bool JoystickMethod::getAction(action a) {
//menu selection:
vector2F mv=getMovementVector();
vector2F opt_move = mv*(!axis_opt_triggered);
bool to_return = false;
if (a==OPTION_UP)
to_return = opt_move.getY()<-MIN_TRIGGER_OPTION_Y;
if (a==OPTION_DOWN)
to_return = opt_move.getY()>MIN_TRIGGER_OPTION_Y;
if (a==OPTION_LEFT)
to_return = opt_move.getX()<-MIN_TRIGGER_OPTION_X;
if (a==OPTION_RIGHT)
to_return = opt_move.getX()>MIN_TRIGGER_OPTION_X;
if (a>=OPTION_UP&&a<=OPTION_RIGHT){
//reset trigger if joystick neutral:
if (mv.getMagnitude()<=MIN_TRIGGER_OPTION_Y
&&mv.getMagnitude()<=MIN_TRIGGER_OPTION_X)
axis_opt_triggered=false;
//set triggered if option moves.
//(this prevents option from repeatedly moving each frame.)
if (to_return)
axis_opt_triggered=true;
return to_return;
}
//non-menu-selection:
byte button = layout[a];
if (a==InputMethod::DASH) //dash can be held:
return inlib->getJoystickButtonDown(controller, button);
if (a==InputMethod::AIM) //aim can be held:
return inlib->getJoystickButtonDown(controller, button);
return inlib->getJoystickButtonPressed(controller, button);
}
std::pair<bool, vector2F> KeyboardMethod::getAimDir(const vector2F& prev) {
if (prev.isZero()) {
return {false,getMovementVector()};
} else {
vector2F v2f(getMovementVector());
if (v2f.isZero())
return {false,prev};
float angle = v2f.getAngleDifference(prev);
float aangle = fabs(angle);
if (aangle<0.0003)
return {false,prev};
if (aangle<0.08)
return {false,(v2f*.1 + prev*.9).normalize()};
if (aangle > PI - 0.00001)
return {false,prev};
return {true,{0,-angle/abs(angle)}};
}
}
void MovingPlatform::onUpdate(sf::Time frametime)
{
if(movementVector.x == 0 && movementVector.y == 0)
{
calculateMovementVector(frametime);
}
passedTime += frametime;
floatPosition += getMovementVector();
sprite.setPosition(int(floatPosition.x+0.5), int(floatPosition.y+0.5));
shape.setPosition(int(floatPosition.x+0.5), int(floatPosition.y+0.5));
if(passedTime > duration)
{
passedTime = sf::Time::Zero;
originalx = sprite.getPosition().x;
originaly = sprite.getPosition().y;
goalx = -goalx;
goaly = -goaly;
calculateMovementVector(frametime);
}
}
order PossessorPlayer::getOrder() {
if (getHUD() != nullptr && getHUD()->getUIState() != nullptr
&& getHUD()->getUIState()->ui_active) {
//do nothing
return order();
}
assert(player);
order o;
auto method = player->getInputMethod();
vector2F v = method->getMovementVector();
if (v.getMagnitude() > 1)
v.setMagnitude(1);
o.movement = v;
o.movement_magnitude_procuntual = true;
if (method->getAction(InputMethod::AIM)) {
o.movement=aim_dir;
o.aim=aim_dir;
o.stand_in_place=true;
} else if (!o.movement.isZero()&&!o.stand_in_place) {
aim_dir={0,0};
aiming=false;
}
if (method->getAction(InputMethod::ATTACK_0)) {
o.attack_type=0;
o.do_attack=true;
}
if (method->getAction(InputMethod::ATTACK_1)) {
o.attack_type=1;
o.do_attack=true;
}
if (method->getAction(InputMethod::ATTACK_2)) {
o.attack_type = 2;
o.do_attack = true;
}
o.do_context_sensitive = method->getAction(InputMethod::CONTEXT_SENSITIVE);
o.dash = method->getAction(InputMethod::DASH);
return o;
}
std::pair<bool, vector2F> JoystickMethod::getAimDir(const vector2F&) {
vector2F v2f = getMovementVector();
if (v2f.getMagnitude()>0.2)
return {false,v2f};
return {false,{0,0}};
}
