bpy.data.scenes[
"Scene"].render.filepath = '/home/blahoslav/Documents/BlenderDatasetPreparation/cube_%d.png' % number_of_image
bpy.ops.render.render(write_still=True)
imageNames.append("cube_" + str(number_of_image) + ".png")
e1 = ImageCoordinateConvertor.getWorldVectorCoordinateOfObjectOnScene(
'point_x')
print("abcd")
p1 = P * e1
p1 /= p1[2]
pointXCoordinates.append(p1)
e2 = ImageCoordinateConvertor.getWorldVectorCoordinateOfObjectOnScene(
'point_y')
p2 = P * e2
p2 /= p2[2]
pointYCoordinates.append(p2)
e3 = ImageCoordinateConvertor.getWorldVectorCoordinateOfObjectOnScene(
'point_z')
p3 = P * e3
p3 /= p3[2]
pointZCoordinates.append(p3)
e4 = ImageCoordinateConvertor.getWorldVectorCoordinateOfObjectOnScene(
'cube_1')
p4 = P * e4
p4 /= p4[2]
pointOCoordinates.append(p4)
writer = FileWriter("/home/blahoslav/Documents/BlenderDatasetPreparation")
writer.WriteMetadataIntoFile(imageNames, pointOCoordinates, pointXCoordinates,
pointYCoordinates, pointZCoordinates)
# bpy.data.scenes["Scene"].render.filepath = '/home/user/VR/vr_shot_%d.jpg' % number_of_images
