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33cz1.cpp
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33cz1.cpp
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/* 33cz1
Compile: g++ -O2 33cz1.cpp -o 33cz1
RUN: ./33cz1
*/
// basic file operations
#include <iostream>
#include <fstream>
#include <cmath>
#include <cstdlib>
#include <time.h>
#include <string>
#include <sstream>
#include <vector>
#include <stdio.h> /* printf, fgets */
#include <stdlib.h> /* atof */
#include <math.h>
#include <iomanip>
using std::vector;
using namespace std;
/////////////////////////////////////////////////
struct coordinatedata{
string filename;
int X;
int Y;
double LONGI; //X coordinate
double LATI; //Y coordinate
double elev;
//double Neerslag
string vakindex;
int KNMI_X; //Vakindex - X
int KNMI_Y; //Vakindex - Y
int vakvakje_X; //vakindex in een vak - X
int vakvakje_Y; //vakindex in een vak - Y
} schaap[1250][1000];
struct KNMIdata{
double KNMI_LONGI; //X coordinate
double KNMI_LATI; //Y coordinate
int KNMI_X; //Vakindex - X
int KNMI_Y; //Vakindex - Y
double LTRstaprangeLONG;
double LTRstaprangeLAT;
double TTBstaprangeLONG;
double TTBstaprangeLAT;
// int vakvakje_X; //vakindex in een vak - X
// int vakvakje_Y; //vakindex in een vak - Y
} geit[766][701]; //Extra row + column voor de laatste grenzen van de laatste vakjes.
//////////////////////////////////////
//maximale grootte matrix - GeoTIFF:
const int MMAX = 1000; //column = X
const int NMAX = 1250; //row = Y
//maximale grootte matrix - KNMI:
const int JMAX = 700; //column = X
const int KMAX = 765; //row = Y
////////////////
double LONG[1250][1000]; //GeoTIFF
double LAT[1250][1000]; //GeoTIFF
//double VLONG[765][700]; //KNMI randen
//double VLAT[765][700]; //KNMI randen
//double KNMILONG[765][700]; //KNMI linkerbovenhoeken
//double KNMILAT[765][700]; //KNMI linkerbovenhoeken
//double elevation[1250][1000];
//////////////////////////////////////////////////
class dataset{
public:
dataset(string file); //als parameter een string mee voor bestandsnaam
private:
};
//INITIALISATIE
dataset::dataset(string file){
//Variables:
int i;
int j;
int p;
int q;
int r;
int s;
int u;
int v;
//GeoTIFF:
//Counter coordinates:
double ULLong = 5.7525083333333;
double ULLat = 52.0949194444445;
double URLong = 5.8254805555556;
double URLat = 52.0946722222222;
double LLLong = 5.7520500000000;
double LLLat = 52.0387388888889;
double LRLong = 5.8249305555556;
double LRLat = 52.0384916666667;
/*
double pixelstep_lefttorightLONG = (URLong - ULLong) / MMAX-1;
double pixelstep_lefttorightLAT = (URLat - ULLat) / MMAX-1;
double pixelstep_toptobottomLONG = (LLLong - ULLong) / NMAX-1;
double pixelstep_toptobottomLAT = (LLLat - ULLat) / NMAX-1;*/
//Stappen voor de randen:
//left to right from Upperleft corner:
double firstpixelstep_lefttorightLONG = (URLong - ULLong) / (MMAX-1);
double firstpixelstep_lefttorightLAT = (URLat - ULLat) / (MMAX-1);
//Up - down from Upperleft corner:
double firstpixelstep_toptobottomLONG = (LLLong - ULLong) / (NMAX-1);
double firstpixelstep_toptobottomLAT = (LLLat - ULLat) / (NMAX-1);
//Left to right from Lowerleft corner:
double lastpixelstep_lefttorightLONG = (LRLong - LLLong) / (MMAX-1);
double lastpixelstep_lefttorightLAT = (LRLat - LLLat) / (MMAX-1);
//Up - down from Upperright corner:
double lastpixelstep_toptobottomLONG = (LRLong - URLong) / (NMAX-1);
double lastpixelstep_toptobottomLAT = (LRLat - URLat) / (NMAX-1);
///////////////////////////
//KNMI:
//Counter coordinates:
double VULLong = 0.0000000;
double VULLat = 49.3620640;
double VURLong = 0.0000000;
double VURLat = 55.9736020;
double VLLLong = 9.0093000;
double VLLLat = 48.8953000;
double VLRLong = 10.8564530;
double VLRLat = 55.3889730;
//Stappen voor de randen:
//left to right from Upperleft corner:
double Vfirstpixelstep_lefttorightLONG = (VURLong - VULLong) / JMAX;
double Vfirstpixelstep_lefttorightLAT = (VURLat - VULLat) / JMAX;
//Up - down from Upperleft corner:
double Vfirstpixelstep_toptobottomLONG = (VLLLong - VULLong) / KMAX;
double Vfirstpixelstep_toptobottomLAT = (VLLLat - VULLat) / KMAX;
//Left to right from Lowerright corner:
double Vlastpixelstep_lefttorightLONG = (VLRLong - VLLLong) / JMAX;
double Vlastpixelstep_lefttorightLAT = (VLRLat - VLLLat) / JMAX;
//Up - down from Lowerright corner:
double Vlastpixelstep_toptobottomLONG = (VLRLong - VURLong) / KMAX;
double Vlastpixelstep_toptobottomLAT = (VLRLat - VURLat) / KMAX;
///////////////////////////////////////////////////////////////////
//GeoTIFF - Fill in Longitude and Latitude Matrices:
//Might need adjustment (same code as for KNMI matrices).
for(p=0; p<NMAX; p++){
for(q=0; q<MMAX; q++){
LONG[p][q] = -1;
LAT[p][q] = -1;
schaap[p][q].LONGI = -1;
schaap[p][q].LATI = -1;
}
}
//Randen eerst vullen:
//Linkerbovenhoek:
schaap[0][0].LONGI = ULLong;
schaap[0][0].LATI = ULLat;
//Rechterbovenhoek:
schaap[0][999].LONGI = URLong;
schaap[0][999].LATI = URLat;
//Linkeronderhoek:
schaap[1249][0].LONGI = LLLong;
schaap[1249][0].LATI = LLLat;
//Rechteronderhoek:
schaap[1249][999].LONGI = LRLong;
schaap[1249][999].LATI = LRLat;
//Temporary Variables:
int LTRLONGtemp = 0;
int TTBLONGtemp = 0;
int LTRLATtemp = 0; //Not used. Yet.
int TTBLATtemp = 0; //Not used. Yet.
//Vul randen GeoTIFF Matrix:
for(q=1; q<(MMAX-1); q++){
if((schaap[0][q].LONGI == -1) || (schaap[0][q].LATI == -1)){
schaap[0][q].LONGI = schaap[0][q-1].LONGI + firstpixelstep_lefttorightLONG;
schaap[0][q].LATI = schaap[0][q-1].LATI + firstpixelstep_lefttorightLAT;
}
if((schaap[1249][q].LONGI == -1) || (schaap[1249][q].LATI == -1)){
schaap[1249][q].LONGI = schaap[1249][q-1].LONGI + lastpixelstep_lefttorightLONG;
schaap[1249][q].LATI = schaap[1249][q-1].LATI + lastpixelstep_lefttorightLAT;
}
}
for(p=1; p<(NMAX-1); p++){
if((schaap[p][0].LONGI == -1) || (schaap[p][0].LATI == -1)){
schaap[p][0].LONGI = schaap[p-1][0].LONGI + firstpixelstep_toptobottomLONG;
schaap[p][0].LATI = schaap[p-1][0].LATI + firstpixelstep_toptobottomLAT;
}
if((schaap[p][999].LONGI == -1) || (schaap[p][999].LATI == -1)){
schaap[p][999].LONGI = schaap[p-1][999].LONGI + lastpixelstep_toptobottomLONG;
schaap[p][999].LATI = schaap[p-1][999].LATI + lastpixelstep_toptobottomLAT;
}
}
//Vul gebied binnen de randen - GeoTIFF Matrix (Verticaal invullen):
for(q=1; q<(MMAX-1); q++){
TTBLONGtemp = (schaap[1249][q].LONGI - schaap[0][q].LONGI) / (NMAX-1);
TTBLATtemp = (schaap[1249][q].LATI - schaap[0][q].LATI) / (NMAX-1);
for(p=1; p<(NMAX-1); p++){
if((schaap[p][q].LONGI == -1) || (schaap[p][q].LATI == -1)){
schaap[p][q].LONGI = schaap[p-1][q].LONGI + TTBLONGtemp;
schaap[p][q].LATI = schaap[p-1][q].LATI + TTBLATtemp;
}
}
}
/* //Longitude
for(p=0; p<NMAX; p++){
for(q=0; q<MMAX; q++){
if((LONG[p][q] == -1) || (LAT[p][q] == -1)){
//Corners are filled in:
if((p == 0) && (q == 0)){
LONG[p][q] = ULLong;
LAT[p][q] = ULLat;
}
else if((p == 0) && (q == MMAX-1)){
LONG[p][q] = URLong;
LAT[p][q] = URLat;
}
else if((p == NMAX-1) && (q == 0)){
LONG[p][q] = LLLong;
LAT[p][q] = LLLat;
}
else if((p == NMAX-1) && (q == MMAX-1)){
LONG[p][q] = LRLong;
LAT[p][q] = LRLat;
}
//Everything inside the corners is filled in: Moet wellicht hetzelfde als KNMI data.
else{
if(p == 0){
LONG[p][q] = LONG[p][q-1] + pixelstep_lefttorightLONG;
LAT[p][q] = LAT[p][q-1] + pixelstep_lefttorightLAT;
}
else if(q == 0){
LONG[p][q] = LONG[p-1][q] + pixelstep_toptobottomLONG;
LAT[p][q] = LAT[p-1][q] + pixelstep_toptobottomLAT;
}
else{
LONG[p][q] = LONG[p-1][q-1] + pixelstep_lefttorightLONG + pixelstep_toptobottomLONG;
LAT[p][q] = LAT[p-1][q-1] + pixelstep_lefttorightLAT + pixelstep_toptobottomLAT;
}
}
}
}
}*/
///////////////////////////////////////////////////////////////////////////
//KNMI - Fill in Longitude and Latitude Matrices:
//Initialise Longitude & Latitude Matrices: -1'en:
for(r=0; r<=KMAX; r++){
for(s=0; s<=JMAX; s++){
//VLONG[r][s] = -1;
//VLAT[r][s] = -1;
geit[r][s].KNMI_LONGI = -1;
geit[r][s].KNMI_LATI = -1;
geit[r][s].KNMI_X = -1;
geit[r][s].KNMI_Y = -1;
geit[r][s].LTRstaprangeLAT = -1;
geit[r][s].LTRstaprangeLONG = -1;
geit[r][s].TTBstaprangeLAT = -1;
geit[r][s].TTBstaprangeLONG = -1;
//KNMILONG[r][s] = -1;
//KNMILAT[r][s] = -1;
}
}
/*
//Randen eerst vullen:
//Linkerbovenhoek:
VLONG[0][0] = VULLong;
VLAT[0][0] = VULLat;
//Rechterbovenhoek:
VLONG[0][699] = VURLong;
VLAT[0][699] = VURLat;
//Linkeronderhoek:
VLONG[764][0] = VLLLong;
VLAT[764][0] = VLLLat;
//Rechteronderhoek:
VLONG[764][699] = VLRLong;
VLAT[764][699] = VLRLat;
//Vul randen KNMI Temp LONG/LAT Matrices:
for(s=1; s<JMAX-1; s++){
if((VLONG[0][s] == -1) || (VLAT[0][s] == -1)){
VLONG[0][s] = VLONG[0][s-1] + Vfirstpixelstep_lefttorightLONG;
VLAT[0][s] = VLAT[0][s-1] + Vfirstpixelstep_lefttorightLAT;
}
if((VLONG[764][s] == -1) || (VLAT[764][s] == -1)){
VLONG[764][s] = VLONG[764][s-1] + Vlastpixelstep_lefttorightLONG;
VLAT[764][s] = VLAT[764][s-1] + Vlastpixelstep_lefttorightLAT;
}
}
for(r=1; r<KMAX-1; r++){
if((VLONG[r][0] == -1) || (VLAT[r][0] == -1)){
VLONG[r][0] = VLONG[r-1][0] + Vfirstpixelstep_toptobottomLONG;
VLAT[r][0] = VLAT[r-1][0] + Vfirstpixelstep_toptobottomLAT;
}
if((VLONG[r][699] == -1) || (VLAT[r][699] == -1)){
VLONG[r][699] = VLONG[r-1][699] + Vlastpixelstep_toptobottomLONG;
VLAT[r][699] = VLAT[r-1][699] + Vlastpixelstep_toptobottomLAT;
}
}*/
////////////////////////////////////////////////////////////////////////////////
//Temporary Variables:
int firstlefttorightLONGtemp = (VURLong - VULLong) / JMAX;
int firstlefttorightLATtemp = (VURLat - VULLat) / JMAX;
int lastlefttorightLONGtemp = (VLRLong - VLLLong) / JMAX;
int lastlefttorightLATtemp = (VLRLat - VLLLat) / JMAX;
int firsttoptobotLONGtemp = (VLLLong - VULLong) / KMAX;
int firsttoptobotLATtemp = (VLLLat - VULLat) / KMAX;
int lasttoptobotLONGtemp = (VLRLong - VURLong) / KMAX;
int lasttoptobotLATtemp = (VLRLat - VURLat) / KMAX;
int toptobotLONGtemp = 0;
int toptobotLATtemp = 0;
int lefttorightLONGtemp = 0;
int lefttorightLATtemp = 0;
/////////////////////////////////////////
//Linkerbovenhoek vullen - KNMI struct:
geit[0][0].KNMI_LONGI = VULLong;
geit[0][0].KNMI_LATI = VULLat;
geit[0][0].LTRstaprangeLONG = firstlefttorightLONGtemp;
geit[0][0].LTRstaprangeLAT = firstlefttorightLATtemp;
geit[0][0].TTBstaprangeLONG = firsttoptobotLONGtemp;
geit[0][0].TTBstaprangeLAT = firsttoptobotLATtemp;
geit[0][0].KNMI_X = 0;
geit[0][0].KNMI_Y = 0;
//////////////////////////////////////
//Vul linkeronderhoek:
geit[765][0].KNMI_LONGI = VLLLong;
geit[765][0].KNMI_LATI = VLLLat;
//Vul rechterbovenhoek:
geit[0][700].KNMI_LONGI = VURLong;
geit[0][700].KNMI_LATI = VURLat;
//Vul rechteronderhoek:
geit[765][700].KNMI_LONGI = VLRLong;
geit[765][700].KNMI_LATI = VLRLat;
//Vul rand tussen linkerbovenhoek en linkeronderhoek.
for(r=1; r<KMAX; r++){
if((geit[r][0].KNMI_LONGI == -1) || (geit[r][0].KNMI_LATI == -1)){
geit[r][0].KNMI_LONGI = geit[r-1][0].KNMI_LONGI + firsttoptobotLONGtemp;
geit[r][0].KNMI_LATI = geit[r-1][0].KNMI_LATI + firsttoptobotLATtemp;
geit[r][0].TTBstaprangeLONG = firsttoptobotLONGtemp;
geit[r][0].TTBstaprangeLAT = firsttoptobotLATtemp;
geit[r][0].KNMI_X = 0;
geit[r][0].KNMI_Y = r;
}
}
//Vul rand tussen linkerbovenhoek en rechterbovenhoek.
for(s=1; s<JMAX; s++){
if((geit[0][s].KNMI_LONGI == -1) || (geit[0][s].KNMI_LATI == -1)){
geit[0][s].KNMI_LONGI = geit[0][s-1].KNMI_LONGI + firstlefttorightLONGtemp;
geit[0][s].KNMI_LATI = geit[0][s-1].KNMI_LATI + firstlefttorightLATtemp;
geit[0][s].LTRstaprangeLONG = firstlefttorightLONGtemp;
geit[0][s].LTRstaprangeLAT = firstlefttorightLATtemp;
geit[0][s].KNMI_X = s;
geit[0][s].KNMI_Y = 0;
}
}
//Vul rand tussen rechterbovenhoek en rechteronderhoek.
for(r=1; r<KMAX; r++){
if((geit[r][700].KNMI_LONGI == -1) || (geit[r][700].KNMI_LATI == -1)){
geit[r][700].KNMI_LONGI = geit[r-1][700].KNMI_LONGI + lasttoptobotLONGtemp;
geit[r][700].KNMI_LATI = geit[r-1][700].KNMI_LATI + lasttoptobotLATtemp;
geit[r][700].TTBstaprangeLONG = lasttoptobotLONGtemp;
geit[r][700].TTBstaprangeLAT = lasttoptobotLATtemp;
geit[r][700].KNMI_X = 700;
geit[r][700].KNMI_Y = r;
}
}
//Vul rand tussen linkeronderhoek en rechteronderhoek.
for(s=1; s<JMAX; s++){
if((geit[765][s].KNMI_LONGI == -1) || (geit[765][s].KNMI_LATI == -1)){
geit[765][s].KNMI_LONGI = geit[765][s-1].KNMI_LONGI + lastlefttorightLONGtemp;
geit[765][s].KNMI_LATI = geit[765][s-1].KNMI_LATI + lastlefttorightLATtemp;
geit[765][s].LTRstaprangeLONG = lastlefttorightLONGtemp;
geit[765][s].LTRstaprangeLAT = lastlefttorightLATtemp;
geit[765][s].KNMI_X = s;
geit[765][s].KNMI_Y = 765;
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Vul gebied binnen de randen - KNMI Matrix:
for(s=1; s<JMAX; s++){
toptobotLONGtemp = (geit[765][s].KNMI_LONGI - geit[0][s].KNMI_LONGI) / KMAX;
toptobotLATtemp = (geit[765][s].KNMI_LATI - geit[0][s].KNMI_LATI) / KMAX;
//Vul ontbrekende verticale stapgegevens in de bovenste rand:
geit[0][s].TTBstaprangeLONG = toptobotLONGtemp;
geit[0][s].TTBstaprangeLAT = toptobotLATtemp;
for(r=1; r<KMAX; r++){
if((geit[r][s].KNMI_LONGI == -1) || (geit[r][s].KNMI_LATI == -1)){
geit[r][s].KNMI_LONGI = geit[r-1][s].KNMI_LONGI + toptobotLONGtemp;
geit[r][s].KNMI_LATI = geit[r-1][s].KNMI_LATI + toptobotLATtemp;
geit[r][s].TTBstaprangeLONG = toptobotLONGtemp;
geit[r][s].TTBstaprangeLAT = toptobotLATtemp;
geit[r][s].KNMI_X = s;
geit[r][s].KNMI_Y = r;
}
}
}
/* //Vul gebied binnen de randen - KNMI Matrix (Horizontaal overige indices invullen (laatste kolom)):
for(r=1; r<KMAX-1; r++){
lefttorightLONGtemp = (geit[r][700].KNMI_LONGI - geit[r][0].KNMI_LONGI) / JMAX;
lefttorightLATtemp = (geit[r][700].KNMI_LATI - geit[r][0].KNMI_LATI) / JMAX;
//Vul ontbrekende verticale stapgegevens in de linker rand:
geit[r][0].LTRstaprangeLONG = lefttorightLONGtemp;
geit[r][0].LTRstaprangeLAT = lefttorightLATtemp;
for(s=1; s<JMAX; s++){
if((geit[r][s].KNMI_LONGI == -1) || (geit[r][s].KNMI_LATI == -1)){
geit[r][s].KNMI_LONGI = geit[r][s-1].KNMI_LONGI + lefttorightLONGtemp;
geit[r][s].KNMI_LATI = geit[r][s-1].KNMI_LATI + lefttorightLATtemp;
geit[r][s].LTRstaprangeLONG = lefttorightLONGtemp;
geit[r][s].LTRstaprangeLAT = lefttorightLATtemp;
geit[r][s].KNMI_X = s;
geit[r][s].KNMI_Y = r;
}
}
}*/
///////////////////////////////////////////////////////////////////////////
//Reading extracted GeoTIFF data retrieved with Python:
//Leest een GeoTIFF file in:
ifstream invoer;
invoer.open(file.c_str(), ios::in);
//Tijdelijke variabelen voor het inlezen:
string banaan;
int row = 0; //row (1250)
int col = 0; //col (1000)
//Foutmelding als de file niet geopend/gelezen kan worden:
if(invoer.fail()){
cout << "Unable to open the file." << endl;
exit(1);
}
//Bestand uitlezen:
else{
//Lees elke regel in het bestand uit:
while(getline(invoer, banaan)){
stringstream linestream(banaan);
string temp;
//Lees regel en splits op de plek van de delimiter:
while(getline(linestream, temp, ',')){
schaap[row][col].elev = atof(temp.c_str());
schaap[row][col].X = col; //Begint op 0, eindigt op 1000.
schaap[row][col].Y = row; //Begint op 0, eindigt op 1250.
//schaap[row][col].LONGI = LONG[row][col];
//schaap[row][col].LATI = LAT[row][col];
schaap[row][col].filename = "33cz1"; //ADJUST!!!
col++;
}
row++;
col = 0;
}//while
}//else
/////////////////////////////////////////////////////////////
bool found = false;
//Voor elk punt in een GeoTIFF file (kan ook in de inlees-whiles):
for(i=0; i<NMAX; i++){
for(j=0; j<MMAX; j++){
//Elke pixel (vak) afgaan in KNMI map:
for(r=0; r<KMAX; r++){
for(s=0; s<JMAX; s++){
//found = false;
//Oplopend van links naar rechts en van boven naar beneden.
//[i][j] - [i][j+1] = UL t/m UR
//[i][j] - [i+1][j] = UL t/m LL
//[i][j+1] - [i+1][j+1] = UR t/m LR
//[i+1][j] - [i+1][j+1] = LL t/m LR
//kun je openklappen
if((geit[r][700].KNMI_LONGI - geit[r][0].KNMI_LONGI) >= 0){
if((geit[765][s].KNMI_LONGI - geit[0][s].KNMI_LONGI) >= 0){
if((geit[r+1][700].KNMI_LONGI - geit[r+1][0].KNMI_LONGI) >= 0){
if((geit[765][s+1].KNMI_LONGI - geit[0][s+1].KNMI_LONGI) >= 0){
//TTTT
if(r == (KMAX-1) && s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(r == (KMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else{
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r+1][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r][s+1].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
}
else{
//TTTF
if(r == (KMAX-1) && s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(r == (KMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r+1][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else{
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI > geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r+1][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r][s+1].KNMI_LATI && schaap[i][j].LATI > geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
}
}
else{
//TTFT
if((geit[765][s+1].KNMI_LONGI - geit[0][s+1].KNMI_LONGI) >= 0){
//TTFT
if(r == (KMAX-1) && s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(r == (KMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else{
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI > geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI > geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r+1][s].KNMI_LATI && schaap[i][j].LATI > geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI > geit[r][s+1].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
}
else{
//TTFF
if(r == (KMAX-1) && s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(r == (KMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else if(s == (JMAX-1)){
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI <= geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI >= geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r+1][s].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI <= geit[r][s+1].KNMI_LATI && schaap[i][j].LATI >= geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}
}
else{
if((schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI >= geit[r][s].KNMI_LONGI && schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r+1][s].KNMI_LONGI && schaap[i][j].LONGI > geit[r+1][s+1].KNMI_LONGI) ||
(schaap[i][j].LONGI < geit[r][s+1].KNMI_LONGI && schaap[i][j].LONGI > geit[r+1][s+1].KNMI_LONGI)){
if((schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r][s+1].KNMI_LATI) ||
(schaap[i][j].LATI >= geit[r][s].KNMI_LATI && schaap[i][j].LATI < geit[r+1][s].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r+1][s].KNMI_LATI && schaap[i][j].LATI > geit[r+1][s+1].KNMI_LATI) ||
(schaap[i][j].LATI < geit[r][s+1].KNMI_LATI && schaap[i][j].LATI > geit[r+1][s+1].KNMI_LATI)){
schaap[i][j].KNMI_X = s; //kolom
schaap[i][j].KNMI_Y = r; //rij
found = true; // So we can break out of the outer loop as well.
break;
}
else{
continue;
}
}
else{
continue;
}