GfxSpriteAtlas.cpp

1// This file is generated by WOWCube SDK project wizard
2//
3// Application UUID: 6EqWQJuAqt
4//
5 
6#include <stdint.h>
7#include <string>
8#include <vector>
9#include <string>
10#include <memory>
11 
12#include "AppManager.h"
13#include "GfxSpriteAtlas.h"
14 
15using namespace Cubios;
16using namespace Cubios::Math;
17using namespace Cubios::Gfx;
18 
19//Applicaton initialization callback. Called once when CUB application starts
20void OnInit(Cubios::AppManager& appMgr) 
21{
22    GfxSpriteAtlas* theApp = new GfxSpriteAtlas();
23 
24    appMgr.SetApplication(theApp,"6EqWQJuAqt");
25 
26    theApp->InitializeResources();
27}
28 
29 
30GfxSpriteAtlas::GfxSpriteAtlas()
31{
32}
33 
34GfxSpriteAtlas::~GfxSpriteAtlas() 
35{ 
36    this->Scene.DisposeAllObjects(); 
37}
38 
39void GfxSpriteAtlas::InitializeResources()
40{
41    //Create sprite atlas with terrain sprites 
42    this->terrainAtlas = new Cubios::Gfx::SpriteAtlas<Cubios::Gfx::SpriteAtlasElement>("terrain_atlas.png",&this->Scene);
43 
44    //Define atlas sprites
45    this->terrainAtlas->AddSprite(GfxObjects::terrain, Cubios::Math::Rect2(0,0,163,100));  
46    this->terrainAtlas->AddSprite(GfxObjects::pit, Cubios::Math::Rect2(163,0,163,100));
47    this->terrainAtlas->AddSprite(GfxObjects::rock3, Cubios::Math::Rect2(163*2,0,163,100));
48 
49    this->terrainAtlas->AddSprite(GfxObjects::rock2, Cubios::Math::Rect2(0,100,163,100));  
50    this->terrainAtlas->AddSprite(GfxObjects::rock, Cubios::Math::Rect2(163,100,163,100));
51    this->terrainAtlas->AddSprite(GfxObjects::plant4, Cubios::Math::Rect2(163*2,100,163,100));
52 
53    this->terrainAtlas->AddSprite(GfxObjects::plant3, Cubios::Math::Rect2(0,200,163,100));  
54    this->terrainAtlas->AddSprite(GfxObjects::plant2, Cubios::Math::Rect2(163,200,163,100));
55    this->terrainAtlas->AddSprite(GfxObjects::plant, Cubios::Math::Rect2(163*2,200,163,100));
56 
57    //Create background
58    this->Scene.CreateObjectWithID(GfxObjects::myBackground,new Background(Cubios::Gfx::Colors::black));
59 
60    //Create offscreen render target
61    this->prepareOffscreenResource();
62 
63    //Create an atlas for animated object 
64    this->fireballAtlas = new Cubios::Gfx::SpriteAtlas<FireballSpriteAtlasElement>("fireball_atlas.png",&this->Scene);
65 
66    //Add dynamic sprite objects
67    this->fireballAtlas->AddSprite(GfxObjects::fireball,Cubios::Math::Rect2(0,0,51,38));
68    this->fireballAtlas->AddSprite(GfxObjects::fireball+1,Cubios::Math::Rect2(0,0,51,38));
69    this->fireballAtlas->AddSprite(GfxObjects::fireball+2,Cubios::Math::Rect2(0,0,51,38));
70 
71    this->fireballAtlas->AddSprite(GfxObjects::fireball+3,Cubios::Math::Rect2(0,38,51,20));
72    this->fireballAtlas->AddSprite(GfxObjects::fireball+4,Cubios::Math::Rect2(0,38,51,20));
73    this->fireballAtlas->AddSprite(GfxObjects::fireball+5,Cubios::Math::Rect2(0,38,51,20));
74 
75    //Set initial positions
76    this->fireballAtlas->Get(GfxObjects::fireball)->SetPosition(-20,100);
77    this->fireballAtlas->Get(GfxObjects::fireball+1)->SetPosition(-20,80);  
78    this->fireballAtlas->Get(GfxObjects::fireball+2)->SetPosition(-20,170);
79 
80    this->fireballAtlas->Get(GfxObjects::fireball+3)->SetPosition(-20,70);
81    this->fireballAtlas->Get(GfxObjects::fireball+4)->SetPosition(-20,50);  
82    this->fireballAtlas->Get(GfxObjects::fireball+5)->SetPosition(-20,190);
83 
84    //Uncomment this line in order to see actuall FPSes
85    //this->ShowFPSCounter(true);
86}
87 
88void GfxSpriteAtlas::prepareOffscreenResource()
89{
90    OffscreenRenderTarget* rt = new OffscreenRenderTarget(240,240,Cubios::GFX_PixelFormat_t::FORMAT_RGB565);
91    rt->SetPosition(120,120);
92 
93    rt->Begin(true);
94 
95        rt->Add(this->Scene[GfxObjects::myBackground]);
96 
97        rt->Add(terrainAtlas->Get(GfxObjects::terrain))->SetPosition(120,120);
98        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120-79,120-47);
99        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120+79,120-47);
100        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120+79,120+47);
101        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120-79,120+47);
102 
103        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120,120-47*2);
104        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120,120+47*2);
105 
106        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120-79*2,120-47*2);
107        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120-79*2,120+47*2);
108 
109        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120+79*2,120-47*2);
110        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120+79*2,120+47*2);
111 
112        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120+79*2,120);
113        rt->AddCopy(terrainAtlas->Get(GfxObjects::terrain)->Copy())->SetPosition(120-79*2,120);
114 
115 
116        rt->Add(terrainAtlas->Get(GfxObjects::pit))->SetPosition(120,120);
117 
118        rt->Add(terrainAtlas->Get(GfxObjects::rock3))->SetPosition(120-79,120-47);
119        rt->Add(terrainAtlas->Get(GfxObjects::rock))->SetPosition(120-79,120-47);
120        rt->Add(terrainAtlas->Get(GfxObjects::rock2))->SetPosition(120,120-47*2);
121 
122        rt->AddCopy(terrainAtlas->Get(GfxObjects::rock3)->Copy())->SetPosition(120+79,120-47);
123        rt->AddCopy(terrainAtlas->Get(GfxObjects::plant3)->Copy())->SetPosition(120+79,120-47);
124 
125        rt->AddCopy(terrainAtlas->Get(GfxObjects::rock3)->Copy())->SetPosition(120-79,120+47);
126        rt->AddCopy(terrainAtlas->Get(GfxObjects::rock3)->Copy())->SetPosition(120,120+47*2);
127        rt->AddCopy(terrainAtlas->Get(GfxObjects::plant3)->Copy())->SetPosition(120,120+47*2);
128 
129        rt->Add(terrainAtlas->Get(GfxObjects::plant))->SetPosition(120+79,120+47);
130        rt->Add(terrainAtlas->Get(GfxObjects::plant4))->SetPosition(120-79,120+77);
131 
132        rt->Add(terrainAtlas->Get(GfxObjects::plant2))->SetPosition(120-39,120+7);
133 
134    rt->End();
135 
136    this->Scene.CreateObjectWithID(GfxObjects::myRT,rt);
137}
138 
139//This callback is called every "tick" of cubeapp application loop
140void GfxSpriteAtlas::on_Tick(uint32_t currentTime, uint32_t deltaTime)
141{
142    
143    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball))->Tick(15);
144    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball+1))->Tick(10);
145    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball+2))->Tick(12);
146 
147    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball+3))->Tick(35);
148    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball+4))->Tick(25);
149    dynamic_cast<FireballSpriteAtlasElement*>(this->fireballAtlas->Get(GfxObjects::fireball+5))->Tick(30);
150    
151}
152 
153//This callback is called every time device is about to render visuals. Use it for calling your rendering code.  
154void GfxSpriteAtlas::on_Render(std::array<Cubios::Screen, 3>& screens)
155{
156    for(auto it = screens.begin(); it != screens.end(); ++it)
157    {
158        //Start adding objects to a screen
159        it->Begin(TOPOLOGY_orientation_mode_t::ORIENTATION_MODE_GRAVITY,true);
160 
161        it->Add(this->Scene[GfxObjects::myRT]);
162 
163        it->Add(this->fireballAtlas->Get(GfxObjects::fireball));
164        it->Add(this->fireballAtlas->Get(GfxObjects::fireball+1)); 
165        it->Add(this->fireballAtlas->Get(GfxObjects::fireball+2));
166 
167        it->Add(this->fireballAtlas->Get(GfxObjects::fireball+3));
168        it->Add(this->fireballAtlas->Get(GfxObjects::fireball+4)); 
169        it->Add(this->fireballAtlas->Get(GfxObjects::fireball+5));
170 
171        //Finish adding objects
172        it->End();
173    }
174}
175 
176//The "physics" callback. Gets called recurrently with at least 33ms resolution or less depending on the load. 
177void GfxSpriteAtlas::on_PhysicsTick(const std::array<Cubios::Screen, 3>& screens)
178{
179}
180 
181//This callback is called on programmable timer (if any)
182void GfxSpriteAtlas::on_Timer(uint8_t timerID)
183{
184}
185 
186//The cube topology change callback. Gets called when cube is twisted and its topological desctiption has been changed
187void GfxSpriteAtlas::on_Twist(const Cubios::TOPOLOGY_twistInfo_t& twist) 
188{
189}
190 
191//The "inner network" callback. Gets called when WOWCube module receives a data packet from other module
192void GfxSpriteAtlas::on_Message(uint32_t type, uint8_t* pkt, u32_t size) 
193{
194}
195 
196//The external data transfer callback. Gets called when WOWCube module receives a data over BLE from an external source
197void GfxSpriteAtlas::on_ExternalMessage(uint8_t* pkt, u32_t size) 
198{
199}
200 
201//Screen pat callback
202void GfxSpriteAtlas::on_Pat(uint32_t count)
203{
204}
205 
206//This callback is called before the application quits
207void GfxSpriteAtlas::on_Close() 
208{
209}