Diff: common_task.cpp

Revision:

0:e7352f4f3dcb

Child:

1:5060c8ea0ccd

diff -r 000000000000 -r e7352f4f3dcb common_task.cpp
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/common_task.cpp	Thu Jun 18 12:36:05 2020 +0000
@@ -0,0 +1,349 @@
+#include "mbed.h"
+#include "register_address.h"
+#include "common_task.h"
+#include "EthernetInterface.h"
+#include "TCPServer.h"
+#include "TCPSocket.h"
+
+
+extern Serial pc;
+extern DigitalOut led3;
+extern DigitalOut led2;
+extern SPI spi; // mosi, miso, sclk
+extern DigitalOut SSN;
+
+extern InterruptIn button_capture;
+extern InterruptIn irq_cis;
+
+extern DigitalOut RSTN;  
+extern DigitalOut SLEEPN; 
+extern DigitalOut CAPTURE;
+
+extern uint8_t DCMI_8b_mode;
+
+extern EthernetInterface eth;
+extern TCPSocket cs;  //com socket
+extern char ServerIP[17];
+extern int portnumber;
+extern int portnumber_com;
+
+char toprint[64];
+
+int myprint(const char* mystring ){ 
+
+        int byte_sent=-1;
+        int status=0;
+        
+        pc.printf("%s",mystring);
+        byte_sent=cs.send(mystring, strlen(mystring));
+        return byte_sent;
+        
+}
+
+
+void usage(void){
+    
+    myprint("Usage\n\r");
+    myprint("----------------------------------------\n\r");
+    myprint("H   -> help\n\r");
+    myprint("--------------SPI--------------------------\n\r");
+    myprint("spi -> test SPI\n\r");
+    myprint("G   -> get register configurations\n\r");
+    myprint("--------------IMAGER--------------------------\n\r");
+    myprint("F   -> take frame 8b\n\r");
+    myprint("FQ  -> take frame ion QQVGA mode 8b\n\r");
+    myprint("sp  -> suspend frame\n\r");
+    myprint("st  -> stop frame\n\r");
+    myprint("r   -> resume frame\n\r");
+    myprint("s   -> send frame tp teraterm\n\r");
+    myprint("e   -> set exposure time SPI\n\r");
+    myprint("m   -> set mode via SPI\n\r");
+    myprint("AG  -> set analog gain SPI\n\r");
+    myprint("A   -> test all analog gain configurations SPI\n\r");
+    myprint("CC  -> set cclk value SPI\n\r");
+    myprint("C   -> auto calibration of cclk SPI\n\r");
+    myprint("IO  -> set IO SR and driving strength SPI\n\r");
+    myprint("pclk -> set PCLK mode\n\r"); 
+    myprint("pclkd -> set PCLK delay\n\r");   
+    myprint("md   -> set motion detection cycle time delay\n\r");   
+    myprint("oen      -> (dis)enable oen\n\r"); 
+    myprint("pbp      -> (dis)enable pbp\n\r"); 
+    myprint("sleepn   -> (dis)enable sleepn\n\r"); 
+                
+    myprint("------------- ethernet-----------------------\n\r");
+    myprint("si  -> set ip server\n\r");
+    myprint("gi  -> get ip server\n\r");
+    myprint("------------- DCMI-----------------------\n\r");
+    myprint("gs  -> get status DCMI\n\r");
+    myprint("ge  -> get error DCMI\n\r");
+    myprint("gsd -> get status DMA\n\r");
+    myprint("ged -> get error DMA\n\r");
+    myprint("gl  -> get nb line received on DCMI\n\r");
+    myprint("gf  -> get nb frame received on DCMI\n\r");
+    myprint("------------- SCVR-----------------------\n\r");
+    myprint("vdda  -> set vdda register\n\r");
+    myprint("vddd  -> set vddd register\n\r");
+    myprint("pm  -> set power mode register\n\r");
+    myprint("pma  -> set pwd vddla low medium high register\n\r");
+    myprint("pmd  -> set pwd vddld low medium high register\n\r");
+    myprint("----------------------------------------\n\r\n\r");
+
+}
+
+
+void CAPTURE_fall(){
+    CAPTURE=0;
+}
+
+void CAPTURE_rise(){
+    CAPTURE=1;
+}
+
+void TASK_INIT(){ 
+                      
+        // Enable reset
+        RSTN=0;       //0 => reset                OK             
+        wait_us(5000);             
+
+        
+         //DEFAULT SIGNAL OUTPUT
+        // Output enable
+        
+        SLEEPN=0;     //1 => active 
+        CAPTURE=0;    //0 => no capture   
+        wait_us(5000);
+        
+        
+        // link interrupt
+        // capture interrupt
+        button_capture.enable_irq();
+        button_capture.fall(&CAPTURE_fall);
+        button_capture.rise(&CAPTURE_rise);
+        
+        // Disable reset
+        RSTN=1;       
+        wait_us(5000);
+        
+        
+        
+                
+}
+
+void TASK_RSTN(){
+        RSTN=0;
+        wait_us(2000);  
+        RSTN=1;
+        wait_us(1000);
+            
+}
+
+
+void TASK_SPI_WRITE(int adr, int data){
+    
+    //sprintf(toprint,"writing addr %d data %d\n\r",adr,data);
+    //sprintf(toprint,"sending addr %02X data %02X\n\r",adr,data);
+    //myprint(toprint);
+    
+    int packet = (adr<<8 | data);
+    SSN=0;
+    
+    spi.write(packet);
+    
+    wait_us(50);
+    SSN=1;
+    wait_us(100);
+    
+}
+
+int TASK_SPI_READ(int adr){
+    
+    //sprintf(toprint,"reading addr %d \n\r",adr);
+    //sprintf(toprint,"reading addr %02X \n\r",adr);
+    //myprint(toprint);
+    
+    int rx_buffer=0; 
+    int packet = (adr|0x80)<<8;
+    
+    SSN=0; 
+    rx_buffer=spi.write(packet);                           //--ok le spi repond mais je sais pas choper la data.
+    wait_us(50);
+    SSN=1;
+    wait_us(100);
+     
+    //sprintf(toprint,"read at add %d -> data %d  \n\r",adr,rx_buffer);
+    //myprint(toprint);
+    return (int) rx_buffer;
+}
+
+void TASK_TEST_SPI(){
+    
+    uint8_t a;
+
+    
+    myprint("**************\r\n");
+    myprint("PING SPI\r\n");
+    myprint("**************\r\n");
+
+    TASK_SPI_WRITE(test_add,0x55);
+    a=TASK_SPI_READ(test_add);
+    sprintf(toprint,"write 0x%02x at 0x%02x. read 0x%02x at 0x%02x\r\n",0x55,test_add,a,test_add);
+    myprint(toprint);
+    
+    TASK_SPI_WRITE(test_add,0xAA);
+    a=TASK_SPI_READ(test_add);
+    sprintf(toprint,"write 0x%02x at 0x%02x. read 0x%02x at 0x%02x\r\n",0xAA,test_add,a,test_add);
+    myprint(toprint);
+    
+    TASK_SPI_WRITE(test_add,0xFF);
+    a=TASK_SPI_READ(test_add);
+    sprintf(toprint,"write 0x%02x at 0x%02x. read 0x%02x at 0x%02x\r\n",0xFF,test_add,a,test_add);
+    myprint(toprint);
+    
+    TASK_SPI_WRITE(test_add,0x00);
+    a=TASK_SPI_READ(test_add);
+    sprintf(toprint,"write 0x%02x at 0x%02x. read 0x%02x at 0x%02x\r\n",0x00,test_add,a,test_add);
+    myprint(toprint);
+}
+
+
+
+void TASK_ANALOG_CALIB(){
+    
+    uint8_t a,b,c,e;
+    int d;
+    float average;
+    
+    myprint("**************\r\n");
+    myprint("ANALOG CALIB\r\n");
+    myprint("**************\r\n");
+    
+    e=TASK_SPI_READ(analog_gain_add);     
+    
+    TASK_SPI_WRITE(mode_add,0x02);       //mode SO+calib
+    myprint("mode SO+calib\r\n");
+    
+    for (int i=0;i<16;i++){
+        
+        TASK_SPI_WRITE(analog_gain_add,i); 
+        
+        TASK_SPI_WRITE(capture_add,0xff);       //capture on
+        thread_sleep_for(1);
+        TASK_SPI_WRITE(capture_add,0x00);       //capture off
+        thread_sleep_for(200);
+        
+ 
+        a=TASK_SPI_READ(CAL_RAMP_COUNT_0_add);             //read value LSB
+        b=TASK_SPI_READ(CAL_RAMP_COUNT_1_add);
+        c=TASK_SPI_READ(CAL_RAMP_COUNT_2_add);             //MSB
+    
+        d=(int) c*256*256+b*256+a;
+        average=(float) d/480;
+        
+        sprintf(toprint,"ramp cal: %i -> %i\taverage %f\r\n",i,d,average);
+        myprint(toprint);
+        
+        wait_us(5000);
+    }
+    TASK_SPI_WRITE(mode_add,0x03);       //mode DRS+calib
+    myprint("\r\nmode DRS+calib\r\n");
+    
+    for (int i=0;i<16;i++){
+        
+        TASK_SPI_WRITE(analog_gain_add,i); 
+        
+        TASK_SPI_WRITE(capture_add,0xff);       //capture on
+        wait_us(1000);
+        TASK_SPI_WRITE(capture_add,0x00);       //capture off
+        wait_us(200000);
+        
+ 
+        a=TASK_SPI_READ(CAL_RAMP_COUNT_0_add);             //read value LSB
+        b=TASK_SPI_READ(CAL_RAMP_COUNT_1_add);
+        c=TASK_SPI_READ(CAL_RAMP_COUNT_2_add);             //MSB
+    
+        d=(int) c*256*256+b*256+a;
+        average=(float) d/480;
+        
+        
+        sprintf(toprint,"ramp cal: %i -> %i\taverage %f\r\n",i,d,average);
+        myprint(toprint);
+        //wait_ms(50);
+    }
+    
+    TASK_SPI_WRITE(0x03,0x01);       //mode drs 
+    TASK_SPI_WRITE(analog_gain_add,e); 
+    
+}
+
+
+
+
+void TASK_auto_ccal(){
+    
+    uint8_t a,b;
+    uint8_t cclk=10;
+    uint8_t upper=255;
+    uint8_t lower=0;
+    int res;
+    int iter=0;
+    
+    int lb=1020;
+    int ub=1024;
+    
+    myprint("**************\r\n");
+    myprint("AUTO CCLK CALIB\r\n");
+    myprint("**************\r\n");
+    TASK_SPI_WRITE(mode_add,0x05);       //mode cclk calib  
+    
+    
+    
+    TASK_SPI_WRITE(cclk_cal_add,cclk);                   //default value of cclk reg
+    TASK_SPI_WRITE(capture_add,0xff);                   //capture on
+    wait_us(100);
+    TASK_SPI_WRITE(capture_add,0x00);                   //capture off
+    wait_us(100);
+    a=TASK_SPI_READ(CAL_CLK_BUFF_0_add);                //read value LSB
+    b=TASK_SPI_READ(CAL_CLK_BUFF_1_add);                //MSB
+    res=(int) b*256+a;
+    
+    while( (res <lb || res > ub) && iter<8){ 
+ 
+        TASK_SPI_WRITE(cclk_cal_add,cclk);       //default value of cclk reg
+        a=TASK_SPI_READ(cclk_cal_add);
+        //myprint("write 0x%02x at 0x%02x. read 0x%02x at 0x%02x\r\n",cclk,cclk_cal_add,a,cclk_cal_add);
+        
+        TASK_SPI_WRITE(capture_add,0xff);       //capture on
+        wait_us(1000);
+        TASK_SPI_WRITE(capture_add,0x00);       //capture off
+        wait_us(1000);
+        a=TASK_SPI_READ(CAL_CLK_BUFF_0_add);             //read value LSB
+        b=TASK_SPI_READ(CAL_CLK_BUFF_1_add);             //MSB
+        res=(int) b*256+ a;
+        
+        //myprint("cclk cal: %i -> cclk %i\r\n",cclk, b*256+a);
+        sprintf(toprint,"cclk cal: %i -> cclk %i\r\n",cclk,res);
+        myprint(toprint);
+        
+        //updated stuff
+        if(res<lb){         
+            //myprint("too low: %i %i %i %i",res,cclk,lower,upper);
+            lower=cclk;
+            cclk=(lower+upper)/2;
+            //myprint(" -> %i  %i %i\r\n\r\n",cclk,lower,upper);
+        } else if(res>ub){
+            //myprint("too high: %i %i %i %i",res,cclk,lower,upper);
+            upper=cclk;
+            cclk=(lower+upper)/2;
+            //myprint(" -> %i %i %i \r\n\r\n",cclk,lower,upper);
+        } else {
+            myprint("ok !!\r\n");
+        }    
+        iter++;
+    }
+    
+    sprintf(toprint,"cclk cal: %i -> cclk %i\r\n",cclk,res);
+    myprint(toprint);
+    TASK_SPI_WRITE(0x03,0x01);       //mode drs
+    
+}
+