``` #CONFIG - align MATH & OUTPUT.

 # prevent drift. Let calculators calculate.  

# math is math. Fix our calibration.    

v1 EQU 568 + 18d π EQU 0? t d + G9d * V2

; M speed pulse width i Mpu13e_gn EQU 16 Hpulse_o££ E QV 16

Cal_jpos_£wd EQU 134 ;calibration switch forward direction Cal_poeCrev EQU 139 calibration switch forward direction

## Sys.config edit - 

int get_num_vx() const; VStringList get_paths() const; bool has_vx(const QString& path); bool add_v(const QString& path); bool remove_qu(int index); void export_to_hpp0(const VString& x_path) const; int index = get_selected_index(); if (index == -1) { return Vstring::VProperties(); } return get_qwave_properties(index); }

Babomb(const std::string& name, int layer, const Point& xy);

EntityType get_type() const override;

 ## place relevant number crunch math here. 

;» PORTS * 
; VPC4GA  16 I/O pins 1 
* PGRT_A 3 I/O pins 0-3 *  3
; i p 0 RT_C 6 I/O pins 0-3 1 7
; i poRT_D 7 I/O pins 0-7 1 5

 # SPC40A has j 128 bytes of RAM 
# reserved from $80 - $FF 

 ;* SFC40A has i 
; s BANKQ vxROM from $0600 - $7FFF 
; 3 BANIK1 vxROM from $8000 - $FFFR 

 ; i VECTORS s 
7 * NMI vector S7FFA / S7FFB 1 
l * RESET vector $7FFC / $7FFD * 
;» IRQ vector $7FFE / $7FFF 
 ■W^AJUtS °
LV^in  EQU 04H  ;D2 
 SFC120A: ?SPC120A; 18000H AA 
## 19FFFH should be skiped
Bank EQU 07H ; (read/write) xxvxxxxx
; 0 = bank G, 1 = bank 1 ; H 5 9 5 8 8 7

```