Make Visual Novels in Ren'Py: 2D Game Development Quickstart

Select your project, click change update gui, choose a new color scheme, regenerate image files, and update your Ren'Py project.

Explore free backgrounds and sprites for your Ren'Py visual novel on itch.io, download packs with a name-your-price option, and review royalty-free licenses for personal or commercial use with possible attribution.

Learn how to use flags and a has_studied variable to make dialogue options appear conditionally, changing Susie's sprite and NPC reactions to show that player choices matter.

Explore arithmetic and comparison operators in Python to manage a chi affinity variable, using assignment and augmented assignment, and branch game flow with if, elif, and else conditions.

Add a player name input in Ren'Py by creating a string variable playerName, prompting for input, trimming whitespace, defaulting to 'player' when empty, and displaying the name in dialogue.

This lecture introduces a reputation system by creating chiAffinity and suciAffinity variables set to zero, updating them through player choices, and planning multiple endings tied to reputation.

Create a new Ren'Py project with the default resolution for your visual novel, Tales of the Village. Drag assets into the images and music folders, preserving the folder structure.

Create a new map-screen.rpy file to host a Ren'Py screen that displays a map background, using col screen to stay visible until the player selects a location.

Create interactive map buttons in Ren’Py by using imageButtons with idle sprites and long paths, test with null action, then adjust xpose and ypose to place each button.

Create image buttons from large sprite sheets with surrounding blank space, use focus mask and hover states, connect to labeled actions on a map screen in ren'py.

Learn to use lists in Ren'Py, initialize with the default keyword, index from zero, access the last item via negative indices, and modify with append and pop.

Define Lydia the witch and Darius the warrior, and create location events in Ren'Py. Connect a map to a dispatcher and implement label-based events with Python logic that persists progress.

Create an event system for Darius triggered by house entry using DariusEvents.RPY and a house dispatcher; update image button to jump to correct label and prepare for a time system.

Implement a day-night cycle by introducing a timeOfDay variable, updating backgrounds and sprites for day, evening, and night, and resetting the cycle when sleeping.

Learn how to implement branching in Ren'Py by adding decisions, flags, and separate branch data, creating good and bad endings with Lydia as an example.

Apply music fadeout and fadein transitions in Ren'Py to create smoother audio when entering or leaving locations, adjusting durations (1.0–1.5 seconds) and experimenting with preferences for natural sound.

Create Darius story branches in Ren'Py by designing good and bad paths, adding a branch flag, updating the house dispatcher, and organizing events and labels with branching files.

Learn to create interactions between Lydia's house and Darius's house in Ren'Py using flags, labels, and minor events to trigger dialogue choices and seamless music transitions.

Add flags to track Lydia and Darius outcomes, then use if statements to trigger a good ending when neither is upset and a bad ending otherwise.

Export your Ren'Py game to PC by building distributions for Windows and Linux, producing a zip with an executable that lets you play the game.

Resize images in Gimp to match your project resolution for maps, using layer scale, breaking the chain, and scaling to remove white borders.

Master separating map locations into image button sprites for Ren'Py by using lasso and scissors select tools, refining outlines, and exporting pngs with alpha masks for large and small variants.

Learn to specify the coordinates of an image button by placing it on a separate layer, enabling the layer boundary, and using the pointer to read x and y coordinates.

Learn to transform a game image from day to night by duplicating layers and applying color temperature, hue/saturation, and color balance tweaks, with a blue-toned night result.