Samples folder synced.

5 files changed, 28 insertions, 28 deletions

diff --git a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/block.rb b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/block.rb
index db6687a..9254ee4 100644
--- a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/block.rb
+++ b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/block.rb
@@ -110,8 +110,8 @@ class Block
 
     #Find the vector that is perpendicular to the slope
     perpVect = { x: x, y: y }
-    mag  = (perpVect.x**2 + perpVect.y**2)**0.5                                 # find the magnitude of the perpVect
-    perpVect = {x: perpVect.x/(mag), y: perpVect.y/(mag)}                       # divide the perpVect by the magnitude to make it a unit vector
+    mag  = (perpVect.x**2 + perpVect.y**2)**0.5                                 # find the magniude of the perpVect
+    perpVect = {x: perpVect.x/(mag), y: perpVect.y/(mag)}                       # divide the perpVect by the magniude to make it a unit vector
 
     previousPosition = {                                                        # calculate an ESTIMATE of the previousPosition of the ball
       x:args.state.ball.center.x-args.state.ball.velocity.x,
@@ -140,7 +140,7 @@ class Block
     dampener = 0.3
     ynew *= dampener * 0.5
     
-    #If the bounce is very low, that means the ball is rolling and we don't want to dampen the X velocity
+    #If the bounce is very low, that means the ball is rolling and we don't want to dampenen the X velocity
     if ynew > -0.1
       xnew *= dampener
     end
@@ -152,7 +152,7 @@ class Block
     args.state.ball.velocity.x = -xnew
     args.state.ball.velocity.y = -ynew
 
-    #Set the position of the ball to the previous position so it doesn't warp through the block
+    #Set the position of the ball to the previous position so it doesn't warp throught the block
     args.state.ball.center.x = previousPosition.x
     args.state.ball.center.y = previousPosition.y
   end
diff --git a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/main.rb b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/main.rb
index 22d3711..f5883ad 100644
--- a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/main.rb
+++ b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/main.rb
@@ -60,7 +60,7 @@ begin :default_methods
     center = args.grid.w / 2
 
     for i in (0...5)
-      #Create a ramp of blocks. Not going to be perfect because of the float to integer conversion and anisotropic to isotropic conversion
+      #Create a ramp of blocks. Not going to be perfect because of the float to integer conversion and anisotropic to isotropic coversion
       args.state.blocks.append(Block.new((center + 100 + (i * horizontal_offset)).to_i, 100 + (vertical_offset * i) + (i * block_size), block_size, rotation))
       args.state.blocks.append(Block.new((center - 100 - (i * horizontal_offset)).to_i, 100 + (vertical_offset * i) + (i * block_size), block_size, -rotation))
     end
diff --git a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/peg.rb b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/peg.rb
index daf95ec..52045de 100644
--- a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/peg.rb
+++ b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/peg.rb
@@ -1,11 +1,11 @@
 class Peg
   def initialize(x, y, block_size)
-    @x = x                    # x coordinate of the LEFT side of the peg
-    @y = y                    # y coordinate of the RIGHT side of the peg
+    @x = x                    # x cordinate of the LEFT side of the peg
+    @y = y                    # y cordinate of the RIGHT side of the peg
     @block_size = block_size  # diameter of the peg
 
     @radius = @block_size/2.0 # radius of the peg
-    @center = {               # coordinatees of the CENTER of the peg
+    @center = {               # cordinatees of the CENTER of the peg
       x: @x+@block_size/2.0,
       y: @y+@block_size/2.0
     }
@@ -116,8 +116,8 @@ class Peg
     }
 
     perpVect = {x: pointB.x - pointA.x, y:pointB.y - pointA.y}                  # perpVect is to be VECTOR of the perpendicular tangent
-    mag  = (perpVect.x**2 + perpVect.y**2)**0.5                                 # find the magnitude of the perpVect
-    perpVect = {x: perpVect.x/(mag), y: perpVect.y/(mag)}                       # divide the perpVect by the magnitude to make it a unit vector
+    mag  = (perpVect.x**2 + perpVect.y**2)**0.5                                 # find the magniude of the perpVect
+    perpVect = {x: perpVect.x/(mag), y: perpVect.y/(mag)}                       # divide the perpVect by the magniude to make it a unit vector
     perpVect = {x: -perpVect.y, y: perpVect.x}                                  # swap the x and y and multiply by -1 to make the vector perpendicular
     args.state.display_value = perpVect
     if perpVect.y > 0                                                           #ensure perpVect points upward
@@ -130,12 +130,12 @@ class Peg
     }
 
     yInterc = pointA.y + -slope*pointA.x
-    if slope == INFINITY                                                        # the perpVect presently either points in the correct direction or it is 180 degrees off we need to correct this
+    if slope == INFINITY                                                        # the perpVect presently either points in the correct dirrection or it is 180 degrees off we need to correct this
       if previousPosition.x < pointA.x
         perpVect = {x: perpVect.x*-1, y: perpVect.y*-1}
         yInterc = -INFINITY
       end
-    elsif previousPosition.y < slope*previousPosition.x + yInterc               # check if ball is below or above the collider to determine if perpVect is - or +
+    elsif previousPosition.y < slope*previousPosition.x + yInterc               # check if ball is bellow or above the collider to determine if perpVect is - or +
       perpVect = {x: perpVect.x*-1, y: perpVect.y*-1}
     end
 
@@ -148,7 +148,7 @@ class Peg
 
     fbx = velocityMag * Math.cos(theta_ball)                                    #the x component of the ball's velocity
     fby = velocityMag * Math.sin(theta_ball)                                    #the y component of the ball's velocity
-    repelMag = getRepelMagnitude(                                               # the magnitude of the collision vector
+    repelMag = getRepelMagnitude(                                               # the magniude of the collision vector
       args,
       fbx,
       fby,
@@ -173,7 +173,7 @@ class Peg
     if args.state.ball.center.y > @center.y                                     # if the ball is above the middle of the peg we need to temporarily ignore some of the gravity
       args.state.ball.velocity.y = ynew + GRAVITY * 0.01
     else
-      args.state.ball.velocity.y = ynew - GRAVITY * 0.01                        # if the ball is below the middle of the peg we need to temporarily increase the power of the gravity
+      args.state.ball.velocity.y = ynew - GRAVITY * 0.01                        # if the ball is bellow the middle of the peg we need to temporarily increase the power of the gravity
     end
 
     args.state.ball.center.x+= args.state.ball.velocity.x                       # update the position of the ball so it never looks like the ball is intersecting the circle
diff --git a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/vector2d.rb b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/vector2d.rb
index 0b302f3..9cb1954 100644
--- a/samples/04_physics_and_collisions/08_bouncing_on_collision/app/vector2d.rb
+++ b/samples/04_physics_and_collisions/08_bouncing_on_collision/app/vector2d.rb
@@ -42,7 +42,7 @@ class Vector2d
       Vector2d.new(@x/mag, @y/mag)
     end
   
-    #TODO delete?
+    #TODO delet?
     def distABS vect
       (((vect.x-@x)**2+(vect.y-@y)**2)**0.5).abs()
     end
diff --git a/samples/04_physics_and_collisions/08_bouncing_on_collision/docs/LinearCollider.md b/samples/04_physics_and_collisions/08_bouncing_on_collision/docs/LinearCollider.md
index 41227a2..315ecf8 100644
--- a/samples/04_physics_and_collisions/08_bouncing_on_collision/docs/LinearCollider.md
+++ b/samples/04_physics_and_collisions/08_bouncing_on_collision/docs/LinearCollider.md
@@ -1,13 +1,13 @@
-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_1.png?raw=true" width="300" height="271">

-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_2.png?raw=true" width="300" height="271">

-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_3.png?raw=true" width="300" height="271">

-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_4.png?raw=true" width="634" height="72">

-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_5.png?raw=true" width="1226" height="92">

-<br/>

-<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_6.png?raw=true" width="300" height="271">

-<br/>

+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_1.png?raw=true" width="300" height="271">
+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_2.png?raw=true" width="300" height="271">
+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_3.png?raw=true" width="300" height="271">
+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_4.png?raw=true" width="634" height="72">
+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_5.png?raw=true" width="1226" height="92">
+<br/>
+<img src="https://github.com/DragonRuby/dragonruby-game-toolkit-physics/blob/master/docs/docImages/LinearCollider_6.png?raw=true" width="300" height="271">
+<br/>