Get list of available users
URL:
http://localhost:4567/users
Parameters:
{"token":"08e77ae7c7ea199c6ada25e690fa4490","limit":10}
Output:
{
"code": 0,
"desc": "success",
"data": [
{
"user_id": 5,
"user_name": "Heryudi Praja",
"department_id": 0,
"department_name": null,
"division_id": 0,
"division_name": null,
"section_id": 0,
"section_name": null,
"occupation_id": 0,
"occupation_name": null,
"user_type_id": 1,
"user_type_name": "Superadmin",
"approval_level": -1,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
},
{
"user_id": 6,
"user_name": "Superadmin",
"department_id": 0,
"department_name": null,
"division_id": 0,
"division_name": null,
"section_id": 0,
"section_name": null,
"occupation_id": 0,
"occupation_name": null,
"user_type_id": 1,
"user_type_name": "Superadmin",
"approval_level": -1,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
},
{
"user_id": 7,
"user_name": "Admin",
"department_id": 0,
"department_name": null,
"division_id": 0,
"division_name": null,
"section_id": 0,
"section_name": null,
"occupation_id": 0,
"occupation_name": null,
"user_type_id": 2,
"user_type_name": "Admin",
"approval_level": -1,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
},
{
"user_id": 9,
"user_name": "Logistics Manager",
"department_id": 14,
"department_name": "Logistics",
"division_id": 6,
"division_name": null,
"section_id": 0,
"section_name": null,
"occupation_id": 2,
"occupation_name": "Manager",
"user_type_id": 4,
"user_type_name": "Manager",
"approval_level": 3,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
},
{
"user_id": 10,
"user_name": "Warehouse Supervisor",
"department_id": 14,
"department_name": "Logistics",
"division_id": 6,
"division_name": "Warehouse",
"section_id": 12,
"section_name": null,
"occupation_id": 3,
"occupation_name": "Supervisor",
"user_type_id": 5,
"user_type_name": "Supervisor",
"approval_level": 2,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
},
{
"user_id": 11,
"user_name": "Marketing Manager",
"department_id": 16,
"department_name": "Marketing",
"division_id": 6,
"division_name": null,
"section_id": 12,
"section_name": null,
"occupation_id": 4,
"occupation_name": "Manager",
"user_type_id": 6,
"user_type_name": "Manager",
"approval_level": 1,
"access_right_id": 1,
"access_right_name": "(Default)",
"profile_image_id": 0,
"f_data": 1
}
]
}


This is Words and Buttons Online — a collection of interactive #tutorials, #demos, and #quizzes about #mathematics, #algorithms and #programming.
This was supposed to be a five-minute interview question. I came up with it on Thursday, then spent a night looking for a good answer. Then the other night. Then the Saturday morning. Then it finally occurred to me that it's more like 500 minutes now and it wouldn't work for an interview.
But it's still a fun problem to fiddle with. And it goes like this.
Here is a magic square:
| 8 | 3 | 4 |
| 1 | 5 | 9 |
| 6 | 7 | 2 |
It has all the numbers from 1 to 9 each occurring exactly once. The sum in every row is 15. The sum in every column is 15. And the sum in both diagonals is 15, too. We can write a square as a 9-character string like this: "834159672".
The problem: propose a function that tells if a 3x3 square written as an ASCII string of digits is magic or not fast.
Here is a benchmark. It has no dependencies, and it's C++11 standard compliant, so it runs in basically every environment.
#include <iostream> #include <chrono> using namespace std; // Here you should implement your // magic checker. It should return // true if the square is magic, // false otherwise. // // 8 1 6 this is // "816357492" = 3 5 7 a magic // 4 9 2 square // bool check_if_magic(const std::string& square) { // add your code here // (or above if you need global stuff) return false; } // this generates all possible combinations // of 1-9 digits that may or may not // form a magic square static string buffer = "000000000"; void generate_or_check(int index_or_check = 8) { if(index_or_check == -1){ if(check_if_magic(buffer)) cout << buffer << " "; return; } for(auto i = 1u; i < 10; ++i){ buffer[index_or_check] = '0' + i; generate_or_check(index_or_check-1); } } // this runs the generator and measures time int main() { auto start = std::chrono::system_clock::now(); generate_or_check(); auto end = std::chrono::system_clock::now(); chrono::duration<double> difference = end - start; cout << difference.count() << "\n\n"; }
I ran it with an empty checker to see how much time the generator takes. Then ran thirteen different solutions three times each, and picked the best time for every solution. Now I know what works and what doesn't.
Now let's play a game. There will be twelve rounds, each round is a match between two solutions. Or rather between their execution times. Using your intuition and best judgment, please estimate their relative performance. Use the sliders below the code samples.
All is measured on Intel(R) Core(TM) i7-7700HQ CPU @ 2.80GHz.
Compiled with g++ 5.4.0 -std=c++11 -O2.
The naïve solution would be to check every row, column, and diagonal sum and then assert that all the numbers are there. We don't have to parse actual numbers, we can go with ASCII.
To check that all the numbers are there and each occurs only once, we can fill the array of counters and then check that every number has its counter set to 1.
The question is, what should we do first? On the left, the rows, columns, and diagonals checks come first and then there's a counter check. On the right, the counter check comes first. Let's find out which one if faster.
Now place your bets!
bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != '5'*3) || (sq[3] + sq[4] + sq[5] != '5'*3) || (sq[6] + sq[7] + sq[8] != '5'*3) || (sq[0] + sq[3] + sq[6] != '5'*3) || (sq[1] + sq[4] + sq[7] != '5'*3) || (sq[2] + sq[5] + sq[8] != '5'*3) || (sq[0] + sq[4] + sq[8] != '5'*3) || (sq[2] + sq[4] + sq[6] != '5'*3)) return false; std::array<int, 9> numbers_count{}; for(auto i = 0u; i < 9; ++i) ++numbers_count[sq[i]-'1']; for(auto i = 0u; i < 9; ++i) if(numbers_count[i] != 1) return false; return true; } |
bool check_if_magic(const std::string& sq) { std::array<int, 9> numbers_count{}; for(auto i = 0u; i < 9; ++i) ++numbers_count[sq[i]-'1']; for(auto i = 0u; i < 9; ++i) if(numbers_count[i] != 1) return false; if ((sq[0] + sq[1] + sq[2] != '5'*3) || (sq[3] + sq[4] + sq[5] != '5'*3) || (sq[6] + sq[7] + sq[8] != '5'*3) || (sq[0] + sq[3] + sq[6] != '5'*3) || (sq[1] + sq[4] + sq[7] != '5'*3) || (sq[2] + sq[5] + sq[8] != '5'*3) || (sq[0] + sq[4] + sq[8] != '5'*3) || (sq[2] + sq[4] + sq[6] != '5'*3)) return false; return true; } |
They are equally fast.
Not all the checks are that effective though. Sure, the first three are independent but if you have established that all your rows sum up to 15 each that means that the total is 45. Now if we check that the first two columns sum up to 15, the third one has to be 45 - 15*2 = 15. The fifth check is redundant.
And we will gain a bit of performance if we throw it away. But in fact, we can also throw away the third check as well. If we assert that the numbers are unique then the total sum is 45 anyway.
So let's throw away two redundant lines and see what will happen.
bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != '5'*3) || (sq[3] + sq[4] + sq[5] != '5'*3) || (sq[6] + sq[7] + sq[8] != '5'*3) || (sq[0] + sq[3] + sq[6] != '5'*3) || (sq[1] + sq[4] + sq[7] != '5'*3) || (sq[2] + sq[5] + sq[8] != '5'*3) || (sq[0] + sq[4] + sq[8] != '5'*3) || (sq[2] + sq[4] + sq[6] != '5'*3)) return false; std::array<int, 9> numbers_count{}; for(auto i = 0u; i < 9; ++i) ++numbers_count[sq[i]-'1']; for(auto i = 0u; i < 9; ++i) if(numbers_count[i] != 1) return false; return true; } |
bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != '5'*3) || (sq[3] + sq[4] + sq[5] != '5'*3) // || (sq[6] + sq[7] + sq[8] != '5'*3) || (sq[0] + sq[3] + sq[6] != '5'*3) || (sq[1] + sq[4] + sq[7] != '5'*3) // || (sq[2] + sq[5] + sq[8] != '5'*3) || (sq[0] + sq[4] + sq[8] != '5'*3) || (sq[2] + sq[4] + sq[6] != '5'*3)) return false; std::array<int, 9> numbers_count{}; for(auto i = 0u; i < 9; ++i) ++numbers_count[sq[i]-'1']; for(auto i = 0u; i < 9; ++i) if(numbers_count[i] != 1) return false; return true; } |
They are equally fast.
The naïve solution is the eight sum-is-15 checks and the digits-are-unique check. The micro-optimization concerns the latter part. To check if the string is a permutation of digits, we want to fill a map of bools and assert that its content is all true. Yes, with a binary map, if there are three equal digits in a square, the value in the map for the digit will be true. But then we wouldn't have enough digits left to fill all nine positions so it works.
Since we are here for the performance, we would use an uint_fast64_t instead of a real map and trigger its bits. The assertion then would be a mere integer comparison. Also, we will start with the loaded map and check it with 0. All for performance sake, right?
bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != '5'*3) || (sq[3] + sq[4] + sq[5] != '5'*3) || (sq[6] + sq[7] + sq[8] != '5'*3) || (sq[0] + sq[3] + sq[6] != '5'*3) || (sq[1] + sq[4] + sq[7] != '5'*3) || (sq[2] + sq[5] + sq[8] != '5'*3) || (sq[0] + sq[4] + sq[8] != '5'*3) || (sq[2] + sq[4] + sq[6] != '5'*3)) return false; std::array<int, 9> numbers_count{}; for(auto i = 0u; i < 9; ++i) ++numbers_count[sq[i]-'1']; for(auto i = 0u; i < 9; ++i) if(numbers_count[i] != 1) return false; return true; } |
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
They are equally fast.
The heuristic proposed is meant to end the function as early as possible. It is based on a fact that in a magic square, the corner values are always even and the rest are odd. If one of the numbers fails to pass the oddity test, then there is no point in the full magic check at all.
This heuristic is rather effective. On random numbers, it narrows down our cases with a pretty good 29 to 1 ratio. So only one string in 512 will get to the actual check. Well, technically our numbers are not entirely random, we have more odds than evens, but still.
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ( (sq[0] & 1) != 0 || (sq[1] & 1) == 0 || (sq[2] & 1) != 0 || (sq[3] & 1) == 0 || (sq[4] & 1) == 0 || (sq[5] & 1) == 0 || (sq[6] & 1) != 0 || (sq[7] & 1) == 0 || (sq[8] & 1) != 0) return false; if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
They are equally fast.
We can choose less effective but cheaper heuristic. For instance, we know that all the 3x3 magic squares have 5 in the center. Let's try and exploit this fact.
Also, this makes the main check a little bit cheaper since we don't have to check for the central 5 in a sum anymore.
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
auto magic_number = '5' * 3; auto not_so_magic_number = '5' * 2; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; if ((sq[0] + sq[1] + sq[2] != magic_number) || (sq[3] + sq[5] != not_so_magic_number) || (sq[6] + sq[7] + sq[8] != magic_number) || (sq[0] + sq[3] + sq[6] != magic_number) || (sq[1] + sq[7] != not_so_magic_number) || (sq[2] + sq[5] + sq[8] != magic_number) || (sq[0] + sq[8] != not_so_magic_number) || (sq[2] + sq[6] != not_so_magic_number)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
They are equally fast.
There are only 8 3x3 magic squares in existence. So do we really have to test the string against the magic definition? Why couldn't we precache the magic values somewhere and simply compare with that?
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
const std::array<std::string, 8> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { for(auto i = 0u; i < 8; ++i) if(sq == all_magic_squares[i]) return true; return false; } |
They are equally fast.
Well, strings comparisons are relatively slow. But we don't have to do all eight comparisons every time. If we organize our comparison work-flow as a tree-like structure, we could minimize the number of comparisons to somewhere form 1 to 3 per string.
Luckily we don't have to reinvent the tree, we can take the standard set instead.
const std::array<std::string, 8> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { for(auto i = 0u; i < 8; ++i) if(sq == all_magic_squares[i]) return true; return false; } |
const std::set<std::string> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { return all_magic_squares.find(sq) != all_magic_squares.end()); } |
They are equally fast.
We have another structure that seems promising in terms of performance. The unordered set is known to have constant complexity for the cases with no collisions. Since our data is small, it is unlikely to cause collisions in a hash map. Let's try that.
const std::set<std::string> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { return all_magic_squares.find(sq) != all_magic_squares.end()); } |
const std::unordered_set<std::string> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { return all_magic_squares.find(sq) != all_magic_squares.end()); } |
They are equally fast.
Now, when we have heavier body, maybe we can gain more from the heuristic. Let's try our oddity one here.
const std::array<std::string, 8> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { for(auto i = 0u; i < 8; ++i) if(sq == all_magic_squares[i]) return true; return false; } |
const std::array<std::string, 8> all_magic_squares = { "816357492", "492357816", "618753294", "294753618", "834159672", "672159834", "438951276", "276951438" }; bool check_if_magic(const std::string& sq) { if ( (sq[0] & 1) != 0 || (sq[1] & 1) == 0 || (sq[2] & 1) != 0 || (sq[3] & 1) == 0 || (sq[4] & 1) == 0 || (sq[5] & 1) == 0 || (sq[6] & 1) != 0 || (sq[7] & 1) == 0 || (sq[8] & 1) != 0) return false; for(auto i = 0u; i < 8; ++i) if(sq == all_magic_squares[i]) return true; return false; } |
They are equally fast.
Since we know that the center value is always five, we don't have to store it in our answers either. This leaves us with exactly 8 bytes per string that can be cheaply encoded as a single 64-bit value. Why don't we store these values instead of strings?
auto c15 = '5' * 3; uint_fast64_t ideal_char_map = static_cast<uint_fast64_t>(0x1FF) << 49; uint_fast64_t char_map_one = 1u; bool check_if_magic(const std::string& sq) { if ((sq[0] + sq[1] + sq[2] != c15) || (sq[3] + sq[4] + sq[5] != c15) || (sq[6] + sq[7] + sq[8] != c15) || (sq[0] + sq[3] + sq[6] != c15) || (sq[1] + sq[4] + sq[7] != c15) || (sq[2] + sq[5] + sq[8] != c15) || (sq[0] + sq[4] + sq[8] != c15) || (sq[2] + sq[4] + sq[6] != c15)) return false; auto char_map = ideal_char_map; for(auto i = 0u; i < 9; ++i) char_map ^= char_map_one << sq[i]; if (char_map != 0) return false; return true; } |
const std::array<uint64_t, 8> magic_numbers {<PHONE_NUMBER>101087289,<PHONE_NUMBER>107239479,<PHONE_NUMBER>637535289,<PHONE_NUMBER>655991859,<PHONE_NUMBER>180135479,<PHONE_NUMBER>198592049,<PHONE_NUMBER>728887859,<PHONE_NUMBER>735040049 }; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; uint64_t magic_number = *(reinterpret_cast<const uint32_t*> (sq.data())); magic_number <<= 32; magic_number += *(reinterpret_cast<const uint32_t*> (sq.data()+5)); for(auto i = 0u; i < 8; ++i) if(magic_number == magic_numbers[i]) return true; return false; } |
They are equally fast.
Let's now use a set instead of an array here. There should be fewer comparisons anyway, but would it help?
const std::array<uint64_t, 8> magic_numbers {<PHONE_NUMBER>101087289,<PHONE_NUMBER>107239479,<PHONE_NUMBER>637535289,<PHONE_NUMBER>655991859,<PHONE_NUMBER>180135479,<PHONE_NUMBER>198592049,<PHONE_NUMBER>728887859,<PHONE_NUMBER>735040049 }; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; uint64_t magic_number = *(reinterpret_cast<const uint32_t*> (sq.data())); magic_number <<= 32; magic_number += *(reinterpret_cast<const uint32_t*> (sq.data()+5)); for(auto i = 0u; i < 8; ++i) if(magic_number == magic_numbers[i]) return true; return false; } |
const std::set<uint64_t> magic_numbers {<PHONE_NUMBER>101087289,<PHONE_NUMBER>107239479,<PHONE_NUMBER>637535289,<PHONE_NUMBER>655991859,<PHONE_NUMBER>180135479,<PHONE_NUMBER>198592049,<PHONE_NUMBER>728887859,<PHONE_NUMBER>735040049 }; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; uint64_t magic_number = *(reinterpret_cast<const uint32_t*> (sq.data())); magic_number <<= 32; magic_number += *(reinterpret_cast<const uint32_t*> (sq.data()+5)); return magic_numbers.find(magic_number) != magic_numbers.end(); } |
They are equally fast.
Could we gain some speed from using unordered set?
const std::array<uint64_t, 8> magic_numbers {<PHONE_NUMBER>101087289,<PHONE_NUMBER>107239479,<PHONE_NUMBER>637535289,<PHONE_NUMBER>655991859,<PHONE_NUMBER>180135479,<PHONE_NUMBER>198592049,<PHONE_NUMBER>728887859,<PHONE_NUMBER>735040049 }; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; uint64_t magic_number = *(reinterpret_cast<const uint32_t*> (sq.data())); magic_number <<= 32; magic_number += *(reinterpret_cast<const uint32_t*> (sq.data()+5)); for(auto i = 0u; i < 8; ++i) if(magic_number == magic_numbers[i]) return true; return false; } |
const std::unordered_set<uint64_t> magic_numbers {<PHONE_NUMBER>101087289,<PHONE_NUMBER>107239479,<PHONE_NUMBER>637535289,<PHONE_NUMBER>655991859,<PHONE_NUMBER>180135479,<PHONE_NUMBER>198592049,<PHONE_NUMBER>728887859,<PHONE_NUMBER>735040049 }; bool check_if_magic(const std::string& sq) { if(sq[4] != '5') return false; uint64_t magic_number = *(reinterpret_cast<const uint32_t*> (sq.data())); magic_number <<= 32; magic_number += *(reinterpret_cast<const uint32_t*> (sq.data()+5)); return magic_numbers.find(magic_number) != magic_numbers.end(); } |
They are equally fast.
Probably, I shouldn't talk for everyone but in my case, the conclusion would have been: “bad measurements beat good intuition nine times out of ten”. Even though I do have a long history of making things fast, this extreme case — small data, cheap body — neglected my experience to naught. String operations seemed to be cheaper, heuristics — more effective and there were also high hopes for the standard containers. Well, at least slightly higher hopes.
I've learned something from this experience. Hope you did too. If so, then no matter what your score is, you are still a winner.
Challenge your performance intuition with nanosecond sorting
Challenge your performance intuition with C++ operators
Challenge your performance intuition with C++ sine
Further reading: Learning the value of good benchmarking technique with C++ magic squares.
Github with all the experiments.
| Index #programming #quizzes | ← there's more. |
+
So You Think You Know C (free book) + Geometry for Programmers (paid book) + Github & RSS |


{% extends "_layouts/default.html" %} {% block content %}
| # | Strain/Set | Price |
|---|---|---|
| {{ loop.index }} | {{ item }} | ${{'%0.2f'| format(price|float)}} |
| Total | ${{'%0.2f'| format(form.total|float)}} |
If you are ordering a ready-made set, the strains will be sent as frozen stocks on dry ice. Please select a shipping carrier from the drop-down menu and enter an account number. If you are ordering a customized set of strains, these strains will be sent on plates.


This privacy policy has been compiled to better serve those who are concerned with how their 'Personally Identifiable Information' (PII) is being used online. PII, as described in US privacy law and information security, is information that can be used on its own or with other information to identify, contact, or locate a single person, or to identify an individual in context. Please read our privacy policy carefully to get a clear understanding of how we collect, use, protect or otherwise handle your Personally Identifiable Information in accordance with our website.
We collect information from you when you use live chat through the app or enter that information during a conversation with Dutybot.
The app may ask for Facebook permissions allowing it to perform actions with the User's Facebook account and to retrieve information, including Personal Data, from it.
For more information about the following permissions, refer to the Facebook permissions documentation and to the Facebook privacy policy.
The permissions asked are the following:
By default, this includes certain User’s Data such as id, name and picture. Certain connections of the User, such as the Friends, are also available. If the User has made more of their Data public, more information will be available.
If the User chooses to share their location then this information is used to provide personalized results conditioned on the location given.
We use the information we collect from you when you start a conversation with Dutybot in the following ways:
No we do not use 'cookies'.
We do not sell, trade, or otherwise transfer to outside parties your Personally Identifiable Information unless we provide users with advance notice. This does not include website hosting partners and other parties who assist us in operating our website, conducting our business, or serving our users, so long as those parties agree to keep this information confidential. We may also release information when it's release is appropriate to comply with the law, enforce our site policies, or protect ours or others' rights, property or safety.
However, non-personally identifiable visitor information may be provided to other parties for marketing, advertising, or other uses.
We do not include or offer third-party products or services on our website.
Google's advertising requirements can be summed up by Google's Advertising Principles. They are put in place to provide a positive experience for users.
When it comes to the collection of personal information from children under the age of 13 years old, the Children's Online Privacy Protection Act (COPPA) puts parents in control. The Federal Trade Commission, United States' consumer protection agency, enforces the COPPA Rule, which spells out what operators of websites and online services must do to protect children's privacy and safety online.
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Design weblayoutLorem ipsum dolor sit amet, consectetur adipisicing elit, sed do eiusmod tempor incididunt
Johnathan Deo
(123) 456 7890
<EMAIL_ADDRESS>London
Donec pede justo, fringilla vel, aliquet nec, vulputate eget, arcu. In enim justo, rhoncus ut, imperdiet a, venenatis vitae, justo. Nullam dictum felis eu pede mollis pretium. Integer tincidunt.Cras dapibus. Vivamus elementum semper nisi. Aenean vulputate eleifend tellus. Aenean leo ligula, porttitor eu, consequat vitae, eleifend ac, enim.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.


Evolving the Cincinnati home inspection market.
Deliverables: Logo, Marketing Collateral, and Website
Timeline: 4 Months
Tools: Paper, Pencil, Illustrator, Photoshop, Wordpress, HTML, CSS
Tele-Tap is a sewer inspection service start-up in Cincinnati, Ohio. This was a super exciting project and the client wanted to build a new brand from the ground up. The client helps manage his father's enterprise sewer service, and wanted to utilize equipment they already owned to start his own residential sewer inspection.
For our the logo the client wanted to leverage an abstracted pipe motif and the green color as a subtle nod to the paint color used by municipalities to indicate sewer lines.
The client was loving the pipe-play but wanted to incorporate a more circular element to be more overt. For the next round I wanted to leverage the more angular pipe shapes, and merge them with a holding shape that tied it together.
We loved the last row of iteration best and decided to push forward with the bifurcated pipe motif, marry it with a more circular element, and push color in a way that felt industrial and modern. I wanted to explore how gradients and subtle edge shading could make this feel more masculine and heavy, without being too loud.
I took this mark and developed an identity around it, making sure to keep the green and grays consistent while experimenting with what a brand-pattern of abstracted twisting pipes could do add to the overall system.


Tata Altroz pre-bookings to open from December 4, 2019
by Akbar MerchantMarket launch and price announcement for the Tata Altroz to take place in January 2020.
UPDATE: Tata Altroz India debut on December 3, 2019
Tata dealer outlets across India will begin accepting pre-bookings for the upcoming Altroz hatchback from December 4, 2019. The booking amount for the Altroz will be set at Rs 21,000. The Altroz in its India-spec will most likely be unveiled on the same day, with dispatches for customer display vehicles and test drive cars also set to begin around the same time. The official price announcement for the Altroz will take place in January next year.
The company had begun its marketing activities a few days ago and has already commenced mass production of the Altroz hatchback at its Pune plant. While the Altroz was initially expected to launch around July 2019 with BS4 engines on offer, the company later decided to introduce the model with BS6 engines right from the word go, which is why Tata pushed the market launch of the Altroz to January 2020.
The Altroz made its world premier earlier this year at the Geneva motor show and is one of the newer Tata models that features the brand’s Impact 2.0 Design language. The premium hatchback was first previewed in concept from back in 2018 at the Auto Expo in New Delhi. The Altroz is also the first Tata product to use the new ALFA (Agile, Light, Flexible and Advanced) platform. This architecture is one of two platforms that will form basis of most future Tata cars and SUVs.
On the inside, the Altroz gets a stylish interior, replete with a 7.0-inch free-standing touchscreen infotainment system. It will get soft touch materials and multiple textures that should add to its premium feel. The model will also feature ambient lighting and other app-based features to name a few other creature comforts expected.
Three BS6-compliant engine options will be on offer with the Altroz – an 85hp, 1.2-litre petrol; a 102hp 1.2-litre turbo-petrol; and a 90hp, 1.5-litre diesel. As far as gearbox options go, a 5-speed manual will be standard at launch, with automatic transmission variants joining a little later.
On December 4, the company will also announce the variant breakup, colour options and deliver schedule for the Altroz. Expect Altroz prices to start at around the Rs 5 lakh mark and go up to Rs 8 lakh (ex-showroom). Key rivals to the new Tata Altroz hatchback include the recently launched Toyota Glanza, Maruti Baleno, Honda Jazz and the popular Hyundai i20 – an all-new next-gen version of the Hyundai premium hatchback is also expected to launch sometime next year.
2020 is expected to be a busy year for Tata. There's two launches expected in the first few months of the next year - the seven-seat Tata Gravitas SUV and the Tata Nexon EV
Also see:
Tata Altroz teased ahead January 2020 launch
Tata Gravitas: 5 things to know
New cars for 2020: Hatchbacks to wait for


Drop Calculator
Drop Calculator
Shows exact informations about Drop and Spoil List of all Monsters
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%monsterLevel%
%monsterDropSpecific%
%monsterSpoilSpecific%
Spawned Count:
%spawnCount%
Minions:
%minions%
Exp Reward:
%expReward%
Max HP:
%maxHp%
Max MP:
%maxMP%
P Atk:
%pAtk%
M Atk:
%mAtk%
P Def:
%pDef%
M Def:
%mDef%
Attack Speed:
%atkSpd%
Casting Speed:
%castSpd%
Run Speed:
%runSpd%


Same origin
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Cross-origin (doesn't taint)
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possible to play without a sound card?
Posted: Sun Aug 12, 2007 8:59 pm
jw, cause on one of my computers it doesnt work, the sound card that is, my "volume controll" got deleated and i dont know where to go DL the driver :/
Game Development and More
http://unseenstudios.com/community/


You cannot pay this penalty using this service
You can still pay your penalty in other ways.
Pay by Bacs
You can pay using Bacs payment.
It usually takes up to 3 working days for your payment to reach Companies House.
Check your bank's transaction limits and processing times before making a payment.
You'll need to use the Companies House sort code, account number and account name.
Paying from an overseas account
You can pay through a bank transfer from an overseas account.
You'll need to use Companies House swift code, account number and account name.
Swift Code: NW BK GB 2L
Account Number (IBAN): GB 79 NWBK<PHONE_NUMBER>1154
Account name: Late Filing Penalties Receipts
Email the LFP finance team at Companies House to tell them you've paid.
Include in your email the:
- company number
- company name
- reference number on the penalty notice
- amount paid
- date paid
LFP finance team, Companies House
<EMAIL_ADDRESS>Pay by cheque
You can pay by cheque through the post.
Make the cheque payable to 'Companies House only'
and send it along with the slip on the penalty notice ('remittance advice') to Companies House.
Companies House
PO Box 710
Crown Way
CF14 3UZ
Write the company name and number on the back of the cheque.
You'll find the company number on your penalty notice.


--- layout: page title: Program ---
(Length of each session is possibly to be changed. A further description will be added as soon as more details are available.)
| UTC | Osaka | Dhaka | NY | SF | Activity |
|---|---|---|---|---|---|
| Oct. 2 12:00 |
Oct. 2 21:00 |
Oct. 2 18:00 |
Oct. 2 08:00 |
Oct. 2 05:00 |
Opening session [10 minutes] |
| 12:10 | 21:10 | 18:10 | 08:10 | 05:10 | Keynote Speech and question session [60 minutes] Rainer Koschke, Empirical Research in Software Clone Management |
| break [10 minutes] | |||||
| 13:20 | 22:20 | 19:20 | 09:20 | 06:20 | Speech from Sider Company [30 minutes] |
| break [10 minutes] | |||||
| 14:00 | 23:00 | 20:00 | 10:00 | 07:00 | Paper presentation session: Analysis [60 minutes]
|
| lunch break [20 minutes] | |||||
| 15:20 | Oct. 3 00:20 |
21:20 | 11:20 | 08:20 | Paper presentation session: Code-clone detection [40 minutes]
|
| break [10 minutes] | |||||
| 16:10 | 01:10 | 22:10 | 12:10 | 09:10 | Poster session and discussion on the provocative statements [40 minutes] |
| break [10 minutes] | |||||
| 17:00 | 02:00 | 23:00 | 13:00 | 10:00 | People choice award session for the technical papers and poster papers [10 minutes] |
| 17:10 | 02:10 | 23:10 | 13:10 | 10:10 | Open steering committee meeting [30 minutes] |
| 17:40 | 02:40 | 23:40 | 13:40 | 10:40 | Closing session [10 minutes] |


Water My Plants
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The page you are looking for does not exist.


{% extends 'project_admin/base.html' %} {% block main_container %}
This user has not shared any files yet


Conversion Specialist at Conversionista!
Driven conversion optimizer who likes nachos and a good music-quiz!
Get to know me better here.
April 2016 -
As a conversion specialist I work with analysis, testing and web psychology to optimize client's web sites for higher conversion rates.
Nov 2014 - April 2016
As a campaign manager, I managed and optimized the display ad campaigns for all of Nyheter24-Gruppen´s sites, including Nyheter24 and Blogg.se.
Nov 2013 - Nov 2014
As Online Marketing Specialist I optimized client's online advertising for maximum ROI, including Google AdWords, Facebook ads and affiliate marketing.
Want to know more about me and what I do? Get in touch!
Psst.. Before you leave, check this out:


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While watching “The Neverending Story”, my girlfriend asked me to read the IMDB trivia page for that movie to her.
Naturally I didn’t do anything of the sort and also stopped watching the movie to instead program a general solution for this kind of craving.
My girlfriend finished the movie and went to bed before I was done, so this isn’t thoroughly tested – please point out any issues. ;)
I give you: the IMDB Trivia & Goofs Growler (highlighted).
I’ll make this quick since I need to hit the hay. Download that file and read the comment block at the top.
It’s a Ruby script that should work on OS X Leopard with Growl and growlnotify.
It takes an IMDB URL (or just the movie ID) as input; looks up the trivia, goofs, and duration of the movie; figures out suitable intervals; and gets growling.
I should mention that it seems Growl can’t display on top of Front Row, so it doesn’t work there. But you probably want ready access to the terminal anyway, so you can easily pause/resume the trivia.
Enjoy!


Adapted from the Solidworks files found on this page: https://pinballmakers.com/wiki/index.php?title=File:Stern-spinner-511-5113-00.jpg.
By: Joe of http://homebrewpinball.blogspot.com/


Do you possess a vital skill or could help by providing a service? Good at organising or can share your expertise? Just being around and physically helping is crucial to see each of our Wishes through!
The further two are closely related and interchangeable, so don't stress too much about dividing them. Just list them separated by the commas.


The ACM-CUNY Celebrates Women in Computing invites participation in its 2021 virtual conference on Friday, May 7, 2021.
CUNYCWiC started its first ACM-W Celebration of Women in Computing in the New York City Metropolitan area in 2019. This year is its second celebration conference. CUNYCWiC aims to encourage the engagement and the participation of all students and faculty in a wide range of computer science related research and projects and to provide networking opportunities and explorations of careers in computing.
This year's theme is "Computing in a Covid World." We invite you to join our discussions on how the Pandemic has changed the computing and data world and reshaped education. If you wish to present your project, please complete the Call for Abstracts to submit your abstracts.
Registration is required of all participants. Each participant must complete an individual registration form. Registration is FREE to all.


Ionic development for companies like Pfizer, AT&T and IoT startups
Developed Ionic based starter apps to expedite development and hosted the same in my own website
http://codekart.com.
Experience with cloud based APIs like Firebase, AWS, Google APIs
Experience in Messaging, Admin, Analytics, Social, etc.
Previous experience in Enterprise based networking apps as well as E-commerce companies
Full time employee experience with companies like Myntra (www.myntra.com), British Telecom and Subex
Ionic/Angular Experience
More than 5+ years of experience in development with Ionic and Angular
Developed critical and complex features like data monitoring with bluetooth devices and chat messaging
Worked on Google Map based visualisation based on geo coordinates
Worked on almost all basic features like social logins, native plugins, push notifications, Offline store like
PouchDB and SQLite, camera, ads, etc.
Based on rich experience in Ionic, have started my own website to sell Ionic based starter apps created by
me. The details can be found at http://codekart.com
Recent Project Details
Product:
http://lauretta.io
Language/Frameworks:
Ionic, Angular, NodeJS, MongoDB
Description:
A real time system for Retail Industry to capture data from IoT devices to raise productivity, improve sales and
motivate staff.
Contribution/Achievement:
Full stack development with Ionic and MEAN stack
Ionic App development to interface with IoT device like beacons using Bluetooth.
Ionic App Chat Messaging Feature for users of the app
Ionic App Task Management and along with Google like calendar interface on Dashboard for users of the app
Dashboard Map based visualisation for real time tracking of movement of staff
Full Admin Dashboard
Education
BTech (Computer Science)
National Institute of Technology, Calicut, Kerala, India


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CONTROLLER
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Discover
FOUR SEASONSHOTELS AND RESORTS
DISCOVER FOUR SEASONS HOTELS AND RESORTS
THE WORLD OF FOUR SEASONS
Take Your Time
Travelling with loved ones can be life-
affirming but opportunities are scarce.
So much can be discovered in one day,
one hour or even one minute. No
matter how you choose to spend it,
take your time.
Residences
Whether living with us or staying for a
unique vacation experience, retreat to
an inspiring home, brought to life by
legendary Four Seasons service.
FourSeasons Private Jet
Experience insider access like never
before in the world’s most captivating
destinations aboard our custom Four
Seasons Private Jet.
Four Seasons Magazine
Discover our fascinating world of
luxury, travel and lifestyle through the
lens of Four Seasons Magazine, the
perfect inspiration for your next
adventure.


--- layout: post title: Friends Can Check You In Places on Facebook. Here's How to Fix That. date: 2010-08-20 18:31:00.000000000 -07:00 type: post published: true status: publish categories: [] tags: - facebook - social networking meta: _publicize_pending: '1' author: login: phoneboy email<EMAIL_ADDRESS>display_name: Dameon Welch first_name: '' last_name: '' ---
Go to Account > Privacy Settings, click Customize Settings. Under "Things others share", set "Friends can check me in to Places" to Disabled. Otherwise, your less scrupulous friends can check you into potentially embarrassing locations.
Optionally, under "Things I share", adjust the "Include me in "People Here Now" after I check in" and "Places I check in to" settings accordingly.
Update: you should see my more complete guide to changing your Facebook Places settings.


Introduction
Develop a Heroku app to provide the Two Factor Authentication (2FA) service using Nexmo Messaging APIs. The app should be integrated easily with any platform such as C#, Java, PHP and etc.
Features
- Simple integration with any Application.
- Less configuration required.
- Phone number verification using the SMS.
- Dynamic security key generate.
Steps to deploy Heroku with Nexmo Verify
- Use the following URL in your application to send the verification code.
- Request URL : http://<heroku-app-url>/verify?dst=<phone_with_country_code>
- dst parameter is destination phone number with country code to send verification code.
- Verify will return you a request id in JSON format. Extract that request id and send back with code.
- To authenticate send code and request id on following URL.
- Request URL : http://<heroku-app-url</validate?code=<Mobile received code>&req_id=<request_id>
- Send request on validate end point with code and request id query string.
- Returns JSON with message and status.
- To search on Requests status that are terminated or still running.
- Request URL: http://<heroku-app-url>/status?req_id=<request_id>
- Send request on status end point with request id query string.
- Return the JSON of status information.


{% extends "profiles/project.html" %} {% block applicant_buttons %} {% for position in unfilled_positions %}
{{ position.information|linebreaks }}
{{ position.time_commitment_markdown|safe }}
Accepting applicants {% endfor %}{{ position.information|linebreaks }}
{{ position.time_commitment_markdown|safe }}
Position Filled by {{ position.filled_by }} {% endfor %}


--- title: Blog category: Community order: 35 ---
You can find our blog here for company updates, privacy advice and other news.
For reference, the former blog was at duck.co/blog.


Actions, Resources, and Condition Keys for AWS Service Catalog
AWS Service Catalog (service prefix: servicecatalog
) provides the following service-specific resources, actions, and condition context
keys for use in IAM permission policies.
References:
-
Learn how to configure this service.
-
View a list of the API operations available for this service.
-
Learn how to secure this service and its resources by using IAM permission policies.
Topics
Actions Defined by AWS Service Catalog
You can specify the following actions in the Action
element of an IAM policy statement. Use policies to grant permissions to perform
an operation in AWS. When you use an action in a policy, you usually allow or
deny access to the API operation or CLI command with the same name. However,
in some cases, a single action controls access to more than one operation. Alternatively,
some operations require several different actions.
The Resource column indicates whether each action supports resource-level permissions. If
there is no value for this column, you must specify all resources ("*") in the
Resource
element of your policy statement. If the column includes a resource type, then
you can specify an ARN of that type in a statement with that action. Required
resources are indicated in the table with an asterisk (*). If you specify a resource-level
permission ARN in a statement using this action, then it must be of this type.
Some actions support multiple resource types. If the resource type is optional (not
indicated as required), then you can choose to use one but not the other.
For details about the columns in the following table, see The Actions Table.
| Actions | Description | Access Level | Resource Types (*required) | Condition Keys | Dependent Actions |
|---|---|---|---|---|---|
| AcceptPortfolioShare | Accepts a portfolio that has been shared with you | Write | |||
| AssociateBudgetWithResource | Associates a budget with a resource. | Write | |||
| AssociatePrincipalWithPortfolio | Associates an IAM principal with a portfolio, giving the specified principal access to any products associated with the specified portfolio | Write | |||
| AssociateProductWithPortfolio | Associates a product with a portfolio | Write | |||
| AssociateServiceActionWithProvisioningArtifact | Associates an action with a provisioning artifact | Write | |||
| AssociateTagOptionWithResource | Associate the specified TagOption with the specified portfolio or product | Write | |||
| BatchAssociateServiceActionWithProvisioningArtifact | Associates multiple self-service actions with provisioning artifacts. | Write | |||
| BatchDisassociateServiceActionFromProvisioningArtifact | Disassociates a batch of self-service actions from the specified provisioning artifact. | Write | |||
| CopyProduct | Copies the specified source product to the specified target product or a new product. | Write | |||
| CreateConstraint | Creates a constraint on an associated product and portfolio | Write | |||
| CreatePortfolio | Creates a portfolio | Write | |||
| CreatePortfolioShare | Shares a portfolio you own with another AWS account | Permissions management | |||
| CreateProduct | Creates a product and that product's first provisioning artifact | Write | |||
| CreateProvisionedProductPlan | Adds a new provisioned product plan | Write | |||
| CreateProvisioningArtifact | Adds a new provisioning artifact to an existing product | Write | |||
| CreateServiceAction | Creates a self-service action. | Write | |||
| CreateTagOption | Creates a TagOption. | Write | |||
| DeleteConstraint | Removes and deletes an existing constraint from an associated product and portfolio | Write | |||
| DeletePortfolio | Deletes a portfolio if all associations and shares have been removed from the portfolio | Write | |||
| DeletePortfolioShare | Unshares a portfolio you own from an AWS account you previously shared the portfolio with | Permissions management | |||
| DeleteProduct | Deletes a product if all associations have been removed from the product | Write | |||
| DeleteProvisionedProductPlan | Deletes a provisioned product plan | Write | |||
| DeleteProvisioningArtifact | Deletes a provisioning artifact from a product | Write | |||
| DeleteServiceAction | Deletes a self-service action. | Write | |||
| DeleteTagOption | Deletes the specified TagOption. | Write | |||
| DescribeConstraint | Describes a constraint | Read | |||
| DescribeCopyProductStatus | Gets the status of the specified copy product operation. | Read | |||
| DescribePortfolio | Describes a portfolio | Read | |||
| DescribePortfolioShareStatus | Gets the status of the specified portfolio share operation. | Read | |||
| DescribeProduct | Describes a product as an end-user | Read | |||
| DescribeProductAsAdmin | Describes a product as an admin | Read | |||
| DescribeProductView | Describes a product as an end-user | Read | |||
| DescribeProvisionedProduct | Describes a provisioned product | Read | |||
| DescribeProvisionedProductPlan | Describes a provisioned product plan | Read | |||
| DescribeProvisioningArtifact | Describes a provisioning artifact | Read | |||
| DescribeProvisioningParameters | Describes the parameters that you need to specify to successfully provision a specified provisioning artifact | Read | |||
| DescribeRecord | Describes a record and lists any outputs | Read | |||
| DescribeServiceAction | Describes a self-service action. | Read | |||
| DescribeServiceActionExecutionParameters | Gets the default parameters if you executed the specified Service Action on the specified Provisioned Product. | Read | |||
| DescribeTagOption | Gets information about the specified TagOption. | Read | |||
| DisableAWSOrganizationsAccess | Disable portfolio sharing through AWS Organizations feature. | Write | |||
| DisassociateBudgetFromResource | Disassociates a budget from a resource. | Write | |||
| DisassociatePrincipalFromPortfolio | Disassociates an IAM principal from a portfolio. | Write | |||
| DisassociateProductFromPortfolio | Disassociates a product from a portfolio | Write | |||
| DisassociateServiceActionFromProvisioningArtifact | Disassociates the specified self-service action association from the specified provisioning artifact. | Write | |||
| DisassociateTagOptionFromResource | Disassociates the specified TagOption from the specified resource. | Write | |||
| EnableAWSOrganizationsAccess | Enable portfolio sharing feature through AWS Organizations. | Write | |||
| ExecuteProvisionedProductPlan | Executes a provisioned product plan | Write | |||
| ExecuteProvisionedProductServiceAction | Executes a provisioned product plan | Write | |||
| GetAWSOrganizationsAccessStatus | Get the Access Status for AWS Organization portfolio share feature. | Read | |||
| ListAcceptedPortfolioShares | Lists the portfolios that have been shared with you and you have accepted | List | |||
| ListBudgetsForResource | Lists all the budgets associated to a resource. | List | |||
| ListConstraintsForPortfolio | Lists constraints associated with a given portfolio | List | |||
| ListLaunchPaths | Lists the different ways to launch a given product as an end-user | List | |||
| ListOrganizationPortfolioAccess | Lists the organization nodes that have access to the specified portfolio. | List | |||
| ListPortfolioAccess | Lists the AWS accounts you have shared a given portfolio with | List | |||
| ListPortfolios | Lists the portfolios in your account | List | |||
| ListPortfoliosForProduct | Lists the portfolios associated with a given product | List | |||
| ListPrincipalsForPortfolio | Lists the IAM principals associated with a given portfolio | List | |||
| ListProvisionedProductPlans | Lists the provisioned product plans | List | |||
| ListProvisioningArtifacts | Lists the provisioning artifacts associated with a given product | List | |||
| ListProvisioningArtifactsForServiceAction | Lists all provisioning artifacts for the specified self-service action. | List | |||
| ListRecordHistory | Lists all the records in your account or all the records related to a given provisioned product | List | |||
| ListResourcesForTagOption | Lists the resources associated with the specified TagOption. | List | |||
| ListServiceActions | Lists all self-service actions. | List | |||
| ListServiceActionsForProvisioningArtifact | Lists all the service actions in your account | List | |||
| ListStackInstancesForProvisionedProduct | Lists account, region and status of each stack instances that are associated with a CFN_STACKSET type provisioned product | List | |||
| ListTagOptions | Lists the specified TagOptions or all TagOptions. | List | |||
| ProvisionProduct | Provisions a product with a specified provisioning artifact and launch parameters | Write | |||
| RejectPortfolioShare | Rejects a portfolio that has been shared with you that you previously accepted | Write | |||
| ScanProvisionedProducts | Lists all the provisioned products in your account | List | |||
| SearchProducts | Lists the products available to you as an end-user | List | |||
| SearchProductsAsAdmin | Lists all the products in your account or all the products associated with a given portfolio | List | |||
| SearchProvisionedProducts | Lists all the provisioned products in your account | List | |||
| TerminateProvisionedProduct | Terminates an existing provisioned product | Write | |||
| UpdateConstraint | Updates the metadata fields of an existing constraint | Write | |||
| UpdatePortfolio | Updates the metadata fields and/or tags of an existing portfolio | Write | |||
| UpdateProduct | Updates the metadata fields and/or tags of an existing product | Write | |||
| UpdateProvisionedProduct | Updates an existing provisioned product | Write | |||
| UpdateProvisionedProductProperties | Updates the properties of an existing provisioned product | Write | |||
| UpdateProvisioningArtifact | Updates the metadata fields of an existing provisioning artifact | Write | |||
| UpdateServiceAction | Updates a self-service action. | Write | |||
| UpdateTagOption | Updates the specified TagOption. | Write |
Resources Defined by AWS Service Catalog
The following resource types are defined by this service and can be used in the
Resource
element of IAM permission policy statements. Each action in the Actions table identifies the resource types that can be specified with that action. A resource
type can also define which condition keys you can include in a policy. These
keys are displayed in the last column of the table. For details about the columns
in the following table, see The Resource Types Table.
| Resource Types | ARN | Condition Keys |
|---|---|---|
| Portfolio |
arn:${Partition}:catalog:${Region}:${Account}:portfolio/${PortfolioId}
|
|
| Product |
arn:${Partition}:catalog:${Region}:${Account}:product/${ProductId}
|
|
| ProvisionedProduct |
arn:${Partition}:servicecatalog:${Region}:${Account}:stack/${ProvisionedProductName}/${ProvisionedProductId}
|
Condition Keys for AWS Service Catalog
AWS Service Catalog defines the following condition keys that can be used in the
Condition
element of an IAM policy. You can use these keys to further refine the conditions
under which the policy statement applies. For details about the columns in the
following table, see The Condition Keys Table.
To view the global condition keys that are available to all services, see Available Global Condition Keys in the IAM Policy Reference.
Note
For example policies that show how these condition keys can be used in an IAM policy, see Example Access Policies for Provisioned Product Management in the AWS Service Catalog Administrator Guide.
| Condition Keys | Description | Type |
|---|---|---|
| servicecatalog:accountLevel | Allows users to see and perform actions on resources created by anyone in the account. | String |
| servicecatalog:roleLevel | Allows users to see and perform actions on resources created either by them or by anyone federating into the same role as them. | String |
| servicecatalog:userLevel | Allows users to see and perform actions on only resources that they created. | String |


This application lets you play Yukon, a type of solitaire card game that uses a standard deck of 52 French playing cards. This is an open source project that was inspired by Pysol, an excellent desktop application for playing solitaire card games.
This application was developed using Angular 10 and Angular Material for the drag and drop features.
You can check out the source code in this GitHub repository.


Tutorial more visible[quote]The current C++11 standard is very well designed, and many compilers are quickly moving towar...
Tutorial more visible[quote]If you want to help, please take the time to review the work already done and to keep tabs on...
Girl ProblemsI wonder how many thought Modshop was a girl having girly "problems", from this thread's title.
Favourite class in the standard?If you're like I am, you abuse [tt]std::vector[/tt] to read binary files. Whereas we should have bee...
Suggestion: Forum ModeratorsDo you listen to your own thoughts? And do they listen to you?
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I always sleep at the day time and work at midnight.Sleeping is one of the most important elements in my life. It was so relaxing and comfortable when you lay on the bed.
If I stay at home for a whole day, I will watch videos for whole day. No matter when i doing homework or what, I still need to open a video. The most relaxing day is to watch youtube and laying on the bed whole day ...
I am a video games lover, I played and watch gaming live everyday. Recently, I bought a switch, and I am addicted into it... Video games make my life better.
Here are some of my vlogs that I recorded when I travel with my friends.
My channelYou can subscribe my channel! Even though I am so lazy for uploading new video...


Learn More About Me
Highly motivated Michigan Undergrad who is eager to seek and gain knowledge in the engineering technology field. Currently pursuing a degree in computer engineering who is actively improving and developing skills as a leader and innovator. My core three passions are:
Creating innovative solutions to change the world for the better
Outreach for Youth and Education (i.e mentorship, tutoring, etc)
Entrepreneurial ventures
In a constantly evolving world, I believe it is important to continue to make people's lives more efficient by creating products and services to do just that. Youth outreach is important to me because the children are the future. If we nurture our children at a young age and provide them with the insight of various careers and industries, they would easily pick up where we left off and possibly create an even better future. Lastly, Entrepreneurship endeavours. I believe in supporting the growth of our economy and who else better to do so than entreprenuers. They continue to create jobs, services, and products that keeps the economy up and running. Overall, I plan to help start ups grow and/or create a start up of my own.


Wipe 5% off your ILL budget and delivery times, and discover a new way to advocate for Open Access, today. No complex installation, no training required.
We make it easy to give your researchers Open Access version of the millions of paywalled articles they need. We find self-archived Open Access versions of articles and deliver them right inside your ILL workflow.
EmbedOA: help patrons find Open Access alternatives before they submit an ILL.
OAsheet: upload a spreadsheet of articles, and we'll find Open Access versions. Try uploading old ILLs to see what you could save.
For Alma
The Open Access Button extension for Chrome and Firefox works on Alma which you can use while you manage requests.
If you haven't already, install the Open Access Button from our homepage - it takes just a second.
Click it on Resource Sharing Borrowing Request pages.
Check it's working by making a test request for:
Baker, T. S., Eisenberg, D., & Eiserling, F. (1977). Ribulose Bisphosphate Carboxylase: A Two-Layered, Square-Shaped Molecule of Symmetry 422. Science, 196(4287), 293-295. doi:10.1126/science.196.4287.293
We should find it. If you have any trouble, get in touch.
Consider what email you'll send to your patrons when you find an Open Access copy, and set up a template for easy use and monitoring. Here's what others use:
The article you requested is available online, for free, from an Open Access repository at the link below.
insert link
Please review the article and let us know whether or not it is sufficient for your research. For example, it may be a version without graphs or images.
If you still require a version of the article from the original publication, we are happy to request that for you. You do not need to place a second request for the article, just respond to this email.
You're done. Let us know what you think!
For Email
If you haven't already, install the Open Access Button from our homepage - it takes just a second.
When a request comes in, open up the article in your favourite browser and hit the Open Access Button. Keep your fingers crossed for an Open Access version!
Consider what email you'll send to your patrons when you find an Open Access copy. Here's what others use:
The article you requested is available online, for free, from an Open Access repository at the link below.
insert link
Please review the article and let us know whether or not it is sufficient for your research. For example, it may be a version without graphs or images.
If you still require a version of the article from the original publication, we are happy to request that for you. You do not need to place a second request for the article, just respond to this email.
If there isn't an Open Access version available, you'll be invited to start a request to the author to make it Open Access. If you don't want to that's fine!
You're done. Let us know what you think!
For ILLiad
We've made an add-on that will automatically check if Open Access is available for the request you're on.
Baker, T. S., Eisenberg, D., & Eiserling, F. (1977). Ribulose Bisphosphate Carboxylase: A Two-Layered, Square-Shaped Molecule of Symmetry 422. Science, 196(4287), 293-295. doi:10.1126/science.196.4287.293
We should find it. If you have any trouble, get in touch.
Consider what email you'll send to your patrons when you find an Open Access copy. Here's what others use:
The article you requested is available online, for free, from an Open Access repository at the link below.
insert link
Please review the article and let us know whether or not it is sufficient for your research. For example, it may be a version without graphs or images.
If you still require a version of the article from the original publication, we are happy to request that for you. You do not need to place a second request for the article, just respond to this email.
You may want to track your successes with Open Access, for example by setting up a separate email template with the above text.
When you set this up, Clio can automatically check if an Open Access copy is available for the request you're on.
Please sign up / sign in
first so we can customise this link for you and give you better service.
Set up a new tab in Clio. Use the following details:
Name: Open Access
First Part of URL:
https://openaccessbutton.org/?from=clio&url=
Second Part of URL: Leave Blank
Use Article Title: Yes
Use Plus sign for spaces: Yes
Check it's working by making a test request for:
Baker, T. S., Eisenberg, D., & Eiserling, F. (1977). Ribulose Bisphosphate Carboxylase: A Two-Layered, Square-Shaped Molecule of Symmetry 422. Science, 196(4287), 293-295. doi:10.1126/science.196.4287.293
We should find it. If you have any trouble, get in touch.
Consider what email you'll send to your patrons when you find an Open Access copy. Here's what others use:
The article you requested is available online, for free, from an Open Access repository at the link below.
insert link
Please review the article and let us know whether or not it is sufficient for your research. For example, it may be a version without graphs or images.
If you still require a version of the article from the original publication, we are happy to request that for you. You do not need to place a second request for the article, just respond to this email.
You're done. Let us know what you think!
For Tipasa
We hope to support Tipasa in the near future. If you're using Tipasa now and can spend a couple of hours to help us get it working get in touch. In the meantime, sign up to be notified when it becomes available.
For Other Systems
We want to make it easy to intergrate Open Access into any ILL system. If your system isn't covered, get in touch and we'll try and figure it out (we haven't failed yet) or check out the instructions on our integrations page.


The following images can be used for JSON-LD.
Use of these images must follow the guidelines found on the W3C RDF Icons page due to the embedded use of their excellent logo and inspiration for this page.
This is the JSON-LD logo. Also available as SVG or high resolution PNG.
|  |
These images can be used for JSON-LD data. Also available as SVG (Inkscape) or high resolution PNG.


- Prime Minister
- Minister for Agriculture and Water Resources
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- Cabinet Secretary
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- Minister for Defence
- Minister for Defence Industry
- Deputy Prime Minister
- Minister for Education and Training
- Minister for Employment
- Minister for the Environment and Energy
- Minister for Finance
- Minister for Foreign Affairs
- Minister for Health and Aged Care
- Minister for Immigration and Border Protection
- Minister for Indigenous Affairs
- Minister for Industry, Innovation and Science
- Minister for Infrastructure and Transport
- Minister for Local Government and Territories
- Minister for Regional Communications
- Minister for Regional Development
- Minister for Resources and Northern Australia
- Minister for Revenue and Financial Services
- Minister for Social Services
- Minister for Sport
- Minister for Trade, Tourism and Investment
- Treasurer
- Minister for Women


Alerts are used to display short messages that require the user's attention.
<fd-alert>
Alerts can be opened one of two ways, either by passing a template reference variable or by passing a component reference as content. For simple cases where only one alert will be shown
at a time, we recommend the former (see example 1). However, when multiple alerts will be shown simultaneously, we recommend the latter (example 2), as a new instance of the alert
component will be created each time the alertService.open
function is called. Using the latter method allows reuse of the same alert component with different parameters
and will result in better alert stacking behavior.
Alert opened by template reference variable
Alert opened by component reference as content
Inline Alert
Use [inline]="true"
to place an alert in a specific region of the page. Inline alerts do not utilize the AlertService.


I've replaced the standard ST7565 LCD for one with an RGB backlight, supplied by Adafruit.
Problem is, it's shifting everything down and right, and the left few pixels show some rubbish:
The same happens with the tester application (same pattern too!):
However, using Adafruit's library it all works fine:
Before I start ripping the st7565 files to pieces, does anyone have any suggestions what might be causing this? Looks like maybe a buffer somewhere is corrupt or it's sending the wrong data to the screen. Odd that by and large it works OK though.
Re: RESOLVED: emonGLCD corruption on Adafruit ST7565 RGB LCD
Fixed it...
#define LCDUNUSEDSTARTBYTES 1
in GLCD_ST7565.cpp was set to 4. Changed to 1, sorted.
Re: RESOLVED: emonGLCD corruption on Adafruit ST7565 RGB LCD
Thanks for posting this. I was having the same problem and was soon going to look into it. This fixed it.


Finite Geometry Notes
|
Home
|
Site Map
|
Author
|
Geometry of the 4x4x4 Cube
Solomon's Cube
(See
Block Designs
,
Diamonds and Whirls
, and
Cases of the Diamond Theorem
first.)
Affine Groups on Small Binary Spaces
Permutable JavaScript Version of Solomon's Cube:
Design Cube 4x4x4
(Try
Design Cube 2x2x2
and the
kaleidoscope puzzle
first.)
Binary Coordinate Systems
The Klein Correspondence, Penrose Space-Time, and a Finite Model
Geometry of the I Ching
Mathematics of Wallace Stevens's "The Rock"
Solid Symmetry
(See
Patterns Invariant...
first.)


---
layout: post
title: NFL revisited
date: '2013-08-26T17:31:00+02:00'
categories:
- Sketches
picture_url: https://film-Storyboards.tumblr.com/post/59431525855/nfl-revisited
---
National Football League revisited by alternatyves, preliminary Sketches for an Illustration serie.


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Inexpensive Family Meals
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Former Suffolk Coastal chairman dies at 90 after short illness
by NewsroomFormer Suffolk Coastal Council chairman John Geater has died after a short illness in Ipswich Hospital a few months after celebrating his 90th birthday.
Mr Geater was a founder member of the council in 1973, representing his home town Leiston as a Conservative councillor. He chaired the council in 1985/6. He remained on the authority until 2011 apart from the four-year period from 1995-99 when the Tories lost power.
He was born in Leiston and the town was his home for most of his life.
He and his family ran a smallholding for many years producing fruit and he had a major egg production plant.
Mr Geater was also a teacher at Kesgrave before moving to Leiston Grammar School, and then Leiston High School.
He and his wife June were about to celebrate their 67th wedding anniversary when he died.
His daughter Susan, who followed him on to the council for its last years, said: "He had a good, long, happy life. Looking back we had a very happy family life as we grew up."
After retiring from teaching Mr and Mrs Geater loved travelling - especially on cruises - and they continued to visit all parts of the world until recently.
He went into hospital in early November for treatment but suffered a stroke and died last week.
Susan Geater said: "The staff at the hospital were wonderful. They could not have done any more to make him comfortable."
Mr Geater leaves his widow, two daughters, and a son. His elder son, David, died last year. He also leaves six grandchildren and six great-grandchildren.
Former Suffolk Coastal council leader Ray Herring said: "John Geater was one of the original Suffolk Coastal District councillors first elected following the 1974 local government reorganisation.
"As an experienced and respected Councillor over 33 years and a past Chairman, John was instrumental in guiding the early development of Felixstowe Port and the port health service.
"He was always an enthusiastic supporter of Nuclear power and could see the benefits of Sizewell B to the Leiston area economy and employment particularly following the demise of the Garrett Works. John's zeal and compassion for everything Leiston will be greatly missed by the local community."


The sole basis of our beliefs is contained in God’s written and infallible Word, the Holy Bible.
Click here to learn more about what we believe.
Visit Beliefs PageAt the Cross Worship Center, we recognize that people have a God-given need for community. Click below to get find a place to get plugged in.
Visit Community PageThe Cross's staff is made up of wonderful, Spirit-filled people who simply love Jesus and love people.
Click here to meet us!
Visit Staff Page"It is better to give than to receive."
Click below to find where you can use your gifts, talents, and skills to help those in need.
Visit Outreach PageQuestions? Comments? Need prayer? Feel free to get in touch with us, even to just say hello!
And make sure to like the Cross on Facebook!


-
App Store Distribution - Support - Apple Developer
developer.apple.com
Find answers to frequently asked questions about the App Store and Mac App Store submission, review, and approval process for developers.
-
NASA TV
www.nasa.gov
NASA Television provides live coverage of launches, spacewalks and other mission events, as well as the latest news briefings, video files, and the ...
-
Apple - Privacy
www.apple.com
At Apple, we respect your privacy and protect it with strong encryption, plus strict policies that govern how all data is handled.
-
Zero to One: Notes on Startups, or How to Build the Future:Amazon:Books
www.amazon.com
Amazon Zero to One: Notes on Startups, or How to Build the Future
-
Taming the Asynchronous Beast with CSP in JavaScript
jlongster.com
This is an entry in a series about rebuilding my custom blog with react, CSP, and other modern tech. Read more in the blog rebuild series.
-
Android Fragmentation Report August 2014
opensignal.com
OpenSignal Insight Report into the State of Android Fragmentation August 2014
-
This is why your Internet is slow. And it’ll get worse. Unless you take 1 ...
www.battleforthenet.com
You’re our only hope.
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Apple Liveblog, September 9, 2014
medium.com
Anil Dash and Paul Ford are live-blogging the Apple Live Event. Updated every few minutes.
-
Animsition · A simple and easy jQuery plugin for CSS animated page ...
git.blivesta.com
A simple and easy jQuery plugin for CSS animated page transitions.
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Inside one of the world's largest bitcoin mines - The Coinsman
www.thecoinsman.com
The Coinsman visits the construction site of one of the world's largest bitcoin mines. Exclusive report and photos.


Home Box
Get some snow in those teeth.
Get some snow in those teeth.
jan 24 - feb 10
Our learn to ride packages provide everything you need to master the mountain.
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Kids ride free every Monday-Thursday this spring. Join us for a full day of fun.
apr 21 - may 30
Save up to 40% with advance booking. Mountain views, hot spas, and luxury linens.


Average attention span of a goldfish is 9 seconds.
Average attention span of a human is only 7 seconds.
(Harden, 2016)
53% of millennial generation respondents said they’d rather lose their sense of smell than their technology.
(Harden, 2016)
More people own a mobile device than a toothbrush
(Harden, 2016)
90% of Instagram users are younger than 35
("37 Interesting Instagram Stats for 2016 - Brandwatch", 2016)
300 hours of video are uploaded to Youtube every minute
("96 Amazing Social Media Statistics and Facts for 2016", 2016)
72% of all online US adults visit Facebook at least once a month
("96 Amazing Social Media Statistics and Facts for 2016", 2016)
There are 2.3 billion active social media users with average of 5.54 social media accounts
("96 Amazing Social Media Statistics and Facts for 2016", 2016)


Made by Nicholas Huaman
A p5js sketch that stores data so that new arrows learn from the older ones to eat the green blobs and dodge the red blobs.
A p5js sketch that makes a game similar to Agar.io (blocked).
A p5js sketch that uses an algortihm to make circles fill the whole canvas.
A p5js sketch that displays a Clock made by the developer of NH Net Browser.
A p5js sketch that uses an algortihm to move green circles radomly and make them turn red on collision impact.
A p5js sketch that uses an algorithm to split a cube when you click.
A p5js sketch that uses an algortihm to destory all the circles on the canvas with an expanding tree.
A p5js sketch that generates an image of an eye out of coloured circles.
A p5js sketch that generates fireworks on your screen.
A p5js sketch that makes new birds learn from the deaths of other birds. This algorithm will work till the bird stays alive forever
A p5js sketch that uses an algortihm to generate a Fractal and allows you to zoom using scroll inputs.
A p5js sketch that generates an image of an eye out of coloured circles.


SECTION: 100-FAQ TITLE: Z2 QUESTION: Have you read the Tutorial?
The Tutorial contains lots of good stuff. So you should read it, and then read it again when you have a question.
Pay special attention to the difference between using Jetty with HttpHandlers and using Jetty with WebApplications.


{% extends "base.html" %} {% from "_formhelpers.html" import form_errors %} {% block content %}
Forgot your password?
You are strongly advised to use your reddit username!
{{ form_errors(register_form) }}


A Message from the FedGeoDay Organizers:
Hey folks,
I'm gonna get to the point, this email should have all the details you need to attend FedGeoDay 2020 Online later this week.
I recommend that you check out the updated agenda to review what new content has been added.
Many thanks to all of the people who are participating, including organizers, moderators, panelists, and our awesome sponsors. Without everyone's support, this great exchange of ideas and experience in the geospatial field would not happen.
Guido Stein
Co-Chair of FedGeoDay2020
President of OSGeo US Local Chapter
Our conference is dedicated to providing a harassment-free conference
experience for everyone, regardless of gender, gender identity and expression, age, sexual orientation,
disability, physical appearance, body size, race, ethnicity, religion (or lack thereof), or technology choices.
We do not tolerate harassment of conference participants in any form. Sexual language and imagery is not
appropriate for any conference venue, including talks, workshops, parties, Twitter, and other online media.
Conference participants violating these rules may be sanctioned or expelled from the conference without a refund
at the discretion of the conference organizers.
Click
here to learn more
There are two Zoom links available to attendees for Panel Day. For all Zoom links the password is "fgd2020".
The Hallway Track Meeting is a virtual reception area where you can socialize with other conference attendees. The Hallway Track Meeting will be open for socializing from 8:00 am to 9:00 am EDT and then after the program has ended it will be re-opened from 1:30 pm to 3:00 pm EDT.
Community leaders will be heading up rooms in the Hallway Track Meeting allowing people to break out into smaller groups for discussion and to meet one and another.
The Panel Webinar is the virtual main conference stage. The Panel Webinar program begins at 9:00 am.
Here are some things you should know:
There will be workshops, discussions, and presentations going on using three Zoom links. For all Zoom links the password is "fgd2020".
To participate in a Hands-On Day session you must be registered for each session individually.
To attend a Hands-On Day session, once you have clicked on the Zoom link below and signed in with your registered email address you will be brought into your session's break-out room. If you do not have a registered email address you will be able to enter the main meeting room, but you will not be able to see any of the sessions. There will be people helping out in the main room to answer questions.


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IEEE 802.11 – Wi-Fi®
Overview
Microchip has added 802.11 wireless communications to its lineup of wireless technologies for the embedded market. Microchip has a Wi-Fi PICtail development board that adds 802.11 capabilities to Microchip’s development platforms for the PIC32 family of microcontrollers. The PICtail development board contains the MRF24WG0MA/MB FCC and Wi-Fi certified module.
The Wi‐Fi PICtail allows designers to quickly create a direct connection to the Internet by seamlessly connecting to standard 802.11b/g access points. In managing the connection, the MRF24WG0MA/MB module controls the MAC and baseband layers and is connected to the host MCU via an SPI port. The 32-bit Microchip MCU that resides on the microchip development board controls the TCP/IP networking stack and runs the system application.
Hardware Solutions
Wi-Fi Modules
FCC and ETSI certified Wi-Fi modules
|
MRF24WG0MA built-in PCB antenna MRF24WG0MB supports external antennas |
Features:
|
Software Solutions
TCP/IP stack which supports Wi-Fi can be found in MPLAB Harmony Integrated Software Framework . The stack includes example applications such as Wi-Fi demos with EZConfig and ZeroConf functions.
802.11 Development Tools
MRF24WG0MA/MB WiFi Pictail / Pictail Plus provides 802.11 connectivity using PIC microcontrollers on Microchip’s development boards.
Supported Development Tools:
|
32-bit Platform |
Wi-Fi G Demo Board PIC32MX795F512L PIM + Explorer 16 Development Board + AC164149 Pictail / Pictail Plus PIC32MX Ethernet Starter Kit + I/O Expansion Board + AC164149 Pictail / Pictail Plus PIC32MZ EC Starter Kit + PIC32MZ EC Adaptor Board + I/O Expansion Board + AC164149 Pictail / Pictail Plus PIC32MZ EC Starter Kit + Multimedia Expansion Board (MEB) II |


Tab content 1
Tab content 1
Tab content 2
Tab content 3
Tab content 4
Tab 1
Tab 2
Tab 3
Tab 4
TABS
IHTSDO
INTERACTION
Navigation tabs derive from the physical metaphor of folders in a file-cabinet and are consequently familiar to the user.
Module tabs provide an easy way to show large amounts of similar structured or related data, parted by categories and displayed in different panes. Each pane is viewable one at a time.

A default tab will always display. On-click of subsequent tabs, content in the container associated to it is displayed. Tab buttons have three states: selected, rollover and deselected. They do not link out, so keep a user in page.
BEHAVIOUR
The primary goal of the tabs UI pattern, is to permit users to view a group of related data one at a time, saving valuable screen real estate. With this in mind, it is paramount to observe that tabs must only be used with content that has some connection to each other, so users can see a logical correlation.
They should be used in a case when a large set of content is required to be organised and displayed on a single page, without sacrificing the amount of information displayed at once.
HOW AND WHEN TO USE
EXAMPLES
Page Tab Control
This module is used when related content on a page needs to be divided, but accessible in-page.
In-module Tab Control
Smaller in scale, this module is used when related content in a module needs to be divided, but accessible in-page. Example: SNOMED CT result of summary, details etc.
Is there enough content to warrant a tab module? If not, consider using sub-headed paragraphs.
Only use when there are more than two sections.
CONSIDERATIONS
Example Use
– Search Result Details
– Mapping Dashboard
Tab content 1
Tab content 2
Tab content 3
Tab 1
Tab 2
Tab 3
^
ROLLOVER + SELECT TABS FOR EXAMPLE BEHAVIOUR
Toggle view:
Wireframe
Design
PANE CONTENT
Content being presented inside of a pane.
ACTIVE TAB
Currently viewed content
INACTIVE TAB
Content not currently showing


LSTM Preprocessing¶
- members
-
osm_multiplex.lstm_preprocessing.
assign_osm
(dataframe, mode='all')[source]¶ Assigns an OSM node by taking the average location of the two datasets and finding the nearest node present in the mode layer.
- Parameters
dataframe (pandas DataFrame) – The data records to be used to find the nearest OSM node
mode (str) – Mode choice of {‘walk’, ‘bike’, ‘drive’, ‘drive_service’, ‘all’, ‘all_private’, ‘none’}
- Returns
df_osm_location – Data records with the OSM ID of the nearest node and its respective lat/lon
- Return type
pandas DataFrame
-
osm_multiplex.lstm_preprocessing.
daily_cumulative
(dataframe, identifier)[source]¶ Cumulative daily sum of boardings and alightings to indicate vehicle occupancy. Currently lacks any tuning or preprocessing, but that can be implemented in later versions
- Parameters
dataframe (pandas DataFrame) – Records with at least one dataset being grouped
identifier (str) –
- Indicates which dataset is the grouped data over which the cumulative occupancy is to be calculated
‘1’ : Calculate for dataset 1
‘2’ : Calculate for dataset 2
- Returns
sum_occupancy – Dataframe with one dataset’s boardings/alightings replaced by occupancy
- Return type
pandas DataFrame
-
osm_multiplex.lstm_preprocessing.
occupancy_level
(dataframe)[source]¶ Calculates the count to be attributed to a record. If connected to an individual, then should be assigned a value of 1. If grouped boardings and alightings, then a running sum of boardings and alightings will be used to determine occupancy
- Parameters
dataframe (pandas DataFrame) – Records either containing individuals or grouped data
- Returns
dataframe – Records that now include an occupancy value indicative of the presence that detected by that system
- Return type
pandas DataFrame
-
osm_multiplex.lstm_preprocessing.
spatial_grouping
(dataframe, location_selection='1', mode='all')[source]¶ Assigns a single location to the data records. The data records can choose the location of dataset 1, the location of dataset 2, or get a location assignment based on an osm-derived network.
- Parameters
dataframe (pandas DataFrame) – The data records to be spatially grouped
location_selection (str) –
- Selection of how to spatially group the data
‘1’ : Use dataset 1’s location
‘2’ : Use dataset 2’s location
’osm’ : assign a location based on an osm-derived network
mode (str) – Mode choice of {‘walk’, ‘bike’, ‘drive’, ‘drive_service’, ‘all’, ‘all_private’, ‘none’}
- Returns
single_location – Data records grouped to a single spatial construct
- Return type
pandas DataFrame
-
osm_multiplex.lstm_preprocessing.
time_grouping
(dataframe, interval='15T', time_selection='1')[source]¶ Groups data by temporal interval
- Parameters
dataframe (pandas DataFrame) – Records to be temporally grouped
interval (str) – Interval over which records should be grouped. String options as specified by http://pandas.pydata.org/pandas-docs/stable/user_guide/timeseries.html#time-date-components The default is 15 minutes
time_selection (str) –
- Source of time to be used
‘1’ : Use dataset 1’s time
‘2’ : Use dataset 2’s time
’avg’ : Use time that is the mean value of the two datasets’ times
- Returns
grouped_time – Returns recorded mode occupancy levels grouped by specified time interval
- Return type
pandas DataFrame
-
osm_multiplex.lstm_preprocessing.
weekly_dataframes
(dataframe, interval='15T')[source]¶ Generates a dictionary of dataframes with each k,v pair representing a location and the difference between the two datasource counts.
- Parameters
dataframe (pandas DataFrame) – Contains count and difference values for all locations
interval (str) – The time interval to be represented in the resulting dataframe. The default in 15 minutes, which results in 672 entries for every week
- Returns
dataframes – A dictionary of DataFrames with each k,v pair representing a location and the difference between the two datasource counts.
- Return type


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Matthews carries Arkansas St. over Arkansas-Monticello 65-49
JONESBORO, Ark. (AP) - J.J. Matthews had 10 points and 10 rebounds - his first career double-double - to carry Arkansas State to a 65-49 win over Division II-member Arkansas-Monticello in a season opener on Wednesday night.
Canberk Kus had 17 points and seven rebounds for Arkansas State. Marquis Eaton added 11 points. Christian Willis had 10 points for the Red Wolves.
Wanya King had 19 points and seven rebounds for the Boll Weevils. Marcus Gilbert added 15 points and six rebounds. He also had seven turnovers but only one assist.
Arkansas State plays Mississippi on the road on Friday.
For more AP college basketball coverage: https://apnews.com/Collegebasketball and http://twitter.com/AP_Top25
This was generated by Automated Insights, http://www.automatedinsights.com/ap, using data from STATS LLC, https://www.stats.com
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Copyright © 2019 The Washington Times, LLC.
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Glynneath 5 mile
Glynneath WAL
Web Site: www.glynneath5.com
Race Winners
(29 runnings)
26 Dec
2007
26 Dec
2006
26 Dec
2005
26 Dec
2004
26 Dec
2003
26 Dec
2002
26 Dec
2001
26 Dec
2000
26 Dec
1999
26 Dec
1998
26 Dec
1997
26 Dec 1996
26 Dec
1995
26 Dec
1994
26 Dec
1993
26 Dec
1992
26 Dec
1991
26 Dec
1990
26 Dec
1989
26 Dec
1988
26 Dec 1987
Notes: 1987 was the inaugural year.
26 Dec
2016
23:50
Kristian Jones-2
28:19
Clara Evans (WAL)
26 Dec
2015
25:40
Kristian Jones (SCO)
29:00
Alaw Beynon-Thomas-2
26 Dec
2014
24:40
Chris Carpanini (WAL)
29:30
Kate Roberts-2
26 Dec
2013
25:41
Liam Lloyd (WAL)
28:19
Kate Roberts (WAL)
26 Dec
2012
25:09
Tom Marshall-2
30:00
Alaw Beynon-Thomas (WAL)
26 Dec
2011
24:17
Alex Hains (WAL)
29:55
Bethan Strange (WAL)
26 Dec
2010
24:56
Adam Bitchell (WAL)
28:01
Fiona Kirk (SUI)
26 Dec
2009
24:39
Tom Marshall (WAL)
29:01
Ann-Marie Hutchison-2
26 Dec
2008
24:28
Matthew Janes WAL)
28:46
Amanda Jones (WAL)
24:46
Richard Gardiner-4
29:37
Leah Dixon (WAL)
24:28
Richard Gardiner-3
28:27
Helen Jenkins (WAL)
24:38
Richard Gardiner-2
27:35
Non Stanford (WAL)
25:32
Andrew Hunt (WAL)
28:40
Ann-Marie Hutchison (WAL)
25:18
Martin Rees-6
30:35
Emily Crowley (WAL)
25:00
Martin Rees-5
29:56
Louise Copp-3
24:45
Christian Stephenson-2
31:54
Debbie Phillips (WAL)
25:12
Darren Hiscox (WAL)
28:45
Louise Copp-2
24:14
Christian Stephenson (25,WAL)
29:15
Frances Gill-2
25:38
Richard Gardiner (25,WAL)
30:55
Louise Copp (WAL)
24:39
Martin Rees-4
29:03
Angharad Mair (WAL)
24:15
Nicholas Comerford (WAL)
28:11
Maria Protopappa (GRE)
---
n/a
---
n/a
24:45
Martin Rees-3
29:33
Lisa Carthew-3
24:54
Martin Rees-2
29:06
Lisa Carthew-2
23:50
Ian Hamer (WAL)
28:19
Wendy Ore (WAL)
25:47
Martin Rees (WAL)
30:58
Lisa Carthew (WAL)
25:05
Geoff Hill (WAL)
31:23
Frances Gill (WAL)
24:49
Steve Smith (WAL)
30:24
Debbie Chick (WAL)
---
n/a
---
n/a
---
n/a
---
n/a
Most Wins
(1987/date)
Men
6
Martin
Rees (WAL)
1991,1993-94,1997,2002-03
Women
3
Lisa Carthew (WAL)
1991,993-94
.
Louise Copp (WAL)
1998,2000,2002
Prize Money
(ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level (1990-date) Insufficient data to calculate the competitive level.
Quality Performances
Men no men under 23:40 Women no women under 27:20Last Updated on 26 Oct 2017


Recap
The Internet
Senator Ted Stevens (Net Neutrality)
>
### Design https://www.cabletv.com/the-walking-dead https://labs.mapbox.com/labs/twitter-gnip/brands/#3/26.35/-20.21 Notes:
THE END