Update history.txt

history.txt

@@ -12,7 +12,10 @@
 ***     Oliver Weissbarth, TU Berlin
 *************************************************************
 
-*** DEVELOPMENT STATUS *** 
+*** DEVELOPMENT STATUS ***
+
+*** v0.5.0
+- changed license to EUPL 1.2
 
 *** v0.4.0
 - this will be the last release supporting Blender < 3.8
@@ -23,7 +26,7 @@
 - bug fix in ExportMesh2HRTF.py (Tickets #13, #15, and #23 on sourcefourge)
 - fixed a bug Output2HRTF_Main.m. Now the low frequency HRTF should at 0 dB if using reciprocal simulation and if setting reference = true in Output2HRTF.m, which is auto-generated when exporting from blender.
 
-*** v0.3.1 
+*** v0.3.1
 - bug fix in NumCalc
 
 *** v0.3.0 (28.05.2019, Junaid Khan)
@@ -32,11 +35,11 @@
 - Small bugfixes in the scripts
 
 *** v0.2.0 (Fabian Brinkmann, Robert Pelzer, Piotr Majdak)
-- Mesh2Input: 
+- Mesh2Input:
   - MaterialAssignment.py: A Python script that can be loaded into Blender to center the head mesh in the coordinate system
-  - MeshCentering.py: A Python script that can be loaded into Blender to automatically assign the materials 'Skin', 'Left ear', and 'Right ear' 
+  - MeshCentering.py: A Python script that can be loaded into Blender to automatically assign the materials 'Skin', 'Left ear', and 'Right ear'
   - export_mesh2hrtf.py: Bug fix to correctly export data for calculating the left ear, right ear and both ears.
-  - EvaluationGrids (Matlab): 
+  - EvaluationGrids (Matlab):
     - Arbitrary user defined spatial grids can now be generated (see the code in demo.m)
 	- 'User' in 'Mesh2Input/Data/Evaluation Grids' renamed to 'Custom' because 'User' is a reserved variable in Blender/Python
     - Evaluation grids can be plotted with the Matlab code
@@ -45,11 +48,11 @@
   - Output2HRTF_Main.m: Added optional referencing of HRTFs if calculated reciprocally to achieve that the low frequency magnitude of the HRTFs is 0 dB. This is done by dividing the complex pressure by the area of the ear elements (radiating element), compensating for the velocity of the radiating element, and by a division of the complex pressure with the pressure of a point source in the origin of coordinates. (export_mesh2hrtf.py writes the area of the radiating elements, and the flag for referencing to Output2HRTF.m)
   - Output2HRTF_Main.m: Big fix to correctly export SOFA files with data for the left ear, right ear, and both ears.
 - Mesh-grading tool moved to Mesh2Input
-  
+
 *** v0.1.3 (1.6.2018, Wolfgang Kreuzer, Harald Ziegelwanger, Piotr Majdak)
 - mesh-grading plugin for Open Flipper added
 - Output: various bug fixes
-- Output: Paraview scripts added 
+- Output: Paraview scripts added
 - NumCalc: Dissolve tiny clusters and add their elements to next bigger cluster. This seems to enhance the stability of the MLFMM.
 
 *** v1.0.2 (18.6.2016, Harald Ziegelwanger)