KO
|
EN
gitlite — search
Search
#typescript
#ai-agents
#ai
#dsh-plugin
#deepseek-harness
#open-source
#cli
#claude-code
#codex
#developer-tools
#react
#windows
gopherdance
★ 101
Open GitHub ↗
some dancing gophers in your terminal
Download README (.md)
Explore Similar Repositories
go-distsys
:
Distributed Systems programming examples in the Go programming language.
GraphQL.Tools
:
GraphQL.Tools is a GraphQL to C# compiler (code-generator) which turns your GraphQL schema into a set of C# classes, interfaces, and enums.
pugpdf
:
WkHtmlToPdf .net core wrapper
simple-dark
:
a simple dark grayscale theme for many editors!
spiffe-vault
:
Integrates Spiffe and Vault to have secretless authentication
// repository documentation
Was this content helpful?
★ 0
(0 ratings)
Select Rating:
★
★
★
★
★
Submit Feedback
Recent Feedback
×
Download README
Do you want to download the
README.md
file for
gopherdance
?
Download (.md)
# gopherdance some dancing gophers in your terminal, my followup to ..  heres how I make these files.. find a nice image, or animated gif that you want to use in your terminal. download and compile pixterm --> https://github.com/eliukblau/pixterm then find your image, split it into the individual frames (gif2jpeg or whatever tool you want to use) use pixterm to display a frame in your terminal... where frame.jpg is on of your image frames such as: ```./pixterm -s 2 -tc 25 -tr 25 frame.jpg``` if it looks good, run ```./pixterm -go -s 2 -tc 25 -tr 25 frame1.jpg >> frames.go``` ```./pixterm -go -s 2 -tc 25 -tr 25 frame2.jpg >> frames.go``` .. run the command for each frame in your animation, it saves it all in the frames.go file.. the frames.go file, convert the fmt.Printf("") statements to a string array, use your text editors column edit function (shift + right click in sublime) to easily edit the file into this format: ``` var animationFrames = []string { "", "", "", } ``` replace the "" with the ansi-escaped Printf strings that pixterm generates.. you should now have a string array of each animation frame. To figure out your individual frame sizes.. use a helper function such as ``` func drawFrameIndex() { for i,v := range animationFrames { fmt.Printf("%d %v",i,v) } } ``` Then run it and it will print out all the frames, with the index values.. figure out the start/end ranges of each frame (I do it by hand but I suppose you could do it programmatically).. as for the rest.. check out the code to see how it draws the frames based on the counters. It just does a lookup on the initial index and adds the frame length, and draws it at the l,c (line,column or x,y) on the terminal.
