Mining with the Agent: Part I

8-10 yrs old

11-13 yrs old

Computer Science

Vertical Shaft mining is an excellent illustration of the Agent's utility. With simple code we can automate the heavy labor involved in mining

6

Submitted By: Philip Golden

June 21, 2018

Lesson Plan
My Notes

Print Lesson Rework Lesson

Skills

Critical Thinking
Project Based Learning

External References

Survival Island World (ideal for mining)

This mcworld is an ideal setting for the project

Student handout with graph and code

It can be useful to talk through the code with students as they are implementing it

Example Makecode Implementation

Shows additional tp and turnLeft functions that are very useful

Learning Objectives

Data Interpretation: Using the graph on the handout, student's determine what levels they wish to mine at. Simple interpretations of the graph allow student's to say 'x is found at level y', however more detailed consideration can give an idea of the relative likelihood of finding different materials
Understanding loops in coding: Both parameterized (shaft) and hard coded (mine) loops are implemented. Students can be encouraged to think about the tradeoffs between the two approaches
Conditionality in coding: The agent needs to perform actions based on his environment (is there a block in front of me). An extension could be to only collect if certain wanted materials are present
Strategic planning: Tradeoffs exist between mining at different levels at different stages. Careful planning of the use of materials can give significant rewards
Creativity: This project gives significant scope for creative decision making and the end results should be highly individualised

Guiding Ideas

Carefully plan a strategy for mining - students will likely initially need ladders (to ascend shaft), and once they have found coal they can make torches. After this stage it probably makes more sense to go deeper, and start to collect ores for crafting
Consider the shaft dimensions -how deep should it be (don't make it so deep that a fall means depth), is a 3x1 opening a reasonable choice?
Consider the mining route - the code will make the agent mine in a straight line, but is this the best thing to do? Typically ores are grouped together. Is there a pattern that would be efficient to find rare blocks?

Student Activities

Initially the world is always day. Use this to implement the code for the agent from the handout
Collect wood and craft a crafting table to make ladders
Have the agent create a vertical shaft, and line the walls with ladders
Right clicking the agent shows you what has been collected. Key first goal is to get torches, by either mining coal directly or creating charcoal from a furnace (cobblestone)
Decide how to proceed mining and what can be crafted from mined materials
Extension 1: Turn back on the day night cycle and create a simple house around the bed. Now it may also be advantageous to craft weapons and armour
Extension 2: Consider creating an underground 'base' with a crafting table etc. to remove the need to continually return to the surface
Extension 3: Are there more efficient ways to move up and down than ladders? Could we use waterfalls? How about stairs? Can the agent help us here?

Performance Expectations

Students should be able to interpret the graph on the handout and verbalise at least a basic strategy for mining
This strategy should evolve as the project progresses and could encompass:
- Stages of mining where the outcomes from previous stages (e.g. stone tools) enable new capabilities
- Physical patterns for mining that are particularly efficient
Students should manipulate the code at least at the level of choosing different parameters for mining and shafts, and potentially also to implement shaft patterns (e.g. stairs) or mining patterns
Students should be able to explain whether how conditionality (i.e. only collect certain blocks) would be implemented and whether it is useful

Skills

Critical Thinking
Project Based Learning

External References

Survival Island World (ideal for mining)

This mcworld is an ideal setting for the project

Student handout with graph and code

It can be useful to talk through the code with students as they are implementing it

Example Makecode Implementation

Shows additional tp and turnLeft functions that are very useful

Suggested Lessons

Intro to CS with MakeCode thumbnail image

Intro to CS with MakeCode

Introduction to CS with MakeCode for Minecraft

Build a Farm with Code & Math thumbnail image

Build a Farm with Code & Math

Build a farm with code by solving Math clues.

Evolving Shipwrecks thumbnail image

Evolving Shipwrecks

Build a coral reef time lapse in a Minecraft world

Build with the agent thumbnail image

Build with the agent

10 building exercizes with automatic testing

Brilliant Binary thumbnail image

Brilliant Binary

Understanding binary

Function Reefs thumbnail image

Function Reefs

Design various coral reefs with Minecraft and code

Types of Chemical Reactions thumbnail image

Types of Chemical Reactions

Demonstration of different types of reactions

The Wild Robot Escapes thumbnail image

The Wild Robot Escapes

An intro lesson for the book Wild Robot Es

Using Excel to Solve Problems thumbnail image

Using Excel to Solve Problems

Using Excel and MEE to solve real world problems

Oh Mummy! thumbnail image

Oh Mummy!

Find a way out of the arena without getting caught

My tunisian identity thumbnail image

My tunisian identity

students have learned about their identity

Blast Off thumbnail image

Blast Off

Minecraft version of classic Bomberman game

TUTORIAL REDSTONE CATALÀ thumbnail image

TUTORIAL REDSTONE CATALÀ

tutorial curs Minecraft Unviersitat de Barcelona

18 MART ÇANAKKALE ZAFERİ PROJE thumbnail image

18 MART ÇANAKKALE ZAFERİ PROJE

Tüm gemi ve cephelerde kod oluşturucusu kullandık.