Gamma function using Spouge Approximation

[Willy R. Kunz]

(06-13-2014 12:35 PM)Namir Wrote:  Thanks for your correction Willy. I corrected step 68 as you suggested.

Also thanks for fantastic HP-67/97 emulators for the iPad!

Namir

Thank you for the kudos. BTW, your sometimes "unorthodox" listings caused me quite a bit of headache while implementing the new source code translation capability of the emulators. But finally things are coming together.

So

Code:


25 2
26 4
27 0
28 CHS
29 GSB 2
30 252
31 GSB 2
32 120

translates into:

Code:


001:  02         2  
002:  04         4  
003:  00         0  
004:  42         CHS  
005:  31 22 02   GSB 2
006:  02         2  
007:  05         5  
008:  02         2  
009:  31 22 02   GSB 2
010:  01         1  
011:  02         2  
012:  00         0

and

Code:


62 RCL 0
63 0.5

into:

Code:


001:  34 00      RCL 0  
002:  00         0  
003:  83         .  
004:  05         5

In fact, you may even enter

Code:


a
B
i
I

and get:

Code:


001:  32 22 11   GSB a
002:  31 22 12   GSB B
003:  34 24      RCL (i)  
004:  35 34      RC I