void SpriteFont::DrawText(const std::tstring& text, tt::Vector2 position, const tt::Vector4& color)
{
if(m_NrOfCharsToDraw += text.size() > sc_MaxNrOfChars)
throw exception();
MyServiceLocator::GetInstance()->GetService<IGraphicsService>()->GetSpriteBatch()->AddSpriteFont(this);
m_TextQueue.push_back(TextData(text, position, color));
}
/// A function that calculates results for word NGrams.
Feature::featureVector NGram::NGramData::WordNGramResult() const {
if (LabelVerbose())
cout << "NGramData::WordNGramResult()" << endl;
featureVector v(ngram_vector_length);
vector<string> wordvec = TextData().get_words_as_string();
unsigned int temp_ngram_n = ngram_n;
if (wordvec.size() < ngram_n)
temp_ngram_n = wordvec.size();
int tot_n = 0;
for(unsigned int i=0; i <= wordvec.size()-temp_ngram_n; i++) {
string text = "";
for (unsigned int j=0; j<temp_ngram_n; j++)
text += (j ? " " : "") + wordvec[i+j];
if (PixelVerbose())
cout << "NGramData::WordNGramResult() [" << text << "]" << endl;
if (text=="")
continue;
shadigest_vect_t sha = hashsum(text);
for(unsigned int j=0; j<ngram_vector_length/256; j++) {
unsigned int vec_index = j*256 + (unsigned int) sha[j];
v[vec_index]++;
}
tot_n++;
}
if (ngram_normalize) {
if (LabelVerbose())
cout << "NGramData::WordNGramResult() normalizing with " << tot_n
<< endl;
if (tot_n)
DivideFeatureVector(v, tot_n);
}
return v;
}
int main()
{
ProfTimer mProfTimer;
unsigned char *sTextData = TextData();
float mArrVecParser_CSV[nWidthParser];
float mArrVecParserCopy[nWidthParser];
float mArrVecParserCopy2[nWidthParser];
DataOpen("1909175498_image_profile.csv", mArrVecParser_CSV);
//DataOpen("-1916029922_image_profile.csv", mArrVecParser_CSV);
while (1)
{
memcpy(mArrVecParserCopy, mArrVecParser_CSV, sizeof(float)* nWidthParser);
Global::Image mImageParser(nWidthParser, nheightParser, Global::TYPE::BYTE, 3);
Global::Image mImageParser2(nWidthParser, nheightParser, Global::TYPE::BYTE, 3);
Global::Image mImageParserReSize(img_wid, img_hig, Global::TYPE::BYTE, 3);
for (int i = 0; i < nWidthParser; i++)
{
Global::Circle(&mImageParser, i, mArrVecParserCopy[i], 1, RGB8(0, 0, 255));
}
#if 0
int nXTest0 = 800;
int nXTest1 = 900;
int nTest;
Sample sSample;
sSample.nX0 = nXTest0;
sSample.nX1 = nXTest1;
Line(&mImageParser, mArrVecParserCopy, sSample,true);
nXTest0 = 400;
nXTest1 = 810;
//Line(&mImageParser, nXTest0, nXTest1, mArrVecParserCopy, nTest, true);
//DeletePoint(nWidthParser, nheightParser, 400, 700, mArrVecParserCopy);
#endif
#if 1
int nLineCount(1);
const int nSample = 1000;
Sample sSample[nSample];
while (nLineCount)
{
mProfTimer.Start();
nLineCount--;
int nArrNumderSize(0);
int nSampleCount(0);
memset(sSample, 0, sizeof(Sample)* nSample);
int nMaxSample = 0;
int nMaxSampleArrNum = 0;
while (nSample - nArrNumderSize)
{
float fCutLine = nheightParser / 1.2;
int nRandX0 = (std::rand() % nWidthParser);//중복은 나중에 고려
int nRandX1 = (std::rand() % nWidthParser);//중복은 나중에 고려
if (nRandX0 == nRandX1 || mArrVecParserCopy[nRandX0] < fCutLine || mArrVecParserCopy[nRandX1] < fCutLine)
{
continue;
}
sSample[nSampleCount].nX0 = nRandX0;
sSample[nSampleCount].nX1 = nRandX1;
if (Line(&mImageParser, mArrVecParserCopy, sSample[nSampleCount]))
{
if (sSample[nSampleCount].nSn > nMaxSample && sSample[nSampleCount].nSn > 10)
{
nMaxSample = sSample[nSampleCount].nSn;
nMaxSampleArrNum = nSampleCount;
nSampleCount++;
//printf(" nMaxSampleArrNum : %d \n", nMaxSampleArrNum);
}
nArrNumderSize++;
}
}
//mVecParserCopy
if (nSampleCount > 0)
{
Line(0, mArrVecParserCopy, sSample[nMaxSampleArrNum], true);
memcpy(mArrVecParserCopy2, mArrVecParser_CSV, sizeof(float)* nWidthParser);
ReAgainst(nWidthParser, nheightParser, sSample[nMaxSampleArrNum], mArrVecParserCopy2);
}
mProfTimer.Stop();
printf("mProfTimer : %f \n", mProfTimer.GetDurationInSecs());
if (nSampleCount > 0)
{
Line(&mImageParser, mArrVecParserCopy, sSample[nMaxSampleArrNum], true);
DeletePoint(nWidthParser, nheightParser, sSample[nMaxSampleArrNum], mArrVecParserCopy);
for (int i = 0; i < nWidthParser; i++)
{
Global::Circle(&mImageParser2, i, mArrVecParserCopy2[i], 2, RGB8(0, 0, 255));
}
}
//break;
}
#endif
#if 0
Global::Show("Parser ", &mImageParser);
Global::Show("Test ", &mImageParser2);
#else
Global::Filter2D(&mImageParser2, &mImageParser2, Global::FILTER::GAUSSIAN, 1);
Global::ReSize(&mImageParser2, &mImageParserReSize);
Global::Show("Test ", &mImageParserReSize);
Global::Filter2D(&mImageParser, &mImageParser, Global::FILTER::GAUSSIAN, 1);
Global::ReSize(&mImageParser, &mImageParserReSize);
Global::Show("Parser ", &mImageParserReSize);
#endif
//Sleep(1);
}
delete sTextData;
return 0;
}
NodeDataType
TextDisplayDataModel::
dataType(PortType, PortIndex) const
{
return TextData().type();
}
