-FLAGS = -std=c++11 -Iinclude -Iinclude/freetype2

- int count;

- ~World(void); // Frees the 'line' array.

-int main(int argc, char *argv[]){

- for(auto r = 0; r < fray.size(); r++){

-FLAGS = -std=c++11 -I../include -I../include/freetype2

- unsigned int r;

- va_list fNames;

- for(int i = 0; i < amt; i++){

- for(int i = 0; i < amt; i++){

- char buf,*bufs;

-unsigned int Structures::spawn(_TYPE t, float x, float y){ //spawns a structure based off of type and coords

- /*VILLAGE*/

- switch(type){

- case STRUCTURET:

- width = 50 * HLINE;

- height = 40 * HLINE;

- * tempN is the amount of entities that will be spawned in the village. Currently the village

- * will spawn bewteen 2 and 7 villagers for the starting hut.

- unsigned int tempN = (getRand() % 5 + 2);

- for(int i=0;i<tempN;i++){

-

- /*

- * This is where the entities actually spawn. A new entity is created

- * with type NPC by using polymorphism.

- */

-

- currentWorld->addNPC(loc.x+(i-5),100);

-

- }

- break;

- unsigned char i;

-

-

-static Arena *a;

-

- a = new Arena(currentWorld,player);

- currentWorld = a;

-

- /*player->right = true;

- player->loc.x += HLINE * 5;*/

- unsigned int i;

-

- playerSpawnHill->generateFunc(1280,playerSpawnHillFunc);

- for(int i = 0;i<ITEM_COUNT;i++){

- itemtex[i]=Texture::loadTexture(getItemTexturePath((ITEM_ID)i));

- count = 0;

- std::cout << id << "," << inv[os].id << std::endl;

- for(int i = 0; i < size; i++){

- }else if(id ){

- unsigned int i;

- for(i=0;i<size;i++){

- if(inv[i].id==id){

- if(item[i].count<0)

- return item[i].count*-1;

- unsigned int i=0;

- float y,xoff;

- static int numSlot = 7;

- unsigned int i=0,j;

- float width = 0, prev = 0;

- unsigned int i;

- if(SDL_KEY==SDLK_b & SDL_KEY==SDLK_F3)posFlag^=true;

- /*float base = 0;

- World *ptr = w;

- while(ptr->infront){

- base+=DRAW_Y_OFFSET;

- ptr=ptr->infront;

- }*/

- return /*base*/ GEN_MIN;

- star = new vec2[100]; //(vec2 *)calloc(100,sizeof(vec2));

- memset(star,0,100*sizeof(vec2));

- if((lineCount = width + GEN_INC) <= 0)

- line = new struct line_t[lineCount]; //(struct line_t *)calloc(lineCount,sizeof(struct line_t));

- memset(line,0,lineCount*sizeof(struct line_t));

- line[0].y=GEN_INIT;

- for(i=GEN_INC;i<lineCount;i+=GEN_INC){

- line[i].y=rand() % 8 - 4 + line[i-GEN_INC].y; // Add +/- 4 to the previous line

- if(line[i].y < GEN_MIN)line[i].y = GEN_MIN; // Minimum bound

- else if(line[i].y > GEN_MAX)line[i].y = GEN_MAX; // Maximum bound

- for(i=0;i<lineCount-GEN_INC;i++){

- if(!(i%GEN_INC)){

- inc=(line[i + GEN_INC].y - line[i].y) / (float)GEN_INC;

- }else{

-

- /*

- * Add the increment to create the smooth slope.

- */

-

- line[i].y=line[i - 1].y + inc;

- }

- line[i].color=rand() % 20 + 100; // 100 to 120

- line[i].gh[0]=(getRand() % 16) / 3.5 + 2; // Not sure what the range resolves to here...

- line[i].gh[1]=(getRand() % 16) / 3.5 + 2; //

- line[i].gs=true; // Show the blades of grass (modified by the player)

- x_start=0 - getWidth(this) / 2;

- for(int i=0;i<100;i++){

- star[i].x=getRand()%getTheWidth()-getTheWidth()/2;

- star[i].y=getRand()%SCREEN_HEIGHT+100;

- line = new struct line_t[lineCount]; //(struct line_t *)calloc(lineCount,sizeof(struct line_t));

- for(i=0;i<lineCount;i++){

- line[i].y=func(i);

- if(line[i].y<0)line[i].y=0;

- if(line[i].y>2000)line[i].y=2000;

- line[i].color=rand() % 20 + 100;

- line[i].gh[0]=(getRand() % 16) / 3.5 + 2;

- line[i].gh[1]=(getRand() % 16) / 3.5 + 2;

- line[i].gs=true;

- x_start=0 - getWidth(this) / 2;

- for(int i=0;i<100;i++){

- star[i].x=getRand()%getTheWidth()-getTheWidth()/2;

- star[i].y=getRand()%SCREEN_HEIGHT+100;

- p->loc.y+= p->vel.y *delta;

- p->loc.x+=(p->vel.x*p->speed)*delta;

- else if(e->vel.x > 0)e->left = false;

- int i,is,ie,v_offset,cx_start,width;

- if(((weather==DARK )&(tickCount%DAY_CYCLE)<DAY_CYCLE/2) ||

- ((weather==SUNNY)&(tickCount%DAY_CYCLE)>DAY_CYCLE*.75) ){

- int ph = (p->loc.x + p->width / 2 - x_start) / HLINE;

- int i;

- unsigned int j;

-

- std::cout<<"RIP "<<e->name<<"."<<std::endl;

- exit(0);

-

- return;

- i=(e->loc.x + e->width / 2 - x_start) / HLINE;

- if(i < 0) i=0;

- i=(e->loc.x - e->width / 2 - x_start) / HLINE;

- if(i < 0){ e->alive = false; return; }

- int i,ie,v_offset;

- glBegin(GL_QUADS);

- for(i = x_start - SCREEN_WIDTH / 2;i < -x_start + SCREEN_WIDTH / 2; i += 1024){

- glTexCoord2i(1,1);glVertex2i(i ,0);

- glTexCoord2i(0,1);glVertex2i(i+1024,0);

- glTexCoord2i(0,0);glVertex2i(i+1024,1024);

- glTexCoord2i(1,0);glVertex2i(i ,1024);

- v_offset=(p->loc.x-x_start)/HLINE; // Calculate the player's offset in the array 'line' using the player's location 'vec'

- i=v_offset-SCREEN_WIDTH/2; // um

- if(i<0)i=0; // If the player is past the start of that world 'i' should start at the beginning

- // of the world

- ie=v_offset+SCREEN_WIDTH/2; // Set how many lines should be drawn (the drawing for loop loops from 'i' to 'ie')

- if(ie>lineCount)ie=lineCount; // If the player is past the end of that world 'ie' should contain the end of that world

- //glClearColor(.3,.1,0,0);

- for(i=i;i<ie-GEN_INC;i++){ // For lines in array 'line' from 'i' to 'ie'

- glVertex2i(x_start+i*HLINE ,line[i].y); // Draw the base floor

- glVertex2i(x_start+i*HLINE+HLINE,line[i].y);

- glVertex2i(x_start+i*HLINE+HLINE,line[i].y-50);

- glVertex2i(x_start+i*HLINE ,line[i].y-50);

- for(i=0;i<entity.size();i++)

- entity[i]->draw();