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The residence of noted designer Ernest de la Torre, the 1957-built Georgian has been dressed to the nines and combines classic and contemporary touches that are magazine-ready.
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I'm guessing I'm just like every other Miniaturist out there...I love the details. I thought today I would share some of the details of my most recent projects I'm soo in love with these 2 outdoor lights, but I decided I want 4 outdoor lights (1 for on each side of the 2 windows) but I only have enough of the front bead to make 2, so they are made but won't be installed until I either find 2 more beads or I'll have to make 4 that match and save these 2 for a future project I made this little flower holder from another jewelry department find, I think it will hang somewhere on the porch These were my first 2 outside lights I made Windchime Espresso machine and drip tray I used tooth picks for this bench that wraps around the railing upstairs at the book shop. I love the dark flooring and distressed black Next to the couch is a note book I made (and it was a pain in the butt!) Along with a little decorative chair that started life as a charm Using jewelry department and scrapbooking department finds (and a tiny amount of muslin) I created these window treatments. A scrap of wainscoat and some tiny hooks from in the sewing department make a great potholder hook Another "charm", alongside some of my favorite splurges from Chicago I love bricks and I'm a huge fan of them as flooring here I also love how the apron breathes life into the kitchen Finally and this may seem like a strange picture, but I just love how the decking comes together here on the corner Thanks for viewing some of my favorite details
View information about this sale in Los Angeles, CA. The sale starts Wednesday, November 20 and runs through Saturday, November 23. It is being run by Munyon & Sons Estate Sale Services.
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An essential factor of our micro-controllers is power consumption. As usual, I started to analyze that aspect without entering the detail for sleep mode but with some alternative solutions offered by the micro controller. Now we are going to examine the management of clock frequencies of STM32F4 ser
Photo about Detail of some gorgeous bouganvilla flowers, portrait cut. Image of developing, coloured, bright - 39579630
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Photo about Collection of antique cuckoo clocks. Image of idea, clockface, concepts - 177869033
****** A lot of people land on this page. Welcome. There are a few updates on this project (the last being here.) so it's worth checking through the blog for updates. Thanks ****** It's been a great summer here in the UK. I built myself something I'd always wanted. A bit of a water feature in my garden. The sound of trickling water whilst relaxing in the garden ... ahhhh ! Well, I didn't like the thought of the pump running all night, wasting all that precious energy, so a solution was required.... The usual thoughts of a photodiode (even an led works as a photodiode, try it!) or LDR and comparator were soon dispelled, as I'd done such things as a kid, and it's a horrible thing to set up. Clouds causing shadows, neighbours outside lights switching it on etc etc ... no , we need something a little more sophisticated. Now, a guy called Paul had done the same thing, but backwards (switching something on at dusk, and off at dawn), and his website here shows a rather nice unit built using recycled bits and pieces. "Just the job".. except I need more coding experience, so I blatantly copy some of Paul's thoughts and the use of the Timelord library. Although I love the idea of recycling the display, I just don't have anything to recycle at present, other than the usual 2 x 16 LCD I've removed from a DAB radio, and a nice rotary encoder, so we'll go with those. Now, keeping time.... This is a DS1307 module, purchased at very little expense (but a bit of a wait) on eBay. It's a fully fledged real-time clock, which sends it's data via an I2C interface. Just the job. On the rear of this fella is a button cell holder. Just beware. Order yours with the battery. You can get a version which takes an ordinary 2023 Lithium coin cell, or an LIR2023 Lithium-ion coin cell, which charges off the supplied 3.3 or 5 volts. Don't try and charge an ordinary 2023 cell. It won't be pretty. OK, so that's our time keeping sorted. So, time to conjure up some hardware.... My 5v supply is a little buck converter, which is driven from the 24VAC from the pond transformer. The Arduino (Nano in this example) is mounted on a bit of perf board, along with a relay module and the DS1307 RTC board. Now copy the code into your IDE, and alter the LATITUDE and LONGITUDE constants to your position on the planet. Google maps comes in handy here, or just pop outside with a GPS. Upload the code (below) and your display should show something like this. American users may wish to note the date is in the UK standard (DD/MM/YYYY), you can, of course, alter the code to suit your own preferred format. Now, if that's not UTC (and unless you're in the UK in winter, or your PC is set to UTC, it won't be) press and hold the button for 5 seconds. When you release the button the display will show "Set Year". You can alter this using the rotary encoder. If the encoder works back to front, reverse the wires to pins D2 & D3 on the Arduino board. Pressing the button moves the menu on to set Month. Pressing again, set the day, then hour and then minute. Once the minute is set the RTC is set, and the clock display will revert after 1 second. Excellent. The clock is now set and running. Pressing and releasing the button once will display the current calculated sun rise and sunset time. If you wait the display will revert back to the clock after a few seconds. Pressing again whilst the sunrise and sunset times are display will allow you to alter the mode of the clock. Auto switches the output on when the sun rises, and off when it sets. On switches the output on permanently. Finally off leaves the output off. Finally, mount the whole shooting match on the wall, make it neat and go for a pint or two to celebrate! Here's the code: // Dawn & Dusk controller. // 16th August 2014. // (C) A.G.Doswell 2014 // // Date and time functions using a DS1307 RTC connected via I2C and Wire lib // // Designed to control a relay connected to pin A3. Pin goes low during daylight hours and high during night. Relay uses active low, so is // "On" during the day. This is connected to the fountain pump in my garden. // // Time is set using a rotary encoder with integral push button. The Encoder is connected to interrupt pins D2 & D3 (and GND), // and the push button to pin analogue 0 (and GND) // The RTC is connections are: Analogue pin 4 to SDA. Connect analogue pin 5 to SCL. // A 2 x 16 LCD display is connected as follows (NOTE. This is NOT conventional, as interrupt pins are required for the encoder) // Arduino LCD // D4 DB7 // D5 DB6 // D6 DB5 // D7 DB4 // D12 RS // D13 E // // Use: Pressing and holding the button will enter the clock set mode (on release of the button). Clock is set using the rotary encoder. // The clock must be set to UTC. // Pressing and releasing the button quickly will display the current sun rise and sun set times. Pressing the button again will enter the mode select menu. // Modes are AUTO: On when the sun rises, off when it sets. // ON: Permanently ON // OFF: Permanently OFF (Who'd have guessed it?) // // Change the LATTITUDE and LONGITUDE constant to your location. #include #include "RTClib.h" // from https://github.com/adafruit/RTClib #include #include // from http://www.pjrc.com/teensy/td_libs_Encoder.html #include // from http://swfltek.com/arduino/timelord.html. When adding it to your IDE, rename the file, removing the "-depreciated" RTC_DS1307 RTC; // Tells the RTC library that we're using a DS1307 RTC Encoder knob(2, 3); //encoder connected to pins 2 and 3 (and ground) LiquidCrystal lcd(12, 13, 7, 6, 5, 4); // I used an odd pin combination because I need pin 2 and 3 for the interrupts. //the variables provide the holding values for the set clock routine int setyeartemp; int setmonthtemp; int setdaytemp; int sethourstemp; int setminstemp; int setsecs = 0; int maxday; // maximum number of days in the given month int TimeMins; // number of seconds since midnight int TimerMode = 2; //mode 0=Off 1=On 2=Auto int TimeOut = 10; int TimeOutCounter; // These variables are for the push button routine int buttonstate = 0; //flag to see if the button has been pressed, used internal on the subroutine only int pushlengthset = 3000; // value for a long push in mS int pushlength = pushlengthset; // set default pushlength int pushstart = 0;// sets default push value for the button going low int pushstop = 0;// sets the default value for when the button goes back high int knobval; // value for the rotation of the knob boolean buttonflag = false; // default value for the button flag const int TIMEZONE = 0; //UTC const float LATITUDE = 51.89, LONGITUDE = -2.04; // set YOUR position here int Sunrise, Sunset; //sunrise and sunset expressed as minute of day (0-1439) TimeLord myLord; // TimeLord Object, Global variable byte sunTime[] = {0, 0, 0, 1, 1, 13}; // 17 Oct 2013 int SunriseHour, SunriseMin, SunsetHour, SunsetMin; //Variables used to make a decent display of our sunset and sunrise time. void setup () { //Serial.begin(57600); //start debug serial interface Wire.begin(); //start I2C interface RTC.begin(); //start RTC interface lcd.begin(16,2); //Start LCD (defined as 16 x 2 characters) lcd.clear(); pinMode(A0,INPUT);//push button on encoder connected to A0 (and GND) digitalWrite(A0,HIGH); //Pull A0 high pinMode(A3,OUTPUT); //Relay connected to A3 digitalWrite (A3, HIGH); //sets relay off (default condition) //Checks to see if the RTC is runnning, and if not, sets the time to the time this sketch was compiled. if (! RTC.isrunning()) { RTC.adjust(DateTime(__DATE__, __TIME__)); } //Timelord initialisation myLord.TimeZone(TIMEZONE * 60); myLord.Position(LATITUDE, LONGITUDE); CalcSun (); } void loop () { DateTime now = RTC.now(); //get time from RTC //Display current time lcd.setCursor (0,0); lcd.print(now.day(), DEC); lcd.print('/'); lcd.print(now.month()); lcd.print('/'); lcd.print(now.year(), DEC); lcd.print(" "); lcd.setCursor (0,1); lcd.print(now.hour(), DEC); lcd.print(':'); if (now.minute() <10) { lcd.print("0"); } lcd.print(now.minute(), DEC); lcd.print(':'); if (now.second() <10) { lcd.print("0"); } lcd.print(now.second()); lcd.print(" "); //current time in minutes since midnight (used to check against sunrise/sunset easily) TimeMins = (now.hour() * 60) + now.minute(); // Calculate sun times once a day at a minute past midnight if (TimeMins == 1) { CalcSun (); } if (TimerMode ==2) { if (TimeMins >= Sunrise && TimeMins <=Sunset-1) { //If it's after sunrise and before sunset, switch our relay on digitalWrite (A3, LOW); lcd.setCursor (13,1); lcd.print ("On "); } else { //otherwise switch it off digitalWrite (A3, HIGH); lcd.setCursor (13,1); lcd.print ("Off"); } } if (TimerMode ==0) { digitalWrite (A3, HIGH); lcd.setCursor (13,1); lcd.print ("Off"); } if (TimerMode ==1) { digitalWrite (A3, LOW); lcd.setCursor (13,1); lcd.print ("On "); } pushlength = pushlengthset; pushlength = getpushlength (); delay (10); if (pushlength pushlengthset) { lcd.clear(); DateTime now = RTC.now(); setyeartemp=now.year(),DEC; setmonthtemp=now.month(),DEC; setdaytemp=now.day(),DEC; sethourstemp=now.hour(),DEC; setminstemp=now.minute(),DEC; setclock(); pushlength = pushlengthset; }; } //sets the clock void setclock (){ setyear (); lcd.clear (); setmonth (); lcd.clear (); setday (); lcd.clear (); sethours (); lcd.clear (); setmins (); lcd.clear(); RTC.adjust(DateTime(setyeartemp,setmonthtemp,setdaytemp,sethourstemp,setminstemp,setsecs)); CalcSun (); delay (1000); } // subroutine to return the length of the button push. int getpushlength () { buttonstate = digitalRead(A0); if(buttonstate == LOW && buttonflag==false) { pushstart = millis(); buttonflag = true; }; if (buttonstate == HIGH && buttonflag==true) { pushstop = millis (); pushlength = pushstop - pushstart; buttonflag = false; }; return pushlength; } // The following subroutines set the individual clock parameters int setyear () { lcd.setCursor (0,0); lcd.print ("Set Year"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return setyeartemp; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { //bit of software de-bounce knobval = -1; } if (knobval > 1) { knobval = 1; } setyeartemp=setyeartemp + knobval; if (setyeartemp < 2014) { //Year can't be older than currently, it's not a time machine. setyeartemp = 2014; } lcd.print (setyeartemp); lcd.print(" "); setyear(); } int setmonth () { lcd.setCursor (0,0); lcd.print ("Set Month"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return setmonthtemp; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { knobval = -1; } if (knobval > 1) { knobval = 1; } setmonthtemp=setmonthtemp + knobval; if (setmonthtemp < 1) {// month must be between 1 and 12 setmonthtemp = 1; } if (setmonthtemp > 12) { setmonthtemp=12; } lcd.print (setmonthtemp); lcd.print(" "); setmonth(); } int setday () { if (setmonthtemp == 4 || setmonthtemp == 5 || setmonthtemp == 9 || setmonthtemp == 11) { //30 days hath September, April June and November maxday = 30; } else { maxday = 31; //... all the others have 31 } if (setmonthtemp ==2 && setyeartemp % 4 ==0) { //... Except February alone, and that has 28 days clear, and 29 in a leap year. maxday = 29; } if (setmonthtemp ==2 && setyeartemp % 4 !=0) { maxday = 28; } lcd.setCursor (0,0); lcd.print ("Set Day"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return setdaytemp; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { knobval = -1; } if (knobval > 1) { knobval = 1; } setdaytemp=setdaytemp+ knobval; if (setdaytemp < 1) { setdaytemp = 1; } if (setdaytemp > maxday) { setdaytemp = maxday; } lcd.print (setdaytemp); lcd.print(" "); setday(); } int sethours () { lcd.setCursor (0,0); lcd.print ("Set Hours"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return sethourstemp; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { knobval = -1; } if (knobval > 1) { knobval = 1; } sethourstemp=sethourstemp + knobval; if (sethourstemp < 1) { sethourstemp = 1; } if (sethourstemp > 23) { sethourstemp=23; } lcd.print (sethourstemp); lcd.print(" "); sethours(); } int setmins () { lcd.setCursor (0,0); lcd.print ("Set Mins"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return setminstemp; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { knobval = -1; } if (knobval > 1) { knobval = 1; } setminstemp=setminstemp + knobval; if (setminstemp < 0) { setminstemp = 0; } if (setminstemp > 59) { setminstemp=59; } lcd.print (setminstemp); lcd.print(" "); setmins(); } int setmode () { //Sets the mode of the timer. Auto, On or Off lcd.setCursor (0,0); lcd.print ("Set Mode"); pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { return TimerMode; } lcd.setCursor (0,1); knob.write(0); delay (50); knobval=knob.read(); if (knobval < -1) { knobval = -1; } if (knobval > 1) { knobval = 1; } TimerMode=TimerMode + knobval; if (TimerMode < 0) { TimerMode = 0; } if (TimerMode > 2) { TimerMode=2; } if (TimerMode == 0) { lcd.print("Off"); lcd.print(" "); } if (TimerMode == 1) { lcd.print("On"); lcd.print(" "); } if (TimerMode == 2) { lcd.print("Auto"); lcd.print(" "); } setmode (); } int CalcSun () { //Calculates the Sunrise and Sunset times DateTime now = RTC.now(); sunTime[3] = now.day(); // Give Timelord the current date sunTime[4] = now.month(); sunTime[5] = now.year(); myLord.SunRise(sunTime); // Computes Sun Rise. Sunrise = sunTime[2] * 60 + sunTime[1]; // Sunrise returned in minutes past midnight SunriseHour = sunTime[2]; SunriseMin = sunTime [1]; sunTime[3] = now.day(); // Uses the Time library to give Timelord the current date sunTime[4] = now.month(); sunTime[5] = now.year(); myLord.SunSet(sunTime); // Computes Sun Set. Sunset = sunTime[2] * 60 + sunTime[1]; // Sunset returned in minutes past midnight SunsetHour = sunTime[2]; SunsetMin = sunTime [1]; } void ShortPush () { //This displays the calculated sunrise and sunset times when the knob is pushed for a short time. for (long Counter = 0; Counter < 604 ; Counter ++) { //returns to the main loop if it's been run 604 times //(don't ask me why I've set 604,it seemed like a good number) lcd.setCursor (0,0); lcd.print ("Sunrise "); lcd.print (SunriseHour); lcd.print (":"); if (SunriseMin <10) { lcd.print("0"); } lcd.print (SunriseMin); lcd.setCursor (0,1); lcd.print ("Sunset "); lcd.print (SunsetHour); lcd.print (":"); if (SunsetMin <10) { lcd.print("0"); } lcd.print (SunsetMin); //If the knob is pushed again, enter the mode set menu pushlength = pushlengthset; pushlength = getpushlength (); if (pushlength != pushlengthset) { lcd.clear (); TimerMode = setmode (); } } }
Долмабахче́ (тур. Dolmabahçe — «насыпной сад») — дворец османских султанов на европейской стороне Босфора в Стамбуле на границе районов Бешикташ и Кабаташ. Д...
