It is available on request, customised for a given device ID, very much like for all the model A units.

Zoom has been added as requested. I am not doing the small chart view when you click a unit (circle).
The pentagons are clusters of units, showing the radiation average as label.

Keep the good suggestions coming.

Radu

Please use the following as a reference:

/*
** uRADMonitor radiation detectors
** Version: 	0.1.0
** Date: 		January, 2014
** License:		LGPL v3
** Copyright: 	(C) 2009 - 2015 Radu Motisan, radu.motisan@gmail.com
** Description:	Used in the uRADMonitor code to identify various radiation detectors, mostly Geiger tubes
**
** www.pocketmagic.net
**
** This file is a part of "Portable Environmental Monitor" open source project presented on
** https://hackaday.io/project/4977-portable-environmental-monitor
**
** This project is free software; you can redistribute it and/or modify
** it under the terms of the GNU Lesser General Public License as published
** by the Free Software Foundation; either version 3 of the License,
** or (at your option) any later version.
**
** This program is distributed in the hope that it will be useful,
** but WITHOUT ANY WARRANTY; without even the implied warranty of
** MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
** GNU Lesser General Public License for more details.
**
** You should have received a copy of the GNU Lesser General Public License
** along with this program. If not, see <http://www.gnu.org/licenses/>.
*/

#include "detectors.h"

// not more than 10 chars!
char *aux_detectorName(uint8_t param) {
	switch (param) {
		case GEIGER_TUBE_SBM20: 	return "SBM20";
		case GEIGER_TUBE_SI29BG: 	return "SI29BG";
		case GEIGER_TUBE_SBM19: 	return "SBM19";
		case GEIGER_TUBE_LND712: 	return "LND712";
		case GEIGER_TUBE_STS5: 		return "STS5";
		case GEIGER_TUBE_SI22G: 	return "SI22G";
		case GEIGER_TUBE_SI3BG: 	return "SI3BG";
		case GEIGER_TUBE_SBM21: 	return "SBM21";
		case GEIGER_TUBE_SBT9: 		return "SBT9";
		case GEIGER_TUBE_SI1G:  	return "SI1G";
		default: return "unknown";
	}
}

float aux_detectorFactor(uint8_t param) {
	switch (param) {
		case GEIGER_TUBE_SBM20: 	return 0.006315;
		case GEIGER_TUBE_SI29BG: 	return 0.010000;
		case GEIGER_TUBE_SBM19: 	return 0.001500;
		case GEIGER_TUBE_STS5: 		return 0.006666;
		case GEIGER_TUBE_SI22G: 	return 0.001714;
		case GEIGER_TUBE_SI3BG: 	return 0.631578;
		case GEIGER_TUBE_SBM21: 	return 0.048000;
		case GEIGER_TUBE_LND712: 	return 0.005940;
		case GEIGER_TUBE_SBT9: 		return 0.010900;
		case GEIGER_TUBE_SI1G:		return 0.006000;
		default: 0;
	}
}

New coordinates are in place!

Thanks!

Hi Chris, thanks for your interest, got your email and will be replying soon, as I’m still caught with a very tight deadline of the uRADMonitor-D enrolled in Hackaday’s #bestproduct competition part of this year’s Hackaday prize.

Hi David,

with all these long term data sets, we should start generating some stats showing the extremes on the long term run 🙂 It seems Waheed has his unit indoors for now, but hopefully he’ll move it outside just to give it some extra exposure.