geigercounter01 - ガイガーカウンタのカウントアップに合わせて表示内容を更新する仕様にしました

Users » abe00makoto » Code » geigercounter01

makoto abe / Mbed 2 deprecated geigercounter01

ガイガーカウンタのカウントアップに合わせて表示内容を更新する仕様にしました

Dependencies: Terminal TextLCD mbed SDFileSystem

geiger.cpp@1:ce4b3a504955, 2011-05-04 (annotated)

Committer:: abe00makoto
Date:: Wed May 04 19:37:08 2011 +0000
Revision:: 1:ce4b3a504955
Parent:: 0:0d32a6635113

Who changed what in which revision?

User	Revision	Line number	New contents of line
abe00makoto	0:0d32a6635113	1	#include "geiger.h"
abe00makoto	0:0d32a6635113	2	#include "Terminal.h"
abe00makoto	0:0d32a6635113	3	#include "TextLCD.h"
abe00makoto	0:0d32a6635113	4	#include "SDFileSystem.h"
abe00makoto	0:0d32a6635113	5
abe00makoto	0:0d32a6635113	6
abe00makoto	0:0d32a6635113	7	//debug use
abe00makoto	0:0d32a6635113	8	//#define DEBUG
abe00makoto	0:0d32a6635113	9
abe00makoto	0:0d32a6635113	10	//avarage range minutes
abe00makoto	0:0d32a6635113	11	#define AVARAGE_MIN 5
abe00makoto	0:0d32a6635113	12
abe00makoto	0:0d32a6635113	13	//sleeptime after a minute cout
abe00makoto	1:ce4b3a504955	14	#define SLEEP_SEC 30
abe00makoto	0:0d32a6635113	15
abe00makoto	0:0d32a6635113	16	//if sdcard not use commentout #define SD_USE
abe00makoto	0:0d32a6635113	17	#define SD_USE
abe00makoto	0:0d32a6635113	18
abe00makoto	0:0d32a6635113	19	#ifdef DEBUG
abe00makoto	0:0d32a6635113	20	Terminal output(USBTX, USBRX); // tx, rx
abe00makoto	0:0d32a6635113	21	#else
abe00makoto	0:0d32a6635113	22	TextLCD output( p24, p26, p27, p28, p29, p30 ); // rs, e, d0-d3
abe00makoto	0:0d32a6635113	23	#endif
abe00makoto	0:0d32a6635113	24
abe00makoto	0:0d32a6635113	25	//Trans contorol pin
abe00makoto	0:0d32a6635113	26	#define CTL_TRANS_PIN p21
abe00makoto	0:0d32a6635113	27
abe00makoto	0:0d32a6635113	28	//Trans params
abe00makoto	0:0d32a6635113	29	#define TRANS_PERIOD (0.16/1000.0)
abe00makoto	0:0d32a6635113	30	#define TRANS_DUTY (0.83)
abe00makoto	0:0d32a6635113	31
abe00makoto	0:0d32a6635113	32	//Giger Counter Pin
abe00makoto	0:0d32a6635113	33	#define GIGER_PIN p18
abe00makoto	0:0d32a6635113	34
abe00makoto	0:0d32a6635113	35	#ifdef SD_USE
abe00makoto	0:0d32a6635113	36	//SD File system setup
abe00makoto	0:0d32a6635113	37	SDFileSystem sd(p5, p6, p7, p8, "sd"); // mosi, miso, sclk, cs
abe00makoto	0:0d32a6635113	38	#endif
abe00makoto	0:0d32a6635113	39
abe00makoto	0:0d32a6635113	40	DigitalOut waiting(LED1);
abe00makoto	0:0d32a6635113	41	DigitalOut working(LED2);
abe00makoto	0:0d32a6635113	42
abe00makoto	0:0d32a6635113	43	PwmOut trans_ctl(CTL_TRANS_PIN);
abe00makoto	0:0d32a6635113	44	InterruptIn gigerin(GIGER_PIN);
abe00makoto	0:0d32a6635113	45	Ticker show;
abe00makoto	0:0d32a6635113	46	//for timedata
abe00makoto	0:0d32a6635113	47	char buf[40];
abe00makoto	0:0d32a6635113	48	time_t sec;
abe00makoto	0:0d32a6635113	49
abe00makoto	0:0d32a6635113	50	//counter
abe00makoto	0:0d32a6635113	51	int cnt;
abe00makoto	0:0d32a6635113	52	//array first touch index chk
abe00makoto	0:0d32a6635113	53	int first_touch_index;
abe00makoto	0:0d32a6635113	54	//micro sv value
abe00makoto	0:0d32a6635113	55	float usv;
abe00makoto	0:0d32a6635113	56	//peak sv value;
abe00makoto	0:0d32a6635113	57	float peak_usv;
abe00makoto	0:0d32a6635113	58
abe00makoto	0:0d32a6635113	59
abe00makoto	0:0d32a6635113	60	//for avarage calculate arrays
abe00makoto	0:0d32a6635113	61	float cpm_array[AVARAGE_MIN];
abe00makoto	0:0d32a6635113	62	//current index for array
abe00makoto	0:0d32a6635113	63	int cpm_index;
abe00makoto	0:0d32a6635113	64
abe00makoto	0:0d32a6635113	65
abe00makoto	0:0d32a6635113	66	/////////////////////////////////
abe00makoto	0:0d32a6635113	67	//trans contorol for 400v make //
abe00makoto	0:0d32a6635113	68	/////////////////////////////////
abe00makoto	0:0d32a6635113	69
abe00makoto	0:0d32a6635113	70	//make 400v
abe00makoto	0:0d32a6635113	71	void transon()
abe00makoto	0:0d32a6635113	72	{
abe00makoto	0:0d32a6635113	73	//6khz puluse
abe00makoto	0:0d32a6635113	74	trans_ctl.period(TRANS_PERIOD);
abe00makoto	0:0d32a6635113	75	trans_ctl=TRANS_DUTY;
abe00makoto	0:0d32a6635113	76	}
abe00makoto	0:0d32a6635113	77
abe00makoto	0:0d32a6635113	78	//trans sleep!
abe00makoto	0:0d32a6635113	79	void transoff()
abe00makoto	0:0d32a6635113	80	{
abe00makoto	0:0d32a6635113	81	trans_ctl=0.0;
abe00makoto	0:0d32a6635113	82	}
abe00makoto	0:0d32a6635113	83
abe00makoto	0:0d32a6635113	84
abe00makoto	0:0d32a6635113	85	//print lcd for 1sec
abe00makoto	0:0d32a6635113	86	void show_result()
abe00makoto	0:0d32a6635113	87	{
abe00makoto	0:0d32a6635113	88	output.cls();
abe00makoto	0:0d32a6635113	89	output.printf("NOW%fuSv/h",usv);
abe00makoto	0:0d32a6635113	90	output.printf("PEK%fuSv/h",peak_usv);
abe00makoto	0:0d32a6635113	91
abe00makoto	0:0d32a6635113	92	}
abe00makoto	0:0d32a6635113	93	//sv value calc
abe00makoto	0:0d32a6635113	94	void calculate_sv()
abe00makoto	0:0d32a6635113	95	{
abe00makoto	0:0d32a6635113	96	float cpm=0;
abe00makoto	0:0d32a6635113	97	for(int i=0;i<=first_touch_index;i++)
abe00makoto	0:0d32a6635113	98	{
abe00makoto	0:0d32a6635113	99	cpm+=cpm_array[i];
abe00makoto	0:0d32a6635113	100	}
abe00makoto	0:0d32a6635113	101	cpm/=(first_touch_index+1);
abe00makoto	1:ce4b3a504955	102	//si-3bg is maybe 200 cps/R/h = 200 cps/ 10000uSv/h = 0.02 cps/uSv/h
abe00makoto	1:ce4b3a504955	103	usv=cpm/60.0*0.02;
abe00makoto	0:0d32a6635113	104
abe00makoto	0:0d32a6635113	105	//peak usv set
abe00makoto	0:0d32a6635113	106	if(peak_usv<usv)
abe00makoto	0:0d32a6635113	107	{
abe00makoto	0:0d32a6635113	108	peak_usv=usv;
abe00makoto	0:0d32a6635113	109	}
abe00makoto	0:0d32a6635113	110	}
abe00makoto	0:0d32a6635113	111
abe00makoto	0:0d32a6635113	112
abe00makoto	0:0d32a6635113	113	void debug_print()
abe00makoto	0:0d32a6635113	114	{
abe00makoto	0:0d32a6635113	115
abe00makoto	0:0d32a6635113	116	//printf("\r\n\r\nresult_str=%s\r\n",result_str);
abe00makoto	0:0d32a6635113	117
abe00makoto	0:0d32a6635113	118	float cpm=0;
abe00makoto	0:0d32a6635113	119	for(int i=0;i<=first_touch_index;i++)
abe00makoto	0:0d32a6635113	120	{
abe00makoto	0:0d32a6635113	121	cpm+=cpm_array[i];
abe00makoto	0:0d32a6635113	122	}
abe00makoto	0:0d32a6635113	123	cpm/=(first_touch_index+1);
abe00makoto	0:0d32a6635113	124	printf("%fuSv/h\r\n",cpm/20.0);
abe00makoto	0:0d32a6635113	125	for(int i=0;i<AVARAGE_MIN;i++)
abe00makoto	0:0d32a6635113	126	{
abe00makoto	0:0d32a6635113	127	printf("[%d]=%f\r\n",i,cpm_array[i]);
abe00makoto	0:0d32a6635113	128	}
abe00makoto	0:0d32a6635113	129	printf("first_touch_index=%d\r\n",first_touch_index);
abe00makoto	0:0d32a6635113	130	printf("cpm_index=%d\r\n",cpm_index);
abe00makoto	0:0d32a6635113	131
abe00makoto	0:0d32a6635113	132
abe00makoto	0:0d32a6635113	133	}
abe00makoto	0:0d32a6635113	134	//interuput giger pin
abe00makoto	0:0d32a6635113	135	void geiger_countup()
abe00makoto	0:0d32a6635113	136	{
abe00makoto	0:0d32a6635113	137	//if sleeptime countup stoped.
abe00makoto	0:0d32a6635113	138	if(!working)
abe00makoto	0:0d32a6635113	139	return;
abe00makoto	0:0d32a6635113	140
abe00makoto	0:0d32a6635113	141	cnt++;
abe00makoto	0:0d32a6635113	142	cpm_array[cpm_index]=cnt;
abe00makoto	0:0d32a6635113	143	calculate_sv();
abe00makoto	0:0d32a6635113	144	// debug_print();
abe00makoto	0:0d32a6635113	145	}
abe00makoto	0:0d32a6635113	146
abe00makoto	0:0d32a6635113	147	//geiger count after 1min
abe00makoto	0:0d32a6635113	148	void next_geiger_countup()
abe00makoto	0:0d32a6635113	149	{
abe00makoto	0:0d32a6635113	150
abe00makoto	0:0d32a6635113	151	cnt=0;
abe00makoto	0:0d32a6635113	152	cpm_index++;
abe00makoto	0:0d32a6635113	153	if(cpm_index >=AVARAGE_MIN)
abe00makoto	0:0d32a6635113	154	{
abe00makoto	0:0d32a6635113	155	cpm_index=0;
abe00makoto	0:0d32a6635113	156	}
abe00makoto	0:0d32a6635113	157
abe00makoto	0:0d32a6635113	158	//first touch index count up
abe00makoto	0:0d32a6635113	159	if(cpm_index>first_touch_index)
abe00makoto	0:0d32a6635113	160	{
abe00makoto	0:0d32a6635113	161	first_touch_index=cpm_index;
abe00makoto	0:0d32a6635113	162	}
abe00makoto	0:0d32a6635113	163
abe00makoto	0:0d32a6635113	164	cpm_array[cpm_index]=cnt;
abe00makoto	0:0d32a6635113	165	calculate_sv();
abe00makoto	0:0d32a6635113	166	// debug_print();
abe00makoto	0:0d32a6635113	167	}
abe00makoto	0:0d32a6635113	168
abe00makoto	0:0d32a6635113	169
abe00makoto	0:0d32a6635113	170	void setup_pinmode()
abe00makoto	0:0d32a6635113	171	{
abe00makoto	0:0d32a6635113	172	//p25 lowlevel = write mode?
abe00makoto	0:0d32a6635113	173	gigerin.mode(PullNone);
abe00makoto	0:0d32a6635113	174	gigerin.rise(&geiger_countup);
abe00makoto	0:0d32a6635113	175	}
abe00makoto	0:0d32a6635113	176
abe00makoto	0:0d32a6635113	177
abe00makoto	0:0d32a6635113	178
abe00makoto	0:0d32a6635113	179	//geiger system init
abe00makoto	0:0d32a6635113	180	void geiger_setup()
abe00makoto	0:0d32a6635113	181	{
abe00makoto	0:0d32a6635113	182	first_touch_index=0;
abe00makoto	0:0d32a6635113	183	cnt=0;
abe00makoto	0:0d32a6635113	184	setup_pinmode();
abe00makoto	0:0d32a6635113	185	sec=time(NULL);
abe00makoto	0:0d32a6635113	186	strftime(buf,40, "%Y/%m/%d\n%X", localtime(&sec));
abe00makoto	0:0d32a6635113	187	//fprintf(fp, "giger start %s \n",buf);
abe00makoto	0:0d32a6635113	188	output.cls();
abe00makoto	0:0d32a6635113	189	output.printf("TIME%s",buf);
abe00makoto	0:0d32a6635113	190	wait(1);
abe00makoto	0:0d32a6635113	191	output.cls();
abe00makoto	0:0d32a6635113	192	output.printf("please wait....");
abe00makoto	0:0d32a6635113	193	//lcd show setup 1sec print
abe00makoto	0:0d32a6635113	194	show.attach(&show_result,1.0);
abe00makoto	0:0d32a6635113	195	}
abe00makoto	0:0d32a6635113	196
abe00makoto	0:0d32a6635113	197
abe00makoto	0:0d32a6635113	198	void geigerrun()
abe00makoto	0:0d32a6635113	199	{
abe00makoto	0:0d32a6635113	200
abe00makoto	0:0d32a6635113	201
abe00makoto	0:0d32a6635113	202	#ifdef SD_USE
abe00makoto	0:0d32a6635113	203	//SD card write
abe00makoto	0:0d32a6635113	204	{
abe00makoto	0:0d32a6635113	205	FILE *fp = fopen("/sd/giger.txt", "a");
abe00makoto	0:0d32a6635113	206	if(fp == NULL) {
abe00makoto	0:0d32a6635113	207	// error("Could not open file for write\n");
abe00makoto	0:0d32a6635113	208	printf("please insert SD");
abe00makoto	0:0d32a6635113	209	}
abe00makoto	0:0d32a6635113	210	else
abe00makoto	0:0d32a6635113	211	{
abe00makoto	0:0d32a6635113	212	sec=time(NULL);
abe00makoto	0:0d32a6635113	213	strftime(buf,40, "%Y/%m/%d %X", localtime(&sec));
abe00makoto	0:0d32a6635113	214	fprintf(fp, "giger start %s \n",buf);
abe00makoto	0:0d32a6635113	215	fclose(fp);
abe00makoto	0:0d32a6635113	216	}
abe00makoto	0:0d32a6635113	217	}
abe00makoto	0:0d32a6635113	218	#endif
abe00makoto	0:0d32a6635113	219	geiger_setup();
abe00makoto	0:0d32a6635113	220	while(1)
abe00makoto	0:0d32a6635113	221	{
abe00makoto	0:0d32a6635113	222	waiting=1;
abe00makoto	0:0d32a6635113	223	transon();
abe00makoto	0:0d32a6635113	224	//400v voltage set waiting
abe00makoto	0:0d32a6635113	225	wait(1);
abe00makoto	0:0d32a6635113	226	waiting=0;
abe00makoto	0:0d32a6635113	227
abe00makoto	0:0d32a6635113	228	//
abe00makoto	0:0d32a6635113	229	//count up start
abe00makoto	0:0d32a6635113	230	//
abe00makoto	0:0d32a6635113	231	working=1;
abe00makoto	0:0d32a6635113	232	//count start
abe00makoto	0:0d32a6635113	233	cnt=0;
abe00makoto	0:0d32a6635113	234	calculate_sv();
abe00makoto	0:0d32a6635113	235	wait(60);
abe00makoto	0:0d32a6635113	236	working=0;
abe00makoto	0:0d32a6635113	237	waiting=1;
abe00makoto	0:0d32a6635113	238	//
abe00makoto	0:0d32a6635113	239	// trans cooldown time
abe00makoto	0:0d32a6635113	240	//
abe00makoto	0:0d32a6635113	241	transoff();
abe00makoto	0:0d32a6635113	242	//next countup move index
abe00makoto	0:0d32a6635113	243	next_geiger_countup();
abe00makoto	0:0d32a6635113	244
abe00makoto	0:0d32a6635113	245	#ifdef SD_USE
abe00makoto	0:0d32a6635113	246	//SD card write gigier.txt
abe00makoto	0:0d32a6635113	247	{
abe00makoto	0:0d32a6635113	248	FILE *fp = fopen("/sd/giger.txt", "a");
abe00makoto	0:0d32a6635113	249	if(fp == NULL) {
abe00makoto	0:0d32a6635113	250	//error("Could not open file for write\n");
abe00makoto	0:0d32a6635113	251	printf("please insert SD");
abe00makoto	0:0d32a6635113	252	}
abe00makoto	0:0d32a6635113	253	else
abe00makoto	0:0d32a6635113	254	{
abe00makoto	0:0d32a6635113	255	sec=time(NULL);
abe00makoto	0:0d32a6635113	256	strftime(buf,40, "%Y/%m/%d %X", localtime(&sec));
abe00makoto	0:0d32a6635113	257	fprintf(fp, "%s %fuSv/h\n",buf,usv);
abe00makoto	0:0d32a6635113	258	fclose(fp);
abe00makoto	0:0d32a6635113	259	}
abe00makoto	0:0d32a6635113	260	}
abe00makoto	0:0d32a6635113	261
abe00makoto	0:0d32a6635113	262	//SD Card Write raw,txt
abe00makoto	0:0d32a6635113	263	{
abe00makoto	0:0d32a6635113	264	FILE *fp = fopen("/sd/raw.txt", "a");
abe00makoto	0:0d32a6635113	265	if(fp == NULL) {
abe00makoto	0:0d32a6635113	266	printf("please insert SD");
abe00makoto	0:0d32a6635113	267	}
abe00makoto	0:0d32a6635113	268	else
abe00makoto	0:0d32a6635113	269	{
abe00makoto	0:0d32a6635113	270
abe00makoto	0:0d32a6635113	271	sec=time(NULL);
abe00makoto	0:0d32a6635113	272	strftime(buf,40, "%Y/%m/%d %X", localtime(&sec));
abe00makoto	0:0d32a6635113	273	fprintf(fp, "%s cpm=%d\n",buf,cpm_array[cpm_index]);
abe00makoto	0:0d32a6635113	274	fclose(fp);
abe00makoto	0:0d32a6635113	275	}
abe00makoto	0:0d32a6635113	276
abe00makoto	0:0d32a6635113	277	}
abe00makoto	0:0d32a6635113	278	#endif
abe00makoto	0:0d32a6635113	279
abe00makoto	0:0d32a6635113	280	//Sleep time for geiger lifetime safe
abe00makoto	0:0d32a6635113	281	wait(SLEEP_SEC);
abe00makoto	0:0d32a6635113	282	waiting=0;
abe00makoto	0:0d32a6635113	283	}
abe00makoto	0:0d32a6635113	284
abe00makoto	0:0d32a6635113	285
abe00makoto	0:0d32a6635113	286	}
abe00makoto	0:0d32a6635113	287

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Type:	Program
Mbed OS support:	Mbed 2 deprecated
Created:	04 May 2011
Imports:	13
Forks:	0
Commits:	2
Dependents:	0
Dependencies:	4
Followers:	1

geiger.cpp@1:ce4b3a504955, 2011-05-04 (annotated)

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