updated data_needed.MD with units and data description

.gitignore

@@ -1,3 +1 @@
-pdftotext.py
-/__pycache__
 notes

aer_standard_CV.aer

@@ -17,6 +17,7 @@ $----------------------------------------------------------------units
 {unit_type length force angle mass time conversion}
 'm_s' 1 0 0 0 -1 1000.0
 'kgpm3' -3 0 0 1 0 1e-9
+'kmh' 1 0 0 0 -1 277.78
 $-------------------------------------------------------------test_conditions
 [TEST_CONDITIONS]
 reference_velocity <kmh> = 100.0

data_needed.md

@@ -3,29 +3,29 @@
 
 ### AER STANDARD: ###
 
-    simulation parameters:
+    general parameters:
-        car speed
+        [km/h]  car speed
-        air density at the track
+        [kgpm3] air density at the track 
-        ride heights min and max (front and rear)
+        [mm]    ride heights min and ride height max, front/rear
-        drag arm height min and max (?)
 
     aero parame:
-        front and rear downforce
+        [mm]    drag arm height min and max TODO: verify what data exactly the program expects
+        [N]     front and rear downforce (X,Y,Z)
+        [N]     front and rear ride height drag (X,Y,Z)
 
 
 ### AER ADVANCED: ###
 
-    simulation parameters:
+    general parameters:
-        air density at the track
+        [kgpm3] air density at the track
-        car frontal area
+        [mm^2]  car frontal area TODO: verify unit  (mm^2 or m^2)
-        ride heights min and max (front and rear)
+        [mm]    drag arm height min and max TODO: verify what data exactly the program expects
-        drag arm height min and max (?)
 
     offset parameters:
-        speed threshold 
+        [km/h]  velocity threshold 
-        velocity offset reference
+        [km/h]  velocity offset reference
-        cz
+        CZ
-        BALANCE_Z (?)
+        BALANCE_Z TODO: verify what does it mean
         CX body/front/rear
 
     aero and dynamics parameters (body/front/rear and angles):
@@ -34,4 +34,4 @@
         roll 
         steering angle 
         front and rear ride height 
-        wind effect (angle and speed)
+        wind effect (angle [deg] and speed[km/h])