//------------------------------------------------
void TravelingCam::setup(ofVec3f meshOffset) {
parameters.setName("Traveling Cam");
parameters.add(speed.set("Cam Speed", 0.001, 0, 0.1));
parameters.add(rampTime.set("Start/Stop ramp", 500, 0, 5000));
parameters.add(altura.set("altura camara", 0, -100, 100 ));
resolucionCurvas.addListener(this, &TravelingCam::curveResChanged);
parameters.add(resolucionCurvas.set("resolucion Curvas", 20, 2, 130));
parameters.add(xenoFactor.set("xenoFactor", 0.5,0,1));
this->meshOffset = meshOffset;
ofFile f(DEFAULT_PATH);
if (f.exists()) {
pathSaveLoad::loadPolylineVertices(DEFAULT_PATH, path, meshOffset, resolucionCurvas);
}
xenoFactor = 0.5;
xenoPos.set(ofGetWidth()/2, ofGetHeight()/2);
enableMouseInput();
slowdownDist = speed*rampTime;
heightMult =1;
}
//----------------------------------------
ofEasyCam::ofEasyCam(){
lastTap = 0;
lastDistance = 0;
drag = 0.9f;
sensitivityRot = 1.0f;//when 1 moving the mouse from one side to the other of the arcball (min(viewport.width, viewport.height)) will rotate 180degrees. when .5, 90 degrees.
sensitivityXY = .5;
sensitivityZ= .7;
bDistanceSet = false;
bMouseInputEnabled = false;
bDoRotate = false;
bApplyInertia =false;
bDoTranslate = false;
bInsideArcball = true;
bValidClick = false;
bEnableMouseMiddleButton = true;
bAutoDistance = true;
doTranslationKey = 'm';
reset();
enableMouseInput();
// <>< # Added extra boolean for disable Rotation function. By default its on (true)
bRotation = true;
}
//------------------------------------------------
void TravelingCam::stop() {
if (bStarted) {
ofRemoveListener(ofEvents().update, this, &TravelingCam::update);
enableMouseInput(false);
bStarted = false;
}
}
//----------------------------------------
void ofEasyCam::setEvents(ofCoreEvents & _events){
// If en/disableMouseInput were called within ofApp::setup(),
// bMouseInputEnabled will tell us about whether the camera
// mouse input needs to be initialised as enabled or disabled.
// we will still set `events`, so that subsequent enabling
// and disabling can work.
// we need a temporary copy of bMouseInputEnabled, since it will
// get changed by disableMouseInput as a side-effect.
bool wasMouseInputEnabled = bMouseInputEnabled || !events;
disableMouseInput();
events = &_events;
if (wasMouseInputEnabled) {
// note: this will set bMouseInputEnabled to true as a side-effect.
enableMouseInput();
}
bEventsSet = true;
}
//----------------------------------------
ofEasyCam::ofEasyCam(){
lastTap = 0;
lastDistance = 0;
drag = 0.9f;
sensitivityRot = 1.0f;//when 1 moving the mouse from one side to the other of the arcball (min(viewport.width, viewport.height)) will rotate 180degrees. when .5, 90 degrees.
sensitivityXY = .5f;
sensitivityZ= .7f;
bDistanceSet = false;
bMouseInputEnabled = false;
bDoRotate = false;
bApplyInertia =false;
bDoTranslate = false;
bDoScrollZoom = false;
bInsideArcball = true;
bEnableMouseMiddleButton = true;
bAutoDistance = true;
doTranslationKey = 'm';
reset();
enableMouseInput();
}
//----------------------------------------
ofx2DCam::ofx2DCam(){
setLookAt(OFX2DCAM_FRONT);
lastTap = 0;
bApplyInertia =false;
bDoTranslate = false;
bDistanceSet = false;
bDoScale = false;
reset();
parameters.setName("ofx2Dcam");
parameters.add(bEnableMouse.set("Enable Mouse Input", false));
parameters.add(dragSensitivity.set("Drag Sensitivity", 1, 0, 3));
parameters.add(scrollSensitivity.set("Scroll Sensitivity", 10, 0, 30));
parameters.add(drag.set("Drag", 0.9, 0, 1));
parameters.add(farClip.set("Far Clip", 2000, 5000, 10000));
parameters.add(nearClip.set("Near Clip", -1000, -5000, 10000));
bEnableMouse.addListener(this, &ofx2DCam::enableMouseInputCB);
enableMouseInput();
}
//----------------------------------------
ofEasyCamExt::ofEasyCamExt()
{
lastTap = 0;
lastDistance = 0;
drag = 0.9f;
sensitivityRot = 0.01f; //when 1 moving the mouse from one side to the other of the arcball (min(viewport.width, viewport.height)) will rotate 180degrees. when .5, 90 degrees.
sensitivityXY = 0.5;
sensitivityZ = 0.01;
bDistanceSet = false;
bMouseInputEnabled = false;
bDoRotate = false;
bApplyInertia =false;
bDoTranslate = false;
bInsideArcball = true;
bValidClick = false;
bEnableMouseMiddleButton = true;
bAutoDistance = true;
doTranslationKey = 'a';
doDollyKey = 'z';
dollyForwardKey = 0;
dollyBackwardKey = 0;
easeType = EasingEquations::EASE_LINEAR;
isDoingMove = false;
dollyImpulseAmount = 0.01f;
maxDollyImpulseSpeed = 1.0f;
reset();
enableMouseInput();
}
//----------------------------------------
ofEasyFingerCam::ofEasyFingerCam()
{
selectedPlane = new AxisPlane();
drag = 0.1f;
zoomSpeed = 2.0f;
bMouseInputEnabled = false;
bFingerInputEnabled = false;
mousePosViewPrev.set(0, 0);
lastFrame = 0;
bDistanceSet = false;
lastDistance = 0;
distanceScaleVelocity = 0;
fingers = std::vector<Finger *>();
target.setPosition(0, 0, 0);
zooming = true;
reset();
setParent(target);
prevDistance = 0;
ofVec3f center = ofVec3f(0.0f, 0.0f, 0.0f);
ofVec3f normal = ofVec3f(0.0f, 1.0f, 0.0f).normalize();
ofVec2f scale = ofVec2f(1.0f, 1.0f);
enableMouseInput();
enableFingerInput();
}
void ofEasyCam::setEvents(ofCoreEvents & _events){
disableMouseInput();
bEventsSet = true;
events = &_events;
enableMouseInput();
}
//----------------------------------------
void ofx2DCam::disableMouseInput(){
enableMouseInput(false);
}
//----------------------------------------
void ofx2DCam::enableMouseInputCB(bool &e){
enableMouseInput(e);
}
