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Example4_cc.cpp
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//110819013 Candy franzy shooter
/*
* 功能需求
(8%)操控與背景部分
(1%)滑鼠可以控制戰鬥機的左右移動
(1%)戰鬥機傭有防禦裝置，並以父子關係方式呈現
(1%)可以發射飛彈
(3%)能提供連續發射(LINKED LIST，自己撰寫，使用STL 2分)
(2%)能產生有速度感的背景物件，或是其他裝飾性的物件
(11%)敵人部分
(2%)有至少三種以上不同外形的敵人(不同的顏色)，基本的四方型不算在內
(3%)以物件導向的多型來控制所有的敵人
(1%)敵人可以不斷的產生，而且具有不同的顏色
(1%)敵人能隨機朝向玩家發射子彈攻擊
(2%)戰鬥機發射的子彈可以打到敵人，而且敵人會消失
(2%)有BOSS級的敵人，且至會根據被攻擊的多寡至少三種不同的狀態(外型改變或攻擊方式)可以切換
(4%) (玩家部分)
(2%)能判斷玩家是否被打中 並做出合理的反應
(2%)玩家的船艦至少有三種狀態(外型改變)，且有提供玩家的船艦可改變狀態的機制
(8%)其他你覺得可以展示的技術，包含物理或是數學的運算
(2%)提供階層式動態控制，並以時間為基礎進行動態的展示
(如: OpenGL_2 的 Example4 ，以自動產生的軌跡去控制相關的物件運動)
(2%)發射導向飛彈攻擊移動的Boss
敵人被打到有其他的效果
戰鬥機被打到時有其他的效果
背景除了速度感物件外，有其他的效果
總分：
*/
#include "header/Angel.h"
#include "Common/CCQuad.h"
#include "Common/CCCircle.h"
#include "Common/CCTri.h"
#include "Common/CCCane.h"
#include "Common/CBullet.h"
#include "Common/CMissle.h"
#include "Common/CPlayer.h"
#include "Common/CBackground.h"
#include "Common/CMarshmellow.h"
#include "Common/CJelly.h"
#include "Common/CCandycane.h"
#include "Common/CEBullet.h"
#include "Common/CLollipop.h"
#include "Common/CDonut.h"
#include "Common/CIcecream.h"
#define SPACE_KEY 32
#define SCREEN_SIZE 800
#define HALF_SIZE (SCREEN_SIZE/2)
#define VP_HALFWIDTH 12.0f
#define GRID_SIZE 4
#define GDISTANCE 3
#define BDISTANCE 1
// For grid quad
CPlayer *player; // 位於畫面正中間
CBullet* p_bullet;
CMissle* missle;
CBackground* background;
CMarshmellow* marshe;
CJelly* jerry;
CCandycane* can;
CEBullet* e_bullet;
CLollipop* lol;
CDonut* don;
CIcecream* ice;
/*
CCQuad *support[GRID_SIZE]; // 為 Red Quad 的 child
CBullet *shield[GRID_SIZE]; // x為 Green Quad 的 child
float translate_support[GRID_SIZE][3]={0}; // 紅色方塊的位移
float translate_shield[GRID_SIZE][3]={0}; // 藍色方塊的位移，與紅色方塊的父子關係為一對一
mat4 mplayertranslate, msupporttranslate[GRID_SIZE], mshieldtranslate[GRID_SIZE];
mat4 mplayerrotation, msupportrotation[GRID_SIZE], mshieldrotation[GRID_SIZE];
*/
float translate_player[3];
// For Model View and Projection Matrix
mat4 g_mxModelView(1.0f);
mat4 g_mxIdentity(1.0f);
mat4 g_mxProjection;
int lastx, lasty;
float bullettimer;
int bulletcounter = 0;
int bbcounter = 0;
GLfloat supportangle = 0; // Green 的旋轉角度
GLfloat shieldangle = 0; // Blue 的旋轉角度
bool won=false;
int score = 0;
GLfloat g_fTx = 0, g_fTy = 0;
//----------------------------------------------------------------------------
// 函式的原型宣告
extern void IdleProcess();
//void CreateQuadRelationship();
void autoMotion(float);
void generate(float);
void UpdateMatrix();
void collide(float);
bool iscollided(vec2,vec2, float);
//vec2 normalize(vec2);
void init( void )
{
// 產生 projection 矩陣，此處為產生正投影矩陣
g_mxProjection = Ortho(-VP_HALFWIDTH, VP_HALFWIDTH, -VP_HALFWIDTH, VP_HALFWIDTH, -1.0f, 1.0f);
srand(time(NULL));
// 必須在 glewInit(); 執行完後,在執行物件實體的取得
//CreateQuadRelationship();
player = new CPlayer;
p_bullet = nullptr;
missle = nullptr;
background = nullptr;
marshe = nullptr;
jerry = nullptr;
can = nullptr;
e_bullet = nullptr;
lol = nullptr;
don = nullptr;
ice = nullptr;
player->createshield(GDISTANCE, BDISTANCE, g_mxProjection);
translate_player[0] = translate_player[1] = translate_player[2] = 0;
glClearColor( 0.8, 0.83, 0.8, 1.0 ); // black background
}
//----------------------------------------------------------------------------
void GL_Display( void )
{
glClear( GL_COLOR_BUFFER_BIT ); // clear the window
CBackground* bg_ptr = background;
while (bg_ptr != nullptr) {
bg_ptr->draw();
bg_ptr = bg_ptr->next;
}
CIcecream* i_ptr = ice;
while (i_ptr != nullptr) {
i_ptr->draw();
i_ptr = i_ptr->next;
}
if(lol != nullptr) {
lol->draw();
}
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
b_ptr->draw();
b_ptr = b_ptr->next;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
d_ptr->draw();
d_ptr = d_ptr->next;
}
CMissle* m_ptr = missle;
while (m_ptr != nullptr) {
m_ptr->draw();
m_ptr = m_ptr->next;
}
CEBullet* eb_ptr = e_bullet;
while (eb_ptr != nullptr) {
eb_ptr->draw();
eb_ptr = eb_ptr->next;
}
CMarshmellow* ms_ptr = marshe;
while (ms_ptr != nullptr) {
ms_ptr->draw();
ms_ptr = ms_ptr->next;
}
CJelly* j_ptr = jerry;
while (j_ptr != nullptr) {
j_ptr->draw();
j_ptr = j_ptr->next;
}
CCandycane* c_ptr = can;
while (c_ptr != nullptr) {
c_ptr->draw();
c_ptr = c_ptr->next;
}
player->draw();
//for( int i = 0 ; i < GRID_SIZE ; i++ ) g_pGQuad[i]->draw(); hide parent
//for( int i = 0 ; i < GRID_SIZE ; i++ ) shield[i]->draw();
glutSwapBuffers(); // 交換 Frame Buffer
}
void onFrameMove(float delta)
{
generate(delta);
autoMotion(delta);
collide(delta);
GL_Display();
}
//----------------------------------------------------------------------------
/*
void CreateQuadRelationship()
{
// Red Quad 放在螢幕正中間
player = new CPlayer;
player->createshield(GDISTANCE, BDISTANCE);
translate_player[0] = translate_player[1] = translate_player[2] = 0;
mplayertranslate = Translate(translate_player[0],translate_player[1],translate_player[2]);
player->_Shapes->setShaderName("vsVtxColor.glsl", "fsVtxColor.glsl");
player->setShader(g_mxModelView, g_mxProjection);
player->setTRSMatrix(mplayertranslate);
// 放在 Red Quad 上下左右四個方向，距離各為 GDISTANCE
translate_support[0][0] = GDISTANCE; translate_support[0][1] = translate_support[0][2] = 0;
translate_support[1][0] = -GDISTANCE; translate_support[1][1] = translate_support[1][2] = 0;
translate_support[2][0] = translate_support[2][2]=0; translate_support[2][1] = GDISTANCE;
translate_support[3][0] = translate_support[3][2]=0; translate_support[3][1] = -GDISTANCE;
for( int i = 0 ; i < 4 ; i++ ) {
support[i] = new CCQuad;
support[i]->setColor(vColor);
msupporttranslate[i] = Translate(translate_support[i][0], translate_support[i][1], translate_support[i][2]);
support[i]->setShaderName("vsVtxColor.glsl", "fsVtxColor.glsl");
support[i]->setShader(g_mxModelView, g_mxProjection);
support[i]->setTRSMatrix(mplayertranslate*msupporttranslate[i]);
}
// 放在 Green Quad 上下左右四個方向，距離各為 BDISTANCE
vColor.x = 1; vColor.y = 1; vColor.z = 1;
translate_shield[0][0] = BDISTANCE; translate_shield[0][1] = translate_shield[0][2] = 0;
translate_shield[1][0] = -BDISTANCE; translate_shield[1][1] = translate_shield[1][2] = 0;
translate_shield[2][0] = translate_shield[2][2]=0; translate_shield[2][1] = BDISTANCE;
translate_shield[3][0] = translate_shield[3][2]=0; translate_shield[3][1] = -BDISTANCE;
for( int i = 0 ; i < 4 ; i++ ) {
shield[i] = new CBullet;
//g_pBQuad[i]->setColor(vColor);
mshieldtranslate[i] = Translate(translate_shield[i][0], translate_shield[i][1], translate_shield[i][2]);
//g_pBQuad[i]->setShaderName("vsVtxColor.glsl", "fsVtxColor.glsl");
shield[i]->setShader(g_mxModelView, g_mxProjection);
shield[i]->setTRSMatrix(mplayertranslate*msupporttranslate[i]*mshieldtranslate[i]);
}
}
*/
//----------------------------------------------------------------------------
void UpdateMatrix()
{
mat4 msupportrotation, mshieldrotation;
msupportrotation = RotateZ(supportangle);
mshieldrotation = RotateZ(shieldangle);
player->setTRSMatrix(player->mplayertranslate*player->mplayerrotation);
for( int i = 0 ; i < 4 ; i++ ) {
player->supports[i]->setTRSMatrix(player->mplayertranslate*msupportrotation*player->msupporttranslate[i]);
}
for( int i = 0 ; i < 4 ; i++ ) {
player->shield[i]->setTRSMatrix(player->mplayertranslate*msupportrotation* player->msupporttranslate[i]*mshieldrotation* player->mshieldtranslate[i]);
mat4 trs = player->mplayertranslate * msupportrotation * player->msupporttranslate[i] * mshieldrotation * player->mshieldtranslate[i];
}
}
//----------------------------------------------------------------------------
void Win_Keyboard( unsigned char key, int x, int y )
{
switch ( key ) {
case SPACE_KEY:
break;
case 68: // D key
case 100: // d key
break;
case 82: // R key
case 114: // r key
break;
case 033:
glutIdleFunc( NULL );
for( int i = 0 ; i < GRID_SIZE ; i++ ) delete player->supports[i];
for( int i = 0 ; i < GRID_SIZE ; i++ ) delete player->shield[i];
delete player;
exit( EXIT_SUCCESS );
break;
}
}
//----------------------------------------------------------------------------
void Win_Mouse(int button, int state, int x, int y) {
switch(button) {
case GLUT_LEFT_BUTTON: // 目前按下的是滑鼠左鍵
if ( state == GLUT_DOWN ) ;
break;
case GLUT_MIDDLE_BUTTON: // 目前按下的是滑鼠中鍵
if ( state == GLUT_DOWN ) ;
break;
case GLUT_RIGHT_BUTTON: // 目前按下的是滑鼠右鍵
if ( state == GLUT_DOWN ) ;
break;
default:
break;
}
}
float g_fClock = 0;
float l_Clock = 0;
void autoMotion(float dt) {
if (lol!=nullptr) {
switch (lol->state) {
case 0:
lol->velocity = vec2(0, -1);
lol->mplayerrotation = RotateZ(lol->rotation);
lol->setTRSMatrix(lol->mplayertranslate * lol->mplayerrotation);
if (lol->health <= 0) {
lol->move(dt);
lol = nullptr;
won = true;
}
else {
lol->move(dt);
}
break;
case 1:
lol->velocity = vec2(0, 0);
lol->rotation= atan2f((lol->position.y - player->position.y) * dt * 4.0f, (lol->position.x - player->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
lol->mplayerrotation = RotateZ(lol->rotation);
lol->setTRSMatrix(lol->mplayertranslate * lol->mplayerrotation);
if (lol->health <= 0) {
lol->move(dt);
lol = nullptr;
won = true;
}
else {
lol->move(dt);
if (lol->state == 2)l_Clock = 12;
}
break;
case 2:
lol->velocity.x = sinf(360 * l_Clock * 0.02)*15;
lol->rotation = atan2f((lol->position.y - player->position.y) * dt * 4.0f, (lol->position.x - player->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
lol->mplayerrotation = RotateZ(lol->rotation);
lol->setTRSMatrix(lol->mplayertranslate * lol->mplayerrotation);
if (lol->health <= 0) {
lol->move(dt);
lol = nullptr;
won = true;
}
else {
lol->move(dt);
}
break;
case 3:
if (lol->position.x > 10) {
lol->position.x -= 1;
}
if(lol->position.x < -10) {
lol->position.x += 1;
}
lol->velocity.x = sinf(360 * l_Clock * 0.02) * 15;
lol->velocity.y = sinf(180 * l_Clock * 0.02) * 2;
lol->rotation = atan2f((lol->position.y - player->position.y) * dt * 4.0f, (lol->position.x - player->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
lol->mplayerrotation = RotateZ(lol->rotation);
lol->setTRSMatrix(lol->mplayertranslate * lol->mplayerrotation);
if (lol->health <= 0) {
lol->move(dt);
lol = nullptr;
won = true;
}
else {
lol->move(dt);
}
break;
}
}
if (player->state==0&&score >= 10) {
player->state = 1;
player->b_cooldown -= 0.3;
player->health += 15;
}
if (player->state == 1 && score >= 30) {
player->state = 2;
player->b_cooldown -= 0.2;
player->health += 25;
}
player->move(dt);
player->velocity = vec2(lastx - player->position.x, lasty - player->position.y);
float x, y;
x = 360 * g_fClock * 0.25;
y = 360 * g_fClock * 0.25;
mat4 msupportrotation, mshieldrotation;
supportangle = x;
shieldangle = y;
msupportrotation = RotateZ(supportangle);
mshieldrotation = RotateZ(shieldangle);
player->mplayerrotation = RotateZ(player->rotation);
player->setTRSMatrix(player->mplayertranslate*player->mplayerrotation);
for (int i = 0; i < 4; i++) {
player->supports[i]->setTRSMatrix(player->mplayertranslate * msupportrotation * player->msupporttranslate[i]);
}
for (int i = 0; i < 4; i++) {
player->shield[i]->setTRSMatrix(player->mplayertranslate * msupportrotation * player->msupporttranslate[i] * mshieldrotation * player->mshieldtranslate[i]);
mat4 trs = player->mplayertranslate * msupportrotation * player->msupporttranslate[i] * mshieldrotation * player->mshieldtranslate[i];
player->shield[i]->position = vec2(trs._m[0].w, trs._m[1].w);
}
g_fClock += dt;
if (g_fClock >= 4.0f) g_fClock -= 4.0f;
l_Clock += dt;
if (l_Clock >= 50.0f) l_Clock -= 50.0f;
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
CBullet* tempptr = b_ptr->next;
b_ptr->mplayerrotation = RotateZ(b_ptr->rotation);
b_ptr->setTRSMatrix(b_ptr->mplayertranslate * b_ptr->mplayerrotation);
if (b_ptr->life - dt < 0 || b_ptr->health <= 0) {
if (tempptr == nullptr && b_ptr == p_bullet) {
p_bullet = nullptr;
}
else if (tempptr != nullptr && b_ptr == p_bullet) {
tempptr->previous = nullptr;
p_bullet = tempptr;
}
}
b_ptr->move(dt);
b_ptr = tempptr;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
CDonut* tempptr = d_ptr->next;
d_ptr->mplayerrotation = RotateZ(d_ptr->rotation);
d_ptr->setTRSMatrix(d_ptr->mplayertranslate * d_ptr->mplayerrotation);
if (d_ptr->life - dt < 0 || d_ptr->health <= 0) {
if (tempptr == nullptr && d_ptr == don) {
don = nullptr;
}
else if (tempptr != nullptr && d_ptr == don) {
tempptr->previous = nullptr;
don = tempptr;
}
}
d_ptr->move(dt);
d_ptr = tempptr;
}
CMissle* m_ptr = missle;
while (m_ptr != nullptr) {
CMissle* tempptr = m_ptr->next;
if (lol != nullptr) {
m_ptr->rotation = atan2f((lol->position.y-m_ptr->position.y) * dt * 4.0f, (lol->position.x-m_ptr->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
float degree = m_ptr->rotation - 90;
if (degree < 90)degree += 360;
m_ptr->velocity= vec2(cosf(degree / 180 * 3.141592), sinf(degree / 180 * 3.141592));
}
m_ptr->mplayerrotation = RotateZ(m_ptr->rotation);
m_ptr->setTRSMatrix(m_ptr->mplayertranslate * m_ptr->mplayerrotation);
if (m_ptr->life - dt < 0 || m_ptr->health <= 0) {
if (tempptr == nullptr && m_ptr == missle) {
missle = nullptr;
}
else if (tempptr != nullptr && m_ptr == missle) {
tempptr->previous = nullptr;
missle = tempptr;
}
}
m_ptr->move(dt);
m_ptr = tempptr;
}
CBackground* bg_ptr = background;
while (bg_ptr != nullptr) {
CBackground* tempptr = bg_ptr->next;
bg_ptr->mplayerrotation = RotateZ(bg_ptr->rotation);
bg_ptr->setTRSMatrix(bg_ptr->mplayertranslate * bg_ptr->mplayerrotation);
if (bg_ptr->life - dt < 0) {
bg_ptr->previous->next = nullptr;
if (tempptr == nullptr && bg_ptr == background) {
background = nullptr;
}
else if (tempptr != nullptr && bg_ptr == background) {
tempptr->previous = nullptr;
background = tempptr;
}
}
bg_ptr->move(dt);
bg_ptr = tempptr;
}
CIcecream* i_ptr = ice;
while (i_ptr != nullptr) {
CIcecream* tempptr = i_ptr->next;
i_ptr->mplayerrotation = RotateZ(i_ptr->rotation);
i_ptr->setTRSMatrix(i_ptr->mplayertranslate * i_ptr->mplayerrotation);
if (i_ptr->life - dt < 0) {
i_ptr->previous->next = nullptr;
if (tempptr == nullptr && i_ptr == ice) {
ice = nullptr;
}
else if (tempptr != nullptr && i_ptr == ice) {
tempptr->previous = nullptr;
ice = tempptr;
}
}
i_ptr->move(dt);
i_ptr = tempptr;
}
CMarshmellow* ms_ptr = marshe;
while (ms_ptr != nullptr) {
CMarshmellow* tempptr = ms_ptr->next;
ms_ptr->mplayerrotation = RotateZ(ms_ptr->rotation);
ms_ptr->setTRSMatrix(ms_ptr->mplayertranslate * ms_ptr->mplayerrotation);
if (ms_ptr->life - dt < 0 || ms_ptr->health <= 0){
if (tempptr == nullptr && ms_ptr == marshe) {
marshe = nullptr;
}
else if (tempptr != nullptr && ms_ptr == marshe) {
tempptr->previous = nullptr;
marshe = tempptr;
}
score += 1;
}
ms_ptr->rotation = atan2f((ms_ptr->position.y - player->position.y) * dt * 4.0f, (ms_ptr->position.x - player->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
ms_ptr->move(dt);
ms_ptr = tempptr;
}
CJelly* j_ptr = jerry;
while (j_ptr != nullptr) {
CJelly* tempptr = j_ptr->next;
j_ptr->mplayerrotation = RotateZ(j_ptr->rotation);
j_ptr->setTRSMatrix(j_ptr->mplayertranslate * j_ptr->mplayerrotation);
if (j_ptr->life - dt < 0 || j_ptr->health <= 0) {
if (tempptr == nullptr && j_ptr == jerry) {
jerry = nullptr;
}
else if (tempptr != nullptr && j_ptr == jerry) {
tempptr->previous = nullptr;
jerry = tempptr;
}
score += 1;
}
j_ptr->move(dt);
j_ptr = tempptr;
}
CCandycane* c_ptr = can;
while (c_ptr != nullptr) {
CCandycane* tempptr = c_ptr->next;
c_ptr->mplayerrotation = RotateZ(c_ptr->rotation);
c_ptr->setTRSMatrix(c_ptr->mplayertranslate * c_ptr->mplayerrotation);
if (c_ptr->life - dt < 0 || c_ptr->health <= 0) {
if (tempptr == nullptr&&c_ptr==can) {
can = nullptr;
}
else if (tempptr != nullptr && c_ptr == can) {
tempptr->previous = nullptr;
can = tempptr;
}
score += 1;
}
c_ptr->rotation = atan2f((c_ptr->position.y - player->position.y) * dt * 4.0f, (c_ptr->position.x - player->position.x) * dt * 4.0f) * 180 / 3.141592f - 90;
c_ptr->move(dt);
c_ptr = tempptr;
}
CEBullet* eb_ptr = e_bullet;
while (eb_ptr != nullptr) {
CEBullet* tempptr = eb_ptr->next;
eb_ptr->mplayerrotation = RotateZ(eb_ptr->rotation);
eb_ptr->setTRSMatrix(eb_ptr->mplayertranslate * eb_ptr->mplayerrotation);
if (eb_ptr->life - dt < 0 || eb_ptr->health <= 0) {
if (tempptr == nullptr&& eb_ptr == e_bullet) {
e_bullet = nullptr;
}
else if(tempptr != nullptr && eb_ptr == e_bullet){
tempptr->previous = nullptr;
e_bullet = tempptr;
}
}
eb_ptr->move(dt);
eb_ptr = tempptr;
}
UpdateMatrix();
}
void generate(float dt){
bullettimer += dt;
if (score>=30 && !won && lol == nullptr) {
lol = new CLollipop;
lol->position = vec2(0, 18);
lol->velocity = vec2(0, -6);
lol->rotation = 0;
lol->mplayertranslate = Translate(lol->position.x - lol->velocity.x * dt * 3.0f, lol->position.y - lol->velocity.y * dt * 3.0f, 0.0f);
lol->setTRSMatrix(lol->mplayertranslate * lol->mplayerrotation);
}
if (bulletcounter % 2 == 0 && bullettimer > player->b_cooldown) {
CBackground* tempptr = background;
if (background == nullptr) {
background = new CBackground;
tempptr = background;
}
else {
background->previous = new CBackground;
background->previous->next = background;
background = background->previous;
tempptr = background;
}
tempptr->velocity = vec2(0, -1);
tempptr->mplayertranslate = Translate(tempptr->position.x + tempptr->velocity.x * dt * 6.0f, tempptr->position.y + tempptr->velocity.y * dt * 6.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if (bulletcounter % 4 == 1 && bullettimer > player->b_cooldown) {
CIcecream* tempptr = ice;
if (ice == nullptr) {
ice = new CIcecream;
tempptr = ice;
}
else {
ice->previous = new CIcecream;
ice->previous->next = ice;
ice = ice->previous;
tempptr = ice;
}
tempptr->velocity = vec2(0, -1);
tempptr->mplayertranslate = Translate(tempptr->position.x + tempptr->velocity.x * dt * 6.0f, tempptr->position.y + tempptr->velocity.y * dt * 6.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if (player->state>=2&&bulletcounter % 10 == 0 && bullettimer > player->b_cooldown) {
CMissle* b_ptr = missle;
CMissle* tempptr = b_ptr;
while (tempptr != nullptr) {
b_ptr = tempptr;
tempptr = b_ptr->next;
}
if (missle == nullptr) {
missle = new CMissle;
tempptr = missle;
}
else {
b_ptr->next = new CMissle;
b_ptr->next->previous = b_ptr;
tempptr = b_ptr->next;
}
float degree = player->rotation - 90;
if (degree < 90)degree += 360;
tempptr->velocity = vec2(cosf(degree / 180 * 3.141592), sinf(degree / 180 * 3.141592));
tempptr->position = player->position;
tempptr->rotation = player->rotation;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 3.0f, tempptr->position.y - tempptr->velocity.y * dt * 3.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if (player->state >= 1 && bulletcounter % 9 == 3 && bullettimer > player->b_cooldown) {
CDonut* d_ptr = don;
CDonut* tempptr = d_ptr;
while (tempptr != nullptr) {
d_ptr = tempptr;
tempptr = d_ptr->next;
}
if (don == nullptr) {
don = new CDonut;
tempptr = don;
}
else {
d_ptr->next = new CDonut;
d_ptr->next->previous = d_ptr;
tempptr = d_ptr->next;
}
float degree = player->rotation - 90;
if (degree < 90)degree += 360;
tempptr->velocity = vec2(cosf(degree / 180 * 3.141592), sinf(degree / 180 * 3.141592))*1.5;
tempptr->position = player->position;
tempptr->rotation = player->rotation;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 3.0f, tempptr->position.y - tempptr->velocity.y * dt * 3.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if ((bulletcounter % 5 == 0 || (lol != nullptr && lol->state >= 1)) && bullettimer > player->b_cooldown) {
CMarshmellow* b_ptr = marshe;
CMarshmellow* tempptr = b_ptr;
while (tempptr != nullptr) {
b_ptr = tempptr;
tempptr = b_ptr->next;
}
if (marshe == nullptr) {
marshe = new CMarshmellow;
tempptr = marshe;
}
else {
b_ptr->next = new CMarshmellow;
b_ptr->next->previous = b_ptr;
tempptr = b_ptr->next;
}
tempptr->velocity = vec2(0, -1);
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 3.0f, tempptr->position.y - tempptr->velocity.y * dt * 3.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if ((bulletcounter % 6 == 2||(lol != nullptr && lol->state==2)) && bullettimer > player->b_cooldown) {
CJelly* b_ptr = jerry;
CJelly* tempptr = b_ptr;
while (tempptr != nullptr) {
b_ptr = tempptr;
tempptr = b_ptr->next;
}
if (jerry == nullptr) {
jerry = new CJelly;
tempptr = jerry;
}
else {
b_ptr->next = new CJelly;
b_ptr->next->previous = b_ptr;
tempptr = b_ptr->next;
}
tempptr->velocity = vec2(0, -1);
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 3.0f, tempptr->position.y - tempptr->velocity.y * dt * 3.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if ((bulletcounter % 7 == 4 || (lol != nullptr && lol->state==3) )&& bullettimer > player->b_cooldown) {
CCandycane* b_ptr = can;
CCandycane* tempptr = b_ptr;
while (tempptr != nullptr) {
b_ptr = tempptr;
tempptr = b_ptr->next;
}
if (can == nullptr) {
can = new CCandycane;
tempptr = can;
}
else {
b_ptr->next = new CCandycane;
b_ptr->next->previous = b_ptr;
tempptr = b_ptr->next;
}
tempptr->velocity = player->position - tempptr->position;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 3.0f, tempptr->position.y - tempptr->velocity.y * dt * 3.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
if (bullettimer>player->b_cooldown) {
bullettimer -= player->b_cooldown;
bulletcounter++;
CBullet* b_ptr=p_bullet;
CBullet* tempptr = b_ptr;
while (tempptr!=nullptr) {
b_ptr = tempptr;
tempptr = b_ptr->next;
}
if (p_bullet==nullptr) {
p_bullet = new CBullet;
tempptr = p_bullet;
}
else {
b_ptr->next = new CBullet;
b_ptr->next->previous = b_ptr;
tempptr = b_ptr->next;
}
float degree = player->rotation-90;
if (degree < 90)degree += 360;
tempptr->velocity =vec2(cosf(degree / 180 * 3.141592), sinf(degree / 180 * 3.141592));
tempptr->position = player->position;
tempptr->rotation = player->rotation;
tempptr->mplayertranslate=Translate(tempptr->position.x - tempptr->velocity.x * dt * 9.0f, tempptr->position.y - tempptr->velocity.y * dt * 9.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
CMarshmellow* m_ptr = marshe;
while (m_ptr !=nullptr) {
if (m_ptr->timer >= m_ptr->b_cooldown&&m_ptr->position.y>-10.0f) {
m_ptr->timer = 0;
CEBullet* tempptr = e_bullet;
if (e_bullet == nullptr) {
e_bullet = new CEBullet;
tempptr = e_bullet;
}
else {
while (tempptr->next != nullptr) {
tempptr = tempptr->next;
}
tempptr->next = new CEBullet;
tempptr->next->previous = tempptr;
tempptr = tempptr->next;
}
float degree = m_ptr->rotation +90;
if (degree < 90)degree += 360;
tempptr->velocity = vec2(cosf(degree / 180 * 3.141592), sinf(degree / 180 * 3.141592));
tempptr->position = m_ptr->position;
tempptr->rotation = m_ptr->rotation;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 9.0f, tempptr->position.y - tempptr->velocity.y * dt * 9.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
m_ptr = m_ptr->next;
}
CJelly* j_ptr = jerry;
while (j_ptr != nullptr) {
if (j_ptr->timer >= j_ptr->b_cooldown && j_ptr->position.y > -10.0f) {
j_ptr->timer = 0;
CEBullet* tempptr = e_bullet;
if (e_bullet == nullptr) {
e_bullet = new CEBullet;
tempptr = e_bullet;
}
else {
while (tempptr->next != nullptr) {
tempptr = tempptr->next;
}
tempptr->next = new CEBullet;
tempptr->next->previous = tempptr;
tempptr = tempptr->next;
}
float degree = j_ptr->rotation + 90;
if (degree < 90)degree += 360;
tempptr->velocity = vec2(cosf(degree / 180 * 3.141592) + float(rand() % 5-2)/10, sinf(degree / 180 * 3.141592))/2;
tempptr->life = tempptr->life * 1.5;
tempptr->position = j_ptr->position;
tempptr->rotation = j_ptr->rotation;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 9.0f, tempptr->position.y - tempptr->velocity.y * dt * 9.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
j_ptr = j_ptr->next;
}
if (lol!=nullptr&&lol->timer >= lol->b_cooldown && lol->position.y > -10.0f) {
lol->timer = 0;
bbcounter += 1;
CEBullet* tempptr = e_bullet;
if (e_bullet == nullptr) {
e_bullet = new CEBullet;
tempptr = e_bullet;
}
else {
while (tempptr->next != nullptr) {
tempptr = tempptr->next;
}
tempptr->next = new CEBullet;
tempptr->next->previous = tempptr;
tempptr = tempptr->next;
}
float degree = lol->rotation + 90;
if (degree < 90)degree += 360;
tempptr->velocity = vec2(cosf(degree / 180 * 3.141592) + float(rand() % 5 - 2) / 20, sinf(degree / 180 * 3.141592));
tempptr->life = tempptr->life * 1.5;
tempptr->position = lol->position;
tempptr->rotation = lol->rotation;
tempptr->mplayertranslate = Translate(tempptr->position.x - tempptr->velocity.x * dt * 9.0f, tempptr->position.y - tempptr->velocity.y * dt * 9.0f, 0.0f);
tempptr->setTRSMatrix(tempptr->mplayertranslate * tempptr->mplayerrotation);
}
}
void collide(float) {
CLollipop* l_ptr = lol;
while (l_ptr != nullptr) {
if (!l_ptr->hitted) {
if (!player->hitted && iscollided(l_ptr->position, player->position, l_ptr->radius + player->radius)) {
player->health -= 1;
player->hitted = true;
player->hitcooldown = player->invincibletime;
}
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
if (iscollided(l_ptr->position, b_ptr->position, l_ptr->radius + b_ptr->radius)) {
l_ptr->health -= 1;
b_ptr->health -= 1;
l_ptr->hitted = true;
l_ptr->hitcooldown = l_ptr->invincibletime;
}
b_ptr = b_ptr->next;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
if (iscollided(l_ptr->position, d_ptr->position, l_ptr->radius + d_ptr->radius)) {
l_ptr->health -= 1;
d_ptr->health -= 1;
l_ptr->hitted = true;
l_ptr->hitcooldown = l_ptr->invincibletime;
d_ptr->velocity = d_ptr->velocity+normalize(l_ptr->position - d_ptr->position);
}
d_ptr = d_ptr->next;
}
CMissle* mi_ptr = missle;
while (mi_ptr != nullptr) {
if (iscollided(l_ptr->position, mi_ptr->position, l_ptr->radius + mi_ptr->radius)) {
l_ptr->health -= 1;
mi_ptr->health -= 1;
}
mi_ptr = mi_ptr->next;
}
}
l_ptr = l_ptr->next;
}
CJelly* j_ptr = jerry;
while (j_ptr != nullptr) {
if (!j_ptr->hitted) {
if (!player->hitted && iscollided(j_ptr->position, player->position, j_ptr->radius + player->radius)) {
j_ptr->health -= 1;
player->health -= 1;
player->hitted = true;
j_ptr->hitted = true;
player->hitcooldown = player->invincibletime;
j_ptr->hitcooldown = j_ptr->invincibletime;
}
for (int i = 0; i < 4; i++) {
if (iscollided(j_ptr->position, player->shield[i]->position, j_ptr->radius + player->shield[i]->radius)) {
j_ptr->health -= 1;
j_ptr->hitted = true;
j_ptr->hitcooldown = j_ptr->invincibletime;
}
}
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
if (iscollided(j_ptr->position, b_ptr->position, j_ptr->radius + b_ptr->radius)) {
j_ptr->health -= 1;
j_ptr->hitted = true;
j_ptr->hitcooldown = j_ptr->invincibletime;
b_ptr->health -= 1;
}
b_ptr = b_ptr->next;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
if (iscollided(j_ptr->position, d_ptr->position, j_ptr->radius + d_ptr->radius)) {
j_ptr->health -= 1;
d_ptr->health -= 1;
j_ptr->hitted = true;
j_ptr->hitcooldown = j_ptr->invincibletime;
d_ptr->velocity = d_ptr->velocity + normalize(j_ptr->position - d_ptr->position);
}
d_ptr = d_ptr->next;
}
CMissle* mi_ptr = missle;
while (mi_ptr != nullptr) {
if (iscollided(j_ptr->position, mi_ptr->position, j_ptr->radius + mi_ptr->radius)) {
j_ptr->health -= 1;
mi_ptr->health -= 1;
}
mi_ptr = mi_ptr->next;
}
}
j_ptr = j_ptr->next;
}
CCandycane* c_ptr = can;
while (c_ptr != nullptr) {
if (!player->hitted && iscollided(c_ptr->position, player->position, c_ptr->radius + player->radius)) {
c_ptr->health -= 1;
player->health -= 1;
player->hitted = true;
player->hitcooldown = player->invincibletime;
}
for (int i = 0; i < 4; i++) {
if (iscollided(c_ptr->position, player->shield[i]->position, c_ptr->radius + player->shield[i]->radius)) {
c_ptr->health -= 1;
}
}
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
if (iscollided(c_ptr->position, b_ptr->position, c_ptr->radius + b_ptr->radius)) {
c_ptr->health -= 1;
b_ptr->health -= 1;
}
b_ptr = b_ptr->next;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
if (iscollided(c_ptr->position, d_ptr->position, c_ptr->radius + d_ptr->radius)) {
c_ptr->health -= 1;
d_ptr->health -= 1;
c_ptr->hitted = true;
c_ptr->hitcooldown = c_ptr->invincibletime;
d_ptr->velocity = d_ptr->velocity + normalize(c_ptr->position - d_ptr->position);
}
d_ptr = d_ptr->next;
}
CMissle* mi_ptr = missle;
while (mi_ptr != nullptr) {
if (iscollided(c_ptr->position, mi_ptr->position, c_ptr->radius + mi_ptr->radius)) {
c_ptr->health -= 1;
mi_ptr->health -= 1;
}
mi_ptr = mi_ptr->next;
}
c_ptr = c_ptr->next;
}
CMarshmellow* m_ptr = marshe;
while (m_ptr != nullptr) {
if (!player->hitted && iscollided(m_ptr->position, player->position, m_ptr->radius + player->radius)) {
m_ptr->health -= 1;
player->health -= 1;
player->hitted = true;
player->hitcooldown = player->invincibletime;
}
for (int i = 0; i < 4; i++) {
if (iscollided(m_ptr->position, player->shield[i]->position, m_ptr->radius + player->shield[i]->radius)) {
m_ptr->health -= 1;
}
}
CBullet* b_ptr = p_bullet;
while (b_ptr != nullptr) {
if (iscollided(m_ptr->position, b_ptr->position, m_ptr->radius + b_ptr->radius)) {
m_ptr->health -= 1;
b_ptr->health -= 1;
}
b_ptr = b_ptr->next;
}
CDonut* d_ptr = don;
while (d_ptr != nullptr) {
if (iscollided(m_ptr->position, d_ptr->position, m_ptr->radius + d_ptr->radius)) {
m_ptr->health -= 1;
d_ptr->health -= 1;
m_ptr->hitted = true;
m_ptr->hitcooldown = m_ptr->invincibletime;
d_ptr->velocity = d_ptr->velocity + normalize(m_ptr->position - d_ptr->position);
}
d_ptr = d_ptr->next;
}
CMissle* mi_ptr = missle;
while (mi_ptr != nullptr) {
if (iscollided(m_ptr->position, mi_ptr->position, m_ptr->radius + mi_ptr->radius)) {
m_ptr->health -= 1;
mi_ptr->health -= 1;
}
mi_ptr = mi_ptr->next;