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--- tamiwiki:projects:drawbot [2025/10/19 22:51] – yair
+++ tamiwiki:projects:drawbot [2025/12/16 10:11] (current) – yair
@@ Line 1: / Line 1: @@
-<code>
+====== DRAWBOT ======
+there are three repos needed to get this going
+  * GRBL [[https://git.telavivmakers.space/yair/grbl|git]] - the firmware running on the arduino+grbl shield
+  * drawbot_LY [[https://git.telavivmakers.space/yair/drawbot_LY|git]] - the Inkscape extension that converts vector to gcode
+  * Universal gcode sender- this [[https://universalgcodesender.com/|java app]] loads the gcode above and sends the gcode commands one by one to the Arduino over serial.
+the above fork of GRBL has been adapted to make servo handling easier (check commits). \\
+there are also EEPROM kept states that need to be adapted to our machine. \\
+  - enabling of homing sequence (the [[https://he.aliexpress.com/item/1005005888174412.html|machine]] did not come with limit switches)
+  - adapting the number of steps per millimeter for x/y
+  - keeping steppers motorized ''$1=255'' (thanks paul)
+the drawbot Inkscape extension also got some love, with a few fixes. notably, disregarding hidden layers, addition of x/y offset control.
+{{tamiwiki:projects:video_2025-12-16_12-08-06.mp4 }}
+{{tamiwiki:projects:photo_2025-12-16_00-37-06.jpg?700}}
+==== links and more info ====
+  * https://sameer.github.io/svg2gcode/
+  * https://www.generativehut.com/post/ly-drawbot-a-70-pen-plotter
+  * https://hannahilea.com/blog/ly-drawbot-setup/#fn4
+  * https://he.aliexpress.com/item/1005005888174412.html
+==== llm lols ====
+{{tamiwiki:projects:tami_draw.gcode}}<code>
 cat drawbot_skeleton.gcode | llm -m openrouter/anthropic/claude-3.7-sonnet -x - | tee drawbot_claude37.gcode
 </code>
+{{:tamiwiki:projects:pxl_20251019_225657827.jpg?400|}}
+{{tamiwiki:projects:drawbot_skeleton.gcode}}
 <code>
+; drawbot_skeleton.gcode
 ;extend the following gcode to draw an orthographic view of a rubic cube
 ; speed is F2200
@@ Line 19: / Line 49: @@
 </code>
+we came a long way
-old
 <code>
-cat drawbot_skeleton.gcode | llm -s "extend this gcode to draw a rubic cube in esometric view , top left.
+cat drawbot_skeleton.gcode | llm -m 3.5 -x - | tee drawbot_gpt35-turbo.gcode
-> " -
-To draw a Rubik's Cube in an isometric view, you will need a series of G-code commands that move the pen in a specific pattern to represent the cube's edges and faces. The Rubik's Cube consists of 27 smaller cubes arranged in a 3x3x3 grid. Here is an extended G-code example to create an isometric view of a Rubik's Cube, starting in the upper left.
-This code assumes that you'll be using a pen plotter or similar device and will draw on a 2D plane that represents the cube in isometric perspective.
+G1 X0 Y0 F2200 ; Move to starting position
+G1 X60 Y0 ; Draw first square of the rubic cube
-```gcode
+G1 X0 Y60 ; Draw second square of the rubic cube
-G21 ; Set units to millimeters
+G1 X60 Y60 ; Draw third square of the rubic cube
-G90 ; Set to absolute positioning
+G1 X60 Y20 ; Draw fourth square of the rubic cube
+G1 X60 Y40 ; Draw fifth square of the rubic cube
+G1 X20 Y60 ; Draw sixth square of the rubic cube
+G1 X40 Y60 ; Draw seventh square of the rubic cube
+G1 X20 Y0 ; Draw eighth square of the rubic cube
+G1 X40 Y0 ; Draw ninth square of the rubic cube
 M5 ; Pen up
-G4 P1 ; Wait 1 second after pen up
+G4 P1 ; Wait 1 second
-M3 S1000 ; Pen down
+M2 ; End of program
-G0 F2200 ; Set movement speed
-; Move to start position for the isometric view
+</code>
-G0 X40 Y40 ; Move to the starting point
-; Draw the front face of the Rubik's Cube
-G1 X60 Y60 ; Move to front right corner
-G1 X40 Y80 ; Move to top left corner
-G1 X20 Y60 ; Move to front left corner
-G1 X20 Y40 ; Move to bottom left corner
-G1 X40 Y20 ; Move to bottom right corner
-G1 X60 Y40 ; Move to front right corner
-G1 X40 Y40 ; Move to starting point
-; Draw the middle layer of the Rubik's Cube (slightly above the first face)
-G0 X50 Y50 ; Move to the middle layer starting point
-G1 X70 Y70 ; Move to front right corner
-G1 X50 Y90 ; Move to top left corner
-G1 X30 Y70 ; Move to front left corner
-G1 X30 Y50 ; Move to bottom left corner
-G1 X50 Y30 ; Move to bottom right corner
-G1 X70 Y50 ; Move to front right corner
-G1 X50 Y50 ; Move to starting point
-; Draw the back face of the Rubik's Cube (further back)
-G0 X60 Y60 ; Move to the back face starting position
-G1 X80 Y80 ; Move to back right corner
-G1 X60 Y100 ; Move to top right corner
-G1 X40 Y80 ; Move to back left corner
-G1 X40 Y60 ; Move to bottom left corner
-G1 X60 Y40 ; Move to bottom right corner
-G1 X80 Y60 ; Move to back right corner
-G1 X60 Y60 ; Move to starting point
-; Draw the edges connecting layers (create depth effect)
-G1 X50 Y50 ; Move to middle layer starting point
-G1 X40 Y40 ; Draw edge to bottom layer
-G1 X40 Y80 ; Draw edge to top layer
-G1 X30 Y50 ; Draw edge to furthest left layer
-G1 X50 Y50 ; Return to middle layer starting point
-G1 X60 Y60 ; Draw edge to back layer
-G1 X45 Y55 ; Draw slightly towards the bottom right to create depth
-M5 ; Pen up again to end drawing
-G4 P1 ; Wait 1 second after pen up
-```
-### Notes:
-. The coordinates (`X`, `Y`) should be adjusted based on the actual size of your drawing area and the desired size of the Rubik's Cube.
-. This code assumes a basic movement sequence and will plot an isometric view of the cube, but it may require further refinement or more details depending on your exact plotting capabilities and requirements.
-. Adjust the `G0` and `G1` speeds according to your plotter's performance and necessary drawing speed for better clarity.
-. The colors of different squares cannot be represented in G-code directly; thus, this drawing is simplified. Additional coding would be needed if you were using different pen colors to represent different cube colors.
-</code>

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