ScrambleApp.cpp

1// This file is generated by WOWCube SDK project wizard
2//
3// Application UUID: g8iPeaymU0
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 "ScrambleApp.h"
14 
15//Applicaton initialization callback. Called once when CUB application starts
16void OnInit(Cubios::AppManager& appMgr) 
17{
18    ScrambleApp* theApp = new ScrambleApp();
19 
20    appMgr.SetApplication(theApp,"g8iPeaymU0");
21 
22    theApp->InitializeResources();
23}
24 
25 
26ScrambleApp::ScrambleApp():angles{0,90,180,270}
27{
28}
29 
30ScrambleApp::~ScrambleApp() 
31{ 
32    delete(this->scramble);
33    delete(this->network);
34}
35 
36void ScrambleApp::InitializeResources()
37{
38    for (uint8_t module = 0; module < MODULES_MAX; ++module)
39    {
40        for (uint8_t screen = 0; screen < SCREENS_MAX; ++screen)
41        {
42            Cubios::TOPOLOGY_place_t place;
43            TOPOLOGY_getPlace(module,screen,Cubios::TOPOLOGY_orientation_mode_t::ORIENTATION_MODE_MENU, &this->mapping.value[module][screen].place);
44            this->mapping.value[module][screen].place.face = Cubios::TOPOLOGY_getPlaceOrientation(this->mapping.value[module][screen].place.face, this->mapping.value[module][screen].place.position);
45 
46            switch(this->mapping.value[module][screen].place.face)
47            {
48                case Cubios::TOPOLOGY_orientation_t::ORIENTATION_UP: //0 
49                {    
50                    switch(this->mapping.value[module][screen].place.position)
51                    {
52                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("up3.png"); this->mapping.value[module][screen].angle = 0; break;
53                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("up4.png"); this->mapping.value[module][screen].angle = 3;  break;
54                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("up1.png"); this->mapping.value[module][screen].angle = 2;  break;
55                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("up2.png"); this->mapping.value[module][screen].angle = 1;  break;
56                    }
57                }
58                break;
59                case Cubios::TOPOLOGY_orientation_t::ORIENTATION_DOWN:  //1 
60                    switch(this->mapping.value[module][screen].place.position)
61                    {
62                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("down4.png"); this->mapping.value[module][screen].angle = 3; break;
63                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("down1.png");  this->mapping.value[module][screen].angle = 2; break;
64                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("down2.png");  this->mapping.value[module][screen].angle = 1; break;
65                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("down3.png");  this->mapping.value[module][screen].angle = 0; break;
66                    }
67                break;
68                    case Cubios::TOPOLOGY_orientation_t::ORIENTATION_FRONT: //2 
69                     switch(this->mapping.value[module][screen].place.position)
70                    {
71                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("front2.png");  this->mapping.value[module][screen].angle = 1; break;
72                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("front3.png");  this->mapping.value[module][screen].angle = 0; break;
73                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("front4.png");  this->mapping.value[module][screen].angle = 3; break;
74                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("front1.png");  this->mapping.value[module][screen].angle = 2; break;
75                    }               
76                break;
77                    case Cubios::TOPOLOGY_orientation_t::ORIENTATION_BACK: //3
78                     switch(this->mapping.value[module][screen].place.position)
79                    {
80                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("back3.png");  this->mapping.value[module][screen].angle = 0; break;
81                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("back4.png");  this->mapping.value[module][screen].angle = 3; break;
82                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("back1.png");  this->mapping.value[module][screen].angle = 2; break;
83                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("back2.png");  this->mapping.value[module][screen].angle = 1; break;
84                    }    
85                break;                    
86                case Cubios::TOPOLOGY_orientation_t::ORIENTATION_LEFT: //4
87                    switch(this->mapping.value[module][screen].place.position)
88                    {
89                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("left4.png");  this->mapping.value[module][screen].angle = 3; break;
90                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("left1.png");  this->mapping.value[module][screen].angle = 2; break;
91                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("left2.png");  this->mapping.value[module][screen].angle = 1; break;
92                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("left3.png");  this->mapping.value[module][screen].angle = 0; break;
93                    } 
94                break;
95                    case Cubios::TOPOLOGY_orientation_t::ORIENTATION_RIGHT: //5
96                     switch(this->mapping.value[module][screen].place.position)
97                    {
98                        case 0: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("right1.png");  this->mapping.value[module][screen].angle = 2; break;
99                        case 1: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("right2.png");  this->mapping.value[module][screen].angle = 1; break;
100                        case 2: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("right3.png");  this->mapping.value[module][screen].angle = 0; break;
101                        case 3: this->mapping.value[module][screen].resourceID = Cubios::GFX_getAssetId("right4.png");  this->mapping.value[module][screen].angle = 3; break;
102                    } 
103                break;
104            }
105        }
106    }
107 
108    this->scramble = new MyScramble();
109    this->network = new Cubios::NetworkMessage();
110}
111 
112//This callback is called every "tick" of cubeapp application loop
113void ScrambleApp::on_Tick(uint32_t currentTime, uint32_t deltaTime)
114{
115    if (this->IsMasterModule())
116    {        
117        this->network->Reset(true);
118 
119        for(int m=0;m<MODULES_MAX;m++)
120            for(int s=0;s<SCREENS_MAX;s++)
121        {
122            this->network->WriteInt(this->mapping.value[m][s].place.face,5);
123        }
124        this->SendNetworkMessage(0, network);
125        
126        this->network->Reset(true); 
127        for(int m=0;m<MODULES_MAX;m++)
128            for(int s=0;s<SCREENS_MAX;s++)
129        {
130            this->network->WriteInt(this->mapping.value[m][s].place.position,4);
131            this->network->WriteInt(this->mapping.value[m][s].angle,4);
132        }
133        this->SendNetworkMessage(1, network);
134 
135        this->network->Reset(true); 
136        for(int m=0;m<MODULES_MAX;m++)
137            for(int s=0;s<SCREENS_MAX;s++)
138        {
139            this->network->WriteInt(this->mapping.value[m][s].resourceID,8);
140        }
141        this->SendNetworkMessage(2, network);
142    }    
143}
144 
145//This callback is called every time device is about to render visuals. Use it for calling your rendering code.  
146void ScrambleApp::on_Render(std::array<Cubios::Screen, 3>& screens)
147{
148    for (auto it = screens.begin(); it != screens.end(); ++it)
149    {
150        Cubios::GFX_setRenderTarget(it->ID());
151 
152        Cubios::GFX_drawImage(this->mapping.value[this->Module][it->ID()].resourceID, 120,120,0xFF, Cubios::Gfx::Colors::black, 100, 100, this->angles[this->mapping.value[this->Module][it->ID()].angle] ,Cubios::GFX_mirror_t::MIRROR_BLANK);
153        
154        if(this->Module==0)
155        {
156            Cubios::GFX_drawText(120, 150-60, 12, 0, Cubios::text_align_t::TEXT_ALIGN_CENTER, 0xffff0000, "PAT");
157            Cubios::GFX_drawText(120, 200-60, 12, 0, Cubios::text_align_t::TEXT_ALIGN_CENTER, 0xffff0000, "ME");
158        }
159 
160        Cubios::GFX_render();
161    }
162}
163 
164//The "physics" callback. Gets called recurrently with at least 33ms resolution or less depending on the load. 
165void ScrambleApp::on_PhysicsTick(const std::array<Cubios::Screen, 3>& screens)
166{
167}
168 
169//This callback is called on programmable timer (if any)
170void ScrambleApp::on_Timer(uint8_t timerID)
171{
172}
173 
174//The cube topology change callback. Gets called when cube is twisted and its topological desctiption has been changed
175void ScrambleApp::on_Twist(const Cubios::TOPOLOGY_twistInfo_t& twist) 
176{
177}
178 
179//The "inner network" callback. Gets called when WOWCube module receives a data packet from other module
180void ScrambleApp::on_Message(uint32_t type, uint8_t* pkt, u32_t size) 
181{
182    if (IsMasterModule())
183        return;
184    
185    this->network->SetData(pkt, size);
186 
187        for(int m=0;m<MODULES_MAX;m++)
188            for(int s=0;s<SCREENS_MAX;s++)
189        {
190            if(type==0) this->mapping.value[m][s].place.face = this->network->ReadInt(5);
191            if(type==1) {this->mapping.value[m][s].place.position = this->network->ReadInt(4);this->mapping.value[m][s].angle = this->network->ReadInt(4);}
192            if(type==2) this->mapping.value[m][s].resourceID = this->network->ReadInt(8);
193        } 
194}
195 
196//The external data transfer callback. Gets called when WOWCube module receives a data over BLE from an external source
197void ScrambleApp::on_ExternalMessage(uint8_t* pkt, u32_t size) 
198{
199}
200 
201//Screen pat callback
202void ScrambleApp::on_Pat(uint32_t count) 
203{
204    if (IsMasterModule())
205    {
206        int number_of_twists_to_scramble = 5;
207 
208        this->scramble->SetMapping(&this->mapping);
209 
210        this->scramble->StartScramble(number_of_twists_to_scramble);
211 
212        //Please comment out the line above and uncomment the following lines if you want to perform some virtual twists "manually" instead of specifiying a number of random twists
213        //this->scramble->VirtualTwist(0, Cubios::TWIST_LEFT);
214        //this->scramble->VirtualTwist(1, Cubios::TWIST_RIGHT);
215        //this->scramble->VirtualTwist(2, Cubios::TWIST_LEFT);
216        //this->scramble->VirtualTwist(0, Cubios::TWIST_RIGHT);
217        //this->scramble->VirtualTwist(2, Cubios::TWIST_LEFT);
218 
219        this->mapping = this->scramble->GetMapping();
220    }       
221}
222 
223//This callback is called before the application quits
224void ScrambleApp::on_Close() 
225{
226}