WebSVN – MLAB – /Designs/dum/SW Rev 2494 and /Designs/dum/SW/ Rev 2497 – Path Comparison

 /Designs/dum/SW/2patra/1np/main.c
 ,3 → 1,20
+/*
+Ovladani domu rozvadec 1. n.p. pod schodama
+Syntaxe prikazu:
+<Roleta/Svetlo><#patro><#mistnost><Nord/Jih/Vychod/Zapad/A/B><Up/Down>
+R2aNU - roleta, 2. n.p., mistnost 10, sever, nahoru
+S12A  - svetlo, 1. n.p., mistnost 2, prostredni
+Rozmisteni desek:
+ [IN B]        [IN D]
+         [CPU]
+ [IN A]  [CAN] [IN E] [IN F]
+*/
 #include "main.h"
 #case
 ,14 → 28,14
 #define R104JZU   input(PIN_A6)  // Roleta laborator jih
 #define R104JZD   input(PIN_A7)
-#define S103JZ    input(PIN_B0)  // Svetlo loznice jih vypinac u dveri
-#define S103JN    input(PIN_B1)  // -"- vypinac KAKL
-#define S103JV    input(PIN_B2)  // -"- vypinac mama
-#define R103VZU   input(PIN_B3)  // Roleta loznice vypinac u dveri
-#define R103VZD   input(PIN_B4)
-#define S106AV    input(PIN_B5)  // Hlavni svetlo trucovna vypinac u dveri do kuchyne
-#define S107AN    input(PIN_B6)  // Svetlo satna vypinac do chodby
-#define S109AJ    input(PIN_B7)  // Svetlo tech. mistnost vypinac do chodby
+#define S103JZ    input(PIN_B0)  // A Svetlo loznice jih vypinac u dveri
+#define S103JN    input(PIN_B1)  // B -"- vypinac KAKL
+#define S103JV    input(PIN_B2)  // C -"- vypinac mama
+#define R103VZU   input(PIN_B3)  // D Roleta loznice vypinac u dveri
+#define R103VZD   input(PIN_B4)  // E
+//#define S    input(PIN_B5)  // F
+#define S107AN    input(PIN_B6)  // G Svetlo satna vypinac do chodby
+#define S109AJ    input(PIN_B7)  // H Svetlo tech. mistnost vypinac do chodby
 #define OS101A    PIN_C0   // Spinac svetla v bunecce prizemi
 #define OS105V    PIN_C1   // Svetlo nad chlebarnou
 ,25 → 57,26
 #define S110AN    input(PIN_D6)  // Vypinac koupelna sever
 #define S108AV    input(PIN_D7)  // Dvere do spajzu
-/*
-#define PIN_E0  31776
-#define PIN_E1  31777
-#define PIN_E2  31778
-#define PIN_E3  31779
-#define PIN_E4  31780
-#define PIN_E5  31781
-#define PIN_E6  31782
-#define PIN_E7  31783
+//#define S   input(PIN_E0)  // A
+//#define S   input(PIN_E1)  // B
+//#define S   input(PIN_E2)  // C
+//#define S   input(PIN_E3)  // D
+//#define S   input(PIN_E4)  // E
+//#define S   input(PIN_E5)  // F
+//#define S   input(PIN_E6)  // G
+//#define S   input(PIN_E7)  // H
-#define PIN_F0  31784
-#define PIN_F1  31785
-#define PIN_F2  31786
-#define PIN_F3  31787
-#define PIN_F4  31788
-#define PIN_F5  31789
-#define PIN_F6  31790
-#define PIN_F7  31791
+#define S106AV    input(PIN_F0)  // A Hlavni svetlo trucovna vypinac u dveri do kuchyne
+#define R106JVD   input(PIN_F1)  // B Roleta trucovna jih vypinac u dveri do kuchyne
+#define R106JVU   input(PIN_F2)  // C
+#define R106ZVD   input(PIN_F3)  // D Roleta trucovna zapad vypinac u dveri do kuchyne
+#define R106ZVU   input(PIN_F4)  // E
+#define S107AJ    input(PIN_F5)  // F Svetlo satna vypinac u trucovny
+#define S109AN    input(PIN_F6)  // G Svetlo technologicka mistnost vypinac do prujezdu
+#define S106AN    input(PIN_F7)  // H Hlavni svetlo trucovna vypinac u dveri do satny
+/*
 #define PIN_G0  31792
 #define PIN_G1  31793
 #define PIN_G2  31794
 ,7 → 122,6
 int1 s103JV;
 int1 r103VZU;
 int1 r103VZD;
-int1 s106AV;
 int1 s107AN;
 int1 s109AJ;
 int1 s101AN;
 ,6 → 132,14
 int1 s102AN;
 int1 s110AN;
 int1 s108AV;
+int1 r106JVU;
+int1 r106JVD;
+int1 r106ZVU;
+int1 r106ZVD;
+int1 s106AV;
+int1 s106AN;
+int1 s107AJ;
+int1 s109AN;
 #define send(s) \
 {\
 ,7 → 150,6
 void main()
 {
    setup_adc_ports(NO_ANALOGS|VSS_VDD);
    setup_adc(ADC_CLOCK_DIV_2);
    setup_psp(PSP_DISABLED);
 ,6 → 165,20
    OFF(OS101A);
+   {
+      int n;
+      for(n=0;n<10;n++)
+      {
+         output_low(LED1); // Indikace restartu (pockame na nabiti kondenzatoru ve vstupnich obvodech)
+         delay_ms(100);
+         output_high(LED1);
+         delay_ms(100);
+         restart_wdt();
+      }
+   }
    s105AN=S105AN;      // Poznamenej vychozi stav vypinacu
    r110NJU=R110NJU;
    r110NJD=R110NJD;
 ,7 → 192,6
    s103JV=S103JV;
    r103VZU=R103VZU;
    r103VZD=R103VZD;
-   s106AV=S106AV;
    s107AN=S107AN;
    s109AJ=S109AJ;
    s101AN=S101AN;
 ,6 → 202,14
    s102AN=S102AN;
    s110AN=S110AN;
    s108AV=S108AV;
+   r106JVU=R106JVU;
+   r106JVD=R106JVD;
+   r106ZVU=R106ZVU;
+   r106ZVD=R106ZVD;
+   s106AV=S106AV;
+   s106AN=S106AN;
+   s107AJ=S107AJ;
+   s109AN=S109AN;
    while(TRUE)
    {
 ,7 → 233,6
       if(r103VZU!=R103VZU) {r103VZU=R103VZU; send(R13VU);}
       if(r103VZD!=R103VZD) {r103VZD=R103VZD; send(R13VD);}
-      if(s106AV!=S106AV) {s106AV=S106AV; send(S16A);}
       if(s107AN!=S107AN) {s107AN=S107AN; send(S17A);}
       if(s109AJ!=S109AJ) {s109AJ=S109AJ; send(S19A);}
 ,6 → 243,15
       if(s110AN!=S110AN) {s110AN=S110AN; send(S1aA);}
       if(s108AV!=S108AV) {s108AV=S108AV; send(S18A);}
+      if(r106JVU!=R106JVU) {r106JVU=R106JVU; send(R16JU);}
+      if(r106JVD!=R106JVD) {r106JVD=R106JVD; send(R16JD);}
+      if(r106ZVU!=R106ZVU) {r106ZVU=R106ZVU; send(R16ZU);}
+      if(r106ZVD!=R106ZVD) {r106ZVD=R106ZVD; send(R16ZD);}
+      if(s106AV!=S106AV) {s106AV=S106AV; send(S16A);}
+      if(s106AN!=S106AN) {s106AN=S106AN; send(S16A);}
+      if(s107AJ!=S107AJ) {s107AJ=S107AJ; send(S17A);}
+      if(s109AN!=S109AN) {s109AN=S109AN; send(S19A);}
       if(get_timer0()>65000) {output_toggle(LED2); set_timer0(0);}
    }
 }

/Designs/dum/SW/2patra/1np/main.pjt
20,10 → 20,10
Count=1
1=C:\Users\kakl\Documents\MLAB\Designs\dum\SW\2patra\1np\main
[Opened Files]
1=main.c
1=..\1np\main.c
2=main.h
3=..\..\..\..\..\..\..\..\..\Program Files\PICC\Devices\18F8310.h
4=..\2np\main.c
4=
5=
6=..\..\..\..\..\Modules\PIC\PIC18F8xTQ8001A\SW\PIC18F8310\blik.h
7=..\..\..\..\..\Modules\PIC\PIC18F8xTQ8001A\SW\PIC18F8310\blik.c

/Designs/dum/SW/2patra/2np/main.c
30,14 → 30,15
#use fast_io(H)
#use fast_io(G)

#define T_REVERS 2 // 2*256 ms = 0,5 s; pred prepnutim rele (zastaveni motoru a vybiti kondenzatoru)
#define T_START 1 // 1*256 ms = 0,3 s; po prepnuti rele do sepnuti triaku
#define T_GO 117 // 117*256 ms = 30 s; max. beh rolety
#define T_GO_ZALUZIE 6 // cca 1,5 s; beh zaluzie (pouze na preklopeni lamel)
#define T_RECEIVE 10 // cca 2,6 s
#define ZAKMIT 2000 // pocet pruchodu hlavni smyckou pred opetovnou detekci prepnuti vypinace
#define T_REVERS 2 // 2*256 ms = 0,5 s; pred prepnutim rele (zastaveni motoru a vybiti kondenzatoru)
#define T_START 1 // 1*256 ms = 0,3 s; po prepnuti rele do sepnuti triaku
#define T_GO 117 // 117*256 ms = 30 s; max. beh rolety
#define T_GO_ZALUZIE 2500/256 // cca 2 s; beh zaluzie (pouze na preklopeni lamel)
#define T_RECEIVE 10 // cca 2,6 s
#define TIMEOUT_SPAJZ 255 // Timeout svetlo spajz cca minuta
#define ZAKMIT 2000 // pocet pruchodu hlavni smyckou pred opetovnou detekci prepnuti vypinace

#define OR106Z PIN_A0 // t1 Roleta trucovna zapad
//!!! STUDENAK na triaku spolecny vyvod !!! #define O PIN_A0 // t1
#define OR110N PIN_A1 // t2 Zaluzie koupelna dole sever
#define OR104V PIN_A2 // t3 Roleta lab vychod
#define OR104J PIN_A3 // t4 Roleta lab jih
48,12 → 49,12

#define OR208V PIN_F0 // t1 Roleta Zizala vychod
#define OR208J PIN_F1 // t2 Roleta Zizala jih
//??? #define OR107 PIN_F2 // t3
//??? #define OR107 PIN_F3 // t4
//??? #define OR107 PIN_F2 // t3 Roleta satna
#define OR106J PIN_F3 // t4 Roleta trucovna jih
#define OR201Z PIN_F4 // t5 Roleta chodba nahore
#define OR205N PIN_F5 // t6 Roleta puda
//??? #define OR105 PIN_F6 // t7 Roleta kuchyn
//#define O... PIN_F7 // t8
#define OR106Z PIN_F7 // t8 Roleta trucovna zapad


#define OS103J PIN_B0 // t1 Svetla loznice
83,7 → 84,7

//#define O.... PIN_G0 // t8
//#define O.... PIN_G1 // t7
//#define O.... PIN_G2 // t6
#define OS108A PIN_G2 // t6 Svetlo spajz
#define OS208A PIN_G3 // t5 Svetlo Zizala stred
#define OS100A PIN_G4 // t4 Svetlo prujezd venku

103,7 → 104,7
#define IS204AJ input(PIN_J4) // E Vypinac svetlo radiomistnost u dveri na chodbu
#define IR204ZD input(PIN_J5) // F Vypinac roleta radiomistnost dolu
#define IR204ZU input(PIN_J6) // G Vypinac roleta radiomistnost nahoru
//#define I.... input(PIN_J7) // H
#define IS108A input(PIN_J7) // H Mikrospinac spajz

#define IS208AN input(PIN_H0) // A Vypinac svetlo stred Zizala u dveri na chodbu //POZOR! Jsou prohozeny rolety J a V a smery U a D
#define IR208JD input(PIN_H1) // B Vypinac roleta vychod Zizala nahoru u dveri
155,6 → 156,8
#define R204Z 6
#define R208V 7
#define R208J 8
#define R106J 9
#define R106Z 10

typedef enum {UP, DOWN, REVERS_UP, REVERS_DOWN, RUN_UP, RUN_DOWN, RUN_UP_WAITING} relay_state;
relay_state relay; // Stavy rele
164,11 → 167,13
int8 timer_revers; // Prodleva na vybiti kondenzatoru pa zastaveni rolety pred prepnutim rele
int8 timer_start; // Prodleva na prepnuti rele pred startem rolety
int8 timer; // Casovac komunikace
int8 tS108; // Casovac svetlo spajz

#int_TIMER0
void TIMER0_isr(void)
{
if(timer>0) timer--;
if(tS108>0) tS108--;
if(timer_run>0) timer_run--;
if(timer_revers>0) timer_revers--;
if(timer_start>0) timer_start--;
196,6 → 201,8
if (rol[R204Z]==RUN) ON(OR204Z);
if (rol[R208V]==RUN) ON(OR208V);
if (rol[R208J]==RUN) ON(OR208J);
if (rol[R106J]==RUN) ON(OR106J);
if (rol[R106Z]==RUN) ON(OR106Z);
}

void run(int8 roleta) // Spust konkretni roletu
211,6 → 218,8
case R204Z: ON(OR204Z); break;
case R208V: ON(OR208V); break;
case R208J: ON(OR208J); break;
case R106J: ON(OR106J); break;
case R106Z: ON(OR106Z); break;
}
}

227,6 → 236,8
case R204Z: OFF(OR204Z); break;
case R208V: OFF(OR208V); break;
case R208J: OFF(OR208J); break;
case R106J: OFF(OR106J); break;
case R106Z: OFF(OR106Z); break;
}
}

444,6 → 455,10
if(buf[3]=='V') if((buf[4]=='U')) {up(R104V);} else {down(R104V);}
if(buf[3]=='J') if((buf[4]=='U')) {up(R104J);} else {down(R104J);}
break;
case '6':
if(buf[3]=='J') if((buf[4]=='U')) {up(R106J);} else {down(R106J);}
if(buf[3]=='Z') if((buf[4]=='U')) {up(R106Z);} else {down(R106Z);}
break;
case 'a':
if((buf[4]=='U'))
{//up(R110N);
515,6 → 530,10
}
else zakmity--;

// Spajz mikrospinac i svetlo
if(IS108A) {output_high(OS108A); tS108=TIMEOUT_SPAJZ;}
if((!IS108A)&&(tS108>0)) {output_low(OS108A);} else {output_high(OS108A);}

switch (relay)
{
case UP:

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