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background.cpp
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#include "headerFile.h"
void createCircle (string id, COLOR color, float x, float y, float r, int parts, string component) {
GLfloat vertex_buffer_data[parts*9];
GLfloat color_buffer_data[parts*9];
int i,j;
float angle=(2*M_PI/parts);
float current_angle = 0;
for(i=0;i<parts;i++){
for(j=0;j<3;j++){
color_buffer_data[i*9+j*3]=color.r;
color_buffer_data[i*9+j*3+1]=color.g;
color_buffer_data[i*9+j*3+2]=color.b;
}
vertex_buffer_data[i*9]=0;
vertex_buffer_data[i*9+1]=0;
vertex_buffer_data[i*9+2]=0;
vertex_buffer_data[i*9+3]=r*cos(current_angle);
vertex_buffer_data[i*9+4]=r*sin(current_angle);
vertex_buffer_data[i*9+5]=0;
vertex_buffer_data[i*9+6]=r*cos(current_angle+angle);
vertex_buffer_data[i*9+7]=r*sin(current_angle+angle);
vertex_buffer_data[i*9+8]=0;
current_angle+=angle;
}
VAO * object = create3DObject(GL_TRIANGLES, (parts*9)/3, vertex_buffer_data, color_buffer_data, GL_FILL);
entity bgObject = {};
bgObject.x = x;
bgObject.y = y;
bgObject.color = color;
bgObject.radius = r;
bgObject.object = object;
BackgroundObject[id] = bgObject;
}
void createRectangle(string id, float x, float y, float w, float h, COLOR a_color, COLOR b_color, COLOR c_color, COLOR d_color, float angle) {
w = w/2;
h = h/2;
GLfloat vertex_buffer_data [] = {
-w,-h,0, // vertex 1
-w,h,0, // vertex 2
w,h,0, // vertex 3
w,h,0, // vertex 3
w,-h,0, // vertex 4
-w,-h,0 // vertex 1
};
GLfloat color_buffer_data [] = {
// color for respective vertices;
a_color.r, a_color.g, a_color.b,
b_color.r, b_color.g, b_color.b,
c_color.r, c_color.g, c_color.b,
c_color.r, c_color.g, c_color.b,
d_color.r, d_color.g, d_color.b,
a_color.r, a_color.g, a_color.b,
};
VAO * object = create3DObject(GL_TRIANGLES, 6, vertex_buffer_data, color_buffer_data, GL_FILL);
entity bgObject = {};
bgObject.x = x;
bgObject.y = y;
bgObject.width = 2*w;
bgObject.height = 2*h;
bgObject.object = object;
bgObject.angle = angle;
bgObject.status = 1;
BackgroundObject[id] = bgObject;
}
void backgroundObjectsEngine () {
createCircle("sun", sun, -3.0, 3.0, 0.25, 100000, "sun");
createRectangle("ground", 0.0, -4.0, 8.0, 2.0, brown1, brown1, brown1, brown1, 0);
createRectangle("bird1up", -2.5, 3.0, 0.5, 0.02, cloudwhite1, cloudwhite1, cloudwhite1, cloudwhite1, 15);
createRectangle("bird1down", -2.5, 3.0, 0.5, 0.02, cloudwhite1, cloudwhite1, cloudwhite1, cloudwhite1, -15);
}
void createLed(string id, float x, float y, float w, float h, COLOR a_color, COLOR b_color, COLOR c_color, COLOR d_color, float angle) {
w = w/2;
h = h/2;
GLfloat vertex_buffer_data [] = {
-w,-h,0, // vertex 1
-w,h,0, // vertex 2
w,h,0, // vertex 3
w,h,0, // vertex 3
w,-h,0, // vertex 4
-w,-h,0 // vertex 1
};
GLfloat color_buffer_data [] = {
// color for respective vertices;
a_color.r, a_color.g, a_color.b,
b_color.r, b_color.g, b_color.b,
c_color.r, c_color.g, c_color.b,
c_color.r, c_color.g, c_color.b,
d_color.r, d_color.g, d_color.b,
a_color.r, a_color.g, a_color.b,
};
VAO * object = create3DObject(GL_TRIANGLES, 6, vertex_buffer_data, color_buffer_data, GL_FILL);
entity led = {};
led.x = x;
led.y = y;
led.width = 2*w;
led.height = 2*h;
led.object = object;
led.status = 0;
Led[id] = led;
}
void ledEngine() {
createLed("led1top", 1, 3.5, 0.2, 0.05, scorecolor, scorecolor ,scorecolor, scorecolor, 0);
createLed("led1middle", 1, 3.3, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led1bottom", 1, 3.1, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led1left1", 0.9, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led1right1", 1.1, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led1left2", 0.9, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor,0);
createLed("led1right2", 1.1, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2top", 0.7, 3.5, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2middle", 0.7, 3.3, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2bottom", 0.7, 3.1, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2left1", 0.6, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2right1", 0.8, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2left2", 0.6, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led2right2", 0.8, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3top", 0.4, 3.5, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3middle", 0.4, 3.3, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3bottom", 0.4, 3.1, 0.2, 0.05, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3left1", 0.3, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3right1", 0.5, 3.4, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3left2", 0.3, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
createLed("led3right2", 0.5, 3.2, 0.05, 0.2, scorecolor, scorecolor, scorecolor, scorecolor, 0);
}
void resetLed() {
for (auto i = Led.begin(); i != Led.end(); i++) {
string current = i->first;
Led[current].status = 0;
}
}
void setLed1(char val){
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6'|| val=='7' || val=='8' || val=='9' || val=='P' || val=='I' || val=='O' || val=='N' || val=='T' || val=='S' || val=='E'){
Led["led1top"].status=1;
}
if(val=='2' || val=='3' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='S' || val=='Y' || val=='E'){
Led["led1middle"].status=1;
}
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6' || val=='8' || val=='9' || val=='O' || val=='S' || val=='I' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led1bottom"].status=1;
}
if(val=='0' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led1left1"].status=1;
}
if(val=='0' || val=='2' || val=='6' || val=='8' || val=='P' || val=='O' || val=='N' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led1left2"].status=1;
}
if(val=='0' || val=='1' || val=='2' || val=='3' || val=='4' || val=='7' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='Y' || val=='U' || val=='W'){
Led["led1right1"].status=1;
}
if(val=='0' || val=='1' || val=='3' || val=='4' || val=='5' || val=='6' || val=='7' || val=='8' || val=='9' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='W'){
Led["led1right2"].status=1;
}
// if(val=='I' || val=='T'){
// Led["led1middle1"].status=1;
// }
// if(val=='I' || val=='T' || val=='W'){
// Led["led1middle2"].status=1;
// }
}
void setLed2(char val) {
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6'|| val=='7' || val=='8' || val=='9' || val=='P' || val=='I' || val=='O' || val=='N' || val=='T' || val=='S' || val=='E'){
Led["led2top"].status=1;
}
if(val=='2' || val=='3' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='S' || val=='Y' || val=='E'){
Led["led2middle"].status=1;
}
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6' || val=='8' || val=='9' || val=='O' || val=='S' || val=='I' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led2bottom"].status=1;
}
if(val=='0' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led2left1"].status=1;
}
if(val=='0' || val=='2' || val=='6' || val=='8' || val=='P' || val=='O' || val=='N' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led2left2"].status=1;
}
if(val=='0' || val=='1' || val=='2' || val=='3' || val=='4' || val=='7' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='Y' || val=='U' || val=='W'){
Led["led2right1"].status=1;
}
if(val=='0' || val=='1' || val=='3' || val=='4' || val=='5' || val=='6' || val=='7' || val=='8' || val=='9' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='W'){
Led["led2right2"].status=1;
}
// if(val=='I' || val=='T'){
// Led["led2middle1"].status=1;
// }
// if(val=='I' || val=='T' || val=='W'){
// Led["led2middle2"].status=1;
// }
}
void setLed3(char val) {
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6'|| val=='7' || val=='8' || val=='9' || val=='P' || val=='I' || val=='O' || val=='N' || val=='T' || val=='S' || val=='E'){
Led["led3top"].status=1;
}
if(val=='2' || val=='3' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='S' || val=='Y' || val=='E'){
Led["led3middle"].status=1;
}
if(val=='0' || val=='2' || val=='3' || val=='5' || val=='6' || val=='8' || val=='9' || val=='O' || val=='S' || val=='I' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led3bottom"].status=1;
}
if(val=='0' || val=='4' || val=='5' || val=='6' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led3left1"].status=1;
}
if(val=='0' || val=='2' || val=='6' || val=='8' || val=='P' || val=='O' || val=='N' || val=='U' || val=='L' || val=='E' || val=='W'){
Led["led3left2"].status=1;
}
if(val=='0' || val=='1' || val=='2' || val=='3' || val=='4' || val=='7' || val=='8' || val=='9' || val=='P' || val=='O' || val=='N' || val=='Y' || val=='U' || val=='W'){
Led["led3right1"].status=1;
}
if(val=='0' || val=='1' || val=='3' || val=='4' || val=='5' || val=='6' || val=='7' || val=='8' || val=='9' || val=='O' || val=='N' || val=='S' || val=='Y' || val=='U' || val=='W'){
Led["led3right2"].status=1;
}
// if(val=='I' || val=='T'){
// Led["led3middle1"].status=1;
// }
// if(val=='I' || val=='T' || val=='W'){
// Led["led3middle2"].status=1;
// }
}