int main() {
int cmd;
double v = 0.0;
while (true) {
cout << "Velg et program:" << endl;
cout << "0) Avslutt" << endl;
cout << "1) Manuell simulering" << endl;
cout << "2) Optimal vinkel" << endl;
cout << "3) Skyt på blink" << endl;
cout << "Valg: ";
cin >> cmd;
cout << endl;
switch(cmd) {
case 0:
return 0;
break;
case 1:
simulate();
break;
case 2:
cout << "Optimal vinkel" << endl << "Hastighet: ";
cin >> v;
optimalAngleForMaxDistance(v);
break;
case 3:
playTargetPractice();
break;
}
}
return 0;
}
void testCannonball()
{
const double feilmargin = 0.0001;
//AcclX
assert(avvik(0.0,
acclX()) < feilmargin);
//AcclY
assert(avvik(-9.81,
acclY()) < feilmargin);
//velX
assert(avvik(50.0,
velX(50.0, 0)) < feilmargin);
assert(avvik(50.0,
velX(50.0, 2.5)) < feilmargin);
assert(avvik(50.0,
velX(50.0, 5.0)) < feilmargin);
//velY
assert(avvik(25.0,
velY(25.0, 0)) < feilmargin);
assert(avvik(0.475,
velY(25.0, 2.5)) < feilmargin);
assert(avvik(-24.05,
velY(25.0, 5.0)) < feilmargin);
//velIntY
assert(avvik(25.0,
velIntY(25.0, 0)) < feilmargin);
assert(avvik(0.475,
velIntY(25.0, 2.5)) < feilmargin);
assert(avvik(-24.05,
velIntY(25.0, 5.0)) < feilmargin);
//posX
assert(avvik(0.0,
posX(50.0, 0)) < feilmargin);
assert(avvik(125.0,
posX(50.0, 2.5)) < feilmargin);
assert(avvik(250.0,
posX(50.0, 5.0)) < feilmargin);
//posIntX
assert(avvik(0.0,
posIntX(50.0, 0)) < feilmargin);
assert(avvik(125.0,
posIntX(50.0, 2.5)) < feilmargin);
assert(avvik(250.0,
posIntX(50.0, 5.0)) < feilmargin);
//posY
assert(avvik(0.0,
posY(25.0, 0)) < feilmargin);
assert(avvik(31.84,
posY(25.0, 2.5)) < feilmargin);
assert(avvik(2.375,
posY(25.0, 5.0)) < feilmargin);
//posIntY
assert(avvik(0.0,
posIntY(25.0, 0)) < feilmargin);
assert(avvik(31.84,
posIntY(25.0, 2.5)) < feilmargin);
assert(avvik(2.375,
posIntY(25.0, 5.0)) < feilmargin);
//flightTime
assert(avvik(2.03874,
flightTime(10.0)) < feilmargin);
//getVelocityX
assert(avvik(7.071067812, getVelocityX(
asin(1) / 2, 10.0
)) < feilmargin);
//getVelocityY
assert(avvik(7.071067812, getVelocityY(
asin(1) / 2, 10.0
)) < feilmargin);
//getDistanceTraveled
assert(avvik(20.3874, getDistanceTraveled(
10.0, 10.0
)) < feilmargin);
//optimalAngleForMaxDistance
assert(avvik(0.7853981634, optimalAngleForMaxDistance(
10.0
)) < feilmargin);
//getDistanceTraveled
assert(avvik(-0.3874, targetPractice(
20.0, 10.0, 10.0
)) < feilmargin);
}
