It's that time of the year again.
Well, actually, it was that time of the year yesterday.
Elise's birthday.
Of course, I am not in a position to reveal exactly how many years of life she has successfully completed, but let's just say that she celebrated her twenty-first birthday for the third time (hint, hint).
We had already been to a dinner and flamenco show last Friday evening and as if that were not enough to celebrate such an auspicious occasion, we went to El Corte Inglés in Elche yesterday to have slap-up meal in the "chique" restaurant there.
Penblwydd hapus i ti, De Leeuw!
(The photo dates from February.)
Tuesday, 26 June 2012
Friday, 11 May 2012
More jealousy…
About this time two years ago, I posted an entry about the planting of some new climbing plants to replace a line of Adelfas. The entry was called Jealousy because… well, perhaps you should just read the original post for the explanation.
Anyway, in the intervening two years, the Trachelospermum jasminoides, otherwise known as Chinese ivy, Chinese jasmine, Star jasmine, Jasmin rhynchospermum, and Jasmin rhyncospermum (and, I suspect several other names, as well), have done quite well, especially given the extremes of temperature and lack of rainfall that we experience in this part of Spain.
This week the plants have opened their flowers, so that we now have a sort of scented flowerfall. She Who Must Be Obeyed assures me that the perfume is gentle and pleasant (I have no sense of smell, so, as in all other matters, I must take her word for this and nod obediently); whatever aroma the flowers might have, the plants look very good.
This photo was taken today from much the same spot as the photo that accompanied the original post:
(You will notice that the area in front of the trellis has been tiled in the meantime.)
And, in case you don't remember what that photo looked like two years ago, and/or can't be bothered to go to the original post to see it, here it is:
Anyway, in the intervening two years, the Trachelospermum jasminoides, otherwise known as Chinese ivy, Chinese jasmine, Star jasmine, Jasmin rhynchospermum, and Jasmin rhyncospermum (and, I suspect several other names, as well), have done quite well, especially given the extremes of temperature and lack of rainfall that we experience in this part of Spain.
This week the plants have opened their flowers, so that we now have a sort of scented flowerfall. She Who Must Be Obeyed assures me that the perfume is gentle and pleasant (I have no sense of smell, so, as in all other matters, I must take her word for this and nod obediently); whatever aroma the flowers might have, the plants look very good.
This photo was taken today from much the same spot as the photo that accompanied the original post:
(You will notice that the area in front of the trellis has been tiled in the meantime.)
And, in case you don't remember what that photo looked like two years ago, and/or can't be bothered to go to the original post to see it, here it is:
Quite a difference!
Labels:
chinese,
flowers,
gardening,
jasmin,
spring,
springtime,
star,
Trachelospermum jasminoides
Tuesday, 24 April 2012
Day of the Astrophytum
It all started yesterday afternoon, when I noticed that a brief reconnaissance sortie was being carried out by a flower of the cactus Astrophytum myriostigma nudum. It was already fairly late in the afternoon and the flower only opened briefly. Still, it was a sign of things to come.
This morning, a number of the Astrophytums were showing swollen buds and were clearly ready to flower. It didn't take long, once the sun hit them, for the flowers to start coming: first the Astrophytum myriostigma nudum showed the same flower that had so carefully taken a look yesterday, then the Astrophytum ornatum (two of them) and finally the Astrophytum myriostigma.
The A. myriostigma was very special. It showed nine flower buds. This is how it looked at twenty-past-eleven, shortly after the sun had reached around the shade:
And this photo was taken at five minutes to two, by which all nine flowers were being proudly displayed in the glorious sunshine.
The opening of the buds is a fascinating process to follow: sit and watch and it is as if nothing happens, but dare to go away for a few minutes and, when you return, the change is obvious. Perhaps even more fascinating is that, when the sun passes behind the house and the shade falls again on the cacti, the flowers close up into their neat little packages. Here's that same A. myriostigma at almost five-thirty. There is still plenty of light, of course, but the plant has been in the shade for half an hour or so, and its flowers have somehow packed themselves away, ready for tomorrow's display.
You can see more flowers from this year's cacti in my Cactus flowers 2012 album, which will be updated as the flowers come along. (And there are plenty of other albums there for you to enjoy, too.)
This morning, a number of the Astrophytums were showing swollen buds and were clearly ready to flower. It didn't take long, once the sun hit them, for the flowers to start coming: first the Astrophytum myriostigma nudum showed the same flower that had so carefully taken a look yesterday, then the Astrophytum ornatum (two of them) and finally the Astrophytum myriostigma.
The A. myriostigma was very special. It showed nine flower buds. This is how it looked at twenty-past-eleven, shortly after the sun had reached around the shade:
By an hour and a half later, at ten to one, the buds had swollen considerably and were showing signs of opening:
And this photo was taken at five minutes to two, by which all nine flowers were being proudly displayed in the glorious sunshine.
The opening of the buds is a fascinating process to follow: sit and watch and it is as if nothing happens, but dare to go away for a few minutes and, when you return, the change is obvious. Perhaps even more fascinating is that, when the sun passes behind the house and the shade falls again on the cacti, the flowers close up into their neat little packages. Here's that same A. myriostigma at almost five-thirty. There is still plenty of light, of course, but the plant has been in the shade for half an hour or so, and its flowers have somehow packed themselves away, ready for tomorrow's display.
You can see more flowers from this year's cacti in my Cactus flowers 2012 album, which will be updated as the flowers come along. (And there are plenty of other albums there for you to enjoy, too.)
Friday, 6 April 2012
Where did March go?
Nope, I don't understand it, either, but we are now already a fair way into April. So, where did March go?
Well, SWMBO and I went back to Belgium for a couple of weeks in March, so that, together with the preparation and recuperation (you can't believe how tiring it can be, visiting different people each day) took care of a good deal of the month in question. Miracle of miracles, in the two weeks that we were actually in Belgium, it didn't rain once! That's some sort of record, I'm sure, and I am also sure that the boeren (farmers) were on the point of complaining about major drought conditions when we left to return home to Spain, though their wailing was pre-empted by a sudden return to more normal meteorological conditions (dull, cold and wet, in other words). It was quite warm during our stay, too, but it was that unpleasant, clammy sort of warmth that one gets in the north of Europe whenever the temperature dares to exceed about 20ºC.
Anyway, March was also glorious for the success of the Welsh rugby team in the Six Nations Championship. Not only did Wales beat England, a feat frequently accomplished, but always relished, but the fine young team also won the Triple Crown (beating all the national teams of the British Isles), the Championship itself, and (are you listening muvver?) the achievement of achievements, the Grand Slam (beating all five other teams in the Chapionship). Total and utter winners. All together now: "We are the champions," no, no, better a verse or two of Calon Lân.
We left for Belgium on the day of the coach accident in Switzerland, in which over twenty Belgian children were killed. Very sad, of course, but sadder still, perhaps, was the exaggerated attention paid to the event in the Belgian media and the way that the tragedy was exploited by politicians and clergy. Probably just as many children died that same day and every other day from illness and disease in Belgium, yet these were ignored and the hype that was instead built up and maintained over several days was, in many ways, an insult to all the unfortunate children and their parents, relatives, and friends.
Back in Spain now and Semana Santa is all the go at the moment. Yesterday, one of the time-wasters on the news was an item about the pope person washing some feet in Rome. Well, big of him. I wonder if he will also wash the feet of the Spanish nun who has been charged with stealing a just-born baby from its mother thirty-odd years ago to give (give? For how much?) to someone else. Numerous such charges have been attempted, but this is the first to be accepted by a judge. It is thought that thousands of babies were estranged from their birth parents in this way and only now is anything being done about it. And will he also be washing the feet of his minions who abuse the children in their care? Probably not. Semana Santa, my foot!
Oh, and did I mention that Wales won the Six Nations Championship, including the Grand Slam?
Well, SWMBO and I went back to Belgium for a couple of weeks in March, so that, together with the preparation and recuperation (you can't believe how tiring it can be, visiting different people each day) took care of a good deal of the month in question. Miracle of miracles, in the two weeks that we were actually in Belgium, it didn't rain once! That's some sort of record, I'm sure, and I am also sure that the boeren (farmers) were on the point of complaining about major drought conditions when we left to return home to Spain, though their wailing was pre-empted by a sudden return to more normal meteorological conditions (dull, cold and wet, in other words). It was quite warm during our stay, too, but it was that unpleasant, clammy sort of warmth that one gets in the north of Europe whenever the temperature dares to exceed about 20ºC.
Anyway, March was also glorious for the success of the Welsh rugby team in the Six Nations Championship. Not only did Wales beat England, a feat frequently accomplished, but always relished, but the fine young team also won the Triple Crown (beating all the national teams of the British Isles), the Championship itself, and (are you listening muvver?) the achievement of achievements, the Grand Slam (beating all five other teams in the Chapionship). Total and utter winners. All together now: "We are the champions," no, no, better a verse or two of Calon Lân.
We left for Belgium on the day of the coach accident in Switzerland, in which over twenty Belgian children were killed. Very sad, of course, but sadder still, perhaps, was the exaggerated attention paid to the event in the Belgian media and the way that the tragedy was exploited by politicians and clergy. Probably just as many children died that same day and every other day from illness and disease in Belgium, yet these were ignored and the hype that was instead built up and maintained over several days was, in many ways, an insult to all the unfortunate children and their parents, relatives, and friends.
Back in Spain now and Semana Santa is all the go at the moment. Yesterday, one of the time-wasters on the news was an item about the pope person washing some feet in Rome. Well, big of him. I wonder if he will also wash the feet of the Spanish nun who has been charged with stealing a just-born baby from its mother thirty-odd years ago to give (give? For how much?) to someone else. Numerous such charges have been attempted, but this is the first to be accepted by a judge. It is thought that thousands of babies were estranged from their birth parents in this way and only now is anything being done about it. And will he also be washing the feet of his minions who abuse the children in their care? Probably not. Semana Santa, my foot!
Oh, and did I mention that Wales won the Six Nations Championship, including the Grand Slam?
Labels:
belgium,
cymru,
rugby,
semana santa,
six nations,
wales
Saturday, 25 February 2012
Anyone for rugby?
Sorry about the quality of the photo, but it's one taken of the television image, showing Scott Williams scoring the winning try for Wales against England in Twickenham (that's England HQ).
Final score: Lloegr (England) 12, Cymru (Wales) 19 (the try in the photo was converted, adding two points to the total). Music to the ears.
There's nothing more need be said, is there? (Well, perhaps we could give the English a "Poor dabs," but chwarae teg, Wales deserved the win, so we won't bother.)
Two more matches left for Wales, who are now in with a very good chance for the Championship and, France permitting, of the Grand Slam, too.
Final score: Lloegr (England) 12, Cymru (Wales) 19 (the try in the photo was converted, adding two points to the total). Music to the ears.
There's nothing more need be said, is there? (Well, perhaps we could give the English a "Poor dabs," but chwarae teg, Wales deserved the win, so we won't bother.)
Two more matches left for Wales, who are now in with a very good chance for the Championship and, France permitting, of the Grand Slam, too.
César's triumph
One of the best quiz programmes on Spanish television is Pasapalabra. It used to be transmitted by Antena 3 and was then better than its current incarnation on Telecinco: like most things nowadays, it has been dummed down to be more "entertaining" in the earlier part of the programme.
Fortunately, however, the significant last part of the quiz has remained just as interesting and exciting as it was: two contestants have each to provide one-word answers to as many as possible of 25 questions in a very limited time (usually about two and a half minutes, the total time being determined by success or failure in word games in the earlier part of the programme). The questions can relate to anything and everything: language, geography, history, physics, natural history, cinema, mythology, literature… In fact, an enormous general knowledge is required to complete the task and this rarely happens. However, if all 25 questions can be answered correctly in the limited time allotted, then the successful contestant is rewarded with the jackpot, a monetary amount that is increased by 6,000 euro each day.
Last night, César Garrido, a 34 year-old bachelor from Cuenca, raced through his questions and answered everything correctly with plenty of time to spare. As a result, he won 1,524,000 euro, the second largest jackpot in the history of Pasapalabra and the biggest jackpot ever won on Telecinco (in 2006, when Pasapalabra was still on Antena 3, the contestant Jaime Cantizano won no less than 2,190,000 euro).
Most contestants struggle to approach 15 correctly answered questions. César had already appeared on 29 consecutive editions of the programme (the better of the two contestans of one day wins 1,200 euro and returns the following day to fight again) and on no less than 20 occasions he was able to answer 20 or more correctly.
A more worthy winner than César is difficult to imagine: he lost both his father and his brother early in his life and suffers from a bone marrow disease that has meant he has had to undergo numerous operations. Nevertheless, he is a qualified teacher of English, a task he exercised during ten years, before becoming the correspondent for culture and sports for a daily digital newspaper in Cuenca. César intends to donate part of his winnings to the investigation of bone marrow diseases and also hopes to be able to do some travelling. As a lover of the cinema, he particularly wants to visit Hollywood.
Well done César!
Fortunately, however, the significant last part of the quiz has remained just as interesting and exciting as it was: two contestants have each to provide one-word answers to as many as possible of 25 questions in a very limited time (usually about two and a half minutes, the total time being determined by success or failure in word games in the earlier part of the programme). The questions can relate to anything and everything: language, geography, history, physics, natural history, cinema, mythology, literature… In fact, an enormous general knowledge is required to complete the task and this rarely happens. However, if all 25 questions can be answered correctly in the limited time allotted, then the successful contestant is rewarded with the jackpot, a monetary amount that is increased by 6,000 euro each day.
Last night, César Garrido, a 34 year-old bachelor from Cuenca, raced through his questions and answered everything correctly with plenty of time to spare. As a result, he won 1,524,000 euro, the second largest jackpot in the history of Pasapalabra and the biggest jackpot ever won on Telecinco (in 2006, when Pasapalabra was still on Antena 3, the contestant Jaime Cantizano won no less than 2,190,000 euro).
Most contestants struggle to approach 15 correctly answered questions. César had already appeared on 29 consecutive editions of the programme (the better of the two contestans of one day wins 1,200 euro and returns the following day to fight again) and on no less than 20 occasions he was able to answer 20 or more correctly.
A more worthy winner than César is difficult to imagine: he lost both his father and his brother early in his life and suffers from a bone marrow disease that has meant he has had to undergo numerous operations. Nevertheless, he is a qualified teacher of English, a task he exercised during ten years, before becoming the correspondent for culture and sports for a daily digital newspaper in Cuenca. César intends to donate part of his winnings to the investigation of bone marrow diseases and also hopes to be able to do some travelling. As a lover of the cinema, he particularly wants to visit Hollywood.
Well done César!
All the Ones
We were driving into Guardamar yesterday and had taken some paper and cardboard with us to put into the appropriate container on the way (you do sort your rubbish, don't you?). There are containers for different types of rubbish just near the exit of El Raso, so I parked the car next to them. As I was switching off the ignition, I noticed the kilometre counter.
A bingo caller would have shouted, "All the ones, onety-onety-onety-one," or words to that effect. However, I understand that there are only 10 types of people in the world: those who understand binary and those who don't.
Well, you might not understand the binary numbering system, but you use it in some way every day, I'll bet. Just about everything is digitised nowadays, from the mobile phone (oh bane of my life), the lowly weather station, the kitchen scales (assuming their not a decent set of analogue ones), the mp3 player, the iPad, iPod, iWhatever, to the now common-or-garden home desktop computer, and even the CERN supercollider.
Yup, they're all based on just two numbers, zero and one.
All computer technology relies on what are basically no more than switches that can have one of two states: on and off, or, one and zero (and sometimes even "yes" and "no"). And with these two digits, any other number can be formed. Okay, you're used to using ten digits to form numbers, 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9. This is the decimal system, but there are other numbering systems out there, the best-known being octal, hexadecimal, and binary.
So, how does binary work? Simple!
First, a quick look at our normal decimal system to understand how we count. We start at 0, meaning nothing, then we go 1,2,3… up to 9, but when we want to go further, we have no free digits, so we say something like, "Right, I now have one lot of ten, so I'll put down a 1, and nothing else, so I'll put down a 0," giving us 10. We then continue up to our next change from 9 to the next number and have to say, "Now I have 2 lots of ten and nothing else,"which gives us 20.
And when we run out of digits for the "tens position" all we have to do is start a new position for the hundreds and so on.
Binary works just like that, but new positions have to be created much more frequently, every time the count reaches 2, in fact. So we go 0, 1… er end of available digits, so 10, 11… er end of available digits, so 100, 101, 110, 111… er end of available digits… and so on.
Now, if we look at a decimal number, say 563, then it can be broken down as follows:
3 = 10 to the power 0 (which is 1) x 3, giving 3
6 = 10 to the power 1 (which is 10) x 6, giving 60
5 = 10 to the power 2 (which is 100) x 5, giving 500
Add them up and you get the full number. In fact, the position of the digit, counting from right to left, indicates the "power" of the "base number" of the system. The base number of the decimal system is ten. This is how all number systems work.
Applying this to the binary system (whose base number is 2), then the decimal equivalent of 101 binary is:
1 = 2 to the power 0 (which is 1) x 1, giving 1
0 = 2 to the power 1 (which is 2) x 0, giving 0
1 = 2 to the power 2 (which is 4) x 1, giving 4
Add them up and you get 5. So binary 101 is the same as decimal 5.
What about binary 111111?
A bingo caller would have shouted, "All the ones, onety-onety-onety-one," or words to that effect. However, I understand that there are only 10 types of people in the world: those who understand binary and those who don't.
Well, you might not understand the binary numbering system, but you use it in some way every day, I'll bet. Just about everything is digitised nowadays, from the mobile phone (oh bane of my life), the lowly weather station, the kitchen scales (assuming their not a decent set of analogue ones), the mp3 player, the iPad, iPod, iWhatever, to the now common-or-garden home desktop computer, and even the CERN supercollider.
Yup, they're all based on just two numbers, zero and one.
All computer technology relies on what are basically no more than switches that can have one of two states: on and off, or, one and zero (and sometimes even "yes" and "no"). And with these two digits, any other number can be formed. Okay, you're used to using ten digits to form numbers, 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9. This is the decimal system, but there are other numbering systems out there, the best-known being octal, hexadecimal, and binary.
So, how does binary work? Simple!
First, a quick look at our normal decimal system to understand how we count. We start at 0, meaning nothing, then we go 1,2,3… up to 9, but when we want to go further, we have no free digits, so we say something like, "Right, I now have one lot of ten, so I'll put down a 1, and nothing else, so I'll put down a 0," giving us 10. We then continue up to our next change from 9 to the next number and have to say, "Now I have 2 lots of ten and nothing else,"which gives us 20.
And when we run out of digits for the "tens position" all we have to do is start a new position for the hundreds and so on.
Binary works just like that, but new positions have to be created much more frequently, every time the count reaches 2, in fact. So we go 0, 1… er end of available digits, so 10, 11… er end of available digits, so 100, 101, 110, 111… er end of available digits… and so on.
Now, if we look at a decimal number, say 563, then it can be broken down as follows:
3 = 10 to the power 0 (which is 1) x 3, giving 3
6 = 10 to the power 1 (which is 10) x 6, giving 60
5 = 10 to the power 2 (which is 100) x 5, giving 500
Add them up and you get the full number. In fact, the position of the digit, counting from right to left, indicates the "power" of the "base number" of the system. The base number of the decimal system is ten. This is how all number systems work.
Applying this to the binary system (whose base number is 2), then the decimal equivalent of 101 binary is:
1 = 2 to the power 0 (which is 1) x 1, giving 1
0 = 2 to the power 1 (which is 2) x 0, giving 0
1 = 2 to the power 2 (which is 4) x 1, giving 4
Add them up and you get 5. So binary 101 is the same as decimal 5.
What about binary 111111?
1 = 2 to the power 0 (which is 1) x 1, giving 1
1 = 2 to the power 1 (which is 2) x 1, giving 2
1 = 2 to the power 2 (which is 4) x 1, giving 4
1 = 2 to the power 3 (which is 8) x 1, giving 8
1 = 2 to the power 4 (which is 16) x 1, giving 16
1 = 2 to the power 5 (which is 32) x 1, giving 32
Add them up and you get decimal 63.
(Sadly my car counts in decimal, not binary, so I must accept that it has been driven 111,111 kilometres and not just 63.)
To explain exactly how these ones and zeroes become transformed, not just into decimal numbers, but also into letters, symbols, colours, sound, and everything else digital, would take a whole book, even though it is really quite simple. Believe me, it might look impressive, but its all just ones and zeroes.
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