GfxBitmaps.cpp

1// This file is generated by WOWCube SDK project wizard
2 
3#include <stdint.h>
4#include <string>
5#include <vector>
6#include <string>
7#include <memory>
8 
9#include "AppManager.h"
10#include "GfxBitmaps.h"
11 
12using namespace Cubios;
13using namespace Cubios::Math;
14using namespace Cubios::Gfx;
15 
16//Applicaton initialization callback. Called once when CUB application starts
17void OnInit(Cubios::AppManager& appMgr) 
18{
19    GfxBitmaps* theApp = new GfxBitmaps();
20 
21    appMgr.SetApplication(theApp,"AAbbCCddEE");
22 
23    theApp->InitializeResources();
24}
25 
26 
27GfxBitmaps::GfxBitmaps():offsets{{0,0},{240,0},{240,240},{0,240}}
28{
29}
30 
31GfxBitmaps::~GfxBitmaps() 
32{ 
33    this->Scene.DisposeAllObjects(); 
34}
35 
36void GfxBitmaps::InitializeResources()
37{    
38     //Create a Cubios::Gfx::Background object 
39    this->Scene.CreateObjectWithID(GfxObjects::myBackground,new Background(0,0,0));
40 
41    //Create a Cubios::Gfx::Sprite object
42 
43    this->scroller.Sides[0][2] = this->Scene.CreateObject(new Sprite("s1_1.webp",Transform(120,120,0)));
44    this->scroller.Sides[0][3] = this->Scene.CreateObject(new Sprite("s1_2.webp",Transform(120,120,0)));
45    this->scroller.Sides[0][0] = this->Scene.CreateObject(new Sprite("s1_3.webp",Transform(120,120,0)));
46    this->scroller.Sides[0][1] = this->Scene.CreateObject(new Sprite("s1_4.webp",Transform(120,120,0)));
47 
48    this->scroller.Sides[1][2] = this->Scene.CreateObject(new Sprite("s2_1.webp",Transform(120,120,0)));
49    this->scroller.Sides[1][3] = this->Scene.CreateObject(new Sprite("s2_2.webp",Transform(120,120,0)));
50    this->scroller.Sides[1][0] = this->Scene.CreateObject(new Sprite("s2_3.webp",Transform(120,120,0)));
51    this->scroller.Sides[1][1] = this->Scene.CreateObject(new Sprite("s2_4.webp",Transform(120,120,0)));
52 
53    this->scroller.Sides[2][2] = this->Scene.CreateObject(new Sprite("s3_1.webp",Transform(120,120,0)));
54    this->scroller.Sides[2][3] = this->Scene.CreateObject(new Sprite("s3_2.webp",Transform(120,120,0)));
55    this->scroller.Sides[2][0] = this->Scene.CreateObject(new Sprite("s3_3.webp",Transform(120,120,0)));
56    this->scroller.Sides[2][1] = this->Scene.CreateObject(new Sprite("s3_4.webp",Transform(120,120,0)));
57 
58    this->scroller.Sides[3][2] = this->Scene.CreateObject(new Sprite("s4_1.webp",Transform(120,120,0)));
59    this->scroller.Sides[3][3] = this->Scene.CreateObject(new Sprite("s4_2.webp",Transform(120,120,0)));
60    this->scroller.Sides[3][0] = this->Scene.CreateObject(new Sprite("s4_3.webp",Transform(120,120,0)));
61    this->scroller.Sides[3][1] = this->Scene.CreateObject(new Sprite("s4_4.webp",Transform(120,120,0)));
62 
63 
64    this->Scene.CreateObjectWithID(GfxObjects::myText,new Text("WOWCUBE",120,120,12,Colors::gold));
65 
66}
67 
68//This callback is called every "tick" of cubeapp application loop
69void GfxBitmaps::on_Tick(uint32_t currentTime, uint32_t deltaTime)
70{
71    if(this->Module==0)
72    {
73        this->scroller.Tick();
74 
75        //Send the position to other modules
76        this->networkMessage.Reset(true);
77        this->networkMessage.WriteInt(this->scroller.Offset,32);
78        this->SendNetworkMessage(0, &this->networkMessage);
79    }
80}
81 
82//This callback is called every time device is about to render visuals. Use it for calling your rendering code.  
83void GfxBitmaps::on_Render(std::array<Cubios::Screen, 3>& screens)
84{
85    Cubios::TOPOLOGY_place_t place;
86    std::vector<Sprite_t> spr;
87 
88    for(auto it = screens.begin(); it != screens.end(); ++it)
89    {
90        spr.clear();
91 
92        //Start adding objects to a screen
93        it->Begin(TOPOLOGY_orientation_mode_t::ORIENTATION_MODE_GRAVITY,true);
94 
95        TOPOLOGY_orientation_t dir = it->Direction();
96 
97        if(dir!=TOPOLOGY_orientation_t::ORIENTATION_UP && dir!=TOPOLOGY_orientation_t::ORIENTATION_DOWN)
98        {        
99            Cubios::TOPOLOGY_getPlace(this->Module, it->ID(),TOPOLOGY_orientation_mode_t::ORIENTATION_MODE_GRAVITY, &place);
100 
101            //add fullscreen sprite
102            this->scroller.GetSprites(dir, place.position, &spr);
103 
104            for(int i=0;i<spr.size();i++)
105                {
106                    it->Add(this->Scene[this->scroller.Sides[spr[i].side][spr[i].place]])->SetPosition(spr[i].xOffset,120);
107                }
108        }
109        else
110        {
111            it->Add(Scene[myBackground]);
112        }
113 
114        //Finish adding objects
115        it->End();
116    }
117}
118 
119//The "physics" callback. Gets called recurrently with at least 33ms resolution or less depending on the load. 
120void GfxBitmaps::on_PhysicsTick(const std::array<Cubios::Screen, 3>& screens)
121{
122}
123 
124//This callback is called on programmable timer (if any)
125void GfxBitmaps::on_Timer(uint8_t timerID)
126{
127}
128 
129//The cube topology change callback. Gets called when cube is twisted and its topological desctiption has been changed
130void GfxBitmaps::on_Twist(const Cubios::TOPOLOGY_twistInfo_t& twist) 
131{
132}
133 
134//The "inner network" callback. Gets called when WOWCube module receives a data packet from other module
135void GfxBitmaps::on_Message(uint32_t type, uint8_t* pkt, u32_t size) 
136{
137     NetworkMessage nm(pkt,size);
138 
139    if(this->Module!=0)
140    {
141        this->scroller.Offset = nm.ReadInt(32);
142    }
143 
144}
145 
146//The external data transfer callback. Gets called when WOWCube module receives a data over BLE from an external source
147void GfxBitmaps::on_ExternalMessage(uint8_t* pkt, u32_t size) 
148{
149}
150 
151//Screen pat callback
152void GfxBitmaps::on_Pat(uint32_t count) 
153{
154}