changed framerate definitions in all the files so that only dt needs …

…to be chanegd

2D_Motion.py

@@ -89,7 +89,7 @@ def restart():
 # simulation loop
 
 while ball.pos.y >= ground.pos.y:
-    rate(100) # set loop to run 100 times a second
+    rate(1.0 / dt) # set loop to run 100 times a second
     keyPress(ballScene)
     #print(restart(ballScene))
 

energy.py

@@ -66,7 +66,7 @@
 
 
 while True:
-    rate(100)
+    rate(1.0 / dt)
     keyPress(scene)
     if block.pos.x < blockWidth / 2: # When block is sliding down the ramp
         # dt is such a small number that we are calculating the AROC on such a small interval that we are more or less getting instantaneous values (Calculus Application)

freefall_basic.py

@@ -75,7 +75,7 @@ def restart():
 # simulation loop
 
 while ball.pos.y >= 0:
-    rate(100) # set loop to run 100 times a second
+    rate(1.0 / dt) # set loop to run 100 times a second
 
     keyPress(ballScene)
 

freefall_complex.py

@@ -72,7 +72,7 @@ def restart():
 # simulation loop
 
 while ball.pos.y >= ground.pos.y:
-    rate(100) # set loop to run 100 times a second
+    rate(1.0 / dt) # set loop to run 100 times a second
 
     keyPress(ballScene)
 

momentum.py

@@ -71,6 +71,6 @@ def updatePos(rightInMotion, time): # takes boolean indicating which pendulum st
 
 rightInMotion = True # start with the right pendulum in motion
 while True:
-    rate(100)
+    rate(1.0 / dt)
     rightInMotion = updatePos(rightInMotion, t)
     t += dt