void ARGBColor::SetValue(double newVal)
{
double hue;
double sat;
double val;
GetHSV(hue, sat, val);
SetHSV(hue, sat, newVal);
}
void ARGBColor::SetSaturation(double newSat)
{
double hue;
double sat;
double val;
GetHSV(hue, sat, val);
SetHSV(hue, newSat, val);
}
void ARGBColor::SetHue(double newHue)
{
double hue;
double sat;
double val;
GetHSV(hue, sat, val);
SetHSV(newHue, sat, val);
}
EXPORT CColourPicker::CColourPicker(HWND hParentWindow, unsigned short r, unsigned short g, unsigned short b,
unsigned short a, bool IsRGB)
{
if (IsRGB)
SetRGB(r, g, b);
else
SetHSV(r, g, b);
SetAlpha(a);
OldCol = CurrCol;
hParent = hParentWindow;
}
int main(){
const int dimx = 800; const int dimy = 800;
const double rmi = -2; const double rma = 2;
const double imi = -2; const double ima = 2;
FILE * fp = fopen("complex.ppm","wb");
fprintf(fp,"P6\n%d %d\n255\n",dimx,dimy);
int i,j;
for(j=0;j<dimy;++j){
double im = ima - (ima-imi)*j/(dimy-1);
for(i=0;i<dimx;++i){
double re = rma - (rma-rmi)*i/(dimx-1);
complex<double> c(re,im);
complex<double> v = fun(c);
double a = arg(v);
while(a<0) a += 2*PI; a /= 2*PI;
double m = abs(v);
double ranges = 0;
double rangee = 1;
while(m>rangee){
ranges = rangee;
rangee *= E;
}
double k = (m-ranges)/(rangee-ranges);
double sat = k<0.5 ? k*2: 1 - (k-0.5)*2;
sat = 1 - pow( (1-sat), 3); sat = 0.4 + sat*0.6;
double val = k<0.5 ? k*2: 1 - (k-0.5)*2; val = 1 - val;
val = 1 - pow( (1-val), 3); val = 0.6 + val*0.4;
static unsigned char color[3];
SetHSV(a,sat,val,color);
fwrite(color,1,3,fp);
}
}
fclose(fp);
return 0;
}
void Color::SetSaturation(const glm::float32& sat)
{
glm::f32vec4 hsv = GetHSV();
hsv.y = sat;
SetHSV(hsv);
}
void Color::SetHue(const glm::float32& hue)
{
glm::f32vec4 hsv = GetHSV();
hsv.x = hue;
SetHSV(hsv);
}
void Color::SetValue(const glm::float32& val)
{
glm::f32vec4 hsv = GetHSV();
hsv.z = val;
SetHSV(hsv);
}
void wxColourExt::HsvValue(float v)
{
HsvValue();
SetHSV(H1,S1,v);
}
void wxColourExt::HsvSaturation(float s)
{
HsvSaturation();
SetHSV(H1,s,V1);
}
void wxColourExt::HsvHue(float h)
{
HsvHue();
SetHSV(h,S1,V1);
}
void ExpandedLEDSerialControllerMega::SetMode (Mode mode) {
switch (mode) {
case kRed:
SetRed (255);
SetGreen ();
SetBlue ();
SetWhite ();
break;
case kBlue:
SetRed ();
SetGreen ();
SetBlue (255);
SetWhite ();
break;
case kGreen:
SetRed ();
SetGreen (255);
SetBlue ();
SetWhite ();
break;
case kYellow:
SetRed (255);
SetGreen (255);
SetBlue ();
SetWhite ();
break;
case kMagenta:
SetRed (255);
SetGreen ();
SetBlue (255);
SetWhite ();
break;
case kCyan:
SetRed ();
SetGreen (255);
SetBlue (255);
SetWhite ();
break;
case kOrange:
SetRed (255);
SetGreen (63);
SetBlue ();
SetWhite ();
break;
case kPurple:
SetRed (127);
SetGreen ();
SetBlue (255);
SetWhite ();
break;
case kWhite:
SetRed ();
SetGreen ();
SetBlue ();
SetWhite (255);
break;
case kCycle:
SetWhite();
SetHSV ((double(millis() % (loopSeconds * 1000)) / double(loopSeconds * 1000)), 1, 1);
break;
case kRainbow: {
unsigned long timeStamp = (millis() % 8000);
if (timeStamp < 1000) {
SetRed (255);
SetGreen (0);
SetBlue (0);
SetWhite();
}
else if (timeStamp < 2000) {
SetRed (255);
SetGreen (31);
SetBlue (0);
SetWhite();
}
else if (timeStamp < 3000) {
SetRed (255);
SetGreen (150);
SetBlue (0);
SetWhite();
}
else if (timeStamp < 4000) {
SetRed (0);
SetGreen (255);
SetBlue (0);
SetWhite();
}
else if (timeStamp < 5000) {
SetRed (0);
SetGreen (255);
SetBlue (255);
SetWhite();
}
else if (timeStamp < 6000) {
SetRed (0);
SetGreen (0);
SetBlue (255);
SetWhite();
}
else if (timeStamp < 7000) {
SetRed (127);
SetGreen (0);
SetBlue (255);
SetWhite();
}
else {
SetRed (255);
SetGreen (0);
SetBlue (255);
SetWhite();
}
}
break;
default:
SetRed (0);
SetGreen (0);
SetBlue (0);
SetWhite();
break;
}
}
