func TestGazeFromC(t *testing.T) {
_struct := gaze.GenTestStruct()
defer gaze.FreeTestStruct(_struct)
data := gaze.GazeDataFromC(_struct)
//Check timestamp
if data.Timestamp().Unix() != 1337 {
t.Errorf("Timestamp was %d, expected %d", data.Timestamp().Unix(), 1337)
}
//Check status
if data.TrackingStatus() != gaze.BothEyesTracked {
t.Errorf("TrackingStatus was %d, expected %d", data.TrackingStatus(), gaze.BothEyesTracked)
}
}
func TestRightFromC(t *testing.T) {
/* Testing
c_data.right.eye_position_from_eye_tracker_mm.x = 4.2552
c_data.right.eye_position_from_eye_tracker_mm.y = 5.5342
c_data.right.eye_position_from_eye_tracker_mm.z = 6.75342
c_data.right.eye_position_in_track_box_normalized.x = 0.35342
c_data.right.eye_position_in_track_box_normalized.y = 0.4324
c_data.right.eye_position_in_track_box_normalized.z = 0.16546
c_data.right.gaze_point_from_eye_tracker_mm.x = 0.45145
c_data.right.gaze_point_from_eye_tracker_mm.y = 35.54654
c_data.right.gaze_point_from_eye_tracker_mm.z = 2.85876
c_data.right.gaze_point_on_display_normalized.x = 0.92123
c_data.right.gaze_point_on_display_normalized.y = 0.65745
*/
_struct := gaze.GenTestStruct()
defer gaze.FreeTestStruct(_struct)
right := gaze.GazeDataFromC(_struct).Right()
epfet := right.EyePositionFromEyeTracker()
assertEqFloat64(t, epfet.X(), 4.2552, "right.EyePositionFromEyeTracker().X()")
assertEqFloat64(t, epfet.Y(), 5.5342, "right.EyePositionFromEyeTracker().X()")
assertEqFloat64(t, epfet.Z(), 6.75342, "right.EyePositionFromEyeTracker().X()")
epitb := right.EyePositionInTrackBox()
assertEqFloat64(t, epitb.X(), 0.35342, "right.EyePositionInTrackBox().X()")
assertEqFloat64(t, epitb.Y(), 0.4324, "right.EyePositionInTrackBox().X()")
assertEqFloat64(t, epitb.Z(), 0.16546, "right.EyePositionInTrackBox().X()")
gpfet := right.GazePointFromEyeTracker()
assertEqFloat64(t, gpfet.X(), 0.45145, "right.GazePointFromEyeTracker().X()")
assertEqFloat64(t, gpfet.Y(), 35.54654, "right.GazePointFromEyeTracker().X()")
assertEqFloat64(t, gpfet.Z(), 2.85876, "right.GazePointFromEyeTracker().X()")
gpod := right.GazePointOnDisplay()
assertEqFloat64(t, gpod.X(), 0.92123, "right.GazePointOnDisplay().X()")
assertEqFloat64(t, gpod.Y(), 0.65745, "right.GazePointOnDisplay().X()")
}
func TestLeftFromC(t *testing.T) {
/* Testing
c_data.left.eyePositionFromEyeTracker.x = 3.2552
c_data.left.eyePositionFromEyeTracker.y = 4.5342
c_data.left.eyePositionFromEyeTracker.z = 5.75342
c_data.left.eyePositionInTrackBox.x = 0.25342
c_data.left.eyePositionInTrackBox.y = 0.5324
c_data.left.eyePositionInTrackBox.z = 0.46546
c_data.left.gazePointFromEyeTracker.x = 0.25145
c_data.left.gazePointFromEyeTracker.y = 32.54654
c_data.left.gazePointFromEyeTracker.z = 2.75876
c_data.left.gazePointOnDisplay.x = 0.12123
c_data.left.gazePointOnDisplay.y = 0.45745
*/
_struct := gaze.GenTestStruct()
defer gaze.FreeTestStruct(_struct)
left := gaze.GazeDataFromC(_struct).Left()
epfet := left.EyePositionFromEyeTracker()
assertEqFloat64(t, epfet.X(), 3.2552, "left.EyePositionFromEyeTracker().X()")
assertEqFloat64(t, epfet.Y(), 4.5342, "left.EyePositionFromEyeTracker().X()")
assertEqFloat64(t, epfet.Z(), 5.75342, "left.EyePositionFromEyeTracker().X()")
epitb := left.EyePositionInTrackBox()
assertEqFloat64(t, epitb.X(), 0.25342, "left.EyePositionInTrackBox().X()")
assertEqFloat64(t, epitb.Y(), 0.5324, "left.EyePositionInTrackBox().X()")
assertEqFloat64(t, epitb.Z(), 0.46546, "left.EyePositionInTrackBox().X()")
gpfet := left.GazePointFromEyeTracker()
assertEqFloat64(t, gpfet.X(), 0.25145, "left.GazePointFromEyeTracker().X()")
assertEqFloat64(t, gpfet.Y(), 32.54654, "left.GazePointFromEyeTracker().X()")
assertEqFloat64(t, gpfet.Z(), 2.75876, "left.GazePointFromEyeTracker().X()")
gpod := left.GazePointOnDisplay()
assertEqFloat64(t, gpod.X(), 0.12123, "left.GazePointOnDisplay().X()")
assertEqFloat64(t, gpod.Y(), 0.45745, "left.GazePointOnDisplay().X()")
}