Roblox Create A Crop Farming System

Create a special GUI that lets you see your variables change during the game and adjusts itself as you increase or decrease the number of variables in the project.

Create a start game script that gives each player their own farm.

Begin to develop a GUI that will hover above the ground showing the player which seeds they can plant, and allow them to click on a button to plant the seed.

Create a button for each seed that the player has in their inventory.

Write some code to get all the info about a seed from the seed dictionary and place it into the plot.

Spawn the correct plant and assign it to the plot, ready to grow and harvest.

Learn to use a coroutine function that pauses the code and lets players know they need to water their crops.

Let players see the plant grow, and create a harvest for them to collect.

Finish the code that allows the player to rake, plant, grow, and harvest a crop ready for the next planting.

Start to create the User Input Script that will allow the player to move and place their plots on their farm.

Use ray casting to change the colour of anything you click on in the project.

Spawn a placeholder plot ready for the player to move into place on their farm.

In this lesson, we create a recursive loop that will cause the plot to fly at the camera! Learn why this happens and how to fix it.

Use ray cast parameters to change the behaviour of the plot as we move it around in the workspace.

Stop players colliding with other players and plots colliding with players allowing for smoother gameplay.

Players can now buy a plot, move it around on their farm, and click the mouse to place it on their farm.

Refine where players can place their plots on the farm when they buy them.

Write a function that will check players have enough gold to purchase a plot.

Allow players to complete a purchase and place the plot on their farm.

Code each farm to spawn a field of positions where players can place their plots.

Fine-tune the plots' placement, allowing us to remember precisely where players placed them on their farms.

Create a GUI that allows your players to sell their excess seeds.

Let your players buy new seeds when they have made enough gold.

Display all the seed totals in a GUI for your players to see how many they have in their inventory.

Make adjustments to the farm scripts that prevent players from interacting with each other's farms and harvests.

Test the game using two farm models and create a two-player test server in Roblox Studio.

Create a data store for each player using the data module you create.

Format your players' data so it can be saved to the data store in one table.

Save your player's data and the information contained in their farm plots.

Write a function to decode players' saved data ready to be loaded into the game.

Restore player-saved data to the game when they return.

Collect player harvests for them if they leave the game without collecting them. Create a message to let them know their crops were saved when they returned to the game.

Display a message to returning players telling them their harvests were collected, and resume growing any crops planted when they left the game.

Make adjustments to the user input script that will create mobile buttons for players using touch-enabled devices, allowing them to play the game on phones and iPads.

Create a Dummy, add a plot to the workspace, get a copy of the rake and weld to the dummy. Use the animation editor to create the rake animation.

Create a module script and an animation controller script to handle all the animations you might use in your project.

Write the code to trigger the rake animation when the player is preparing the plot on the farm.

Create an animation of the player casting seeds from their bag onto the plot when planting on the farm.

Write the code that will trigger the animation when the player clicks on a seed button when planting on the farm.

Create an animation of the player collecting water from the well using the bucket and watering the plants from the bucket.

Write the code to trigger the animation when the player is collecting water from the well and watering the plants on the farm.

Create an animation of players jumping in the air when harvesting their crops.

Write the code to trigger the animation when the player is harvesting the crops on the farm.

Necessary code checking to ensure everything is working correctly.  Add the second farm model, and test your project.