Diff: Graphics/Graphics.cpp
- Revision:
- 5:2d9f3c36bcb9
- Parent:
- 4:9f41fc1c2ad1
- Child:
- 6:5f76dd718dc3
--- a/Graphics/Graphics.cpp Tue Feb 11 13:36:11 2020 +0000
+++ b/Graphics/Graphics.cpp Tue Feb 11 17:28:56 2020 +0000
@@ -30,12 +30,13 @@
// MAIN GRAPHICS FUNCTION
//**************************
-void Graphics::Draw_Map(int game_fps, Point_2D translation, int angle, float squish, Line_2D *Track_Lines, Line_2D *Track_Dotted_Lines, Point_2D *Track_Flags, Map_Data map_info, N5110 &LCD)
+void Graphics::Draw_Map(Point_2D translation, int angle, float squish, Line_2D *Track_Lines, Line_2D *Track_Dotted_Lines, Line_2D *Track_Walls, Point_2D *Track_Flags, Map_Data map_info, N5110 &LCD)
{
Line_2D Track_Lines_Transformed[map_info.number_of_track_lines];
Line_2D Track_Dotted_Lines_Transformed[map_info.number_of_dotted_lines];
Point_2D Transformed_Flags[map_info.number_of_flags];
+ Line_2D Transformed_Walls[map_info.number_of_walls];
for(int i = 0; i < map_info.number_of_track_lines; i++) {
Track_Lines_Transformed[i] = Track_Lines[i];
@@ -73,7 +74,19 @@
Transformed_Flags[i] = Squish_Point(Transformed_Flags[i], squish);
}
- LCD.clear();
+ for(int i = 0; i < map_info.number_of_walls; i++) {
+ Transformed_Walls[i] = Track_Walls[i];
+ //Translation
+ Transformed_Walls[i].from = Translate_Point(Transformed_Walls[i].from, Round(translation.x), Round(translation.y));
+ Transformed_Walls[i].to = Translate_Point(Transformed_Walls[i].to, Round(translation.x), Round(translation.y));
+ //Rotation
+ Transformed_Walls[i].from = Rotate_Point(Transformed_Walls[i].from, angle);
+ Transformed_Walls[i].to = Rotate_Point(Transformed_Walls[i].to, angle);
+ //Squish
+ Transformed_Walls[i].from = Squish_Point(Transformed_Walls[i].from, squish);
+ Transformed_Walls[i].to = Squish_Point(Transformed_Walls[i].to, squish);
+ }
+
for(int i = 0; i < map_info.number_of_track_lines; i++) {
Graphics_Draw_Line(Track_Lines_Transformed[i].from, Track_Lines_Transformed[i].to, true, LCD);
}
@@ -85,15 +98,15 @@
for(int i = 0; i < map_info.number_of_flags; i++) {
Graphics_Draw_Sprite(Transformed_Flags[i], 8, 8, (int *)flag, LCD);
}
-
+
+ for(int i = 0; i < map_info.number_of_walls; i++) {
+ Graphics_Draw_Wall(Transformed_Walls[i].from, Transformed_Walls[i].to,4, LCD);
+ }
+
Point_2D car_position = {4,0};
Graphics_Draw_Sprite(car_position,8,8,(int *)car, LCD);
-
- LCD.refresh();
- wait((1 / float(game_fps)));
}
-
//*******************
// SCREEN SETTINGS
//*******************
@@ -103,6 +116,24 @@
LCD.setContrast((0.35 + 0.2 * Device.read_pot1()));
}
+//********************
+// DRAW LAP COUNTER
+//********************
+
+void Graphics::Draw_Laps(int laps, N5110 &LCD)
+{
+ if(laps == 1) {
+ LCD.printString("1",0,5);
+ } else if (laps == 2) {
+ LCD.printString("2",0,5);
+ } else if (laps == 3) {
+ LCD.printString("3",0,5);
+ } else if (laps == 4) {
+ LCD.printString("4",0,5);
+ } else if (laps == 5) {
+ LCD.printString("5",0,5);
+ }
+}
//**************
// TRANSFORM
@@ -282,4 +313,79 @@
}
}
}
+}
+
+//***************
+// DRAW WALL
+//***************
+
+void Graphics::Graphics_Draw_Wall(Point_2D from, Point_2D to, int height, N5110 &LCD) //Draw a line between two points on only the portion of the screen
+{
+ if(Gradient_Check_Infinate(from, to) == 0) { //Checking to see if the line is vertical
+ Point_2D plot_x_from = {0,0};
+ Point_2D plot_x_to = {0,0};
+ Point_2D plot_y_from = {0,0};
+ Point_2D plot_y_to = {0,0};
+
+ float gradient = Gradient(from, to); // Calculating the gradient
+ float y_intercept = (from.y - gradient * from.x); // Calulating the y intercept y - mx = c
+ float x_intercept = (from.x - from.y / gradient); // Calculating the x intercept x - y/m = d
+
+ if(gradient <= 1 && gradient >= -1) {
+ //Reordering from and to so that the for loops below can use ++
+ if(to.x < from.x) {
+ plot_x_from = to;
+ plot_x_to = from;
+ } else {
+ plot_x_from = from;
+ plot_x_to = to;
+ }
+ for(int x = Round(plot_x_from.x); x <= Round(plot_x_to.x); x++) { //Iterating through the x points
+ int y = -(Round((gradient * x) + y_intercept)); //Calculating the value of y for each x point
+ Point_2D plot_x = {x+42, y+36}; //Assigning them to a Plot_2D variable and transforming so the centre of the screen is 0,0
+ if(plot_x.x <= 84 && plot_x.x >= 0 && plot_x.y <=48 && plot_x.y >= 0) {
+ for(int y_add = 0; y_add < height; y_add++) {
+ LCD.setPixel(plot_x.x, plot_x.y - y_add, true);
+ }
+ }
+ }
+ } else {
+ if(to.y < from.y) {
+ plot_y_from = to;
+ plot_y_to = from;
+ } else {
+ plot_y_from = from;
+ plot_y_to = to;
+ }
+ for(int y = Round(plot_y_from.y); y <= Round(plot_y_to.y); y++) { //Iterating through the Y points
+ int x = Round((y / gradient) + x_intercept); //Calculating the value of x for every y point
+ Point_2D plot_y = {x+42, (-y)+36}; //Assigning them to a Plot_2D variable and transforming so the centre of the screen is 0,0
+ if(plot_y.x <= 84 && plot_y.x >= 0 && plot_y.y <=48 && plot_y.y >= 0) {
+ for(int y_add = 0; y_add < height; y_add++) {
+ LCD.setPixel(plot_y.x, plot_y.y - y_add, true);
+ }
+ }
+ }
+ }
+
+ } else {
+ Point_2D plot_y_from = {0,0};
+ Point_2D plot_y_to = {0,0};
+ //Reordering from and to so that the for loops below can use ++
+ if(to.y < from.y) {
+ plot_y_from = to;
+ plot_y_to = from;
+ } else {
+ plot_y_from = from;
+ plot_y_to = to;
+ }
+ float x_intercept = from.x; //Calculating the x_intercept
+ for(int y = plot_y_from.y; y <= plot_y_to.y; y++) {
+ Point_2D plot_y = {x_intercept+42, (-y)+36}; //Assigning them to a Plot_2D variable and transforming so the centre of the screen is 0,0
+ for(int y_add = 0; y_add < height; y_add++) {
+ LCD.setPixel(plot_y.x, plot_y.y - y_add, true);
+ }
+ }
+
+ }
}
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