 266 LCDRAM.cls_ram(SCREEN0);
k4zuki 1:72320e85a5e2 267 boxOffsetX = 416 / 2;
m_wakayama 0:e705efefad3f 268 boxOffsetY = 240 / 2;
m_wakayama 0:e705efefad3f 269 boxAngleX = 0;
m_wakayama 0:e705efefad3f 270 boxAngleZ = 0;
m_wakayama 0:e705efefad3f 271 init_vaders();
m_wakayama 0:e705efefad3f 272 while(1) {
m_wakayama 0:e705efefad3f 273 mainCounter++;
m_wakayama 0:e705efefad3f 274 gameControl();
m_wakayama 0:e705efefad3f 275 LCDRAM.cls_ram(SCREEN0);
m_wakayama 0:e705efefad3f 276 draw_vaders();
m_wakayama 0:e705efefad3f 277 calcBox();
m_wakayama 0:e705efefad3f 278 drawBox();
m_wakayama 0:e705efefad3f 279 rollAscii();
m_wakayama 0:e705efefad3f 280 ram2lcdAll();
m_wakayama 0:e705efefad3f 281 boxAngleX = (boxAngleX + 2) % 360;
m_wakayama 0:e705efefad3f 282 boxAngleZ = (boxAngleZ + 3) % 360;
m_wakayama 0:e705efefad3f 283 asciiAngle = (asciiAngle + 358) % 360;
m_wakayama 0:e705efefad3f 284 }
m_wakayama 0:e705efefad3f 285 }