In this segment we develop some consequences of the independence assumption that we have made on the trials that constitute a Bernoulli process. These properties will be pretty intuitive, but they play an important role. They're helpful in solving problems, and they're also quite helpful in understanding the continuous time version of the Bernoulli process, namely the Poisson process that we will be studying later. So here's the story.
objects 0 - 1
line badness[0][1] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 2 - 3
line badness[2][3] = 0
t penalty = -0.0
x penalty = -14.0
y penalty = -0.0
objects 4 - 5
line badness[4][5] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
We start with a Bernoulli processes with some parameter p.
objects 6 - 8
line badness[6][8] = 0
t penalty = -0.0
x penalty = -490.0
y penalty = -0.0
objects 9 - 10
line badness[9][10] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 11 - 12
line badness[11][12] = 0
t penalty = -275.0
x penalty = -206.0
y penalty = -275.0
objects 13 - 15
line badness[13][15] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
The process starts.
objects 16 - 17
line badness[16][17] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
objects 18 - 19
line badness[18][19] = 0
t penalty = -15.0
x penalty = -161.0
y penalty = -15.0
objects 20 - 21
line badness[20][21] = 0
t penalty = -20.0
x penalty = -17.0
y penalty = -20.0
objects 22 - 23
line badness[22][23] = 0
t penalty = -0.0
x penalty = -16.0
y penalty = -0.0
objects 24 - 26
line badness[24][26] = 0
t penalty = -0.0
x penalty = -33.0
y penalty = -0.0
objects 27 - 29
line badness[27][29] = 0
t penalty = -0.0
x penalty = -30.0
y penalty = -0.0
objects 30 - 31
line badness[30][31] = 0
t penalty = -200.0
x penalty = -5.0
y penalty = -200.0
A friend of yours watches the processes, and they observe the results of the different trials, let's say for five time steps.
objects 32 - 33
line badness[32][33] = 0
t penalty = -5.0
x penalty = -3.0
y penalty = -5.0
objects 34 - 35
line badness[34][35] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 36 - 37
line badness[36][37] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 38 - 40
line badness[38][40] = 0
t penalty = -5.0
x penalty = -3.0
y penalty = -5.0
objects 41 - 43
line badness[41][43] = 0
t penalty = -10.0
x penalty = -121.0
y penalty = -10.0
objects 44 - 46
line badness[44][46] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
objects 47 - 49
line badness[47][49] = 0
t penalty = -70.0
x penalty = -44.0
y penalty = -70.0
objects 50 - 51
line badness[50][51] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 52 - 53
line badness[52][53] = 0
t penalty = -180.0
x penalty = -79.0
y penalty = -180.0
objects 54 - 55
line badness[54][55] = 0
t penalty = -20.0
x penalty = -24.0
y penalty = -20.0
objects 56 - 57
line badness[56][57] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 58 - 60
line badness[58][60] = 0
t penalty = -0.0
x penalty = -51.0
y penalty = -0.0
And at this time, right after time five, they call you into the room, and you start watching the rest of the process.
objects 61 - 63
line badness[61][63] = 0
t penalty = -255.0
x penalty = -61.0
y penalty = -255.0
objects 64 - 65
line badness[64][65] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
objects 66 - 67
line badness[66][67] = 0
t penalty = -240.0
x penalty = -224.0
y penalty = -240.0
objects 68 - 69
line badness[68][69] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 70 - 71
line badness[70][71] = 0
t penalty = -0.0
x penalty = -20.0
y penalty = -0.0
What will you see? The first random variable that you will see is the result of whatever happens in this time slot, which is the sixth slot of the original process.
objects 72 - 73
line badness[72][73] = 0
t penalty = -220.0
x penalty = -262.0
y penalty = -220.0
objects 74 - 75
line badness[74][75] = 0
t penalty = -15.0
x penalty = -138.0
y penalty = -15.0
objects 76 - 77
line badness[76][77] = 0
t penalty = -5.0
x penalty = -3.0
y penalty = -5.0
objects 78 - 79
line badness[78][79] = 0
t penalty = -15.0
x penalty = -23.0
y penalty = -15.0
objects 80 - 81
line badness[80][81] = 0
t penalty = -65.0
x penalty = -20.0
y penalty = -65.0
objects 82 - 84
line badness[82][84] = 0
t penalty = -0.0
x penalty = -22.0
y penalty = -0.0
objects 85 - 87
line badness[85][87] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
objects 88 - 89
line badness[88][89] = 0
t penalty = -95.0
x penalty = -67.0
y penalty = -95.0
objects 90 - 91
line badness[90][91] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
objects 92 - 93
line badness[92][93] = 0
t penalty = -500.0
x penalty = -162.0
y penalty = -500.0
The second random variable that you will see is the result of the seventh random variable in the original process, and so on.
objects 94 - 95
line badness[94][95] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 96 - 98
line badness[96][98] = 0
t penalty = -450.0
x penalty = -188.0
y penalty = -450.0
objects 99 - 101
line badness[99][101] = 0
t penalty = -155.0
x penalty = -27.0
y penalty = -155.0
objects 102 - 103
line badness[102][103] = 0
t penalty = -120.0
x penalty = -95.0
y penalty = -120.0
objects 104 - 105
line badness[104][105] = 0
t penalty = -20.0
x penalty = -10.0
y penalty = -20.0
objects 106 - 108
line badness[106][108] = 0
t penalty = -40.0
x penalty = -14.0
y penalty = -40.0
objects 109 - 110
line badness[109][110] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
objects 111 - 112
line badness[111][112] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
So the process that you get to see is the process Yi, where i ranges over the non-negative integers.
objects 113 - 114
line badness[113][114] = 0
t penalty = -235.0
x penalty = -35.0
y penalty = -235.0
objects 115 - 116
line badness[115][116] = 0
t penalty = -450.0
x penalty = -638.0
y penalty = -450.0
What properties does this process have? Because of the assumption that the different trials are independent, this means that the first five trials are independent from the trials that happen after time five.
objects 117 - 119
line badness[117][119] = 0
t penalty = -470.0
x penalty = -324.0
y penalty = -470.0
objects 120 - 121
line badness[120][121] = 0
t penalty = -0.0
x penalty = -24.0
y penalty = -0.0
objects 122 - 123
line badness[122][123] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 124 - 125
line badness[124][125] = 0
t penalty = -0.0
x penalty = -36.0
y penalty = -0.0
objects 126 - 128
line badness[126][128] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 129 - 130
line badness[129][130] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 131 - 132
line badness[131][132] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
objects 133 - 135
line badness[133][135] = 0
t penalty = -185.0
x penalty = -310.0
y penalty = -185.0
objects 136 - 137
line badness[136][137] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 138 - 139
line badness[138][139] = 0
t penalty = -0.0
x penalty = -16.0
y penalty = -0.0
objects 140 - 142
line badness[140][142] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 143 - 144
line badness[143][144] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 145 - 146
line badness[145][146] = 0
t penalty = -95.0
x penalty = -21.0
y penalty = -95.0
objects 147 - 148
line badness[147][148] = 0
t penalty = -0.0
x penalty = -16.0
y penalty = -0.0
So one property is that the process is Yi is independent of whatever happens in the past, which is X1 up to X5.
objects 149 - 150
line badness[149][150] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 151 - 152
line badness[151][152] = 0
t penalty = -5.0
x penalty = -891.0
y penalty = -5.0
objects 153 - 154
line badness[153][154] = 0
t penalty = -220.0
x penalty = -472.0
y penalty = -220.0
Second, the random variable that you see, X6, X7, and so on, are independent Bernoulli random variables with parameter p.
objects 155 - 156
line badness[155][156] = 0
t penalty = -65.0
x penalty = -5.0
y penalty = -65.0
objects 157 - 159
line badness[157][159] = 0
t penalty = -0.0
x penalty = -29.0
y penalty = -0.0
objects 160 - 161
line badness[160][161] = 0
t penalty = -5.0
x penalty = -11.0
y penalty = -5.0
So the random variables Yi constitute also a Bernoulli process with parameter p.
objects 162 - 163
line badness[162][163] = 0
t penalty = -0.0
x penalty = -0.0
y penalty = -0.0
objects 164 - 165
line badness[164][165] = 0
t penalty = -45.0
x penalty = -17.0
y penalty = -45.0
objects 166 - 167
line badness[166][167] = 0
t penalty = -5.0
x penalty = -16.0
y penalty = -5.0
objects 168 - 170
line badness[168][170] = 0
t penalty = -200.0
x penalty = -902.0
y penalty = -200.0
So the process that you get to see, which is the sequence of trials after time five, is identical, probabilistically, to a Bernoulli process with parameter p like the process Xi. So it's as if a Bernoulli process was just starting fresh at this particular time. And because of this, we say that the process has a fresh-start property after a certain time.
objects 171 - 172
line badness[171][172] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
objects 173 - 174
line badness[173][174] = 0
t penalty = -45.0
x penalty = -34.0
y penalty = -45.0
objects 175 - 176
line badness[175][176] = 0
t penalty = -5.0
x penalty = -6.0
y penalty = -5.0
objects 177 - 178
line badness[177][178] = 0
t penalty = -0.0
x penalty = -4.0
y penalty = -0.0
objects 179 - 181
line badness[179][181] = 0
t penalty = -785.0
x penalty = -395.0
y penalty = -785.0
objects 182 - 183
line badness[182][183] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 184 - 185
line badness[184][185] = 0
t penalty = -5.0
x penalty = -1.0
y penalty = -5.0
objects 186 - 187
line badness[186][187] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
objects 188 - 190
line badness[188][190] = 0
t penalty = -265.0
x penalty = -52.0
y penalty = -265.0
objects 191 - 192
line badness[191][192] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
objects 193 - 194
line badness[193][194] = 0
t penalty = -0.0
x penalty = -4.0
y penalty = -0.0
objects 195 - 196
line badness[195][196] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
objects 197 - 198
line badness[197][198] = 0
t penalty = -125.0
x penalty = -508.0
y penalty = -125.0
In this example, we used 5 as the certain time, but instead of 5, we could have any particular integer little n, in which case our process Y1 starts with Xn plus 1, continues with Xn plus 2 and so on.
objects 199 - 200
line badness[199][200] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 201 - 202
line badness[201][202] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
And here, instead of X5, we would have written Xn.
objects 203 - 204
line badness[203][204] = 0
t penalty = -50.0
x penalty = -975.0
y penalty = -50.0
So after a deterministic time n, what you see is the same as if we had a Bernoulli process that was starting fresh at this particular time, and which is also independent from whatever happened in the past.
objects 205 - 206
line badness[205][206] = 0
t penalty = -15.0
x penalty = -1.0
y penalty = -15.0
Let us now complicate the story a little bit.
objects 207 - 208
line badness[207][208] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 209 - 211
line badness[209][211] = 0
t penalty = -0.0
x penalty = -245.0
y penalty = -0.0
objects 212 - 213
line badness[212][213] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 214 - 215
line badness[214][215] = 0
t penalty = -100.0
x penalty = -21.0
y penalty = -100.0
objects 216 - 217
line badness[216][217] = 0
t penalty = -0.0
x penalty = -22.0
y penalty = -0.0
objects 218 - 219
line badness[218][219] = 0
t penalty = -35.0
x penalty = -16.0
y penalty = -35.0
objects 220 - 221
line badness[220][221] = 0
t penalty = -30.0
x penalty = -38.0
y penalty = -30.0
objects 222 - 223
line badness[222][223] = 0
t penalty = -0.0
x penalty = -25.0
y penalty = -0.0
objects 224 - 225
line badness[224][225] = 0
t penalty = -40.0
x penalty = -2.0
y penalty = -40.0
objects 226 - 227
line badness[226][227] = 0
t penalty = -245.0
x penalty = -8.0
y penalty = -245.0
Suppose that your friend watches the Bernoulli process, and they keep watching it until a success is observed for the first time.
objects 228 - 229
line badness[228][229] = 0
t penalty = -10.0
x penalty = -10.0
y penalty = -10.0
objects 230 - 231
line badness[230][231] = 0
t penalty = -5.0
x penalty = -7.0
y penalty = -5.0
objects 232 - 233
line badness[232][233] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 234 - 236
line badness[234][236] = 0
t penalty = -135.0
x penalty = -28.0
y penalty = -135.0
objects 237 - 239
line badness[237][239] = 0
t penalty = -0.0
x penalty = -37.0
y penalty = -0.0
objects 240 - 242
line badness[240][242] = 0
t penalty = -0.0
x penalty = -72.0
y penalty = -0.0
Right at that time, they call you into the room, and you started watching the rest of the process.
objects 243 - 245
line badness[243][245] = 0
t penalty = -175.0
x penalty = -304.0
y penalty = -175.0
objects 246 - 247
line badness[246][247] = 0
t penalty = -0.0
x penalty = -13.0
y penalty = -0.0
objects 248 - 250
line badness[248][250] = 0
t penalty = -410.0
x penalty = -342.0
y penalty = -410.0
This is the length of time that we have called T1, the number of trials until the first success.
objects 251 - 252
line badness[251][252] = 0
t penalty = -40.0
x penalty = -8.0
y penalty = -40.0
objects 253 - 254
line badness[253][254] = 0
t penalty = -5.0
x penalty = -1.0
y penalty = -5.0
objects 255 - 256
line badness[255][256] = 0
t penalty = -5.0
x penalty = -23.0
y penalty = -5.0
objects 257 - 258
line badness[257][258] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 259 - 260
line badness[259][260] = 0
t penalty = -0.0
x penalty = -2.0
y penalty = -0.0
objects 261 - 262
line badness[261][262] = 0
t penalty = -5.0
x penalty = -11.0
y penalty = -5.0
objects 263 - 264
line badness[263][264] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
So what is it that you will be watching? The first random variable that you will see is what happens in slot T1 plus 1.
objects 265 - 266
line badness[265][266] = 0
t penalty = -180.0
x penalty = -167.0
y penalty = -180.0
objects 267 - 268
line badness[267][268] = 0
t penalty = -0.0
x penalty = -16.0
y penalty = -0.0
objects 269 - 270
line badness[269][270] = 0
t penalty = -10.0
x penalty = -15.0
y penalty = -10.0
objects 271 - 272
line badness[271][272] = 0
t penalty = -25.0
x penalty = -8.0
y penalty = -25.0
objects 273 - 274
line badness[273][274] = 0
t penalty = -0.0
x penalty = -17.0
y penalty = -0.0
objects 275 - 276
line badness[275][276] = 0
t penalty = -5.0
x penalty = -11.0
y penalty = -5.0
objects 277 - 278
line badness[277][278] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 279 - 280
line badness[279][280] = 0
t penalty = -0.0
x penalty = -2.0
y penalty = -0.0
objects 281 - 282
line badness[281][282] = 0
t penalty = -0.0
x penalty = -13.0
y penalty = -0.0
objects 283 - 284
line badness[283][284] = 0
t penalty = -55.0
x penalty = -15.0
y penalty = -55.0
objects 285 - 287
line badness[285][287] = 0
t penalty = -80.0
x penalty = -124.0
y penalty = -80.0
objects 288 - 290
line badness[288][290] = 0
t penalty = -45.0
x penalty = -8.0
y penalty = -45.0
The second random variable that you will see is what happened in slot T1 plus 2, and so on.
objects 291 - 292
line badness[291][292] = 0
t penalty = -400.0
x penalty = -53.0
y penalty = -400.0
objects 293 - 295
line badness[293][295] = 0
t penalty = -110.0
x penalty = -3.0
y penalty = -110.0
And this defines, again, a process, the sequence of the Yi's This is what you will see starting from this particular time. What kind of process is it? Well, these trials happened in the past. We know what they were.
objects 296 - 297
line badness[296][297] = 0
t penalty = -110.0
x penalty = -319.0
y penalty = -110.0
But no matter what they were, the future trials will still be independent of the past, and each one of the trials will have probability p of being a success.
objects 298 - 300
line badness[298][300] = 0
t penalty = -0.0
x penalty = -14.0
y penalty = -0.0
objects 301 - 302
line badness[301][302] = 0
t penalty = -0.0
x penalty = -21.0
y penalty = -0.0
objects 303 - 304
line badness[303][304] = 0
t penalty = -20.0
x penalty = -8.0
y penalty = -20.0
objects 305 - 307
line badness[305][307] = 0
t penalty = -60.0
x penalty = -5.0
y penalty = -60.0
objects 308 - 309
line badness[308][309] = 0
t penalty = -0.0
x penalty = -34.0
y penalty = -0.0
objects 310 - 311
line badness[310][311] = 0
t penalty = -10.0
x penalty = -11.0
y penalty = -10.0
objects 312 - 314
line badness[312][314] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 315 - 316
line badness[315][316] = 0
t penalty = -240.0
x penalty = -338.0
y penalty = -240.0
objects 317 - 318
line badness[317][318] = 0
t penalty = -0.0
x penalty = -39.0
y penalty = -0.0
objects 319 - 320
line badness[319][320] = 0
t penalty = -0.0
x penalty = -19.0
y penalty = -0.0
objects 321 - 322
line badness[321][322] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
objects 323 - 324
line badness[323][324] = 0
t penalty = -0.0
x penalty = -14.0
y penalty = -0.0
objects 325 - 326
line badness[325][326] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 327 - 328
line badness[327][328] = 0
t penalty = -5.0
x penalty = -14.0
y penalty = -5.0
objects 329 - 330
line badness[329][330] = 0
t penalty = -200.0
x penalty = -329.0
y penalty = -200.0
So the properties that we have, again, is that the trials that you see are independent of the past, which in this case is everything from x1 up to time xT1.
objects 331 - 332
line badness[331][332] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 333 - 335
line badness[333][335] = 0
t penalty = -95.0
x penalty = -14.0
y penalty = -95.0
objects 336 - 338
line badness[336][338] = 0
t penalty = -0.0
x penalty = -54.0
y penalty = -0.0
objects 339 - 341
line badness[339][341] = 0
t penalty = -0.0
x penalty = -29.0
y penalty = -0.0
And what you see is a Bernoulli process.
objects 342 - 343
line badness[342][343] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 344 - 346
line badness[344][346] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 347 - 348
line badness[347][348] = 0
t penalty = -220.0
x penalty = -883.0
y penalty = -220.0
We describe the situation by saying that the process starts fresh after time T1.
objects 349 - 350
line badness[349][350] = 0
t penalty = -40.0
x penalty = -158.0
y penalty = -40.0
And by this, again, we mean that if you start watching the process right after T1, what you will see will be a Bernoulli process which is independent from whatever happened in the past.
objects 351 - 352
line badness[351][352] = 0
t penalty = -1790.0
x penalty = -235.0
y penalty = -1790.0
Having just argued that the process starts of the first success, we can now ask why whether such a property is also true more generally.
objects 353 - 354
line badness[353][354] = 0
t penalty = -40.0
x penalty = -2.0
y penalty = -40.0
objects 355 - 356
line badness[355][356] = 0
t penalty = -80.0
x penalty = -7.0
y penalty = -80.0
objects 357 - 358
line badness[357][358] = 0
t penalty = -215.0
x penalty = -479.0
y penalty = -215.0
objects 359 - 360
line badness[359][360] = 0
t penalty = -145.0
x penalty = -68.0
y penalty = -145.0
That is, if we start watching the process at some random time n, will the process start fresh at that time? Let us look at some additional examples.
objects 361 - 363
line badness[361][363] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
Suppose that capital N is the time of the third success.
objects 364 - 365
line badness[364][365] = 0
t penalty = -0.0
x penalty = -240.0
y penalty = -0.0
objects 366 - 367
line badness[366][367] = 0
t penalty = -0.0
x penalty = -22.0
y penalty = -0.0
objects 368 - 369
line badness[368][369] = 0
t penalty = -0.0
x penalty = -18.0
y penalty = -0.0
objects 370 - 371
line badness[370][371] = 0
t penalty = -45.0
x penalty = -14.0
y penalty = -45.0
objects 372 - 373
line badness[372][373] = 0
t penalty = -5.0
x penalty = -39.0
y penalty = -5.0
objects 374 - 376
line badness[374][376] = 0
t penalty = -10.0
x penalty = -19.0
y penalty = -10.0
objects 377 - 378
line badness[377][378] = 0
t penalty = -0.0
x penalty = -37.0
y penalty = -0.0
So your friend watches the Bernoulli process, and each time, they say, did the third success occur? Not yet.
objects 379 - 381
line badness[379][381] = 0
t penalty = -0.0
x penalty = -37.0
y penalty = -0.0
Not yet.
objects 382 - 384
line badness[382][384] = 0
t penalty = -0.0
x penalty = -46.0
y penalty = -0.0
Not yet.
objects 385 - 386
line badness[385][386] = 0
t penalty = -0.0
x penalty = -22.0
y penalty = -0.0
objects 387 - 388
line badness[387][388] = 0
t penalty = -0.0
x penalty = -35.0
y penalty = -0.0
Not yet.
objects 389 - 391
line badness[389][391] = 0
t penalty = -120.0
x penalty = -5.0
y penalty = -120.0
objects 392 - 394
line badness[392][394] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 395 - 396
line badness[395][396] = 0
t penalty = -15.0
x penalty = -8.0
y penalty = -15.0
Yes, the third success just occurred.
objects 397 - 399
line badness[397][399] = 0
t penalty = -65.0
x penalty = -2.0
y penalty = -65.0
objects 400 - 402
line badness[400][402] = 0
t penalty = -35.0
x penalty = -149.0
y penalty = -35.0
And at that time, they call you into the room and you start to watching what happens from that time on.
objects 403 - 405
line badness[403][405] = 0
t penalty = -95.0
x penalty = -33.0
y penalty = -95.0
What will you be seeing? After that time, there will be independent Bernoulli trials that take place.
objects 406 - 407
line badness[406][407] = 0
t penalty = -25.0
x penalty = -12.0
y penalty = -25.0
objects 408 - 409
line badness[408][409] = 0
t penalty = -340.0
x penalty = -711.0
y penalty = -340.0
And these refer to the future of the process, looking at [it] from this particular point in time. And the future is independent from whatever happened in the past. So what you actually see is, indeed, a fresh Bernoulli process that starts here and which is independent from the random variables that occurred in the past. Let us look at another example.
objects 410 - 411
line badness[410][411] = 0
t penalty = -10.0
x penalty = -52.0
y penalty = -10.0
objects 412 - 413
line badness[412][413] = 0
t penalty = -5.0
x penalty = -2.0
y penalty = -5.0
objects 414 - 416
line badness[414][416] = 0
t penalty = -20.0
x penalty = -4.0
y penalty = -20.0
objects 417 - 418
line badness[417][418] = 0
t penalty = -5.0
x penalty = -7.0
y penalty = -5.0
Let capital N be the first time that three successes in a row have been recorded.
objects 419 - 421
line badness[419][421] = 0
t penalty = -85.0
x penalty = -394.0
y penalty = -85.0
objects 422 - 423
line badness[422][423] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 424 - 425
line badness[424][425] = 0
t penalty = -0.0
x penalty = -44.0
y penalty = -0.0
So your friend, again, watches the process.
objects 426 - 427
line badness[426][427] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 428 - 429
line badness[428][429] = 0
t penalty = -0.0
x penalty = -23.0
y penalty = -0.0
objects 430 - 431
line badness[430][431] = 0
t penalty = -0.0
x penalty = -29.0
y penalty = -0.0
objects 432 - 433
line badness[432][433] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
objects 434 - 435
line badness[434][435] = 0
t penalty = -0.0
x penalty = -23.0
y penalty = -0.0
And they ask each time, did we see three success in a row? Not yet.
objects 436 - 437
line badness[436][437] = 0
t penalty = -0.0
x penalty = -29.0
y penalty = -0.0
Not yet.
objects 438 - 439
line badness[438][439] = 0
t penalty = -5.0
x penalty = -40.0
y penalty = -5.0
Not yet.
objects 440 - 442
line badness[440][442] = 0
t penalty = -0.0
x penalty = -40.0
y penalty = -0.0
Not yet.
objects 443 - 444
line badness[443][444] = 0
t penalty = -0.0
x penalty = -32.0
y penalty = -0.0
Not yet.
objects 445 - 446
line badness[445][446] = 0
t penalty = -70.0
x penalty = -14.0
y penalty = -70.0
Yes.
objects 447 - 449
line badness[447][449] = 0
t penalty = -10.0
x penalty = -7.0
y penalty = -10.0
I just saw three successes in a row.
objects 450 - 452
line badness[450][452] = 0
t penalty = -95.0
x penalty = -12.0
y penalty = -95.0
objects 453 - 454
line badness[453][454] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
objects 455 - 457
line badness[455][457] = 0
t penalty = -950.0
x penalty = -799.0
y penalty = -950.0
And now your friend calls you in, and you start watching the process from this point in time. By the same argument as before, whatever happens in the future is going to be Bernoulli trials that are independent from the past, so you will, again, have a fresh-start property starting from this time.
objects 458 - 459
line badness[458][459] = 0
t penalty = -960.0
x penalty = -373.0
y penalty = -960.0
So in both cases, formally, what we have is that the process that you get to observe starting after time capital N, after the time that you're called and asked to start watching, what you will see is going to be a sequence of independent Bernoulli trials, that is, a Bernoulli process.
objects 460 - 461
line badness[460][461] = 0
t penalty = -685.0
x penalty = -413.0
y penalty = -685.0
And this sequence of future trials is independent from whatever happened in the past of the process.
objects 462 - 464
line badness[462][464] = 0
t penalty = -475.0
x penalty = -74.0
y penalty = -475.0
objects 465 - 466
line badness[465][466] = 0
t penalty = -0.0
x penalty = -4.0
y penalty = -0.0
objects 467 - 468
line badness[467][468] = 0
t penalty = -0.0
x penalty = -6.0
y penalty = -0.0
objects 469 - 470
line badness[469][470] = 0
t penalty = -170.0
x penalty = -123.0
y penalty = -170.0
objects 471 - 472
line badness[471][472] = 0
t penalty = -0.0
x penalty = -14.0
y penalty = -0.0
objects 473 - 474
line badness[473][474] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 475 - 476
line badness[475][476] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
objects 477 - 478
line badness[477][478] = 0
t penalty = -0.0
x penalty = -21.0
y penalty = -0.0
objects 479 - 481
line badness[479][481] = 0
t penalty = -200.0
x penalty = -186.0
y penalty = -200.0
objects 482 - 484
line badness[482][484] = 0
t penalty = -30.0
x penalty = -1.0
y penalty = -30.0
What both of these examples have in common is that the random variable N, the time at which you're called in, is causally determined from the history of the process.
objects 485 - 486
line badness[485][486] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 487 - 488
line badness[487][488] = 0
t penalty = -0.0
x penalty = -4.0
y penalty = -0.0
objects 489 - 490
line badness[489][490] = 0
t penalty = -0.0
x penalty = -3.0
y penalty = -0.0
objects 491 - 492
line badness[491][492] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
objects 493 - 494
line badness[493][494] = 0
t penalty = -295.0
x penalty = -804.0
y penalty = -295.0
What does that mean? It means that somebody is watching the process, and at each point in time, based on what they have seen so far, they decide whether to call you in or not.
objects 495 - 497
line badness[495][497] = 0
t penalty = -40.0
x penalty = -739.0
y penalty = -40.0
What would be an example of a non-causal time N? Here it is. N could be the time just before the first occurrence of 1, 1, 1.
objects 498 - 499
line badness[498][499] = 0
t penalty = -420.0
x penalty = -423.0
y penalty = -420.0
objects 500 - 501
line badness[500][501] = 0
t penalty = -0.0
x penalty = -18.0
y penalty = -0.0
objects 502 - 503
line badness[502][503] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 504 - 506
line badness[504][506] = 0
t penalty = -35.0
x penalty = -5.0
y penalty = -35.0
So in this example here, you would be called into the room and start watching at this time.
objects 507 - 508
line badness[507][508] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
So your friend somehow knows is going to occur and calls you just before it happens.
objects 509 - 510
line badness[509][510] = 0
t penalty = -35.0
x penalty = -11.0
y penalty = -35.0
How could that be? Well, imagine that the Bernoulli process actually was run yesterday. It was recorded in a movie. Your friend has seen the movie, so knows everything that's going to happen.
objects 511 - 512
line badness[511][512] = 0
t penalty = -435.0
x penalty = -12.0
y penalty = -435.0
And so, when the movie is replayed today, your friend can call you in at this time and tell you, you know, something very interesting is about happen. Come in and start watching.
objects 513 - 514
line badness[513][514] = 0
t penalty = -0.0
x penalty = -1.0
y penalty = -0.0
objects 515 - 516
line badness[515][516] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
objects 517 - 519
line badness[517][519] = 0
t penalty = -0.0
x penalty = -313.0
y penalty = -0.0
Now, what will you be watching? What you will watch will be 1, 1, 1, with certainty. You're certain that the first three trials that you will see will be 1's. And, well, the subsequent one's will be random. But since you know that the first three trials will be 1, this means that statistically, they're not described by the statistics of a Bernoulli process. In a Bernoulli process, each trial and the probability of being 0. But since, in your case, you're certain to watch 1's in the beginning, this means that the random variables that you see do not conform to the description of a Bernoulli process.
objects 520 - 522
line badness[520][522] = 0
t penalty = -0.0
x penalty = -41.0
y penalty = -0.0
objects 523 - 524
line badness[523][524] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
So this is an example in which N is not causally determined.
objects 525 - 527
line badness[525][527] = 0
t penalty = -125.0
x penalty = -153.0
y penalty = -125.0
objects 528 - 529
line badness[528][529] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 530 - 531
line badness[530][531] = 0
t penalty = -0.0
x penalty = -10.0
y penalty = -0.0
objects 532 - 534
line badness[532][534] = 0
t penalty = -180.0
x penalty = -190.0
y penalty = -180.0
objects 535 - 536
line badness[535][536] = 0
t penalty = -0.0
x penalty = -11.0
y penalty = -0.0
And in this example, you do not to get to see a Bernoulli process.
objects 537 - 538
line badness[537][538] = 0
t penalty = -0.0
x penalty = -4.0
y penalty = -0.0
objects 539 - 540
line badness[539][540] = 0
t penalty = -0.0
x penalty = -5.0
y penalty = -0.0
objects 541 - 542
line badness[541][542] = 0
t penalty = -0.0
x penalty = -9.0
y penalty = -0.0
We do not have the fresh-start property.
objects 543 - 544
line badness[543][544] = 0
t penalty = -0.0
x penalty = -12.0
y penalty = -0.0
objects 545 - 546
line badness[545][546] = 0
t penalty = -0.0
x penalty = -8.0
y penalty = -0.0
objects 547 - 548
line badness[547][548] = 0
t penalty = -0.0
x penalty = -15.0
y penalty = -0.0
objects 549 - 551
line badness[549][551] = 0
t penalty = 0
x penalty = 0
y penalty = 0


Basic select:
Sound
On
Off
Select with floating label:
Genre
Folk
Pop
Rock
Jazz
Select with arrow:
keyboard_arrow_down
Country
Brazil
Germany
Russia
France
Belarus
Send


I have been playing the drums since age 2 and playing professionally since I was 13 years old. After high school, I attended the Brubeck Institute Fellowship jazz program at University of the Pacific. I've recorded an album of original compositons, released under Jazzschool Records, and had the opportunity to perform with a Grammy Award winner and various various Grammy Award nominees. He has won over 15 awards and 5 scholarships for jazz performance and composition, including the Louis Armstrong Jazz Award and three DownBeat Magazine Student Music Awards.
Colin moved to Los Angeles to attend UCLA, and graduated summa cum laude in Cognitive Science with a Specialization in Computing. Since graduating, he has been involved in neurobiology research and web development. While at UCLA, he learned programming languages such as C++ (computer science fundamentals, data structures, algorithms), Java (GUI applications, Android development), and MATLAB (computer-based experiments, gathering data). While at UCLA, I worked in a cognitive psychology laboratory, in which I taught myself some Python and ran human subjects in various experiments.
Colin's hobbies include listening to podcasts, reading, watching movies, meditation, playing board games, and hanging out with friends. Some of his interests include psychology, artificial intelligence, neuroscience, philosophy, and statistics. He also has an interest in filmmaking, and some of his films were Official Selections at various local and international film festivals.


Team Profile
Cassie
Manager
coffee
ID: 3
Email:
<EMAIL_ADDRESS>Office Number: 9
Bob
Engineer
code
ID: 2
Email:
<EMAIL_ADDRESS>Github:
bob-t
Josh
Intern
school
ID: 8
Email:
<EMAIL_ADDRESS>School: josh-g


Mary Reilly A Film Review By Michael Redman Copyright 1996 By Michael Redman
*** (out of ****)
The Jekyll and Hyde story told from his maid's point of view is, in a word, "Dark". You wouldn't expect something bright and cheery based on Robert Louis Stevenson's novel, but the film is surprisingly dreary and dismal.
Jekyll/Hyde (John Malkovich) is terminally depressed and desperate. Mary Reilly (Julia Roberts) is a victim of monstrous child abuse and the anti-woman sentiment of the times. Director Stephen Fears' version of the London slums makes us marvel that anyone survived them. The lighting level is exceedingly low throughout the movie: it almost appears to be filmed in black and white.
The direction and cinematography are brilliant and liquid. Scenes flow into the next scene like honey oozing off a strawberry. (Except there's no red, of course.) The look is so moody and melodramatic that you'll be shocked when you leave the theater. I saw it at a matinee and took quite a while to adjust to the sunny skies afterward.
Often the Jekyll and Hyde archetypes are viewed as splitting a whole person into components of good and evil or perhaps cerebral and emotional parts. Here the doctor is intellectual and perhaps good, but certainly powerless. His alter ego is forceful and totally without conscience. Two parts that make up a whole. Neither are capable of functioning without the other and once separated, disaster is inevitable.
The differences between the two characters would be more effective if it were accomplished by demeanor and attitude. When we finally see the transformation, the special effects thrust the story into the realm of science fiction, not the psychological horror that the tale demands.
Roberts and Malkovich are skillful in their roles. Both are suitably melancholy, fitting in with the rest of the film. The only flash of life and color comes from Glenn Close (and her lips) as the madam of a whorehouse where Hyde lives, and surprisingly, Jekyll apparently frequents. Life and color maybe, but this is not Close's best role. She seems little more than a cardboard cutout character.
A beautiful film in its own dreary way. You'll appreciate the filmmaking craft, but don't expect to leave in an upbeat mood.
[This appeared in the 2/25 "Bloomington Voice", Bloomington, Indiana. Michael Redman can be contacted a<EMAIL_ADDRESS>--<EMAIL_ADDRESS>This week's film review at http://www.bvoice.com/ Film reviews archive at http://us.imdb.com/M/reviews_by?Michael%20Redman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Step 4 of 4
Your commitments - data science ethics
To sign up for a government data science sandbox, you must agree to uphold the Data Science Ethical Data Framework:
- Start with clear user need and public benefit
- Use data and tools which have the minimum intrusion necessary
- Create robust data science models
- Be alert to public perceptions
- Be as open and accountable as possible
- Keep data secure


java.naming.factory.initial =
Startup
NAME
openejb start - OpenEJB Remote Server
SYNOPSIS
openejb start #options
NOTE
The OpenEJB Remote Server can be started by running the openejb.bat script for windows and the openejb script for Linux and other Unix based OSes. Before running these scripts you need to set the environment variable OPENEJB_HOME to the path of the directory where you unpacked the OpenEJB installation.
From now on we will refer to this directory as and assume that you unpacked OpenEJB into the directory C:-3.0 The startup scripts are present in the /bin directory. You can set this directory in the system PATH for starting openejb from the command shell.
In Windows, the remote server can be executed as follows:
C:-3.0> binstart
In UNIX, Linux, or Mac OS X, the deploy tool can be executed as follows:
\[user@host <EMAIL_ADDRESS># ./bin/openejb start
Depending on your OpenEJB version, you may need to change execution bits to make the scripts executable. You can do this with the following command.
\[user@host <EMAIL_ADDRESS># chmod 755 bin/openejb
From here on out, it will be assumed that you know how to execute the right openejb script for your operating system and commands will appear in shorthand as show below.
openejb start -help
DESCRIPTION
Starts OpenEJB as an EJB Server that can be accessed by remote clients via the OpenEJB Remote Server.
ALWAYS check your openejb.log file for warnings immediately after starting the Remote Server.
OpenEJB issues warnings when it works around a potential problem, encounters something it didn’t expect, or when OpenEJB wants to let you know something may not work as you expected it.
OpenEJB itself is configured with the OpenEJB configuration file, which is extremely simple and self-documenting. This file is located at c:-3.0.xml.
OPTIONS
| -D= | Specifies a system property passed into OpenEJB at startup. |
| --admin-bind _ | Sets the host to which the admin service should be
bound.| | _—admin-port _ | Sets the port to which the admin service
should be bound.| | _—conf _ | Sets the OpenEJB configuration to the
specified file. | | _—ejbd-bind _ | Sets the host to which the ejbd
service should be bound. | | _—ejbd-port _ | Sets the port to which the
ejbd service should be bound. |
| _—examples | Show examples of how to use the options. | | -h,
--help | Print this help message. | | --hsql-bind _ | Sets the host
to which the hsql service should be bound.| | _—hsql-port _ | Sets the
port to which the hsql service should be bound.| | _—httpejbd-bind _ |
Sets the host to which the httpejbd service should be bound.| |
_—httpejbd-port _ | Sets the port to which the httpejbd service should
be bound.| | _—local-copy _ | Instructs the container system to marshal
(ie, copy) all calls between beans. | | _—telnet-bind _ | Sets the host
to which the telnet service should be bound.| | _—telnet-port _ | Sets
the port to which the telnet service should be bound.| | -v, --_version
| Print the version. |
EXAMPLES
Example: Simplest scenario
openejb start
That’s it. The ejbd will start up and bind to IP <IP_ADDRESS> and port 4201.
The following properties would then be used to get an InitialContext from the Remote Server.
org.apache.openejb.client.RemoteInitialContextFactory java.naming.provider.url = ejbd://<IP_ADDRESS>:4201 java.naming.security.principal = myuser java.naming.security.credentials = mypass
Example: --conf=file
openejb start --conf=C:-3.0.conf
Sets the openejb.configuration system variable to the file C:.conf. When the server starts up and initializes OpenEJB, this configuration will be used to assemble the container system and load beans.
Example: --local-copy
The local-copy option controls whether Remote interface arguments and results are always copied.
openejb start --local-copy=true (default)
Remote interface business method arguments and results are always copied (via serialization), which is compliant with the EJB standard.
openejb start --local-copy=false
Remote interface business method arguments and results are copied only when the client is in a different JVM. Otherwise, they are passed by reference - as if it were a Local interface. This is faster, of course, but non-compliant with the EJB standard.
Local interfaces are not affected; their arguments and results are passed by reference and never copied.
CONFIG OVERRIDE EXAMPLES
Example: -D.bind=
openejb start -Dejbd.bind=<IP_ADDRESS>
This is the most common way to use the EJBd Server Service. The service will start up and bind to IP <IP_ADDRESS> and port 4201. The following properties would then be used to get an InitialContext from the EJBd Server Service.
java.naming.factory.initial =
org.apache.openejb.client.RemoteInitialContextFactory java.naming.provider.url = ejbd://<IP_ADDRESS>:4201 java.naming.security.principal = myuser java.naming.security.credentials = mypass
DNS names can also be used.
openejb start -Dejbd.bind=myhost.foo.com
The following properties would then be used to get an InitialContext from the Remote Server.
java.naming.factory.initial =
org.apache.openejb.client.RemoteInitialContextFactory java.naming.provider.url = ejbd://myhost.foo.com:4201 java.naming.security.principal = myuser java.naming.security.credentials = mypass
openejb start -Dtelnet.bind=myhost.foo.com
The following properties would then be used to log into the server via a telnet client as such:
telnet myhost.foo.com 4202
Example: -D.port=
openejb start -Dejbd.port=8765
The server will start up and bind to IP <IP_ADDRESS> and port 8765.
The following properties would then be used to get an InitialContext from the Remote Server.
java.naming.factory.initial =
org.apache.openejb.client.RemoteInitialContextFactory java.naming.provider.url = ejbd://<IP_ADDRESS>:8765 java.naming.security.principal = myuser java.naming.security.credentials = mypass
openejb start -Dhttpejbd.port=8888
The server will start up and the EJB over HTTP service will bind to IP <IP_ADDRESS> and port 8888.
The following properties would then be used to get an InitialContext from the HTTP/Remote Server.
java.naming.factory.initial =
org.apache.openejb.client.RemoteInitialContextFactory java.naming.provider.url = http://<IP_ADDRESS>:8888/openejb java.naming.security.principal = myuser java.naming.security.credentials = mypass
Example: -D.only_from=
openejb start -Dadmin.only_from=<IP_ADDRESS>
Adds <IP_ADDRESS> to the list of IP addresses that are authorized to shutdown the server or access the server via a telnet client. The host that this server was started on is always allowed to administer the server.
Multiple hosts can be given administrative access to this server by listing all the host names separated by commas as such:
openejb start -Dadmin.only_from=<IP_ADDRESS>,joe.foo.com,robert
The first host in the string names the host explicitly using an IP address (<IP_ADDRESS>).
The second host uses a DNS name (joe.foo.com) to refer to the hosts IP address. The DNS name will be resolved and the IP will be added to the admin list.
The third address refers to a the host by a name (robert)that the opperating system is able to resolve into a valid IP address. This is usually done via a hosts file, interal DNS server, or Windows Domain Server.
Example: -D.threads=
openejb start -Dejbd.threads=200
Sets the max number of concurrent threads that can enter the EJBd Server Service to 200.
Example: -D.disabled=
openejb start -Dtelnet.disabled=true
Prevents the Telnet Server Service from starting when the OpenEJB Server starts.
CONSOLE OUTPUT
Once you start OpenEJB using the openejb start command the following output will be seen on the console
Apache OpenEJB 3.0 build: 20070825-01:10
http://tomee.apache.org/
OpenEJB ready.
[OPENEJB:init]
OpenEJB Remote Server Starting Services NAME IP PORT httpejbd <IP_ADDRESS> 4204 telnet <IP_ADDRESS> 4202 ejbd <IP_ADDRESS> 4201 hsql <IP_ADDRESS> 9001 admin thread <IP_ADDRESS> 4200 ------- Ready!


I am Programmer and I had created this blog for people like me who are facing challenges every day in programming.


hand lettering · calligraphy · typography
Beyond the Sea
Super Stressed
Gold Dust
Life is a Journey
New Year
Christmas
"Insert Inspirational Quote Here"
Design tools


CREST PRO-HEALTH HD- stannous fluoride
The Procter & Gamble Manufacturing Company
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredient
Stannous fluoride 0.454% (0.15% w/v fluoride ion)
Purposes
Anticavity, antigingivitis toothpaste
Uses
- aids in the prevention of cavities
- helps prevent gingivitis
- helps interfere with the harmful effects of plaque associated with gingivitis
- helps control plaque bacteria that contribute to the development of gingivitis
Warning
Keep out of reach of children under 12 yrs. of age. If more than used for brushing is accidentally swallowed, get medical help or contact a Poison Control Center right away.
Directions
- adults and children 12 yrs. of age and older: Brush teeth thoroughly, preferably after each meal or at least twice a day, or as directed by a dentist or physician.
- children under 12 yrs. of age: ask a dentist
Other information
- products containing stannous fluoride may produce surface staining of the teeth
- adequate toothbrushing may prevent these stains which are not harmful or permanent and may be removed by your dentist
- see your dentist regularly
Inactive ingredients
glycerin, hydrated silica, water, zinc lactate, sodium lauryl sulfate, trisodium phosphate, flavor, sodium gluconate, sodium saccharin, xanthan gum, cellulose gum, sodium hydroxide, polyethylene, mica, titanium dioxide, blue 1 lake
Questions?
(800) 492-7378
Dist. by Procter & Gamble,
Cincinnati, OH 45202
PRINCIPAL DISPLAY PANEL - Kit Carton
NEW! DAILY 2-STEP SYSTEM
Crest®
PRO-HEALTH®
[HD]™
FLUORIDE TOOTHPASTE FOR ANTICAVITY AND ANTIGINGIVITIS | WHITENING GEL
— FEEL A DIFFERENCE FROM FIRST USE —
Upgrade to a healthier & more luminescent smile*
1 TUBE NET WT 4.0 OZ (113 g) & 1 TUBE NET WT 2.3 OZ (65 g)
96313003


`RunOrg.Person.List(limit, offset)` reads `limit` people from the
database, starting at `offset`. The order is unspecified but
consistent.
Returns a [promise](/concepts/promise.htm) that will resolve to a
list of filled `RunOrg.Person` instances.
RunOrg.Person.List(10, 0).then(function(list) {
for (var i = 0; i < list.length; ++i)
console.log("Person %s is %s", list[i].id, list[i].label)
})
Explain how to handle errors.
Implement and document extracting "count" from the API in JS
Returns all the people in the database, in an unspecified but consistent
order, with [pagination](/concepts/pagination.htm).
| list | array | A list of people on the requested page.
| count | integer | The total number of people in the database.
GET /db/0SNQc00211H/people?limit=3&offset=213
200 OK
Content-Type: application/json
{ "list" : [
{ "id" : "0SNQe00311H",
"name"<EMAIL_ADDRESS>"gender" : null,
"pic" : "https://www.gravatar.com/avatar/1ed54d253636f5b33eff32c2d5573f70" },
{ "id" : "0SNQg00511H",
"name"<EMAIL_ADDRESS>"gender" : null,
"pic" : "https://www.gravatar.com/avatar/5a31b00f649489a9a24d3dc3e8b28060"} ],
"count" : 215 }
# Errors
## Returns `401 Unauthorized`
- if the provided token and requester do not match.
## Returns `403 Forbidden`
- if the requester is not a database administrator
## Returns `404 Not Found`
- if the database does not exist
# Access restrictions
Only [database administrators](/groups/admin.htm) may list all people
in the database.
Note that [viewing individuals](/people/get.htm) is open to anyone.


You'll find below some useful resources to learn more on FoalTS, a high-level Node.JS framework to quickly build web apps in TypeScript.


{% extends "new_base.html" %} {% load i18n %} {% load crispy_forms_tags %} {% block extra_css %} {% endblock extra_css %} {% block content %} {% include "header_partial_b4.html" %} {% include "message_partial.html" %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} The Wikipedia Library has partnered with publishers around the world to allow users to access otherwise paywalled resources. This website allows Wikipedia editors to search and access these resources. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. WMF should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} This program is administered by the Wikimedia Foundation (WMF). These terms of use and privacy notice pertain to your application for access to resources through the Wikipedia Library, your use of this website, and your access to and use of those resources. They also describe our handling of the information you provide to us in order to create and administer your Wikipedia Library account. If we make material changes to the terms, we will notify users. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %}{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} Access to resources via The Wikipedia Library is reserved for community members who have demonstrated their commitment to the Wikimedia projects, and who will use their access to these resources to improve project content. To that end, in order to be eligible for The Wikipedia Library, we require that you be registered for a user account on the projects, with at least 500 edits, six (6) months of activity, and 10+ edits in the last month. We ask that you do not request access to any publishers with a limited number of available accounts whose resources you can already access for free through your local library or university, or another institution or organization, in order to provide that opportunity to others. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} Additionally, if you are currently blocked or banned from a Wikimedia project, applications to resources may be rejected or restricted. If you obtain a Wikipedia Library account, but a block or ban is subsequently instituted against you on one of the projects, you may lose access to your Wikipedia Library account. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} Your eligibility to access The Wikipedia Library is assessed at each login. While more than half of the library's content is provided via this automated eligibility check, access to other publisher's content may be time limited, typically lapsing after one year, after which you will usually need to apply for renewal. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %}{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/).{% endcomment %} {% blocktranslate trimmed %} In order to apply for access to a partner resource, you must provide us with certain information, which we will use to evaluate your application. If your application is approved, we may transfer the information you have given us to the publishers whose resources you wish to access. They will either contact you with the account information directly or we will send access information to you ourselves. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/).{% endcomment %} {% blocktranslate trimmed %} In addition to the basic information you provide to us, our system will retrieve some information directly from the Wikimedia projects: your username, email address, edit count, registration date, user ID number, groups to which you belong, and any special user rights. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} Each time you log in to the Wikipedia Library Card Platform, this information will be automatically updated. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/).{% endcomment %} {% blocktranslate trimmed %} We will ask you to provide us with some information about your history of contributions to the Wikimedia projects. Information on contribution history is optional, but will greatly assist us in evaluating your application. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). WMF should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library.{% endcomment %} {% blocktranslate trimmed %} The information you provide when creating your account will be visible to you while on the site but not to others unless they are approved Wikipedia Library Coordinators, WMF Staff, or WMF Contractors who need access to this data in order to carry out their work with the Wikipedia Library, all of whom are subject to non-disclosure obligations. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %}{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} In order to access an individual publisher’s resources, you must agree to that publisher’s terms of use and privacy policy. You agree that you will not violate such terms and policies in connection with your use of the Wikipedia Library. Additionally, the following activities are prohibited while accessing publisher resources through the Wikipedia Library. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} Certain resources may only be accessed using an external search service, such as the EBSCO Discovery Service, or a proxy service, such as OCLC EZProxy. If you use such external search and/or proxy services, please review the applicable terms of use and privacy policies. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} In addition, if you use OCLC EZProxy, please note that you may not use it for commercial purposes. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %}{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} The Wikimedia Foundation and our service providers use your information for the legitimate purpose of providing Wikipedia Library services in support of our charitable mission. When you apply for a Wikipedia Library account, or use your Wikipedia Library account, we may routinely collect the following information: your username, email address, edit count, registration date, user ID number, groups to which you belong, and any special user rights; your name, country of residence, occupation, and/or affiliation, if required by a partner to which you are applying; your narrative description of your contributions and reasons for applying for access to partner resources; and the date you agree to these terms of use. {% endblocktranslate %}
{% url 'partners:filter' as all_partners_url %} {% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} Each publisher who is a member of the Wikipedia Library program requires different specific information in the application. Some publishers may request only an email address, while others request more detailed data, such as your name, location, occupation, or institutional affiliation. When you complete your application, you will only be asked to supply information required by the publishers you have chosen, and each publisher will only receive the information they require for providing you with access. Please see our partner information pages to learn what information is required by each publisher to gain access to their resources. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} Some Wikipedia Library pages are visible without logging in, but you will need to log in to apply or access proprietary partner resources. We use the data provided by you via OAuth and Wikimedia API calls to assess your application for access and to process approved requests. {% endblocktranslate %}
{% url 'users:home' as profile_url %} {% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} In order to administer the Wikipedia Library program, we will retain the application data we collect from you for three years after your most recent login, unless you delete your account, as described below. You can log in and go to your profile page in order to see the information associated with your account, and can download it in JSON format. You may access, update, restrict, or delete this information at any time, except for the information that is automatically retrieved from the projects. If you have any questions or concerns about the handling of your data, please contact<EMAIL_ADDRESS>. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} If you decide to disable your Wikipedia Library account, you can use the delete button on your profile to delete certain personal information associated with your account. We will delete your real name, occupation, institutional affiliation, and country of residence. Please note that the system will retain a record of your username, the publishers to which you applied or had access, and the dates of that access. Note that deletion is not reversible. Deletion of your Wikipedia Library account may also correspond with the removal of any resource access to which you were eligible or approved. If you request the deletion of account information and later wish to apply for a new account, you will need to provide the necessary information again. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). WMF should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} The Wikipedia Library is run by WMF Staff, Contractors, and approved volunteer Coordinators. The data associated with your account will be shared with the WMF staff, contractors, service providers, and volunteer coordinators who need to process the information in connection with their work for the Wikipedia Library, and who are subject to confidentiality obligations. We will also use your data for internal Wikipedia Library purposes such as distributing user surveys and account notifications, and in a depersonalized or aggregated fashion for statistical analysis and administration. Finally, we will share your information with the publishers whom you specifically select in order to provide you with access to resources. Otherwise, your information will not be shared with third parties, with the exception of the circumstances described below. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). WMF should not be translated. {% endcomment %} {% blocktranslate trimmed %} We may disclose any collected information when required by law, when we have your permission, when needed to protect our rights, privacy, safety, users, or the general public, and when necessary to enforce these terms, WMF’s general Terms of Use, or any other WMF policy. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} We take the security of your personal data seriously, and take reasonable precautions to ensure your data is protected. These precautions include access controls to limit who has access to your data and security technologies to protect data stored on the server. However, we cannot guarantee the safety of your data as it is transmitted and stored. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} Please note that these terms do not control the use and handling of your data by the publishers and service providers whose resources you access or apply to access. Please read their individual privacy policies for that information. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %}{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} The Wikimedia Foundation is a nonprofit organization based in San Francisco, California. The Wikipedia Library program provides access to resources held by publishers in multiple countries. If you apply for a Wikipedia Library account (whether you are inside or outside of the United States), you understand that your personal data will be collected, transferred, stored, processed, disclosed and otherwise used in the U.S. as described in this privacy policy. You also understand that your information may be transferred by us from the U.S. to other countries, which may have different or less stringent data protection laws than your country, in connection with providing services to you, including evaluating your application and securing access to your chosen publishers (locations for each publisher are outlined on their respective partner information pages). {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% blocktranslate trimmed %} Please note that in the event of any differences in meaning or interpretation between the original English version of these terms and a translation, the original English version takes precedence. {% endblocktranslate %}
{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. {% endcomment %} {% blocktranslate trimmed %} See also the Wikimedia Foundation Privacy Policy. {% endblocktranslate %}
{% comment %}Translators: This is the second to last line of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). {% endcomment %} {% trans "Thank you!" %}
{% comment %}Translators: This is the last line of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %}
{% trans "The Wikipedia Library Team" %}
{% comment %}Translators: This is the last line of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Wikimedia Foundation should not be translated. {% endcomment %}
{% trans "Wikimedia Foundation" %}
<EMAIL_ADDRESS>{% comment %}Translators: This is a section of the Terms of Use (https://wikipedialibrary.wmflabs.org/terms/). Translate Wikipedia Library in the same way as the global branch is named in the language you are translating (click through the language from https://meta.wikimedia.org/wiki/The_Wikipedia_Library/Global). If the language is not available, do not translate Wikipedia Library. {% endcomment %} {% blocktranslate trimmed %} By checking this box and clicking “Submit”, you agree that you have read the above terms and that you will adhere to the terms of use in your application to and use of the The Wikipedia Library, and the publishers’ services to which you gain access through The Wikipedia Library program. {% endblocktranslate %}
{% crispy form %} {% endif %}


Welcome to an example REST API for teaching and learning.
This sample API uses A Tribe Called Quest lyrics. Code is available on GitHub.
- "List resources"
- GET => retrieve and list first 10 resources, use limit to change number of resources returned
- URI: /api/resources
- "List single resource"
- GET => find and retrieve resource by id
- URI: /api/resource/id
- "List single random resource"
- GET => retrieve random resource
- URI: /api/resource/random
- "Search resources"
- GET => search and retrieve resources by matching string in text field
- URI: /api/resources/search?q=ADD-QUERY-HERE
Retrieve list of first 10 API resources


{% load comments%}
Write your comment: Name: {% if user.get_profile.comment_as_anon %} Anon. {% else %} {% if user.get_profile.fullname %} {{ user.get_profile.fullname }} {% else %} Anon. {% endif %} {% endif %} Change your comment name
Your account has been deactivated for violating our terms and conditions. If you feel you should not have been removed from this community, you may send a query here.
Sign in or register to comment.
Comments are closed.
{{ comment_count }} comment{{ comment_count|pluralize }}
{% if article.comments_enabled %} {% if user.is_authenticated %} {% if user.is_active %} {% get_comment_form for article as form %} {% else %}Sign in or register to comment.
{% endif %} {% else %}Comments are closed.
{% endif %}


Right-click -> View page source to review the code and comments.
CTRL + MAJ + C to open the developper console to watch the responses from the server.
Get number of issues by authors
Get number of issues by grouping


| has_color {crayon} | R Documentation |
Does the current R session support ANSI colors?
has_color()
The following algorithm is used to detect ANSI support:
If the crayon.enabled
option is set to TRUE
with options()
, then TRUE
is returned. If it is
set to something else than TRUE
(typically FALSE
),
then FALSE
is returned.
Otherwise, if the NO_COLOR
environment variable is
set, FALSE
is returned.
Otherwise, if the standard output is not a terminal, then
FALSE
is returned.
Otherwise, if the platform is Windows, TRUE
is returned
if running in ConEmu (https://conemu.github.io/) or
cmder (http://cmder.net) with ANSI color support.
Otherwise FALSE
is returned.
Otherwise, if the COLORTERM
environment variable is
set, TRUE
is returned.
Otherwise, if the TERM
environment variable starts
with screen
, xterm
or vt100
, or matches
color
, ansi
, cygwin
or linux
(with case insentive matching), then TRUE
is returned.
Otherwise FALSE
is returned.
TRUE
if the current R session supports color.
Note that has_color()
returns FALSE
if a sink is active
(see sink()
). It assumes that the constructed string will be printed
to the standard output, and sink()
redirects to a file, and usually
you don't want ANSI colors in the file.
The same applies to the case when R's standard output is redirected to a file, from the command line, e.g.:
R -q -e 'cat(crayon::red("no color here\n"))' > /tmp/crayon-test.txt cat /tmp/crayon-test.txt
has_color()


Man Utd's Marcus Rashford reveals reason behind fine run of goal-scoring form
Marcus Rashford believes his sensational run of goal-scoring form is simply down to getting the consistent run of games he needed to build his confidence.
The 22-year-old has scored nine goals in his last 10 games for Manchester United and England, including in each of this last four matches.
This is a vast improvement as he netted just once in his previous 10 contests for club and country, and the striker says that ‘tough period’ is over thanks to the faith shown in him by his managers.
‘It has been a tough period and now I’m getting consistent games and playing week in, week out. As a forward that has huge importance,’ said Rashford after scoring in England’s 4-0 win over Kosovo on Sunday.

Advertisement Advertisement
‘But when you’re having a run in the team it’s important to come up with the goods and once you start doing that it becomes second nature.’
Rashford has started all 12 of Manchester United’s Premier League games so far this season, so Ole Gunnar Solskjaer has certainly given him the confidence he needed since the start of the campaign.
The Norwegian will name Rashford in his starting line-up once again this weekend when the Red Devils face a tough trip to this season’s surprise package Sheffield United on Sunday.
Former United captain Roy Keane has been impressed with Rashford’s resurgence, and particularly with his goal against Kosovo at the weekend, which the Irishman believes was a sign the striker is ‘back to his best.’
‘Brilliant, brilliant goal. What a finish,’ Keane said on ITV. ‘He is back to his best. Lovely play, nice and simple.
‘Does it matter about the opposition? Of course it does, because they’re getting opportunities, but that was the goal of the night, lovely finish. Pure quality.’


|
Pacman
|
Contains declarations and constants for highscore keeping. More...
Go to the source code of this file.
Data Structures | |
| struct | HighscoreStruct |
| struct which contains info needed for highscore (name and points) More... | |
Macros | |
| #define | _highscores_h_ |
| #define | MAX_NAME 12 |
| Maximum name for player. More... | |
| #define | MAX_HIGHSCORES 7 |
| Number of highscores saved. More... | |
Typedefs | |
| typedef struct HighscoreStruct | Highscore |
| struct which contains info needed for highscore (name and points) More... | |
Functions | |
| void | makeDecoyHighscoreFiles () |
| Makes decoy highscore files with the purpose of fooling Marko Misic. More... | |
| void | makeGenericHighscores () |
| Initializes highscores array with generic highscores. More... | |
| void | updateHighscores (Highscore newHighscore) |
| Updates highscores array if neccesary. More... | |
| void | readHighscoresFromFiles () |
| Reads highscores array from files. More... | |
| void | writeHighscoresToFiles () |
| Writes highscores to 5 files using the function writeHighscoresToFile. More... | |
Contains declarations and constants for highscore keeping.
| #define _highscores_h_ |
| #define MAX_HIGHSCORES 7 |
Number of highscores saved.
| #define MAX_NAME 12 |
Maximum name for player.
| typedef struct HighscoreStruct Highscore |
struct which contains info needed for highscore (name and points)
| void makeDecoyHighscoreFiles | ( | ) |
Makes decoy highscore files with the purpose of fooling Marko Misic.
| void makeGenericHighscores | ( | ) |
Initializes highscores array with generic highscores.
| void readHighscoresFromFiles | ( | ) |
Reads highscores array from files.
| void updateHighscores | ( | Highscore | newHighscore | ) |
Updates highscores array if neccesary.
| newHighscore | highscore which is added to highscores if points are greater |
| void writeHighscoresToFiles | ( | ) |
Writes highscores to 5 files using the function writeHighscoresToFile.


{$list->render()}
{include file="common/settings"}
{include file="common/head" title="职位管理列表"}
{include file="common/navbar"}


Custom linear gradient polygon filler class. Provides access to the start point and the end point of the linear gradient. Both can be set at once by calling SetPoints. For simple two-color gradients these points can be set along with the related colors by calling SimpleGradient
The TCustomLinearGradientPolygonFiller class is an ancestor of TLinearGradientPolygonFiller


When a field is selected, the operation menu will slide up. The operation menu will help you keep consistent and complete records. You can keep track of what operation was completed, when it was done, and who did it. If you'd like to record anything extra, type anything you want in the comment box.
You can change the date accordingly whether you want to plan the operation for the fall, or if you just finished and you're pulling out of the field.
You can pick an operator from the drop-down list or add a new one. The field color will match the current status: Red for Planned, Yellow for Started, and Green for Done.


Slapdash Status
unknown
Restart
Stop
Start
Schedule
Buffers
(data waiting to be sent over network)
Target
Remaining (MB)
Log
Connecting...


Home
Education
Experience
Interest
Skills
Contact
Contact Me
Mailing Address: 9211 Hess Road, Waterloo Iowa, 50701
Phone:<PHONE_NUMBER>
E-mail: Tardis999999999@yahoo.com


Source code for macaca.keys
#
# Keys for WebDriver
# keycode: https://github.com/macacajs/webdriver-keycode/blob/master/lib/webdriver-keycode.js
#
from enum import Enum
[docs]class Keys(Enum):
"""The Unicode Private Use Area code points, 0xE000-0xF8FF,
are used to represent pressable, non-text keys.
"""
NULL = u'\ue000'
CANCEL = u'\ue001'
HELP = u'\ue002'
BACKSPACE = u'\ue003'
TAB = u'\ue004'
CLEAR = u'\ue005'
RETURN = u'\ue006'
ENTER = u'\ue007'
SHIFT = u'\ue008'
CONTROL = u'\ue009'
ALT = u'\ue00a'
PAUSE = u'\ue00b'
ESCAPE = u'\ue00c'
SPACE = u'\ue00d'
PAGE_UP = u'\ue00e'
PAGE_DOWN = u'\ue00f'
END = u'\ue010'
HOME = u'\ue011'
ARROW_LEFT = u'\ue012'
ARROW_UP = u'\ue013'
ARROW_RIGHT = u'\ue014'
ARROW_DOWN = u'\ue015'
INSERT = u'\ue016'
DELETE = u'\ue017'
SEMICOLON = u'\ue018'
EQUALS = u'\ue019'
NUMPAD0 = u'\ue01a'
NUMPAD1 = u'\ue01b'
NUMPAD2 = u'\ue01c'
NUMPAD3 = u'\ue01d'
NUMPAD4 = u'\ue01e'
NUMPAD5 = u'\ue01f'
NUMPAD6 = u'\ue020'
NUMPAD7 = u'\ue021'
NUMPAD8 = u'\ue022'
NUMPAD9 = u'\ue023'
MULTIPLY = u'\ue024'
ADD = u'\ue025'
SEPARATOR = u'\ue026'
SUBTRACT = u'\ue027'
DECIMAL = u'\ue028'
DIVIDE = u'\ue029'
F1 = u'\ue031'
F2 = u'\ue032'
F3 = u'\ue033'
F4 = u'\ue034'
F5 = u'\ue035'
F6 = u'\ue036'
F7 = u'\ue037'
F8 = u'\ue038'
F9 = u'\ue039'
F10 = u'\ue03a'
F11 = u'\ue03b'
F12 = u'\ue03c'
META = u'\ue03d'
COMMAND = u'\ue03d'
ZENKAKU_HANKAKU = u'\ue040'
# https://github.com/alibaba/macaca/issues/487
POWER = u'\uE101'
VOLUME_UP = u'\uE102'
VOLUME_DOWN = u'\uE103'
VOLUME_MUTE = u'\uE104'
HOME_SCREEN = u'\uE105'
BACK = u'\uE106'
MENU = u'\uE107'
CAMERA = u'\uE108'
CALL = u'\uE109'
END_CALL = u'\uE10A'
SEARCH = u'\uE10B'
DPAD_LEFT = u'\uE10C'
DPAD_UP = u'\uE10D'
DPAD_RIGHT = u'\uE10E'
DPAD_DOWN = u'\uE10F'
DPAD_CENTER = u'\uE110'


Mane impressed by below-par Liverpool’s never-say-die spirit at Villa Park
Match-winner Sadio Mane hailed the never-say-die attitude shown by Liverpool in their thrilling late comeback at Aston Villa.
The Senegal international scored a stoppage-time header as the Reds snatched a 2-1 win to cap a stunning finale for Jurgen Klopp’s men.
Andrew Robertson had nodded in an 87th-minute leveller after Trezeguet’s first-half opener for Villa.
The victory maintained Liverpool’s unbeaten start to the season and kept them six points clear of Manchester City at the top.
“It’s always going to be tough but our reaction was perfect,” said Mane. “In the first half it wasn’t our best performance but, like we said, we just had to push hard as a team and give everything and try, try again.
“That’s what we tried to do and at the end we created some chances and we scored two goals. For sure it wasn’t our best performance but we deserved the three points.
“I’m struggling to describe how happy we are. But for sure we are very happy and we deserved to win these three points, which was really important for us.”
Liverpool have not lost in the top flight since a 2-1 defeat at Manchester City in January.
READ MORE
Klopp urges Liverpool to learn from last-gasp escape at Villa
Saturday was the closest the Reds have come this season to surrendering their unbeaten start as Villa gave them a major scare.
Manchester City also came from behind to win 2-1 against Southampton ahead of their crucial trip to Anfield next Sunday.
Mane told the club’s website: “We have big respect for Manchester City. They are a very good team but we are Liverpool and we are also a very good team. It will be a very interesting game and we are looking forward to it.”
Villa were without captain Jack Grealish, who missed the game with a calf injury he suffered at Manchester City last week.
The midfielder is expected to return at Wolves next Sunday.
Boss Dean Smith added: “He will be fine for next week.
“He trained with us on Friday but woke up this morning (Saturday) and just felt he wasn’t right.
“He had a little run on the pitch pre-game but I told him I wanted him to be 100 per cent because you have to be against teams like this.
“He wasn’t, so he made the call and I certainly supported him on that.”


[gecode-users] Compilation error
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Fri Mar 26 06:44:43 CET 2010
Hi,
Please see the instructions for compiling in Modeling with Gecode. In
particular, it specifies how to set the include-path for the Gecode headers.
/Mikael
2010/3/25 anusha rani <anusha.maneru at gmail.com>
> Hi
>
> I am trying to compile and run send-more-money.cpp. I have installed Gecode
> 3.3.2 and configured it on Visual c++ 2008. But i m getting the following
> error.
>
>
> 1>------ Build started: Project: sendmoremoney, Configuration: Debug Win32
> ------
>
> 1>Compiling...
>
> 1>cl : Command line warning D9035 : option 'Wp64' has been deprecated and
> will be removed in a future release
>
> 1>send-more-money.cpp
>
> 1>.\send-more-money.cpp(28) : fatal error C1083: Cannot open include file:
> 'gecode/int.hh': No such file or directory
>
> 1>Build log was saved at "file://c:\cygwin\CPLUS\Debug\BuildLog.htm"
>
> 1>sendmoremoney - 1 error(s), 1 warning(s)
>
> ========== Build: 0 succeeded, 1 failed, 0 up-to-date, 0 skipped ==========
>
>
>
> Could you help me to find out where i am doing worng ?
>
> Thanks in advance
>
> MVH
>
> Anusha.
>
>
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
>
>
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz/
-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://www.gecode.org/pipermail/users/attachments/20100326/a34fb93a/attachment.htm>
More information about the users
mailing list


April 27 going on 28, 2004
HOW I SPENT MY BLOGDAY
Quick quick, I must get this in before the clock strikes midnight. Below is a picture story of my day without details. If you want details, here are details:
After Waterloo I went to the natural food store in Camden Town to buy some natural food and on the way it started to drizzle so I opened my umbrella and the sleeve, what do you call that condom thing which protects the umbrella and which always gets lost? Anyway it fell and a kind man picked it up and when I turned round to take it I slipped on the wet pavement and went crashing down and had to be pulled upright and then I went limping onwards to the natural store and took my time buying expensive organic shampoo and some food as well but as I was leaving the shop the drizzle became a serious downpour with thunder and I had to wait inside for the sky to calm down but it didn't so I braved the storm cradling my bag in which my beloved camera was cowering in fear and the rain was pelting down mercilessly so I had to take shelter again in a noisy pub where I spent a while studying the names of cocktails like sex on the beach blow job Ferrari etcetera but the rain didn't let up so once again I made a limp for it and got to my bus stop in front of Marks and Spencer where wet people crowded the entrance and when finally my bus arrived I had to cross a river of dirty water and rain was dripping off my jeans but I kept the little camera safe and dry and when I got home the rain stopped and pink blossoms carpeted the ground and I went in and put on dry clothes and made a grog with Calvados and hot water and lumps of sugar held in the mouth to drink thorough and then I sat down here to write this blog for you all who have so sweetly wished me a happy blogday. Thank you.
COMMENTSDOES EVERYBODY REALIZE TODAY IS MY BLOG'S FIRST BIRTHDAY?
Do you? And you? And you?April 26, 2004
THE BOOKSHELF MEME
Decided to participate in the growing net-wide display of what's on bloggers' bookshelves, started (I think) at A Life in Wales . But since I can't choose what's really "me" because a lot of it is Natalie and there's so much of it, I am including more than one selection - just the tip of the iceberg. We have a lot of books about a lot of things. The eagle-eyed will note that one picture shows four books by our very selves. The paper and wood construction in this first photo is by my late-blossoming artist mother Blanche, and the odd thing in front of it is a bone (probably sheep) I found in the ground at the temple of Zeus on the island of Aegina two years ago. A talisman.
April 25, 2004
BLOGGERS MEETING IN LONDON
Via Ming I've just learned about a London meeting of bloggers on May 12 and I signed up at Joi Ito's wiki to be included. The list of participants is huge and growing so if any of you are or will be in London, come along. The venue hasn't been decided yet but various restaurants, pubs and park benches are being suggested.
Last night I upgraded my IE browser to 5.1.7 (for Mac OS9.2) and now I can't read my comments. When I click on them, the computer crashes. I wonder if this is another case of if it ain't broke don't fix it? Excuse me while I count to ten.
April 23, 2004
WHAT DO YOU DO WHEN OTHER BLOGGERS STEAL FROM YOU?
In this case, stealing means posting on their site something that you have created, without mentioning that you are the author and without giving a link to your post. This is theft, especially when a copyright notice is shown at the site they're ripping off. As my loyal readers know, I'm only too happy when I see something of mine on your blogs and so far, due credits and links have always been included. But checking my recent stats I discovered two people who, apparently, find such simple courtesy and honesty beyond their grasp.
One blog is in Italian: Vampyronika (I'm deliberately not linking). The header shows a bare butt and, as she hasn't replied to my letter, I must assume this is her usual response to anyone she steals from. If you try and leave a comment at her site you get a message saying you don't have permission. The cartoon she took from me was the one I posted in Sept.2003 after visiting Highgate Cemetery. She's used it alongside an old joke about Karl Marx (13 April 2004).
The other offender's blog is in Portuguese, apart from its title which is Black Dock. His name is Miguel and he put my "Rational" cartoon (also posted by me in Sept.2003) at the head of his very long post about the stupidity of human beings (March 28 2004).
All I ask of both these people is to include proper credits but neither of them have replied to my e-mail. Some people have the view that stealing a writer or an artist's work is not like 'normal' theft because such work is not real work - like plumbing, for instance.  Yeah right. Well I'm a plumber, a drawing/thinking plumber, and I'm not charging admission to this blog. But if you use me you'd better not abuse me. And telling others what a good service I provide is the least you can do. Capisce Vampyronika? Voce comprende Black Dock?Update: Following links given by Coup de Vent I found this article by Cynthia L. Webb in the Washington Post, about plagiarism in the blogosphere : The Great Blogging Ethics Debate. Well worth reading.
" Just because blogs are a 'free medium' doesn't mean that rules of playing fair need not apply."
April 22, 2004
TRUTH, LIES and EARTH MOVING
Has everybody seen this? Is it real or conspiracy theory? If it's true then the hoax perpetrated is beyond belief. And if it's fiction then the hoax perpetrated is somewhat less beyond belief. What makes me doubtful is that this site has on its list of two alternative presidential candidates the deeply dubious Lyndon Larouche. What's the connection?
"A Short Word to the World from the Creators of LetsRoll911.org
It can be proven that missiles were used against the World Trade Center. It can further be proven that the World Trade Center was brought down by controlled demolitions, purposely, with 3000 innocent, helpless souls inside. With this being the case, it changes everything for the world, for Afghanistan, for Iraq, for George Bush, and lastly but not least, insurance companies involved."Meanwhile, on the domestic front, they're digging up the street in front of our house. It's not newsworthy but I thought people interested in earth-moving might like to see it. The most fascinating thing about it is that huge chunks of smooth, malleable yellow ochre clay are being dug out of the trenches and will be carted away by the truckload. I'm wondering whether I should stuff some in plastic bags and save it for eventual sculpting. Anyone short of clay?
COMMENTS
April 20, 2004
ANOTHER VERSION OF THE PASSION
London is beautiful at this time of year. Nature splashes the drab greys and browns with its palette of inimitable colours, transforming everything. The tree in front of the house next door almost sings its loveliness.  We know the names of the countries, we hear the names of the leaders every day in the news, we discuss the politics, the horrors and the terrors. But the saddest realisation of all is that it goes on and on, over and over again. Humankind crucifies the innocent, always finding reasons to do so, always justifying the unjustifiable. The Passion is played and replayed on the world stage or in small, intimate venues, non-stop. The longest running show on earth.
April 18, 2004
A TRAPPED GREEN THING ON SUNDAY AFTERNOON
There is an inflated green creature trapped high up in a tree across the street. It is not a mere plastic bag. It has bright orange feet, a yellow belt around its inflated belly and a pointy hood on its shrunken head. This tree is the only one on my street which is not in full glorious pink, white or yellow bloom. Is there some connection between these facts? The strange green creature reminds me of the film "Don't Look Now" when the green-hooded (*) raincoated child Donald Sutherland is following in order to rescue it suddenly turns round, revealing its ancient wizened witch's face. Even if I could, I'm not going to rescue that thing. Whoever let it out can come and get it themselves. You can just about catch a glimpse of it in this photo. That's me pointing to it.
(*) Googled for links about the film "Don't Look Now" and found a clip of the scary petite killer/witch: she was wearing a red, not green, hooded coat. And looked nothing like the thing in the tree. So that's one suspect eliminated.
April 15. 2004
AUGUSTINE INTERVIEWS GOD: Part Six
Why do I take so long to post these things? Because:
A) The words and pictures come very slowly. B) When I've got them on paper I keep changing them, even after inking and painting. C) I use a lot of whitener etc. and the page looks a mess. D) Inking the drawing and words takes a long time. E) When I've scanned the finished work into Photoshop it looks a worse mess and much of the writing is illegible. F) I then clean it all up digitally, going over all the words with the mouse and black line. G) Then I collapse. And so goodnight.
Comments for Part Six are now here.April 13, 2004
VICTORIOUS
The technical problem is solved so there's no point going into the boring details. But I've noticed that the computer will misbehave when I'm tired and it thinks I will give up, smash it to smithereens and never blog again. That, of course, is its intention. But when it realizes I will stay up all night, if necessary, to locate the spanner it has hidden deep within its evil innards, then it goes all meek and obedient and admits that I am and shall remain its Master.
Part Six of the Interview will be posted latertodaytomorrow.
April 11, 2004
HELP!Will all my regular visitors, whoever you are, kindly tell me in the comments whether this page's dimensions appear as they normally do, or are you suddenly seeing huge gaps above the heading and/or above the text? I've had one report that this is the case but everything looks the same as usual in my (Internet Explorer) browser. So please, just a quick report so I can try and solve this problem, if it is a problem. And if you happen to be a wise techie, any ideas on what may be wrong?
April 10, 2004
LIGHTNESS OF BEING
Began to do a bit of Spring blog-cleaning and the 26 photos, which I was tired of, are gone. They are replaced by a new section: Digital Art which includes four images that jac is making poetry for. A new episode of the God Interview is brewing but meanwhile, to wish everyone a happy Easter, Passover, or whatever reason you choose to celebrate life and renascence, here is a quote I found under the title Lightness of Being, an article on April 4 by Barefoot Doctor in his regular column for the Observer Magazine:
"Resurrected " Digital image.
© NdA 2001"...This continuity of presence, sensitivity and rhythmic pacing of energy is what the Taoists call 'four ounces', meaning that whatever you do, you do as if trying to settle a fractious infant down for the night - always with a light touch, never heavy-handed. So that no matter whether at work, rest or play, you meet all those who cross your path during the course of a day with the same even tempo (of intention, word, body- language and deed), focused softness, patience, compassion, respect and sensitivity as you would when dealing with a defenceless infant."
April 6, 2004
DIGITAL DIALOGUE
James A.Collins of Love During Wartime - a gentle, unhurried stroll into poetry, politics, religion, justice and such - recently wrote asking if we (me and N) would like to collaborate with him on an experiment: our images, his words. After a fussy start which felt too much like hard work, we decided to simply send him a few digital images to elicit his poetic responses. We (N and me) had created in 2001 a set called Daily Images, entirely mouse-drawn and coloured in Photoshop. They really were one-a-day but, as usual with our resolutions, not daily enough. We sent James four of them and he has now posted the first one: "Apparition" next to his poem-reply, as part of his engaging series of postcard-poems. Check it out and don't miss the next three. I'll be adding a new section here soon for digital graphics and other improvisational/recreational stuff. Can't be talking to God all the time, can I? Or maybe everything is a dialogue.
April 4, 2004, 5:36 AM
AUGUSTINE INTERVIEWS GOD: Part Five
Allright! I only finished it now and I've been up all night. Do any newspaper or TV reporters ever stay up this long with their interviewees? If you have a slow connection I'm afraid you'll just have to be patient while this special bonus double installment loads.
All comments received thus far about the God Interview are here


First, you'll need to register your app on Bitbucket. Follow these steps:
-
Visit https://bitbucket.org
-
Locate Manage your Account -> Integrated Applications -> Add Consumer
-
Enter your consumer key & secret below.
-
Finally, choose an application name which Bitbucket uses for redirections.


THE FLOW OF HUMAN BLOOD THROUGH CAPILLARY TUBES
WITH INSIDE DIAMETERS BETWEEN 8.7 AND 221 MICRONS
Thesis by
James Henry Barbee
In Partial Fulfillment of the Requirements
For the Degree of
Doctor of Philosophy
California Institute of Technology Pasadena, California 1971
(Submitted December 11, 1970)


{% extends "layout.html" %} {% block page_title %} GOV.UK prototype kit {% endblock %} {% block content %} {% include "includes/phase_banner_alpha.html" %} Sprint 2 - Balance Sign in to the service View my balance View my account history View my planned spending View expiring funds {% endblock %}
Sign in to the service
View my balance
View my account history


Claire
version 0.3.1
Index
I
|
L
|
P
|
S
|
T
I
issues
L
licence
license
P
platform support
S
support
T
tracker