Programming Car RedNose Road
Programming Car RedNose Road APK
1.82 ․ 4 years agoFree ․ Noriaki Tsutsumi ⇣ Download APK (1.22 MB)
Programming, algorithm by a game / Stage 1 = Road / Road, Direction and Distance
What's Programming Car RedNose Road APK?
Programming Car RedNose Road is a app for Android, It's developed by Noriaki Tsutsumi author.
First released on google play in 6 years ago and latest version released in 4 years ago.
This app has 174 download times on Google play
This product is an app in Education category. More infomartion of Programming Car RedNose Road on google play
· We do not acquire personal information and user data
· Do not display advertisements
It is a programming introductory software with game feeling.
Beginners can learn the basics of algorithms.
A small red car moves as you programmed.
Can you make the red car "RedNose" goal?
"Road" is the first stage. The car runs on the road.
In "Sky", the car fly in the sky and repeats the same movement.
In "Loop", the car goes through the maze by judging the state of the road.
At the end of "Road", samples of "Sky" and "Loop" are posted.
In this stage 1 "Road"
· The sense of direction is taken care of.
Can you correctly judge the direction change to 8 direction?
· Can you tell the distance and direction so that the car does not get out of the road?
· If you make a mistake in the program, the car behaves erratically, can you find the cause?
· Can you solve it by using available tools (enlargement, tracing)?
· Can you adapt to the world of distance and direction different from reality?
· Please run 27 maps.
In stage 2 "Sky", the car fly freely in the sky. We also use a fixed number of repetitions.
In stage 3 "Loop", the car goes through the maze by judging the state of the road.
●Introduction of available instructions
〇 Instructions that can be used in the 1st stage "Road"
· Run on a road
run distance · · · · Traveling at a specified distance
run ... Go straight ahead to the end of the road
· Change turn direction
turn direction ... Change the direction to the specified direction.
You can specify 8 directions.
· Stop
stop ... Stop. Determine whether the position is a goal
○ Instructions to be added in the second stage "Sky"
· Fly in the sky
fly distance · · · fly a specified distance
fly · · · go straight and fly to where there are roads
· a fixed number of iterations
for times
processing
end
○ Instructions added in the third stage "Loop"
· Execute when if condition is satisfied
if condition
processing
end
· Execute when if condition is satisfied or when it fails
if condition
processing when condition is met
else
processing when the condition is not established
end
· Repeat while while condition is satisfied
while condition
processing to repeat when the condition is satisfied
end
● About the name Red Nose
Red beetle, red bee, red ladybug, or rather
Such a name is a small car perfect.
This red car, like a mole,
Push the nose paddle against the road and proceed while exploring the way.
Surely its nose rubbed and it must be red.
That is the impression of the developer.
From here, I named it Red Nose.
The best pose is hanging on the corner of the road when the program fails.
· Do not display advertisements
It is a programming introductory software with game feeling.
Beginners can learn the basics of algorithms.
A small red car moves as you programmed.
Can you make the red car "RedNose" goal?
"Road" is the first stage. The car runs on the road.
In "Sky", the car fly in the sky and repeats the same movement.
In "Loop", the car goes through the maze by judging the state of the road.
At the end of "Road", samples of "Sky" and "Loop" are posted.
In this stage 1 "Road"
· The sense of direction is taken care of.
Can you correctly judge the direction change to 8 direction?
· Can you tell the distance and direction so that the car does not get out of the road?
· If you make a mistake in the program, the car behaves erratically, can you find the cause?
· Can you solve it by using available tools (enlargement, tracing)?
· Can you adapt to the world of distance and direction different from reality?
· Please run 27 maps.
In stage 2 "Sky", the car fly freely in the sky. We also use a fixed number of repetitions.
In stage 3 "Loop", the car goes through the maze by judging the state of the road.
●Introduction of available instructions
〇 Instructions that can be used in the 1st stage "Road"
· Run on a road
run distance · · · · Traveling at a specified distance
run ... Go straight ahead to the end of the road
· Change turn direction
turn direction ... Change the direction to the specified direction.
You can specify 8 directions.
· Stop
stop ... Stop. Determine whether the position is a goal
○ Instructions to be added in the second stage "Sky"
· Fly in the sky
fly distance · · · fly a specified distance
fly · · · go straight and fly to where there are roads
· a fixed number of iterations
for times
processing
end
○ Instructions added in the third stage "Loop"
· Execute when if condition is satisfied
if condition
processing
end
· Execute when if condition is satisfied or when it fails
if condition
processing when condition is met
else
processing when the condition is not established
end
· Repeat while while condition is satisfied
while condition
processing to repeat when the condition is satisfied
end
● About the name Red Nose
Red beetle, red bee, red ladybug, or rather
Such a name is a small car perfect.
This red car, like a mole,
Push the nose paddle against the road and proceed while exploring the way.
Surely its nose rubbed and it must be red.
That is the impression of the developer.
From here, I named it Red Nose.
The best pose is hanging on the corner of the road when the program fails.
