Embed Size (px)
DESCRIPTION
Derived from ’Make your own “Flappy Bird” game in 10 minutes‘ originally published by Tom, it has been expanded into a full-featured game, by reverse-engineering the Flapping Bird template that ships with Construct 2, explaining how it was really made. * Original Tutorial: https://www.scirra.com/tutorials/857/flappy-birds-clone-in-10-minutes * Tom from Scirra: https://www.scirra.com/users/tom
Citation preview
By Shahed ChowdhuriSr. Technical Evangelist
Construct 2 Game Development: Flapping BirdWindows 8 Windows Phone 8 Web Mobile … and more!
@shahedC
WakeUpAndCode.com
Getting Started
Getting Started: Step 2
Run it!
Getting Started: Step 3
ClickFile New
Getting Started: Step 4
Filter
ScrollUpOrDown
Open!
Getting Started: Step 5Toolbar Projects/Layers
ObjectsLayoutProperties
Tabs for Layouts & Event Sheets
Getting Started: Step 6
ClickFile Save
Getting Started: Step 7
Save!
EnterFile name
Getting Started: Done!
Prepare Your Layouts
Prepare Your Layouts: Step 1
Right-Click to Rename Layout
Prepare Your Layouts: Step 2
Enter “Start”
Prepare Your Layouts: Step 3
Right-click Layouts folderto Add layout
Prepare Your Layouts: Step 4
Add event sheet
Prepare Your Layouts: Step 5
Right-Click new Layout
to Rename it
Prepare Your Layouts: Step 6
Enter “Game”
Prepare Your Layouts: Step 7
Change Layout Sizefor the “Game” LayerLayout Size:• Width: 400• Height: 500
Prepare Your Layouts: Step 8
Change Layout Sizefor the “Start” LayerLayout Size:• Width: 400• Height: 500
Prepare Your Layouts: Step 9
Select project
Prepare Your Layouts: Step 10
Update projectpropertiesWindow Size:• Width: 400• Height: 500
Fullscreen in browser: Off
Prepare Your Layouts: Done!
Add Play Button
Add Play Button: Step 1
Go to “Start” screen
Add Play Button: Step 2
Right-click, thenInsert New Object
Add Play Button: Step 3
Select “Button”
Click “Insert”
Add Play Button: Step 4
Click anywhere
Add Play Button: Step 5
Update the Text
Add Play Button: Step 6
Enter “Play”
Add Play Button: Done!
Add Button Event
Add Button Event: Step 1
Go to “Event sheet 1” for “Start” layout
Add Button Event: Step 2
Click “Add event”
Add Button Event: Step 3
Select “Button”
Click “Next”
Add Button Event: Step 4
Select “On clicked”
Click “Done”
Add Button Event: Step 5
Click “Add action”
Add Button Event: Step 6
Select “System”
Click “Next”
Add Button Event: Step 7
Select “Go to layout”
Click “Next”
Add Button Event: Step 8
Click “Done”
Add Button Event: Done!
Add Game Graphics
Add Game Graphics: Step 1
Go to the “Game”
layout
Add Game Graphics: Step 2
Drag in these 4 imagesimage one by one
Add Game Graphics: Step 3
Arrange them like this.
Add Game Graphics: Step 4
Top-left
outsideNear leftedge
Add Game Graphics: Done!
Add Tiled Background
Add Tiled Background: Step 1
Right-clickthen
Insert newobject
Add Tiled Background: Step 2
Select“Tiled
Background”
Click “Insert”
Add Tiled Background: Step 3
Clicknearthe
bottom
Add Tiled Background: Step 4
Load an image
Add Tiled Background: Step 5
Click “Open”
Select“floor.png”
Add Tiled Background: Step 6
Close popup
Add Tiled Background: Step 7
Drag to lower left
Size• Width: 1000• Height: 28
Add Tiled Background: Done!
Add Floor
Add Floor: Step 1
Right-clickagainthen
Insert newobject
Add Floor: Step 2
Select“Tiled
Background”
Click “Insert”
Add Floor: Step 3
Clickaboveground
Add Floor: Step 4
Load an image
Add Floor: Step 5
Click “Open”
Select“floor2.png”
Add Floor: Step 6
Close popup
Add Floor: Step 7
Drag above ground
Size• Width: 1000• Height: 19
Add Floor: Done!
Add Movement
Add Movement: Step 1
Selectthe bird
Add Movement: Step 2
ClickBehaviors
Add Movement: Step 3
Click to“Add new”
Add Movement: Step 4
Select“Platform”
Click “Add”
Add Movement: Step 5
Close popup
Add Movement: Step 6
ReduceMax Speed
to 0 (prevents left-right
movement)
Add Globals
Add Globals: Step 1
Double-click“Event sheet 2”
Add Globals: Step 2
Right-click, then“Add global variable”
Add Globals: Step 3Add New Global Variable 3 times
• Name: SECONDSPEROBSTACLE• Type: Number• Initial Value: 1• Constant: [checked]
• Name: JUMPSTRENGTH• Type: Number• Initial Value: 500• Constant: [checked]
• Name: SCROLLSPEED• Type: Number• Initial Value: 300• Constant: [checked]
Add Globals: Step 4Also, add another global variable for Score
• Name: Score• Type: Number• Initial Value: 0• Constant: [NOT checked]
Add Globals: Done!
Add Touch Support
Add Touch Support: Step 1
Right-clickthen
Insert new object
Add Touch Support: Step 2
Select“Touch”
Click “Insert”
Add Touch Support: Step 3
Verifythat
“Touch” has been
added
Add Touch Input
Add Touch Input: Step 1
Stay on“Event sheet 2”
Add Touch Input: Step 2
Click “Add event”
Add Touch Input: Step 3
Select“Touch”
Click “Next”
Add Touch Input: Step 4
Select“On any
touch start”
Click “Done”
Add Touch Input: Step 5
Click “Add action”
Add Touch Input: Step 6
Select “bird”
Click “Next”
Add Touch Input: Step 7
Select “Set vector Y”
Click “Next”
Add Touch Input: Step 8
Click “Done”
Enter:• Vector Y: -JUMPSTRENGTH
Add Touch Input: Step 9
Click “Add action”
Add Touch Input: Step 10
Select “bird”
Click “Next”
Add Touch Input: Step 11
Select “Set angle”
Click “Next”
Add Touch Input: Step 12
Click “Done”
Enter:• Angle: 320
Add Touch Input: Done!
Rotate Bird
Rotate Bird: Step 1
Click “Add event”
Rotate Bird: Step 2
Select“System”
Click “Next”
Rotate Bird: Step 3
Select“Every tick”
Click “Done”
Rotate Bird: Step 4
Click “Add action”
Rotate Bird: Step 5
Select “bird”
Click “Next”
Rotate Bird: Step 6
Select “Rotate
clockwise”
Click “Next”
Rotate Bird: Step 7
Click “Done”
Enter:• Degrees: 60 * dt
(dt means delta time)
Rotate Bird: Done!
Add Collisions
Add Collisions: Step 1
Click “Add event”
Add Collisions: Step 2
Select“bird”
Click “Next”
Add Collisions: Step 3
Select“Is overlapping another object”
Click “Next”
Add Collisions: Step 4
<click to choose>
Add Collisions: Step 5
Select“TiledBackground2”
Click “OK”
Add Collisions: Step 6
Click “Done”
Add Collisions: Step 7
Click “Add action”
Add Collisions: Step 8
Select “System”
Click “Next”
Add Collisions: Step 9
Select “Go to layout”
Click “Next”
Add Collisions: Step 10
Click “Done”Select “Start” Layout
Add Collisions: Step 11…
Repeat previous steps for pipe top and bottom
Add Collisions: Done!
Enforce Boundary
Enforce Boundary: Step 1
Click “Add event”
Enforce Boundary: Step 2
Select“bird”
Click “Next”
Enforce Boundary: Step 3
Select“Is outside
layout”
Click “Done”
Enforce Boundary: Step 4
Click “Add action”
Enforce Boundary: Step 5
Select “System”
Click “Next”
Enforce Boundary: Step 6
Select “Go to layout”
Click “Next”
Enforce Boundary: Step 7
Click “Done”Select “Start” Layout
Enforce Boundary: Done!
Repeat Background
Repeat Background: Step 1
Click “Add event”
Repeat Background: Step 2
Select“TiledBackground”
Click “Next”
Repeat Background: Step 3
Select“Compare X”
Click “Next”
Repeat Background: Step 4
Click “Done”Select/Enter:• Comparison: ≤ Less or Equal• X co-ordinate: -560
Repeat Background: Step 5
Click “Add action”
Repeat Background: Step 6
Select“TiledBackground”
Click “Next”
Repeat Background: Step 7
Select “Set X”
Click “Next”
Repeat Background: Step 8
Click “Done”Enter 0
Repeat Background: Step 9…
Repeat previous steps for TileBackground2,… but check for X ≤ -410
Repeat Background: Done!
Scroll Background
Scroll Background: Step 1
Click “Add event”
Scroll Background: Step 2
Select“System”
Click “Next”
Scroll Background: Step 3
Select“Every tick”
Click “Done”
Scroll Background: Step 4
Click “Add action”
Scroll Background: Step 5
Select“pipebottom”
Click “Next”
Scroll Background: Step 7
Select “Set X”
Click “Next”
Scroll Background: Step 8
Click “Done”
Enterpipebottom.X – SCROLLSPEED * dt
Scroll Background: Step 9…
Add similar actions for:pipetop, TiledBackground, TileBackground2
Scroll Background: Done!
Hint: Set X to [object].X – SCROLLSPEED * dt
Create Pipes
Create Pipes: Step 1
Click “Add event”
Create Pipes: Step 2
Select“System”
Click “Next”
Create Pipes: Step 3
Select“Every X seconds”
Click “Next”
Create Pipes: Step 4
Click “Done”
Enter:• Interval: SECONDSPEROBSTACLE
Create Pipes: Step 5
Click “Add action”
Create Pipes: Step 6
Select“System”
Click “Next”
Create Pipes: Step 7
Select “Create object”
Click “Next”
Create Pipes: Step 8
Click“Done”
Select/Enter:• Object to create: pipetop• Layer: 0• X: 440• Y: random(50, -250)
Create Pipes: Step 9…
Add similar action for pipebottom… but use Y = TopPipe.Y + 750
Create Pipes: Done!
Add Instance Variable
Add Instance Variable: Step 1
Select“pipebottom”
Add Instance Variable: Step 2
ClickInstance variables
Add Instance Variable: Step 3
Click“Add new”
Add Instance Variable: Step 4
Enter:• Name: Scored• Type: Boolean• Initial value: false• Description (optional)
Click “OK”
Add Instance Variable: Step 5
Closepopup
Add Instance Variable: Step 6
Click “Add action”
Add Instance Variable: Step 7
Select“pipebottom”
Click “Next”
Add Instance Variable: Step 8
Select “boolean”
Click “Next”
Add Instance Variable: Step 9
Click“Done”
Select• Value: False
Add Instance Variable: Done!
Add Score TextBox
Add Score TextBox: Step 1
Right-clickthen
Insertnew
object
Add Score TextBox: Step 2
Click “Insert”
Select“Text”
Add Score TextBox: Step 3
Click insideLayout to placeTextBox
Add Score TextBox: Step 3
Renameto
“ScoreText”
Add Score TextBox: Step 4
Click “Add action”in Event Sheet 2
Add Score TextBox: Step 5
Select“ScoreText”
Click “Next”
Add Score TextBox: Step 6
Select “Move to top”
Click “Done”
Add Score TextBox: Done!
Add OnStart Events
Add OnStart Events: Step 1
Click “Add event”
Add OnStart Events: Step 2
Select“System”
Click “Next”
Add OnStart Events: Step 3
Select“On start of layout”
Click “Done”
Add OnStart Events: Step 4
Click “Add action”
Add OnStart Events: Step 5
Select“ScoreText”
Click “Next”
Add OnStart Events: Step 6
Select “Set text”
Click “Next”
Add OnStart Events: Step 8
Click“Done”
Enter:• Text: 0
Add OnStart Events: Step 9…
Add more actions:• TiledBackground2: Set X to 0• TiledBackground: Set X to 0• System: Set Score to 0
Add OnStart Events: Done!
Destroy Pipes
Destroy Pipes: Step 1
Click “Add action”
Destroy Pipes: Step 2
Select“pipetop”
Click “Next”
Destroy Pipes: Step 3
Select “Destroy”
Click “Done”
Destroy Pipes: Step 4…
Add a similar action for pipebottom to Destroy it
Destroy Pipes: Done!
Initialize Bird
Initialize Bird: Step 1
Click “Add action”
Initialize Bird: Step 2
Select“bird”
Click “Next”
Initialize Bird: Step 3
Select “Set Vector Y”
Click “Next”
Initialize Bird: Step 4
Click“Done”
Enter:• Vector Y: -JUMPSTRENGTH
Initialize Bird: Step 5
Click “Add action”
Initialize Bird: Step 6
Select“bird”
Click “Next”
Initialize Bird: Step 7
Select “Set angle”
Click “Next”
Initialize Bird: Step 8
Click“Done”
Enter:• Angle: 320
Initialize Bird: Done!
Add Scoring Events
Add Scoring Events: Step 1
Click “Add event”
Add Scoring Events: Step 2
Select“pipebottom”
Click “Next”
Add Scoring Events: Step 3
Select“Compare X”
Click “Next”
Add Scoring Events: Step 4
Click “Done”
Select/Enter:• Comparison: ≤ Less or equal• X co-ordinate: Bird.X
Add Scoring Events: Step 5
Click “Add action”
Add Scoring Events: Step 6
Select“System”
Click “Next”
Add Scoring Events: Step 7
Select “Add to”
Click “Next”
Add Scoring Events: Step 8
Click“Done”
Select/Enter:• Variable: Score• Value: 1
Add Scoring Events: Step 9
Right-click, then
Add another condition (C)
Add Scoring Events: Step 10
Select“pipebottom”
Click “Next”
Add Scoring Events: Step 11
Select“Is boolean instance
Variable set”
Click “Next”
Add Scoring Events: Step 12
Click “Done”
Select:• Instance variable: Scored
Add Scoring Events: Step 13
Click “Add action”
Add Scoring Events: Step 14
Select“ScoreText”
Click “Next”
Add Scoring Events: Step 15
Select “Set text”
Click “Next”
Create Pipes: Step 16
Click“Done”
Enter:• Text: Score
Add Scoring Events: Step 17
Click “Add action”
Add Scoring Events: Step 19
Select“pipebottom”
Click “Next”
Add Scoring Events: Step 20
Select “Set boolean”
Click “Next”
Add Scoring Events: Step 16
Click“Done”
Select/Enter:• Instance variable: Scored• Value: True
Add Scoring Events: Step 17
Right-click,thenInvert
Add Scoring Events: Done!
(END of Flapping Bird tutorial)
• Derived from ‘Make your own "Flappy Bird" game in 10 minutes’ originally published by Tom• Updated with enhancements from Flappy Bird template
![Dynamics and flight control of a flapping- wing robotic ... · aerodynamics of flapping-wing flight [8,13–15]. Despite having achieved stable flight, the flapping-wing robot in](https://img.pdfslide.us/doc/110x75/5e232a06436fd7265e4f446b/dynamics-and-flight-control-of-a-flapping-wing-robotic-aerodynamics-of-flapping-wing.jpg)
