added 2 RF volumes for 3D elastography

RFElasto3D/postCompressed/image00000.mhd

@@ -0,0 +1,28 @@
+NDims = 3
+DimSize = 128 7680 15 
+ElementSpacing = 1.000000 1.000000 1.000000 
+ElementType = MET_SHORT
+ElementByteOrderMSB = 0
+ElementDataFile = image00000.raw
+Comment = Availables ultrasound image types are RF_2D, RF_3D, PRESCAN_2D, PRESCAN_3D, POSTSCAN_2D and POSTSCAN_3D.
+UltrasoundImageType = RF_3D
+Comment = True if probe transducer is convex, false if linear. 
+IsTransducerConvex = 1
+Comment = Radius between the scan lines intersection and the first pixel of each line acquired. 0 if linear probe.
+TransducerRadius = 3.980000e-02
+Comment = Distance between 2 scan lines.
+ScanLinePitch = 1.067839e-02
+Comment = Frequency of the ultrasound wave sent (Hz).
+TransmitFrequency = 4500000
+Comment = Frequency used to sample the ultrasound wave received (Hz).
+SamplingFrequency = 2500000
+Comment = Probe motor type : LinearMotor, TiltingMotor (for small roatations), or RotationalMotor (for 360 deg rotation).
+MotorType = TiltingMotor
+Comment = Only in 3d. Radius between the probe motor center and the first pixel of each line acquired. 0 if linear motor.
+MotorRadius = 2.725000e-02
+Comment = Only in 3d. Distance between 2 successive frames.
+FramePitch = 2.554140e-02
+Comment = The axial resolution is the distance in meters between two successives RF-samples in a scan line.
+AxialResolution = 1.953125e-05
+Comment = The frame timestamps are expressed in ms since epoch.
+Timestamp = 391 359 328 313 281 250 219 188 172 141 109 78 63 31 0 

RFElasto3D/preCompressed/image00000.mhd

@@ -0,0 +1,28 @@
+NDims = 3
+DimSize = 128 7680 15 
+ElementSpacing = 1.000000 1.000000 1.000000 
+ElementType = MET_SHORT
+ElementByteOrderMSB = 0
+ElementDataFile = image00000.raw
+Comment = Availables ultrasound image types are RF_2D, RF_3D, PRESCAN_2D, PRESCAN_3D, POSTSCAN_2D and POSTSCAN_3D.
+UltrasoundImageType = RF_3D
+Comment = True if probe transducer is convex, false if linear. 
+IsTransducerConvex = 1
+Comment = Radius between the scan lines intersection and the first pixel of each line acquired. 0 if linear probe.
+TransducerRadius = 3.980000e-02
+Comment = Distance between 2 scan lines.
+ScanLinePitch = 1.067839e-02
+Comment = Frequency of the ultrasound wave sent (Hz).
+TransmitFrequency = 4500000
+Comment = Frequency used to sample the ultrasound wave received (Hz).
+SamplingFrequency = 2500000
+Comment = Probe motor type : LinearMotor, TiltingMotor (for small roatations), or RotationalMotor (for 360 deg rotation).
+MotorType = TiltingMotor
+Comment = Only in 3d. Radius between the probe motor center and the first pixel of each line acquired. 0 if linear motor.
+MotorRadius = 2.725000e-02
+Comment = Only in 3d. Distance between 2 successive frames.
+FramePitch = 2.554140e-02
+Comment = The axial resolution is the distance in meters between two successives RF-samples in a scan line.
+AxialResolution = 1.953125e-05
+Comment = The frame timestamps are expressed in ms since epoch.
+Timestamp = 390 359 328 297 281 250 218 187 172 140 109 78 62 31 0