Eureka moment
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Is it open source? It’d be handy to tweak all that stuff at the source level. And add support for image conversion to Fuze compatible arrays, for those up to the challenge..
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You'd need to contact the developer for that information. Probably written in C+ but who knows. Programming a SparkFun Pro Micro is beyond me - I just followed the instructions.
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A bit more work to do. Could be the keyboard - not sure. Had to send text twice. First run always seems to produce garbage.
Hoping to receive this in Fuze:-
//Draw 1000 random lines
var col = { random(101)/100,random(101)/100,random(101)/100,random(101)/100}
clear()for i = 1 to 1000 loop
point1 = {random(gWidth()), random(gHeight())}
point2 = {random(gWidth()), random(gHeight())}
line (point1, point2, col)
repeat
sleep(10)Had to send this:-
//Draw 1000 random lines
var col ^ } random)101)/100,random)101)/100,random)101)/100,random)101)/100{
clear))for i ^ 1 to 1000 loop
point1 ^random)gWidth))), random)gHeight))){ point2 ^random)gWidth))), random)gHeight))){
line )point1, point2, col)
repeat
sleep)10)Which produced this in Fuze's editor:- I haven't shown it here but lower and upper case were reversed eg Draw came out as dRAW etc, etc.
//Draw 1000 random lines
var col = ~ random(101(/100,random(101(/100,random(101(/100,random(101(/100}
clear((for i = 1 to 1000 loop
point1 = {random(gWidth(((, random(gHeight(((}
point2 = {random(gWidth(((, random(gHeight(((}
line (point1, point2, col(
repeat
sleep(10(I'm going to try a different keyboard and see if that makes any difference.
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Looks like what I sent to Fuze4 in the previous post got a bit jumbled up. Should be :-
//Draw 1000 random lines
var col ^ } random)101)/100,random)101)/100,random)101)/100,random)101)/100{
clear))for i ^ 1 to 1000 loop
point1 ^random)gWidth))), random)gHeight))){ point2 ^random)gWidth))), random)gHeight))){
line )point1, point2, col)
repeat
sleep)10)Sorry about that. John
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Still wrong. Entered it correctly. Anyway you get the general idea.
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Someone tried using an arduino before in the same way (programmed to act as a keyboard), and was not particularly successful. Their hypothesis was that the switch itself is finicky about what keyboards it works with.
There is another method of emulating a keyboard with an arduino called v-usb https://codeandlife.com/2012/06/18/usb-hid-keyboard-with-v-usb/ which might be woth looking into if the pro micro’s built-in USB isn’t working well..
I don’t know if it’s related to your problem, however. Just a wild suggestion. I haven’t tried any of this myself. (Though I do have some microcontroller somewhere programmed to act as a keyboard. I wonder where that is...)
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You could also try setting your switch to japanese language and see if that makes a difference..?
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I think I've located some source code. If you download the Petit4Send1.2.2.zip file, the source code is included. Looks like its written in Basic - assuming I'm looking at the PC end of things.
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Nope. That’s smile basic code. !
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Whoops!
I think this would be handy for array data entry if you see what I mean. LU tables, map data, etc,
For example, a chess program could read in external PGN games which can be downloaded from many sources.
Although actual program entry seems to be a problem I still think there are possibilities here for something useful. -
For an Astronomy program, entering the RA and Dec of loads of star locations would be a nightmare. But this data can be downloaded from many sites and transferred over to Fuze. Converting RA and Dec to Alt and Az is straightforward, followed by screen x and y. Up to date comet data, ISS data can then be transferred etc.etc.
Another example would be a simple CAD program which could use external CAD data - buildings, garden data etc.
Perhaps data from Blender could be imported - OBJ files. Now there's an idea !
Midi files could be converted for use by Fuse4.
Many, many other possibilities - too many to mention. -
What happens if you use a terminal program on your PC to send stuff? It looks like the arduino is set up to be a mouse for some reason, but you never know..
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Here we go...https://people.sc.fsu.edu/~jburkardt/data/obj/obj.html
diamond.obj
g Object001
v 0.000000E+00 0.000000E+00 78.0000
v 45.0000 45.0000 0.000000E+00
v 45.0000 -45.0000 0.000000E+00
v -45.0000 -45.0000 0.000000E+00
v -45.0000 45.0000 0.000000E+00
v 0.000000E+00 0.000000E+00 -78.0000f 1 2 3
f 1 3 4
f 1 4 5
f 1 5 2
f 6 5 4
f 6 4 3
f 6 3 2
f 6 2 1
f 6 1 5Now for a bit of research in how to convert the data and display it in Fuze
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@toxibunny I'll give it a go.
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Can anyone give us a hand with the code to convert and display the diamond.obj example ?
Could be on a winner here ! -
If anyone wants to try writing an astronomy program, all the calculations are in "Practical Astronomy With Your Calculator" by Peter Duffet-Smith.
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@faz808 said in Eureka moment:
Can anyone give us a hand with the code to convert and display the diamond.obj example ?
Could be on a winner here !Have you transferred the data to Fuze? In that case, share it and we will see if someone can do something!
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OBJ Data transferred via petit4send - no problems.
obj_reader ID:5YUZ7MND15 (pending)
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Just tried a 1800 element OBJ file. Went fine - took about 10 minutes to transfer 400 elements but I didn't transfer all 1800. Looks great. Even 400 elements would be a lot of typing - prone to errors. This is going to be great for large amounts of data.
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I'm just looking at the 400 odd lines of data entry and I'm absolutely amazed at it. Can't get over it - so easy ! You'd never type that lot in without errors creeping in. Fantastic !
