#include // derived from rectangle4.c // generates sequential ascii cubes // starting from width w // programmed in C by boneSpider // for PC, Android or iOS void cube(int width, int height, int length); void top(int width, int height, int margin); void middle(int height, int width, int margin); void lineFeed(int width, int height, int margin, int lines); void bottom1(int width); void bottom2(int width); void space(void); int main() { int w = 0; // underscores, spaces, dashes int h = 0; // pipebars and exclamations int l = 0; // forward slashes, margin // a pixel-based cube would have w = h = l, // dimensions here are for a scalable ascii printf("Enter width 0-20: "); scanf("%2d", &w); printf("\n\n"); switch (w) { case 0: printf(" \n"); // break; case 1: printf(".\n\n"); // break; case 2: printf("#\n\n"); // break; case 3: printf("[]\n\n"); // break; case 4: printf(",_,\n"); printf(";_;\n\n"); // break; case 5: printf(",!,!\n"); printf("!_!\'\n"); // break; case 6: w = 2; h = 1; l = 1; cube(w, h, l); // break; case 7: w = 3; h = 1; l = 1; cube(w, h, l); // break; case 8: w = 4; h = 2; l = 1; cube(w, h, l); // break; case 9: w = 5; h = 2; l = 2; cube(w, h, l); // break; case 10: w = 6; h = 3; l = 2; cube(w, h, l); // break; case 11: w = 7; h = 3; l = 2; cube(w, h, l); // break; case 12: w = 8; h = 4; l = 3; cube(w, h, l); // break; case 13: w = 9; h = 4; l = 3; cube(w, h, l); // break; case 14: w = 10; h = 5; l = 3; cube(w, h, l); // break; case 15: w = 11; h = 5; l = 3; cube(w, h, l); // break; case 16: w = 12; h = 6; l = 4; cube(w, h, l); // break; case 17: w = 13; h = 6; l = 4; cube(w, h, l); // break; case 18: w = 14; h = 7; l = 4; cube(w, h, l); // break; case 19: w = 15; h = 7; l = 4; cube(w, h, l); // break; case 20: w = 16; h = 8; l = 5; cube(w, h, l); break; default: printf("Error: %d entered, width must be 0-20\n", w); break; } return 0; } /*****************************************/ void cube(int width, int height, int margin) { // adjust visual height // for alternate cubes if (((width+1) % 2) == 0) { top(width, height, margin); middle(height, width, margin); bottom1(width); } else { top(width, height, margin); middle(height, width, margin); bottom2(width); } } /*****************************************/ void top(int width, int height, int length) { int i, j, k; for (i = 0; i < length; i++) space(); // 1st line margin putchar('.'); for (i=0; i height-1) || (j == length)) { putchar('_'); } else { space(); } } putchar('/'); for (k = 0; k < j-1; k++) space(); printf("|\n"); } } /*****************************************/ void middle(int height, int width, int margin) { int i; // number of midLines for (i=0; i height-3)) { printf("/\n"); return; } if ((width == 14) && (lines > height-5)) { printf("/\n"); return; } if ((width == 15) && (lines > height-4)) { printf("/\n"); return; } if ((width == 16) && (lines < height-5)) { printf("|\n"); return; } if ((width % 3 == 1) && (lines < height-1)) { printf("/\n"); return; } if ((width % 3 == 2) && (lines < height-1)) { printf("|\n"); return; } if ((lines < height-margin) || (width % 2 == 1)) { printf("|\n"); } else { printf("/\n"); } } /*****************************************/ void bottom1(int width) { int i; printf("!"); for (i=0; i

cube3.c