Does anyone have a license for Adobe Illustrator ? and, is willing to do some editing

[Anobium]

I found this chart by Eric Lengyel. He has given me permission to update for Great Cow BASIC.

As you can the chart is very useful.

I want to edit the Floating Point Section with the GCB variable types, and, the republish.

So, got a license for Adobe Illustrator ? and, are you do some editing

[Anobium]

[Chris Roper]

I don't have illustrator but I do have other tools that could do the job.
What format is the file in?
(edit: I see it attached as PDF)

I will certainly give it a go if you send the original and the changes you need.
We are losing power here in a few minuets but I will have a go at it in the morning.

[Anobium]

Thank you,

PDF format.

---

Here is some example code to go with the document.

#Chip 16F877a,20
#option Explicit

dim Bytevar1, Bytevar2 as Byte
dim Bitvar1, Bitvar2, Bitresult as Bit

'Setup LCD Parameters
#DEFINE LCD_IO 4
#DEFINE LCD_NO_RW
'FAST IS OK ON 16f877a
#DEFINE LCD_SPEED FAST

'Change as necessary
#DEFINE LCD_RS PortB.4
#DEFINE LCD_Enable PortB.5
#DEFINE LCD_DB4 PortB.0
#DEFINE LCD_DB5 PortB.1
#DEFINE LCD_DB6 PortB.2
#DEFINE LCD_DB7 PortB.3

CLS
Bitvar1 = 1
Bitresult = NOT Bitvar1
Bitvar2 = NOT Bitvar1
Print "NOT "
Print Bitresult
Locate 1,0
Print "NOT "
Print Bitvar2
wait 4 s

CLS
Bitvar1 = 0
Bitvar2 = 0
Bitresult = Bitvar1 AND Bitvar2
Locate 0,0
Print "AND "
Print Bitresult

Bitvar1 = 0
Bitvar2 = 1
Bitresult = Bitvar1 AND Bitvar2
Locate 1,0
Print "AND "
Print Bitresult

wait 4 s

CLS
Bitvar1 = 1
Bitvar2 = 0
Bitresult = Bitvar1 AND Bitvar2
Locate 0,0
Print "AND "
Print Bitresult

Bitvar1 = 1
Bitvar2 = 1
Bitresult = Bitvar1 AND Bitvar2
Locate 1,0
Print "AND "
Print Bitresult

CLS
Bytevar1 = 0b01100111
Print BytetoBin(Bytevar1)
Bytevar1 = NOT Bytevar1 & ( Bytevar1 + 1 )
locate 1,0
Print BytetoBin(Bytevar1)

[Chris Roper]

Not seeing the relevance of that code to the Chart or the Floating Point Section.
we can chat in the morning.

[Anobium]

Yes, of course. You are correct.

That is relevant to BIT MANIPLUATION section.