/***Chequear que no queden "cuevas"***/
void DataBmp24::loadMatrix(char* data,int row_padded, int height,int width)
{
char tmp;
for(int i = 0; i < height; i++)
{
for(int j = 0; j < width*3; j += 3)
{
// Convert (B, G, R) to (R, G, B)
tmp = data[j+(row_padded*i)];
data[j+(row_padded*i)] = data[j+(row_padded*i)+2];
data[j+(row_padded*i)+2] = tmp;
//carga de bits a la matriz
char a=data[j+(row_padded*i)];
int red=(int)data[j+(row_padded*i)];
int green=(int)data[j +row_padded*i + 1];
int blue=(int)data[j +row_padded*i + 2];
unsigned int val=colorVal(red,green,blue,255);
if(val==3) //tiene color
{
PixelBmp* aInvalidPixel = new PixelBmp(new Position(height-1-i,j/3), new ColorRgb(red,green,blue,255));
invalidPixels->push_back(aInvalidPixel);
(*bitmap)[height-1-i]->push_back(false);
///***********************
//Avisar en el log el color encontrado
}
else //blanco o negro
{
if( (val==1) || (posValid(height-i, j/3) && getBit(height-i,j/3)==true) )//Si el bit debajo es blanco, pongo un blanco
{
(*bitmap)[height-1-i]->push_back(true);
setWhitePosition(height-1-i,j/3);
}else //negro
{
(*bitmap)[height-1-i]->push_back(false);
setBlackPosition(height-1-i,j/3);
}
//setBit(height-1-i,j/3,val);
}
}
}
//evaluar lista de bits invalidos
resetInvalidPixels();
}
/***Chequear que no queden "cuevas"***/
void DataBmp32::loadMatrix(char* data,int row_padded, int height,int width)
{
char tmp;
for(int i = 0; i < height; i++)
{
for(int j = 0; j < width*4; j += 4)
{
// Convert (B, G, R) to (R, G, B)
tmp = data[j+(row_padded*i)];
data[j+(row_padded*i)] = data[j+(row_padded*i)+2];
data[j+(row_padded*i)+2] = tmp;
//carga de bits a la matriz
char a=data[j+(row_padded*i)];
int red=(int)data[j+(row_padded*i)];
int green=(int)data[j +row_padded*i + 1];
int blue=(int)data[j +row_padded*i + 2];
int alpha=(int)data[j +row_padded*i + 3];
unsigned int val=colorVal(red,green,blue,alpha);
if(val==2) //es transparente
{
(*bitmap)[height-1-i]->push_back(true);
///***********************
//Avisar en el log el color encontrado
}
else //color
{
if((posValid(height-i, j/4) && getBit(height-i,j/4)==true) )//Si el bit debajo es transparente, pongo un transparente
{
(*bitmap)[height-1-i]->push_back(true);
}else //color
{
(*bitmap)[height-1-i]->push_back(false);
setBlackPosition(height-1-i,j/4);
}
}//endif valor del color
}//end for recorrido columnas
}//end for recorrido de filas
}
void loop()
{
while(modeButtonState == 1) //Used as an off mode, sets LED's off.
{
Serial.println("1"); //debugging
setColorRGB(0, 0, 0);
delay(500);
checkModeButton(modeButton, mState);
}
while(modeButtonState == 2) //pick your own color using rgb buttons. 10 intensities of each color.
{
Serial.println("2"); //debugging
int valRedLED, valGreenLED, valBlueLED;
valRedLED = colorVal(redButtonState);
valGreenLED = colorVal(greenButtonState);
valBlueLED = colorVal(blueButtonState);
setColorRGB(valRedLED, valGreenLED, valBlueLED);
checkColorButton(redButton, rState);
checkColorButton(greenButton, gState);
checkColorButton(blueButton, bState);
checkModeButton(modeButton, mState);
delay(500);
}
while(modeButtonState == 3) //color fade, pick how fast they fade w/ 3 pre-determined speeds
{
Serial.println("3"); //debugging
colorFader(); //create input variable for delay
checkModeButton(modeButton, mState);
delay(500);
}
while(modeButtonState == 4) //color fade different for each strip, pick speeds like above
{
Serial.println("4"); //debugging
checkModeButton(modeButton, mState);
delay(500);
}
while(modeButtonState == 5) //color changes with music
{
Serial.println("5"); //debugging
checkModeButton(modeButton, mState);
delay(500);
}
checkModeButton(modeButton, mState);
delay(500);
}