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numbers.cpp
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numbers.cpp
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#include "numbers.h"
//========================================================================================
//NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE===NOTE
//========================================================================================
//FOR DOCUMENTATION AND EXPLANATION FOR SOME OF THE CALCULATIONS SEE BOTTOM OF THIS FILE
//========================================================================================
//ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE===ENDNOTE
//========================================================================================
Numbers::Numbers(int dimensionsWidth, int dimensionsHeight, bool highlight) :
m_dimensionsWidth(dimensionsWidth),
m_dimensionsHeight(dimensionsHeight),
m_spacing(dimensionsWidth/19),
m_lineSegmentWidth(3 * (dimensionsWidth/19)),
m_highlight(highlight)
{
}
QList<MapConstructor::constructParameters> Numbers::getNumberConstructParameters(int position, int number, int segmentWidth){
//Origin index -> Top left coordinate of number. Every calculation will take this coordinate as reference.
switch(number){
case 0: return this->getZero(position, segmentWidth); break;
case 1: return this->getOne(position, segmentWidth); break;
case 2: return this->getTwo(position, segmentWidth); break;
case 3: return this->getThree(position, segmentWidth); break;
case 4: return this->getFour(position, segmentWidth); break;
case 5: return this->getFive(position, segmentWidth); break;
case 6: return this->getSix(position, segmentWidth); break;
case 7: return this->getSeven(position, segmentWidth); break;
case 8: return this->getEight(position, segmentWidth); break;
case 9: return this->getNine(position, segmentWidth); break;
default: return QList<MapConstructor::constructParameters>();
}
}
//---------------------------------Numbers---------------------------->>>
QList<MapConstructor::constructParameters> Numbers::getZero(int position, int segmentWidth){
// QList<MapConstructor::constructParameters> returnThis;
// for (int i = 1; i < 5 ; i++){
//// returnThis << this->getLineSegment(i,i,segmentWidth);
// returnThis << this->getLineSegment(i,3,segmentWidth);
// }
// return returnThis;
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth)
<< this->getLineSegment(position, 5,segmentWidth)
<< this->getLineSegment(position, 6,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getOne(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>() << this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getTwo(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth)
<< this->getLineSegment(position, 5,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getThree(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getFour(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 6,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth);
;
}
QList<MapConstructor::constructParameters> Numbers::getFive(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 6,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getSix(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 6,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth)
<< this->getLineSegment(position,5,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getSeven(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getEight(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth)
<< this->getLineSegment(position, 5,segmentWidth)
<< this->getLineSegment(position, 6,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth);
}
QList<MapConstructor::constructParameters> Numbers::getNine(int position, int segmentWidth){
return QList<MapConstructor::constructParameters>()<< this->getLineSegment(position, 1,segmentWidth)
<< this->getLineSegment(position, 2,segmentWidth)
<< this->getLineSegment(position, 3,segmentWidth)
<< this->getLineSegment(position, 4,segmentWidth)
<< this->getLineSegment(position, 6,segmentWidth)
<< this->getLineSegment(position, 7,segmentWidth);
}
//<<<---------------------------numbers------------------------------------
//-------------------------Functions to construct numbers------------------->>>
int Numbers::getStartingTileIndex(int horizontalPosition, int verticalPosition, int index){
int startingIndex = 0;
switch (horizontalPosition){
case 1: startingIndex = m_spacing; break;
case 2: startingIndex = 2*m_spacing + m_lineSegmentWidth; break;
case 3: startingIndex = 5*m_spacing + 2*m_lineSegmentWidth; break;
case 4: startingIndex = 6*m_spacing + 3*m_lineSegmentWidth; break;
default: return -1;
}
switch (verticalPosition){
case 1: startingIndex += 2*m_spacing*m_dimensionsWidth;break;
case 2: startingIndex += 5*m_spacing*m_dimensionsWidth;break;
case 3: startingIndex += 8*m_spacing*m_dimensionsWidth;break;
default: return -1;
}
if(index == 2){
startingIndex += m_lineSegmentWidth;
}
if(index == 3){
startingIndex += m_lineSegmentWidth ;//+ /*(int)0.5**/m_spacing*m_dimensionsWidth;
}
return startingIndex;
}
MapConstructor::constructParameters Numbers::getLineSegment(int position, int index, int segmentWidth){
switch(index){
case 1: return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,//Done
this->getStartingTileIndex(position,1,index) ,m_lineSegmentWidth + segmentWidth,6,false,segmentWidth,constructionDirection::horizontal,m_highlight);
case 2:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,
this->getStartingTileIndex(position,1,index) ,m_lineSegmentWidth + segmentWidth/*+ 0.5*m_spacing*/,5,false,segmentWidth,constructionDirection::vertical,m_highlight);
case 3:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,
this->getStartingTileIndex(position,2,index) ,m_lineSegmentWidth + segmentWidth,5,false,segmentWidth,constructionDirection::vertical,m_highlight);
case 4:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,//Done
this->getStartingTileIndex(position,3,index) ,m_lineSegmentWidth + segmentWidth,6,false,segmentWidth,constructionDirection::horizontal,m_highlight);
case 5:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,
this->getStartingTileIndex(position,2,index) ,m_lineSegmentWidth + segmentWidth,5,false,segmentWidth,constructionDirection::vertical,m_highlight);
case 6:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,
this->getStartingTileIndex(position,1,index) ,m_lineSegmentWidth + segmentWidth,5,false,segmentWidth,constructionDirection::vertical,m_highlight);
case 7:return MapConstructor::constructParameters(constructionStartIndexType::tileStartIndex,//Done
this->getStartingTileIndex(position,2,index) ,m_lineSegmentWidth + segmentWidth,6,false,segmentWidth,constructionDirection::horizontal,m_highlight);
case 8: //POINTS TODO
default: ;
}
}
/*========Line Segments:========
* in case I ever install it
//clang-format off
1
===
6 | | 2
| 7 |
===
5 | | 3
| |
===
4
Canvas calculations:
Hori-
zontal-> 1 2 3 4
pos.
-------
vert. width
pos. | ---------------------------| s == spacing
| s w == number width
1 | |===| |===| |===| |===| s
| | | | | | | | | s By defintion:(1) 3s = w
2 height | | | | | o | | |___| s
| | | | | o | | | | s That yields: (2)7s + 4w = width
| | | | | | | | | s (1) in (2) <-> 7s + 12s = width
3 | |===| |===| |===| |===| <-> 19s = width
|^ ^ ^^^ (3) <-> width/19 = s
| | ||| --> width must be multiple of 19
s w sss (3) in (1) 3*width/19 = w
*/
//<<<-------------------------Function to construct numbers-------------------