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With my system up and running from three days now, I am starting to do some statistics. At a first glance, I've noticed a considerable discrepancy between what the emonGLCD stores as historical data and what the emoncms stores as "Power to kWh/d".
Let's take the PV production. My setup is a type 1 solar system, so the emonTx CT2 input is the generation input. Yesterday it was a quite sunny day and I've got the following production results:
- Inverter read: 14.2 kWh
- emonGLCD: 12.5 kWh
- emoncms: 13.6 kWh
I know that my inverter overestimates the production of about 2%. What I didn't expect was such an error between the GLCD and the cms as they're relying on the same data. My scope would be to understand which reading is the more reliable.
I would also ask for an "experienced" opinion about the following. When the sun is over, I see the power2 input counting a power between -1W and +1W, all the time. I believe this is due to some noise and/or to the ADC resolution. I have filtered this in the emonGLCD sketch adding up to the genkhw variable positive values only. From you point of view, am I correct?
More weird is the following: when the inverter starts up in the morning and when it is going to sleep in the afternoon, I have seen from the emoncms graph that power2 is negative, i.e. the inverter is a load to the system. I'm speaking of 7-10 minutes in the morning and 30 minutes in the afternoon at about 20W of consumption. Is it a real consumption or again a false reading of the Arduino?
Any opinion would be really appreciated.
Thanks,
Alberto
Re: Discrepancies and accuracy of the feeds
"I see the power2 input counting a power between -1W and +1W, all the time. I believe this is due to some noise and/or to the ADC resolution. I have filtered this in the emonGLCD sketch adding up to the genkhw variable positive values only. From you point of view, am I correct?"
The + / - 1 W is almost certainly noise in the system. If you are concerned, I would suggest you ignore values less than 1 W, (or some other small number). Ideally, you need to do this in the emonTx.
"the inverter is a load to the system. I'm speaking of 7-10 minutes in the morning and 30 minutes in the afternoon at about 20W of consumption. Is it a real consumption or again a false reading of the Arduino?"
This is real consumption. The inverter requires some power in order to synchronise itself to the mains and to operate, and until it has started to operate, it cannot use its own power. It is likely to be drawing a very small power all night, but possibly it is too small for you to measure (I would expect a few Watts, around 5 would be a reasonable number. If the inverter specification lists "quiescent consumption" or words like that, this is what we are talking about).
"What I didn't expect was such an error between the GLCD and the cms as they're relying on the same data."
True, but the data is processed differently, and the two systems are not necessarily working over the same time interval even. The data reaches emonCMS via the base and the Internet, every 5 s or so. EmonCMS then draws a straight line between the last data item it received and the current one, and integrates the area under the graph. If a reading goes astray and does not reach emonCMS, it is ignored. EmonGLCD adds up the power every 200 ms and assumes it remains constant during that time. That is my understanding. You can of course look at the source code for both systems and see how the totals are arrived at.
Have you checked the calibration of both your voltage and current sensors? If not, this could explain the difference between the inverter and the GLCD values.
Re: Discrepancies and accuracy of the feeds
I have checked the inverter documentation and it actually does report a quiescent consumption < 2W. So the "noise" I see at night on channel 2 might be either noise itself or this quiescent consumption as well (emonTx reads values like -1W mainly). The meter has measured about 1 kWh of consumption in 145 days. The bigger consumption of -20W measured when the inverter wakes up and when it is going to sleep might be due to the fact that the light is enough for the inverter to switch on but the current it's not. It is definitely not relevant but it is not actually considered as a consumption because the CT1 sensor doesn't reveal it.
There is something else I don't understand. The emonTx sends data every 5 seconds. The emonGLCD fast loop takes 200 milliseconds, so the sketch divides by 5 (1 second / 5 = 200 milliseconds) the received power and sums it to the genhwh variable at every loop. It does it until it gets a new value, so I assume that the received value is considered constant until the next one. In ideal conditions it means 5 seconds between two consecutive values. I suppose that this is the same that the emoncms does, as it gets an input every 5 seconds. So why am I facing such a difference between the power to kwh/day values of the emonGLCD and the one of the emoncms?
I'm writing from Italy. Here the solar production is incentivized by the Government with a fixed rate per kWh. There is a specific power meter dedicated to this. As there is a discrepancy between what the inverter shows and what the meter does (guess what? The meter counts less than the inverter!) I'm willing to have a good reading through the emon. I've measured the error between the inverter and the power meter around 1.8% on a 5 months period (inverter +1.8% than power meter) and now this discrepancy between the nodes of the system is confusing me!
I'm using the emonTx_CT123_Voltage sketch with the FP AD 3515 Euro plug AC-AC voltage adaptor. I then changed the voltage calibration coefficient to 212.658. I didn't change anything about the current sensor (leaving the 111.1 value I've found) nor the calibration shift (1.7). I don't know how to change it.
ct1.voltageTX(212.658, 1.7);
ct1.currentTX(1, 111.1);
ct2.voltageTX(212.658, 1.7);
ct2.currentTX(2, 111.1);
Today's data:
Thanks,
Alberto
Re: Discrepancies and accuracy of the feeds
You need to calibrate the emonTx before you can know what is right and what is wrong. All electronic components have manufacturing tolerances, and these will add up. If you are lucky, some will go one way, some the other and they will cancel each other.  The voltage error can be up to 2% from resistor tolerances, plus the voltage adapter tolerance, which I don't think we know (I would expect it to be within 5%, but it might be more). The current error should be a maximum of 1% from one resistor + 1% from the c.t itself.
To calibrate the emonTx, you need an accurate calibrated multi-meter and a resistive load - an electrical heater is fine. Check the accuracy of your meter on the ranges that you will be using - it is usually given as x% of reading + y digits, and you will want to know the actual possible error in each measurement.
First, you need to be able to see what the emonTx is measuring. Temporarily, put some print statements into the main loop to display the rms voltage, power factor and rms current for each CT (and optionally real and apparent powers).
Measure your system voltage and adjust the number 212.658 so that the emonTx gives the same voltage as your multi-meter. You might find this has to change by up to 5%, maybe more, to give you the correct result. Put the new number in both places - ct1 & ct2.
Next, you need to calibrate the phase shift for CT1 (that's the 1.7 in ct1.voltageTX). With only your heater connected (at the maximum setting), change this number so that ct1.powerFactor is as close to 1.00 as possible (and then ct1.realPower and ct1.apparentPower should be equal). This is for the combination of CT1 and your voltage adapter. Now temporarily put CT2 on the same cable as CT1 and do the same again, this time it is the 1.7 in ct2.voltageTX that you change. If either number changes much, check again the voltage and if necessary adjust each voltage calibration (the change this time should be very small). You might have different numbers in each - the important thing is both ct1.Vrms and ct2.Vrms must read the voltage that you are measuring.
Finally, you need to calibrate the current transformers. You need the biggest current with a heating load that your multi-meter can measure, then with only the heater(s) connected, measure the current and adjust the 111.1 in ct1.currentTX(1, 111.1) so that ct1.Irms reads the same as your multi-meter. Do the same for CT2, then put CT2 back on the inverter cable, and take out the print statements.
"So why am I facing such a difference between the power to kwh/day values of the emonGLCD and the one of the emoncms?"
We must ask Trystan about that. He knows the emonCMS software very well - I believe he wrote it. Are you using your own emonCMS running locally or emoncms.org?
Re: Discrepancies and accuracy of the feeds
Hello Alpav, Robert
Both emoncms and the emonglcd calculate kwh/d in the same way, time between readings x power / divided by joules in one kwh. The last time I checked they corresponded quite well +- 0.1 kWh I think.
However there can be large errors if for some reason either emoncms or the emonglcd does not recieve an update for a longer than usual time, especially if the power is changing between say a couple of 100W's and 3000W. I have had that happen a few times where the graph draws a straight line over a period of half an hour or so from 100 to 3000W which could lead to as much as a 1.5 kWh discrepancy.
Are you seeing a consistent error? with a few more days of data?
Re: Discrepancies and accuracy of the feeds
Thanks for your replies, very appreciated. I did expect that both emoncms and emonGLCD calculate kwh/d in the same way, so I have to search for the reason somewhere else. I am monitoring the PV production mainly at the moment, so I don't expect to have "spikes" in the power production. Today I've got the following data:
This is strange. As Robert suggests, I did not calibrate the emonTx and this explains the discrepancies with the Inverter reading. I didn't understand from the site that the calibration was required, but it makes more than sense... I will do it as soon as possible, but the only resistive load I can get at the moment is 650W and I'm not sure it is enough.
What I can't explain, however, is the big difference between emonGLCD and emoncms readings. Today the emoncms is logging much more than the inverter itself! As per the Trystan's suggestion, I have to suppose that the emonGLCD and emoncms (the emonBase) get a different number of data from the emonTx. How can I detect this? I was thinking to add a counter and to increment it at every packet received from the emonTx. On both the base and the GLCD. I would expect the two number to be reasonably similar, even because the base and the GLCD are located in the same place. Do you think it worth?
Unfortunately today the emonGLCD is having a weird behavior. It has been running for 6 consecutive days without any apparent problem. Then it stuck the night between Saturday and Sunday. I then restarted it on Sunday morning, optimized the code of the emonGLCD in order to save some Flash (not so much, got close to 31k) and I loaded the new sketch. Tonight it stuck again, at 20.04 - more or less after 25 hours. I think I will contribute to the proper topic for this, but I've noticed that these stuck came after a "basefail" error. Tonight I had to restart the base as well (OKG W5200 running from 7 days) because despite the leds were blinking apparently the normal way, the time on the emonGLCD was not updated. After that reboot, I've noticed that in emoncms today's data were put back of one day (every data shifted back of one day) and it started logging from zero. Now all the data of my database have the wrong date (just because I rebooted the base?).
But I am going off topic...
Cheers,
Alberto
P.S. I am using the emoncms.org
Re: Discrepancies and accuracy of the feeds
Your 650 W load is usable, but a bigger load will be better. Use the 650 W load if that is all you have (no electric kettle?).
You can certainly try adding a counter. I think there is basic agreement that the nanode base and GLCD problems that have been receiving attention recently are at least partly due to lack of spare memory, so you might have to remove some code temporarily to include the counter.
Re: Discrepancies and accuracy of the feeds
I should have mentioned this earlier: emonTx accuracy test http://openenergymonitor.org/emon/emontx/accuracy
Re: Discrepancies and accuracy of the feeds
No kettle, but I've just realized that I could use the electric iron: it is 2200W. Just a bit concerned about measuring the current with the multimeter. Thanks for the reference.
Re: Discrepancies and accuracy of the feeds
Check the meter manual! Most high current ranges have a time limit - 20 s or something like that. Be quick and allow the meter to cool to ambient (many minutes!) before trying again.
Re: Discrepancies and accuracy of the feeds
Hi Robert,
I've had the chance to work a little bit on the calibration of the system only today, following your directions.
I've built a piece of cable with separated live and neutral wires. I've clipped the two CT sensors on the live wire and I've started to follow your instructions. My setup was the modified cable, one electric iron (1800 W), one toaster (650 W) and a digital multimeter. I have modified the emonTx standard sketch to print the Vrms, the Irms, the real and apparent powers and the power factor.
First step: searching for the correct calibration factor for the voltage reading. I've found a value that gives me the same Vrms on both the channels. Looking at the multimeter, the calibration constant was giving me the same readings (+/- 0.5 V on average).
When I was satisfied of the result, I've connected the first load, the iron, searching for the constant to put the power factor as much close to 1 as possible. This has been quite tricky as I started incrementing the "original" 1.7 but then I found that the best value was 1.28 (as per http://openenergymonitor.org/emon/emontx/accuracy). A fine tuning moved it to 1.27. I had a power factor of 1 +/-0.0015 on both channels on average. This was confirmed with the second load, the toaster.
I then moved to the calibration for the current. Here I had to find two different values for the two channels as the CT2 seems to return lower values than CT1. I think this is the more accurate calibration I've done as I've found difficulties in measuring the current with the multimeter, but I think that the error is quite low anyway. The two constants I have found are giving the two same readings on the two different channels, even though it seems to give more accurate readings on the lower load (650 W) than on the higher (the electric iron).
As a final step, I went back to check the voltage reading. In the first step I did the calibration with no loads connected to the wire. Now I did check the voltage with the two loads (only one at time) in and I've found that the Vrms read on the multimeter was lower than the one measured! The difference went up to 3 V.
I then re-calibrated all the system (in the end the voltage constant only) measuring the voltage under load.
Big doubt: I don't know what is correct now! If I put the multimeter in a socket of my house I read an higher value than the value I read from the emonTx (more or less 1.5 V of difference). Was it better to leave the first value (calculated with no load) or this is more correct?
Another big doubt: I am not sure (but quite confident) about the Irms readings I get, but for sure the reading is more accurate with the 650 W load than the 1800 W one. If I have the doubt to have an error of 0.2 A on the first load, I guess to have a 0.6 A error on the second one. I didn't find any constant giving an accurate value on both cases, so I decided to prefer the first as I have an average consumption around 500-750W that I suppose will be read with more accuracy. But what will I have when the sun will be up shining again and I'll have up to 12 A flowing in my wires?
 Or maybe I did mistakes. I have a totally different background and I know that my first problem is my lack of knowledge. But I have a lot of willing to learn :)
I'm trying to find a way to have some reasonably accurate readings of consumption and production. My emonGLCD and the emoncms are giving me very different values and I'd like to understand why. But first of all I need to understand what value to rely on, as you told me.
Thanks in advance for your time and patience.
Regards,
Alberto
Re: Discrepancies and accuracy of the feeds
I think you are doing everything right. You will read different voltages at different places, this is because the wires in your house, plugs, sockets all have some resistance so the voltage where the supply cable enters will be higher than at the furthest point - unless of course no current is flowing. When there is current flowing, the wires and connections will drop the voltage (and dissipate power and get warm!). That is absolutely normal. A 2.5 mm2 cable will drop 18 mV per Amp per metre (so carrying 10 A, the voltage at the end of 10 m of this cable will be 1.8 V less than at the start).
Why do you think you have an error in the current readings and the lower is more correct? You cannot be sure that either load is exactly what it claims to be, and even if it is, have you calculated what the current should be at the voltage you had when you measured the current. I don't think you can say the high load or the low load gives you the more accurate reading - you simply do not know which is wrong - it could be the load itself, your meter, the emonTx or most likely a combination of all 3.
One test you could do: pass the wire two or three times through your current transformer - that should exactly double or triple the reading on the emonTx, and the 650 W load would read as 1300 W or 1950 W.
The current transformer itself is not perfectly linear, but you will only see that effect at very high currents > 80 A or so. If the difference is within the accuracy specification of your meter, then I think the only way to get a better calibration is to compare kWh recorded by the GLCD against the electricity company's meter, and even then you will not know whether any difference is due to voltage error, current error or both - or the errors could of course be partly cancelling!
Re: Discrepancies and accuracy of the feeds
Thanks for your prompt reply, I will be sleeping better tonight :)
I will monitor the data recorded by the GLCD with the two electricity company's meters for the next few days and I'll do further considerations. When I feel confident of my calibration I will go on exploring why the data are not matching with the emoncms, that is the point I have started from.
Thanks very much!


1: /* 2: * Copyright 2001-2009 Stephen Colebourne 3: * 4: * Licensed under the Apache License, Version 2.0 (the "License"); 5: * you may not use this file except in compliance with the License. 6: * You may obtain a copy of the License at 7: * 8: * http://www.apache.org/licenses/LICENSE-2.0 9: * 10: * Unless required by applicable law or agreed to in writing, software 11: * distributed under the License is distributed on an "AS IS" BASIS, 12: * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 13: * See the License for the specific language governing permissions and 14: * limitations under the License. 15: */ 16: package org.joda.time.chrono; 17: 18: import java.util.HashMap; 19: import java.util.Map; 20: 21: import org.joda.time.Chronology; 22: import org.joda.time.DateTime; 23: import org.joda.time.DateTimeConstants; 24: import org.joda.time.DateTimeField; 25: import org.joda.time.DateTimeFieldType; 26: import org.joda.time.DateTimeZone; 27: import org.joda.time.field.DelegatedDateTimeField; 28: import org.joda.time.field.DividedDateTimeField; 29: import org.joda.time.field.OffsetDateTimeField; 30: import org.joda.time.field.RemainderDateTimeField; 31: import org.joda.time.field.SkipUndoDateTimeField; 32: 33: /** 34: * A chronology that matches the BuddhistCalendar class supplied by Sun. 35: * <p> 36: * The chronology is identical to the Gregorian/Julian, except that the 37: * year is offset by +543 and the era is named 'BE' for Buddhist Era. 38: * <p> 39: * This class was intended by Sun to model the calendar used in Thailand. 40: * However, the actual rules for Thailand are much more involved than 41: * this class covers. (This class is accurate after 1941-01-01 ISO). 42: * <p> 43: * This chronlogy is being retained for those who want a same effect 44: * replacement for the Sun class. It is hoped that community support will 45: * enable a more accurate chronology for Thailand, to be developed. 46: * <p> 47: * BuddhistChronology is thread-safe and immutable. 48: * 49: * @author Stephen Colebourne 50: * @author Brian S O'Neill 51: * @since 1.0 52: */ 53: public final class BuddhistChronology extends AssembledChronology { 54: 55: /** Serialization lock */ 56: private static final long serialVersionUID = -3474595157769370126L; 57: 58: /** 59: * Constant value for 'Buddhist Era', equivalent to the value returned 60: * for AD/CE. Note that this differs from the constant in BuddhistCalendar. 61: */ 62: public static final int BE = DateTimeConstants.CE; 63: 64: /** A singleton era field. */ 65: private static final DateTimeField ERA_FIELD = new BasicSingleEraDateTimeField("BE"); 66: 67: /** Number of years difference in calendars. */ 68: private static final int BUDDHIST_OFFSET = 543; 69: 70: /** Cache of zone to chronology */ 71: private static final Map<DateTimeZone, BuddhistChronology> cCache = new HashMap<DateTimeZone, BuddhistChronology>(); 72: 73: /** UTC instance of the chronology */ 74: private static final BuddhistChronology INSTANCE_UTC = getInstance(DateTimeZone.UTC); 75: 76: /** 77: * Standard instance of a Buddhist Chronology, that matches 78: * Sun's BuddhistCalendar class. This means that it follows the 79: * GregorianJulian calendar rules with a cutover date. 80: * <p> 81: * The time zone of the returned instance is UTC. 82: */ 83: public static BuddhistChronology getInstanceUTC() { 84: return INSTANCE_UTC; 85: } 86: 87: /** 88: * Standard instance of a Buddhist Chronology, that matches 89: * Sun's BuddhistCalendar class. This means that it follows the 90: * GregorianJulian calendar rules with a cutover date. 91: */ 92: public static BuddhistChronology getInstance() { 93: return getInstance(DateTimeZone.getDefault()); 94: } 95: 96: /** 97: * Standard instance of a Buddhist Chronology, that matches 98: * Sun's BuddhistCalendar class. This means that it follows the 99: * GregorianJulian calendar rules with a cutover date. 100: * 101: * @param zone the time zone to use, null is default 102: */ 103: public static synchronized BuddhistChronology getInstance(DateTimeZone zone) { 104: if (zone == null) { 105: zone = DateTimeZone.getDefault(); 106: } 107: BuddhistChronology chrono = cCache.get(zone); 108: if (chrono == null) { 109: // First create without a lower limit. 110: chrono = new BuddhistChronology(GJChronology.getInstance(zone, null), null); 111: // Impose lower limit and make another BuddhistChronology. 112: DateTime lowerLimit = new DateTime(1, 1, 1, 0, 0, 0, 0, chrono); 113: chrono = new BuddhistChronology(LimitChronology.getInstance(chrono, lowerLimit, null), ""); 114: cCache.put(zone, chrono); 115: } 116: return chrono; 117: } 118: 119: // Constructors and instance variables 120: //----------------------------------------------------------------------- 121: 122: /** 123: * Restricted constructor. 124: * 125: * @param param if non-null, then don't change the field set 126: */ 127: private BuddhistChronology(Chronology base, Object param) { 128: super(base, param); 129: } 130: 131: /** 132: * Serialization singleton 133: */ 134: private Object readResolve() { 135: Chronology base = getBase(); 136: return base == null ? getInstanceUTC() : getInstance(base.getZone()); 137: } 138: 139: // Conversion 140: //----------------------------------------------------------------------- 141: /** 142: * Gets the Chronology in the UTC time zone. 143: * 144: * @return the chronology in UTC 145: */ 146: public Chronology withUTC() { 147: return INSTANCE_UTC; 148: } 149: 150: /** 151: * Gets the Chronology in a specific time zone. 152: * 153: * @param zone the zone to get the chronology in, null is default 154: * @return the chronology 155: */ 156: public Chronology withZone(DateTimeZone zone) { 157: if (zone == null) { 158: zone = DateTimeZone.getDefault(); 159: } 160: if (zone == getZone()) { 161: return this; 162: } 163: return getInstance(zone); 164: } 165: 166: /** 167: * Checks if this chronology instance equals another. 168: * 169: * @param obj the object to compare to 170: * @return true if equal 171: * @since 1.6 172: */ 173: public boolean equals(Object obj) { 174: return super.equals(obj); 175: } 176: 177: /** 178: * A suitable hash code for the chronology. 179: * 180: * @return the hash code 181: * @since 1.6 182: */ 183: public int hashCode() { 184: return "Buddhist".hashCode() * 11 + getZone().hashCode(); 185: } 186: 187: // Output 188: //----------------------------------------------------------------------- 189: /** 190: * Gets a debugging toString. 191: * 192: * @return a debugging string 193: */ 194: public String toString() { 195: String str = "BuddhistChronology"; 196: DateTimeZone zone = getZone(); 197: if (zone != null) { 198: str = str + '[' + zone.getID() + ']'; 199: } 200: return str; 201: } 202: 203: protected void assemble(Fields fields) { 204: if (getParam() == null) { 205: // julian chrono removed zero, but we need to put it back 206: DateTimeField field = fields.year; 207: fields.year = new OffsetDateTimeField( 208: new SkipUndoDateTimeField(this, field), BUDDHIST_OFFSET); 209: 210: // one era, so yearOfEra is the same 211: field = fields.yearOfEra; 212: fields.yearOfEra = new DelegatedDateTimeField( 213: fields.year, DateTimeFieldType.yearOfEra()); 214: 215: // julian chrono removed zero, but we need to put it back 216: field = fields.weekyear; 217: fields.weekyear = new OffsetDateTimeField( 218: new SkipUndoDateTimeField(this, field), BUDDHIST_OFFSET); 219: 220: field = new OffsetDateTimeField(fields.yearOfEra, 99); 221: fields.centuryOfEra = new DividedDateTimeField( 222: field, DateTimeFieldType.centuryOfEra(), 100); 223: 224: field = new RemainderDateTimeField( 225: (DividedDateTimeField) fields.centuryOfEra); 226: fields.yearOfCentury = new OffsetDateTimeField( 227: field, DateTimeFieldType.yearOfCentury(), 1); 228: 229: field = new RemainderDateTimeField( 230: fields.weekyear, DateTimeFieldType.weekyearOfCentury(), 100); 231: fields.weekyearOfCentury = new OffsetDateTimeField( 232: field, DateTimeFieldType.weekyearOfCentury(), 1); 233: 234: fields.era = ERA_FIELD; 235: } 236: } 237: 238: }
| ID | Line | Type | Detected |
|---|---|---|---|
| 3630 | 93 | Remove method call | |
| 3631 | 93(1) | Remove method call | |
| 3632 | 104 | Negate jump condition (Replace IFNONNULL with IFNULL) | |
| 3633 | 105 | Remove method call | |
| 3634 | 107 | Remove method call | |
| 3635 | 108 | Negate jump condition (Replace IFNONNULL with IFNULL) | |
| 3636 | 110 | Remove method call | |
| 3637 | 112 | Replace a constant (Replace 1 with 2(INT)) | |
| 3638 | 112 | Replace a constant (Replace 1 with 0(INT)) | |
| 3640 | 112(1) | Replace a constant (Replace 1 with 0(INT)) | |
| 3639 | 112(1) | Replace a constant (Replace 1 with 2(INT)) | |
| 3641 | 112(2) | Replace a constant (Replace 1 with 2(INT)) | |
| 3642 | 112(2) | Replace a constant (Replace 1 with 0(INT)) | |
| 3643 | 112(3) | Replace a constant (Replace 0 with 1(INT)) | |
| 3644 | 112(3) | Replace a constant (Replace 0 with -1(INT)) | |
| 3646 | 112(4) | Replace a constant (Replace 0 with -1(INT)) | |
| 3645 | 112(4) | Replace a constant (Replace 0 with 1(INT)) | |
| 3647 | 112(5) | Replace a constant (Replace 0 with 1(INT)) | |
| 3648 | 112(5) | Replace a constant (Replace 0 with -1(INT)) | |
| 3650 | 112(6) | Replace a constant (Replace 0 with -1(INT)) | |
| 3649 | 112(6) | Replace a constant (Replace 0 with 1(INT)) | |
| 3651 | 113 | Remove method call | |
| 3652 | 114 | Remove method call | |
| 3653 | 135 | Remove method call | |
| 3654 | 136 | Negate jump condition (Replace IFNONNULL with IFNULL) | |
| 3655 | 136 | Remove method call | |
| 3656 | 136(1) | Remove method call | |
| 3657 | 136(2) | Remove method call | |
| 3658 | 157 | Negate jump condition (Replace IFNONNULL with IFNULL) | |
| 3659 | 158 | Remove method call | |
| 3661 | 160 | Negate jump condition (Replace IF_ACMPNE with IF_ACMPEQ) | |
| 3660 | 160 | Remove method call | |
| 3662 | 163 | Remove method call | |
| 3663 | 174 | Remove method call | |
| 3667 | 184 | Replace a constant (Replace 11 with 12(INT)) | |
| 3666 | 184 | Replace a constant (Replace 11 with 0(INT)) | |
| 3665 | 184 | Replace a constant (Replace 11 with 10(INT)) | |
| 3668 | 184 | Replace arithmetic operator (Replace IMUL with IADD) | |
| 3671 | 184(1) | Replace arithmetic operator (Replace IADD with ISUB) | |
| 3664 | 184 | Remove method call | |
| 3669 | 184(1) | Remove method call | |
| 3670 | 184(2) | Remove method call | |
| 3672 | 196 | Remove method call | |
| 3673 | 197 | Negate jump condition (Replace IFNULL with IFNONNULL) | |
| 3675 | 198 | Replace a constant (Replace 91 with 0(INT)) | |
| 3677 | 198 | Replace a constant (Replace 91 with 90(INT)) | |
| 3676 | 198 | Replace a constant (Replace 91 with 92(INT)) | |
| 3683 | 198(1) | Replace a constant (Replace 93 with 92(INT)) | |
| 3682 | 198(1) | Replace a constant (Replace 93 with 94(INT)) | |
| 3681 | 198(1) | Replace a constant (Replace 93 with 0(INT)) | |
| 3674 | 198 | Remove method call | |
| 3678 | 198(1) | Remove method call | |
| 3679 | 198(2) | Remove method call | |
| 3680 | 198(3) | Remove method call | |
| 3684 | 198(4) | Remove method call | |
| 3685 | 198(5) | Remove method call | |
| 3687 | 204 | Negate jump condition (Replace IFNONNULL with IFNULL) | |
| 3686 | 204 | Remove method call | |
| 3689 | 207 | Replace a constant (Replace 543 with 0(INT)) | |
| 3688 | 207 | Replace a constant (Replace 543 with 542(INT)) | |
| 3690 | 207 | Replace a constant (Replace 543 with 544(INT)) | |
| 3691 | 212 | Remove method call | |
| 3693 | 217 | Replace a constant (Replace 543 with 0(INT)) | |
| 3692 | 217 | Replace a constant (Replace 543 with 542(INT)) | |
| 3694 | 217 | Replace a constant (Replace 543 with 544(INT)) | |
| 3696 | 220 | Replace a constant (Replace 99 with 0(INT)) | |
| 3697 | 220 | Replace a constant (Replace 99 with 100(INT)) | |
| 3695 | 220 | Replace a constant (Replace 99 with 98(INT)) | |
| 3699 | 221 | Replace a constant (Replace 100 with 0(INT)) | |
| 3700 | 221 | Replace a constant (Replace 100 with 99(INT)) | |
| 3701 | 221 | Replace a constant (Replace 100 with 101(INT)) | |
| 3698 | 221 | Remove method call | |
| 3703 | 226 | Replace a constant (Replace 1 with 2(INT)) | |
| 3704 | 226 | Replace a constant (Replace 1 with 0(INT)) | |
| 3702 | 226 | Remove method call | |
| 3707 | 229 | Replace a constant (Replace 100 with 99(INT)) | |
| 3708 | 229 | Replace a constant (Replace 100 with 101(INT)) | |
| 3706 | 229 | Replace a constant (Replace 100 with 0(INT)) | |
| 3705 | 229 | Remove method call | |
| 3710 | 231 | Replace a constant (Replace 1 with 2(INT)) | |
| 3711 | 231 | Replace a constant (Replace 1 with 0(INT)) | |
| 3709 | 231 | Remove method call |


Notes 8.3.4
Forwarding - The transfer of a packet from an incoming link from and outgoing link in a single router.
Routing - The transfer of a packet through all of a network's routers.
Routing Algorithms - The algorithms that calculate the route taken by packets through a network.
Forwarding Tables - Internal table in the router that maps the adjacent routers to the router's link interfaces.
Link-Layer Switches - Base their forwarding decision on values in the fields of the link-layer frame.
Routers - Base their forwarding decision on values in the network layer.
Connection Setup - The process of routers handshaking with eachother.
Network Service Model - Guaranteed delivery with bounded delay, In-order packet delivery, Guaranteed minimal bandwidth, Guaranteed maximum jitter, Security services.
Virtual Circuit Network - Only provides a connection service.
Datagram Network - Only provides a connectionless service.
Connection State Information - Info in the memory of the router about the connection.
Signaling Merges - Messages passed between routers to set up the Virtual Connection.
Signaling Protocols - Method in which Signaling Merges are exchanged.
Longest Prefix Matching Rule - Match a packet's destination IP with the longest prefix in its table.
Forwarding Function - The transfer of packets between links in a router.
Router Forwarding Plane - Input ports, Switching fabric, Output ports, Routing processor.
Router Control Plane - Executing routing protocols, responding to attached links, performing management functions.
Packet Loss - When a packets are dropped due to a router's loss of memory.
Packet Scheduler - Selects a packet from those queued for transmission.
Drop-Tail - If there is not enough memory to buffer an incoming packet.
Quality-of-Service Guarantees - Guarantees that service is of quality.
Active Queue Management - Packet-dropping and packet-marking policies.
Random Early Detection - Weighted average is maintained for an output queue, and if the average is > a threshold, packets are dropped.
Head-of-Line Blocking - When a packet in an input queue must wait for transfer through fabris, even though its port is free, because it is blocked by another packet at the head of line.


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Screen Shots
Above you can see the open file screen for the Textadept directory, displaying a
normal directory listing. To narrow the file list just type some characters.
To change to the parent directory either select the “..
” entry or press
Backspace
.
Here is the same directory, but in snapopen mode. You can quickly toggle between
normal listing and snapopen mode by pressing Ctrl+S
.
Pressing Backspace
to
go to the parent directory works fine when in snapopen mode as well.
Here you can see fuzzy matching in action. Just type whatever you remember and see what pops up. Should you get to many matching entries and need to narrow further by matching on earlier parts of the paths, just add a space and type some additional search text.
The replacement buffer list. As the status bar says, you can close buffers or
all files in a directory from within the list by pressing Ctrl+D
or Ctrl+Shift+D
(Meta+D
in the terminal).
As opposed to the stock buffer list you can also narrow entries by the directory name.
The above image shows nothing new interface-wise, but illustrates the use of
the Textredux hijack
function. When using the hijack
function, Textredux
replaces whatever it can of traditional interfaces with text based counterparts.
Textredux’ ctags-based symbol list running in a terminal session of Textadept.


WITNESS LIST
Finance
March 28, 2019 9:00 AM
ON:
Albrecht, Darren LBB Staff (also providing written testimony) (LBB)
Ascano, Nicole LBB Staff (also providing written testimony) (LBB)
Berger, Melitta LBB Staff (also providing written testimony) (LBB)
Borgstedte, Amy LBB Staff (also providing written testimony) (LBB)
Brock, Colin LBB Staff (also providing written testimony) (LBB)
Brock, Samantha LBB Staff (also providing written testimony) (LBB)
Brown, Thomas LBB Staff (also providing written testimony) (LBB)
Conklin, Lena LBB Staff (also providing written testimony) (LBB)
Dziuk, George LBB Staff (also providing written testimony) (LBB)
Fallon-Brown, Katy LBB Staff (also providing written testimony) (LBB)
Fragoso, Daniela LBB Staff (also providing written testimony) (LBB)
Galvan, Thomas LBB Staff (also providing written testimony) (LBB)
Green, Shelton LBB Staff (also providing written testimony) (LBB)
Henricksen, Aaron LBB Staff (also providing written testimony) (LBB)
Hernandez, Demetrio LBB Staff (also providing written testimony) (LBB)
Holladay, Tedd LBB Staff (also providing written testimony) (LBB)
Isaack, Angela LBB Staff (also providing written testimony) (LBB)
Lowe, Louellen LBB Staff (also providing written testimony) (LBB)
Ma, Amy LBB Staff (also providing written testimony) (LBB)
MacLaurin, Andy LBB Staff (also providing written testimony) (LBB)
McGeady, John LBB Staff (also providing written testimony) (LBB)
Miller, Shauna LBB Staff (also providing written testimony) (LBB)
Montgomery, John LBB Staff (also providing written testimony) (LBB)
Nikic, Andrea LBB Staff (also providing written testimony) (LBB)
Overmyer, Andrew LBB Staff (also providing written testimony) (LBB)
Owens, Greg LBB Staff (also providing written testimony) (LBB)
Pearson, Caitlin LBB Staff (also providing written testimony) (LBB)
Prado, Liz LBB Staff (also providing written testimony) (LBB)
Saxe, Avery LBB Staff (also providing written testimony) (LBB)
Schmidt, Emily LBB Staff (also providing written testimony) (LBB)
Simmons, Trevor LBB Staff (also providing written testimony) (LBB)
Smith, Jordan LBB Staff (also providing written testimony) (LBB)
Stein, Ellen LBB Staff (also providing written testimony) (LBB)
Vela, Kelsey LBB Staff (also providing written testimony) (LBB)
Velasco, Nora LBB Staff (also providing written testimony) (LBB)
Wiles, Mark LBB Staff (also providing written testimony) (LBB)


Fennel, pomegranate and orange salad recipe
by Angela HartnettThis fresh and fruity salad is quick to prepare and provides a refreshing hit of sharp flavours and bright colours to cut through the richness of other dishes.
Prep time: 10 minutes
SERVES
Eight
INGREDIENTS
For the vinaigrette:
- 100ml olive oil
- 1 tsp English mustard
- ½ garlic clove, crushed
- 75ml red-wine vinegar
For the salad:
- 2 oranges, peeled and thinly sliced
- 2 bulbs of fennel, trimmed and outer leaves discarded, the rest thinly sliced
- the seeds of 1 pomegranate
- 120g rocket leaves
- mint or parsley leaves (optional)
METHOD
- Whisk the vinaigrette ingredients together and season to taste.
- Arrange the orange slices, fennel, pomegranate seeds and rocket leaves in a serving dish, scattering over the herbs, if using.
- Pour over some of the vinaigrette but do not saturate the salad (offer more on the side). Finish with a touch of salt.


pktogf - convert packed font files to generic font files
pktogf
pk_file_name
This manual page is not meant to be exhaustive. The complete documentation for this version of *(TX can be found in the info file or manual Web2C: A TeX implementation .
The pktogf program converts a packed font file
to a generic font file
Packed font files are much smaller than the corresponding gf files, but some DVI readers only understand gf files.
The pk_file_name on the command line must be complete. Because the resolution is part of the extension, it would not make sense to append a default extension as is done with *(TX or DVI-reading software. The gf_file_name defaults to the same (stripped) name as pk_file_name , and it is placed in the current working directory with the gf suffix replacing pk .For example, the input file io.300pk would become io.300gf .
Unless the -v switch is given, pktogf operates silently. With -vthe version number of the program and statistics about the unpacking are output to stdout .
pktogf looks for pk_file_name using the environment variable PKFONTS. If that is not set, it uses the variable TEXPKS. If that is not set, it uses TEXFONTS. If that is not set, it uses the system default.
See tex (1)for the details of the searching.
gftopk (1), gftype (1), pktype (1).
Donald E. Knuth et al., \*(MFware .
Tomas Rokicki wrote the program. Pierre MacKay adapted it for compilation with web2c .


This is a website for one of my favorite bands called Linkin Park. Linkin park
This is a website I created for an investor. Palm Springs Resort
This is my first website. last-repository
This is a website for my favorite things. favorite-things
All the websites were created using HTML and CSS.
I am currently a second year student in Jomo Kenyatta University of Agriculture and Technology (JKUAT).
I study Electrical and Electronic Engineering.
At the moment I am partaking in a short course on programming at Moringa School.
I decided to take a class on programming because I have always been interested in the mechanics of how things work.
Engineering will help me understand the hardware aspect of it while programming will help me understand the software aspect.
I have done some sessions of internship at a company called In-Vitro Diagnostics (EA) Limited.


Methods Summary
|
has_next () : bool
|
Return true if there is a next item. Otherwise, returns false.
|
|
has_prev () : bool
|
Return true if there is a prev item. Otherwise, returns false.
|
|
index () : int
|
Return the index of the current item.
|
|
insert (item
:
<type>)
|
Insert an item into the container in front of the item that will be returned by the next call to next().
|
|
next () : <type>
|
Return the next item. An error message is thrown if there is no next item.
|
|
prev () : <type>
|
Return the prev item. An error message is thrown if there is no prev item.
|
|
remove ()
|
Remove an item from the container in front of the item that will be returned by the next call to next().
|
|
set (item
:
<type>)
|
Assign value to the current item. This is the item last returned by a call to either next() or prev().
|
|


val featureParseFunction: (Header, Row) -> Sample<TData>
A function to parse the features of each row in the CSV file.
featureParseFunction - A function to parse the features of each row in the CSV file.
featureParseFunction


https://twitter.com/DipikaKadaba/status/1383086276971167744"One of the most heartbreaking wildlife data visualizations I’ve ever made - this video shows the catastrophic decline of western monarch butterflies since 1997.pic.twitter.com/72B9WpjRsJ
— Dipika Kadaba 🦺 (@DipikaKadaba) April 16, 2021
March-April
May-June
July-August
September-October


Class
AlignConfigIndication of whether begin/end gaps are free for DP alignment algorithms.
Indication of whether begin/end gaps are free for DP alignment algorithms.
| Defined in | <seqan/align.h> |
|---|---|
| Signature |
template <bool TOP, bool LEFT, bool RIGHT, bool BOTTOM, typename TSpec>
struct AlignConfig;
|
Template Parameters
TOP |
Whether or not the begin gaps in the vertical sequence are free. |
|---|---|
LEFT |
Whether or not the begin gaps in the horizontal sequence are free. |
RIGHT |
Whether or not the end gaps in the horizontal sequence are free. |
BOTTOM |
Whether or not the end gap sin the vertical sequence are free. |
TSpec |
Tag for specializing the AlignConfig object (default: Default). |
Detailed Description
Used in the DP alignment algorithms to configure the begin/end gap free-nes.
Specialization List
The following gives an (incomplete) list of useful AlignConfig specializations.
- AlignConfig<false, false, false, false>
- ordinary global alignment
- AlignConfig<true, false, false, true>
- semiglobal alignment, free begin and end gaps in second/vertical sequence
- AlignConfig<false, true, true, false>
- semiglobal alignment, free begin and end gaps in first/horizontal sequence
- AlignConfig<false, true, false, true>
- overlap alignment with second/vertical sequence overhanging to the left of first/horizontal
- AlignConfig<true, false, true, false>
- overlap alignment with first/horizontal sequence overhanging to the left of second/vertical
- AlignConfig<false, true, false, false>
- free begin gaps in second/vertical sequence only
- AlignConfig<false, false, true, false>
- free end gaps in second/vertical sequence only


Becoming a Compaq ASE establishes a partnership
between the ASE and Compaq. Upon accreditation as an ASE, the
Systems Engineer automatically begins receiving essential tools
and support, some of which are not available to System Engineers
who are not ASEs. Additionally, as a reward for the hard work
and efforts of becoming a Compaq ASE, Compaq provides many benefits
to these individuals such as discounts and incentives for training
and engineering events, product discounts, free subscriptions,
etc. Benefits provided as part of the Compaq ASE Program are geared
towards helping both the ASE as well as the employer. Following
is a description of some of the benefits provided as part of the
ASE Program.
Information and Support Tools Valued in Excess of $1500
(Available to ASEs and Associate ASEs)
The amount of information available to
Compaq ASEs and Associate ASEs is endless. All ASEs automatically
receive, at no charge, access to every technical tool and subscription
available from Compaq. This ensures that along with their training,
Compaq ASEs are equipped with the latest information, support
tools, and software to successfully plan, install, troubleshoot,
integrate and optimize Compaq solutions. Upon accreditation, ASEs
receive a Welcome Kit to help them understand and fully utilize
these resources from Compaq. After that, ASEs receive monthly
subscription mailings from Compaq to ensure they have the latest
information and tools available.
Once accredited, Compaq ASEs and Associate ASEs have toll-free
access to an exclusive Compaq ASE Forum.The
purpose of this forum is to enable ASEs to share information and
leverage the expertise of other Compaq ASEs from around the world.
Additionally, ASEs may dial into Compaq's
technical databases 24 hours a day, 7 days a week, free of charge.
ASEs also receive a quarterly
ASE Newsletter containing information about upcoming events
and the ASE Program.
(Available to ASEs)
Because of their extensive training on
Compaq hardware and operating system integration, Compaq ASEs
receive a free subscription to Compaq SmartStart -- the intelligent
CD-based process that integrates hardware configurations and software
installations into a single, streamlined process. Additionally,
ASEs are privileged to free, priority access to Compaq technical
support reducing hold times to a minimum.
Training
(Available to ASEs and Associate ASEs)
To ensure that Compaq ASEs are properly
trained and maintain the expertise to perform as expected, periodic
training is provided as well as private, non-disclosure events
where ASEs can learn about upcoming Compaq products and technologies.
Annually, ASEs are invited to the Compaq Systems Engineering conference
where they attend break-outs and have a chance to speak directly
with the top experts at Compaq. Priority registration, discounts,
and incentives are provided to ASEs for most events.
Other Benefits
(Available to Associate ASEs and ASEs)
Advertising materials are provided to
ASEs to gain them immediate recognition as a member of a worldwide
team of highly trained Compaq Systems Engineers. These materials
include use of the ASE logo for stationery and business cards,
ASE brochures, and ASE catalog items including clothing and business
accessories.
(Available to ASEs)
In return for their effort in becoming
a Compaq ASE, ASEs receive special discounts on select Compaq
products through a Compaq ASE Product Purchase Plan.
|


edhrec is a service that makes card recommendations for Magic: The Gathering EDH decks.
Enter in a commander name, TappedOut deck link, or MTG Salvation forum link and click the "Get Recommendations!" button.
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First flight for the new A350 extra wide-body Airbus “Island of Viti Levu” will be on 1st December - Viljoen
by Priteshni NandFiji Airways Managing Director and Chief Executive Officer, Andre Viljoen says the first flight for the new A350 extra wide-body Airbus “Island of Viti Levu” will be on 1st December.
Viljoen says once the second A350 Airbus will be delivered on 1st December then from the first of January, the Fiji Airways A350 Airbus will fly daily from Nadi to Los Angeles and Nadi to Sydney.
He says from 1st December the Fiji Airways A350 Airbus will start flying from Sydney to Nadi and some of the other Australian ports
He says this is a very proud moment for Fiji and every Fijian should be proud of this achievement.
He says some of the features that make up the technologically advanced aircraft are its high performance, with its latest generation Rolls Royce XWB engine, the A350 aircraft can fly 30 minutes faster from Nadi to Los Angeles when compared to the current A330’s.
Viljoen says the A350 Airbus can carry 20 tonnes more cargo from Nadi to Los Angeles and its flying range is greater from 10 hours to 16-17 hours.


I'm a software developer specializing in Ruby on Rails and Object Oriented Programming. I grew up in Northeastern Pennsylvania. I have a Bachelor's Degree in Liberal Arts from Thomas Aquinas College, and a Master's Degree in Philosophy from the University of Oxford. I am currently fine tuning my coding skills at the Turing School of Software & Design.
I have a wide variety of hobbies including music, hiking/trekking, cooking, philosophy, literature, education, film, agriculture, and most of all, travel. I am currently looking for opportunities that would allow me to incorporate one of these passions with my love of coding. I also can read and translate Ancient Greek and Classical Latin, just in case you need help resolving any arguments on Plato or Cicero.


Reviewed by Harvey Karten Columbia Pictures Director: Mike Nichols Writer: Garry Shandling & Michael Leeson and Ed Solomon and Peter Tolan. Story by Garry Shandling & Michael Leeson Cast: Garry Shandling, Annette Bening, John Goodman, Greg Kinnear, Ben Kingsley, Linda Fiorentino, Camryn Mannheim, Nora Dunn
As I was leaving the theater, I spotted two people on the street, the sorts of young people sometimes referred to as a box office couple. She: tall blond and statuesque not unlike supermodel Claudia Schiffer. He: a near replica of Brad Pitt. "They must be thoroughly absorbed in each other," I figured, but no. While they were waiting for the light to change, he punched out some keys on his cell phone, got a wrong number, and punched again. "She must be annoyed with this behavior," I assessed, but no: no sooner did he get off the phone than she picked it up and began clicking away herself. What does this all mean? It could mean a simple case of parents calling their baby sitter, but then again it could suggest that both of these beautiful people were more interested in talking to others via technology than through direct, available human contact. All this is an apt metaphor for TV watching, the typical scenario being the nuclear family's sitting around the living for four hours nightly watching their favorite programs and hardly acknowledging one another.
The way technology interferes with human relationships is a fitting subject for documentaries, essays, and most interestingly, science fiction movies. That's the very theme of "What Planet Are You From?", partly produced, partly written, and partly featuring TV host Garry Shandling as the title character. Like the best science fiction, "What Planet," though situated in the future, satirizes our contemporary culture. In exposing the threat of technology it doesn't match up to "1984," which warns against Big Brotherism, "Fahrenheit 451," which cautions against giving up reading in favor of watching the big screen, and one of the greatest of them all, "Logan's Run," a riff on a society that vaporizes its citizens once they reach the useless age of thirty. "What Planet Are You From?" has its moments of rollicking fun, but the whole project appears underwritten, depending on the incessant repetition of a penis joke.
This is the story of a people from a distant solar system who are intent on dominating the universe. To conquer our world, they must (for some unexplained reason) assign one of their citizens to Earth with the task of copulating with a female, producing a child. The baby would be whisked off to the planet and cloned, perhaps thousands of times over, thereby making the conquest of Earth more attainable. The people of the planet are led by Graydon (Ben Kingsley), who selects Harold Anderson for the job, preparing him by furnishing lines to feed the women: "You smell great," or "Your shoes are stylish." The comedy is evoked from the subtleties of which Anderson and his instructors are not aware, in other words, you have to say a lot more to women to make them responsive and you have to show emotion. Unfortunately the people of the distant planet are so technologically advanced--one thousand times more so than those of Earth--that they have lost their capacity to feel. Get it? Therein lies the warning for us back home in the year 2000.
 Anderson is to learn that women are not at all like men. They crave intimacy, not one-night stands; they need a shoulder to learn on; they need to be listened to intently as they express the very feelings that men are embarrassed to verbalize. Anderson could not have picked a more complex woman to seduce than Susan (Annette Bening), whom he met at an Alcoholics Anonymous conference to which he was dragged by a randy colleague with whom he works in a bank, Perry Gordon (Greg Kinnear). "A great place to pick up women," cites Perry, as Harold hones in on someone who has just renounced alcohol and who, unfortunately for him, refuses to have any more sex before she is married. Obviously the solution is to propose to her virtually on their first date--wherein much of the comedy lies.
The cast is rounded out by the machinations of an agent of the Federal Aviation Administration, Roland Jones (John Goodman), who is obsessed with finding out why an Arizona West aircraft experienced turbulence three times--each time involving the presence of passenger Harold Anderson.
"What Planet Are You From?" should have been funnier. After all sex comedies are made to arouse frequent, not vaguely periodic laughter ever since Aristophanes penned "Lysistrata" about 2500 years ago--about how women locked their husbands out of their bedrooms until the men ceased making war. Shandling is fine for the role. Not for him the broad buffoonery of a pratfalling Chevy Chase or the inane facial expressions of a Matthew Perry. This would appear the perfect role for him as a confused guy meeting the women of the Earth for the first time and having only a Relationships 101 background to guide him. And Annette Bening combines some of the most alluring looks in Hollywood with a face brimming with character. Greg Kinnear as the guy who gets promoted to vice president of his bank by stealing Anderson's report and who regularly has sex in the bank vault with at least one of the voluptuous women who work in the depository virtually steals the show--looking better than ever in a closely-trimmed goatee. The movie has nothing like the pizazz of "Galaxy Quest" as it plods along, its attractive characters often appearing lost in outer space with generally inane and repetitious dialogue.
Incidentally, I wonder about the people who write the production notes. The press kit uses the word "penis" several times in describing the plot, but instead of spelling the term out, it refers to a p****. Are the real words describing body parts now taboo--in an age in which the most blatant vulgarities are so often spelled out?
Rated R. Running Time: 100 minutes. (C) 2000 Harvey Karten<EMAIL_ADDRESS>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.
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Related links: index of all rec.arts.movies.reviews reviews


problem solving
i got ninety nine problems and a ; ain't one
seventeen july | twenty twenty
This week we worked on a number of ‘katas’, or coding challenges, it involved a lot of problem solving!
One particular example was with the ‘Scooby Doo’ kata. A simple premise, find the door that Scooby Doo was hiding behind. In code, this looked like taking an array of objects, finding the object that had the property hiding: ‘Scooby’, and return the corresponding value of door. I spent a LONG time iterating through the array with a for loop, finding the object with hiding: ‘Scooby’, but could not figure out how to get the answer I needed to pass the tests. After getting to the end of my rope I reached out on Slack, and someone suggested using .find() instead of the for loop, and bam, I was solving the problem in no time.
Reaching out to others for help provided a different view that I had not seen. No one told me the exact code to use or how to explicitly solve the problem, but their experience offered a perspective got me to look at the problem in a different way and led to my solving of it.
At my previous job I had to solve problems on a daily basis. One of my proudest achievements was related to our process of apartment upgrades and variations (colour of carpet, type of bench top, what appliances etc), which because of its manual nature, was time intensive and susceptible to human error. The solution to this problem was a bespoke app that automated the process with a beautiful UX experience for the customer, a win win. What I loved about this process was the problem was solved through collaborative creativity. Two of us dreamt a ‘what if’ before even thinking it was a possibility. An app that could walk the customer through the process with renders that would update in real time, that would be simple to use for the customer but in the back end would populate complex architectural documents to specify the selections to the consultants. After realising this was something worth pursuing here we looped in a few more team members to brainstorm on features and scope, worked with a web developer and designer to deliver, and a year later this dream was a reality. I could not have solved this problem on my own, and I think it is a great example of the power of collaboration. It was also the beginning of my current journey with web development.
Problem Solving Techniques
Psuedocode
This is definitely one of the problem solving techniques that I find very useful for solving code problems. It does two things for me. Firstly it breaks down the bigger problem into little bit sized problems. Solving the smaller problems is much easier than tackling the whole thing, which can be daunting enough to rob you of momentum. Secondly, as someone new to code, writing out the problem in layman is helpful for to properly understand what I am trying to achieve.
Trying Something
I think as I get more experience this will become something I do more often. In other areas of my life I like to give things a go and see how I get on, but with coding I do not have a broad enough understanding to try much! Not yet anyway…
Rubber Ducky
I have been working in the library over the foundation sprints, and I am not sure the other patrons would be too fond of my talking to a rubber ducky (or myself) in such a quiet space… I do however believe that the technique and process can be effective. I had a problem where I reached out to my cohort on slack for help, almost immediately I realised where I had gone wrong! Perhaps I need to practice talking to the rubber ducky in my head, but I believe the technique is more effective when talking out loud.
Reading Error Messages
One of the most beautiful things about JavaScript is that the error messages mostly telly you EXACTLY where to look. They even point a little arrow to a certain character and say “Hey I wasn’t expecting this character?!”, so you have a pretty good idea where to look. I also find the failed test error messages helpful in diagnosing what I may be missing.
Console.logging
Consol.log has been a great friend of mine. I mainly use it in two ways when trying to solve a code challenge. First I run a console.log on the arguments being passed into the function I am being tasked to write, which tells me exactly what I am being passed in the function, giving me a much better understanding of the challenge input and required output. Secondly I often console.log each step of the function as I write it, to check it is doing what I think it is. Paired with pseudocode, this helps me take a step by step walk through the challenge.
Googling
Well if console.log is a great friend, Google is my soul mate! It feels wrong to be googling the answers to everything, but boy oh boy are the answers out there. I find repeated comfort hearing and seeing my facilitator google how to do things during the workshop videos, because if can sure google the heck out of a problem.
Asking Peers
In the context of EDA asking my peers for help is extremely easy and extremely rewarding. Our cohort is a very friendly group with mixed levels of code understanding and experience. If you are having trouble with something, there is definitely someone who has already completed that part of the curriculum or who already knows the answer, and everyone is very quick and ready to help out. I am really looking forward to getting in a room with them all and completing pair and group work.
Asking Facilitators
I have absolutely loved my facilitator’s teaching style and approach. The workshop videos have been very clear and easy to learn from, and the few times I have reached out to him his answers have been extremely helpful. I hope to absorb as much gold from the facilitators at EDA as I can throughout the course.
Reflection
This is probably the technique I feel least comfortable or confident in. I understand the benefits to journalling, it is just not a habit I have been able to form consistently.


Skills
C++
C
Java
Javascript
Node JS
Angular5
Education
UC Santa Cruz - Graduated Sept 2017
Degree - BS Computer Science: Computer Game Design
Experience
Non-Profit Web Design Intern - March 2018 - July 2018
Cali State Parks IT Assistant June 2018 - October 2018


{% extends 'base.html' %} {% block content %} My Gallery An archive of East Africa's beauty. View our Collection {% for location in locations %} {{location.name}} {%endfor%} {% include 'gallery/show_album.html' %} {% endblock %}
An archive of East Africa's beauty.
View our Collection


Are you a software developer who wants to know when your compiler or another dependency has a new version?
Are you a package maintainer that wants to keep track of when an upstream project has published a new version?
Do you just want to know when a new version for some piece of software has been released?
This is for you! Just search for the packages you care about, enter your email address, and hit submit!
That's it! No need to sign up for a user account, no additional pages to navigate through, no nonsense.
And of course, you can unsubscribe (and remove your email) at any time. Plus we never give your email away to anyone else, or use your email address for anything other than notifying you of new package versions.
We're built on top of Fedora's release-monitoring.org, but try to cut down user friction to a minimum. See the FAQ for more information.


| DOSE: |
40 mg |
oral |
2C-B |
(pill / tablet) |
I had obtained 2 pills from a friend who told me not to take 2 20 mg pills at the same time especially since i was only used to one and had only done 2-cb twice, but on a random weeknight I took the compulsive and experimental incentive to take 2 ...alone. My parents were asleep. I took the pills a few minutes apart around 1:30 and went out into my porch and smoked cigarettes for about 15-20 min. after waiting and nothing happening i figured the pills weren't good and went straight to bed.
 I was definitely tripping but the darkness and unknown combined made it a terrifying experience. I got very cold even with sweaters and blankets on, I felt I was in Antarctica. I was definitely convinced I was going to die with all the shaking and stiffening of my muscles. I felt I was on a high speed train that was heading for a brick wall , but I was forever stuck in the last millisecond before it crashed.I saw the devil laughing at me and felt things crawling on me.
I saw pretty sick things happening, until finally i couldnt' take it and at 3:30 i texted my poor friend and told him i thought i was going to die. he texted me back telling me to call him so I did. He began to talk me through, telling me it was just a drug and that it would pass. He told me to listen to music, soft buddha bar music, and turn a low light on, and that the experience would get better. After talking to him sometime and hanging up i turned a light on and the experience changed, it was very bright at first but of course it was 4:30 by then and the drug had been going for some time. The trip lasted for 8 hours complete. I walked around my room, was told not to look in the mirror, but i did anyway and i didn't like what i saw sometimes. Smoking pot may have helped it, but it was great nevertheless. My pupils were dilated for 8 hours. The come down was 4 hours and the after effects were about 8 hours. I got very dehydrated and totally hungover and could NOT SLEEP.
MY experience lasted longer and was terribly intense because i took two. It was terrifying at first, but two of those pills is so amazing visually that i would do it again but in a better environment and under a better state of mind, and definitely not alone. In a crowd it may be disorienting, but in a small group or couple it would be a great experience. One pill was comparable to ecstasy, while two was like lsd.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


HTML - CSS - DOM PART 2
Technical Blog
06.MAR.2016
What is grid based design?
It is literally a grid based design with columns and rows used to structure the layout of elements on your webpage.
Whats all the hype about responsive webpages?
We are living in a time where more people are accessing the web with mobile devices and tablets. Having a responsive site that changes and adapts to the users screen resolution is a must for any web developer.
Semantic structure?
Structuring the elements of your website in a way that the computer can easily recognise and process your code. For example "h1" is the most prominent header style so this should be used as your main headings at the top of your page and the smaller headings should follow down the page.
Any other points you found interesting and want to reflect on?
I really enjoyed this Udacity lesson and learnt a lot of skills. If I had known this stuff before it would have made designing and creating this site so much easier.


--- layout: default ---
It's not a bug! It's a feature! 🙃
This page was intentionally left blank since it wasn't supposed to exist in the first place! Be sure to wander back to my website and check out what I've been doing recently.


OSSL_DECODER, OSSL_DECODER_fetch, OSSL_DECODER_up_ref, OSSL_DECODER_free, OSSL_DECODER_get0_provider, OSSL_DECODER_get0_properties, OSSL_DECODER_is_a, OSSL_DECODER_get0_name, OSSL_DECODER_get0_description, OSSL_DECODER_do_all_provided, OSSL_DECODER_names_do_all, OSSL_DECODER_gettable_params, OSSL_DECODER_get_params - Decoder method routines
#include <openssl/decoder.h>
typedef struct ossl_decoder_st OSSL_DECODER;
OSSL_DECODER *OSSL_DECODER_fetch(OSSL_LIB_CTX *ctx, const char *name,
const char *properties);
int OSSL_DECODER_up_ref(OSSL_DECODER *decoder);
void OSSL_DECODER_free(OSSL_DECODER *decoder);
const OSSL_PROVIDER *OSSL_DECODER_get0_provider(const OSSL_DECODER *decoder);
const char *OSSL_DECODER_get0_properties(const OSSL_DECODER *decoder);
int OSSL_DECODER_is_a(const OSSL_DECODER *decoder, const char *name);
const char *OSSL_DECODER_get0_name(const OSSL_DECODER *decoder);
const char *OSSL_DECODER_get0_description(const OSSL_DECODER *decoder);
void OSSL_DECODER_do_all_provided(OSSL_LIB_CTX *libctx,
void (*fn)(OSSL_DECODER *decoder, void *arg),
void *arg);
int OSSL_DECODER_names_do_all(const OSSL_DECODER *decoder,
void (*fn)(const char *name, void *data),
void *data);
const OSSL_PARAM *OSSL_DECODER_gettable_params(OSSL_DECODER *decoder);
int OSSL_DECODER_get_params(OSSL_DECODER_CTX *ctx, const OSSL_PARAM params[]);
OSSL_DECODER is a method for decoders, which know how to decode encoded data into an object of some type that the rest of OpenSSL knows how to handle.
OSSL_DECODER_fetch() looks for an algorithm within the provider that has been loaded into the OSSL_LIB_CTX given by ctx, having the name given by name and the properties given by properties. The name determines what type of object the fetched decoder method is expected to be able to decode, and the properties are used to determine the expected output type. For known properties and the values they may have, please have a look in "Names and properties" in provider-encoder(7).
OSSL_DECODER_up_ref() increments the reference count for the given decoder.
OSSL_DECODER_free() decrements the reference count for the given decoder, and when the count reaches zero, frees it.
OSSL_DECODER_get0_provider() returns the provider of the given decoder.
OSSL_DECODER_get0_properties() returns the property definition associated with the given decoder.
OSSL_DECODER_is_a() checks if decoder is an implementation of an algorithm that's identifiable with name.
OSSL_DECODER_get0_name() returns the name used to fetch the given decoder.
OSSL_DECODER_get0_description() returns a description of the decoder, meant for display and human consumption. The description is at the discretion of the decoder implementation.
OSSL_DECODER_names_do_all() traverses all names for the given decoder, and calls fn with each name and data as arguments.
OSSL_DECODER_do_all_provided() traverses all decoder implementations by all activated providers in the library context libctx, and for each of the implementations, calls fn with the implementation method and arg as arguments.
OSSL_DECODER_gettable_params() returns an OSSL_PARAM(3) array of parameter descriptors.
OSSL_DECODER_get_params() attempts to get parameters specified with an OSSL_PARAM(3) array params. Parameters that the implementation doesn't recognise should be ignored.
OSSL_DECODER_fetch() returns a pointer to an OSSL_DECODER object, or NULL on error.
OSSL_DECODER_up_ref() returns 1 on success, or 0 on error.
OSSL_DECODER_free() doesn't return any value.
OSSL_DECODER_get0_provider() returns a pointer to a provider object, or NULL on error.
OSSL_DECODER_get0_properties() returns a pointer to a property definition string, or NULL on error.
OSSL_DECODER_is_a() returns 1 if decoder was identifiable, otherwise 0.
OSSL_DECODER_get0_name() returns the algorithm name from the provided implementation for the given decoder. Note that the decoder may have multiple synonyms associated with it. In this case the first name from the algorithm definition is returned. Ownership of the returned string is retained by the decoder object and should not be freed by the caller.
OSSL_DECODER_get0_description() returns a pointer to a description, or NULL if there isn't one.
OSSL_DECODER_names_do_all() returns 1 if the callback was called for all names. A return value of 0 means that the callback was not called for any names.
OSSL_DECODER_fetch() may be called implicitly by other fetching functions, using the same library context and properties. Any other API that uses keys will typically do this.
To list all decoders in a provider to a bio_out:
static void collect_decoders(OSSL_DECODER *decoder, void *stack)
{
STACK_OF(OSSL_DECODER) *decoder_stack = stack;
sk_OSSL_DECODER_push(decoder_stack, decoder);
OSSL_DECODER_up_ref(decoder);
}
void print_name(const char *name, void *vdata)
{
BIO *bio = vdata;
BIO_printf(bio, "%s ", name);
}
STACK_OF(OSSL_DECODER) *decoders;
int i;
decoders = sk_OSSL_DECODER_new_null();
BIO_printf(bio_out, "DECODERs provided by %s:\n", provider);
OSSL_DECODER_do_all_provided(NULL, collect_decoders,
decoders);
for (i = 0; i < sk_OSSL_DECODER_num(decoders); i++) {
OSSL_DECODER *decoder = sk_OSSL_DECODER_value(decoders, i);
if (strcmp(OSSL_PROVIDER_get0_name(OSSL_DECODER_get0_provider(decoder)),
provider) != 0)
continue;
if (OSSL_DECODER_names_do_all(decoder, print_name, bio_out))
BIO_printf(bio_out, "\n");
}
sk_OSSL_DECODER_pop_free(decoders, OSSL_DECODER_free);
provider(7), OSSL_DECODER_CTX(3), OSSL_DECODER_from_bio(3), OSSL_DECODER_CTX_new_for_pkey(3), OSSL_LIB_CTX(3)
The functions described here were added in OpenSSL 3.0.
Copyright 2020-2022 The OpenSSL Project Authors. All Rights Reserved.
Licensed under the Apache License 2.0 (the "License"). You may not use this file except in compliance with the License. You can obtain a copy in the file LICENSE in the source distribution or at https://www.openssl.org/source/license.html.


Consultation outcome
Ref: DFE-00029-2015 PDF , 462KB , 36 pages
Government response to the consultation including the outcome for these subjects and the next steps.
We have also published an equality impact assessment into the revised content for these subjects .
A letter from Nick Gibb to the A Level Content Advisory Board about their recommendations for the revised content is also available.
On 18 December 2014 we published an interim government response and feedback report to the consultation on AS and A level subject content in:
This information has now been added into the final government response.
This consultation ran from
to
We are seeking views on further reformed GCSE and A level subject content.
PDF , 255KB , 17 pages
PDF , 180KB , 9 pages
PDF , 160KB , 6 pages
PDF , 187KB , 7 pages
PDF , 197KB , 7 pages
PDF , 194KB , 7 pages
PDF , 109KB , 4 pages
PDF , 117KB , 5 pages
PDF , 217KB , 15 pages
PDF , 698KB , 18 pages
PDF , 558KB , 12 pages
PDF , 259KB , 17 pages
PDF , 162KB , 9 pages
PDF , 199KB , 9 pages
PDF , 121KB , 4 pages
This consultation seeks views on reformed GCSE and A level subject content for first teaching in 2016.
DfE has written in response to ALCAB’s (A Level Content Advisory Board’s) content reform proposals for A level maths, languages and geography.
Published and final documents for other subjects are available:
Published: 16 July 2014
Updated: 26 January 2015


Sandbox Environment
Overview
While you're developing your application, it's important to be able to test it against Dwolla frequently. The Sandbox environment is a complete replica of the main production environment, supporting all of the same API endpoints. Applications should be built and tested against the sandbox before being used in production.
Differences from production
- The Sandbox only contains fake data (your production account won't be available here)
- No actual money is touched or moved!
- The Dwolla web interface is available at
https://uat.dwolla.com/
- All API endpoints have a base URL of
https://uat.dwolla.com/
instead ofhttps://www.dwolla.com
Getting started!
In order to start moving money and begin playing around in the Sandbox, you'll need to do the following:
- Create a Master sandbox account. »
- Create API credentials » using the master sandbox account.
- Use your master account and the Sandbox Admin interface to create accounts » with funds and attached bank accounts.
Creating a master sandbox account
In order to get started with sandbox, a developer must first make an account by going to the aforementioned URL or by clicking here. You will want to use a real e-mail address so that you may confirm your account and/or receive notifications with regards to it.
Choose an account type. This tutorial covers registering through the personal account route, however, all account types work on sandbox.
You can enter false information for everything in this form (including SSN). We advise you to remember your pin, as this will be necessary for making calls to the API.
After submitting this form, you should receive confirmation e-mails prepended with "TEST" in the subject confirming your registration. You will be taken to your account in the "TEST" environment. You can verify that you are in sandbox by looking for the orange advisory bar at the top of the page. It is there at all times when you browse the Dwolla web portal. Important note: Your master account will not have an attached funding source, or a way to add a funding source. Please refer to the "Sandbox Admin" section below on adding additional test accounts.
Sandbox Admin
In order to test how your application modifies account details or moves money amongst them, you can make multiple sandbox users with balances and attached bank accounts. Let's make a few right now with the sandbox admin tool:
Log in with your master account, then navigate to
https://sandbox-uat.dwolla.com
or click here. If this is your first time logging into sandbox, you will be prompted with an OAuth permission request dialog. You must accept in order to use the sandbox admin tool.You will then be taken to the sandbox admin tool interface, where you can create additional accounts. This must be done by uploading a .csv file with the account details. More information is available in the sandbox admin tool, as well as a downloadable sample file. Make a .csv with a few accounts and upload it to the site.
After uploading your *.csv, the initial balances you specified should appear under the account. From here, you can activate/deactivate accounts, as well as process, fail, cancel, or reclaim any transactions amongst them made through either the Dwolla web portal or the API. Remember, in order to access these accounts via the API you must use the
https://uat.dwolla.com/
prefixed endpoints.
Remember to save the Dwolla account information used in the csv upload process. Once these accounts are created you can use the email address and password to login to the dwolla.com dashboard.
Dwolla Libraries; Enabling Sandbox
The Dwolla libraries support the UAT sandbox, making it easier for developers to test their applications without them having to tediously modify multiple procedures and variables. The code examples below give specifics on how to enable sandbox using our most popular libraries:
Within Library
<?php
/**
* An official Guzzle based wrapper for the Dwolla API.
* Fully modular; instantiate a subclass which contains only the group of endpoints
* which you want to use, and not those that you don't.
* The following intantiates the OAuth class,
* and enables sandbox mode via the settings class
*/
// We need the OAuth class in order to do anything
require '../vendor/autoload.php';
$OAuth = new Dwolla\OAuth();
// The Settings class is accessible from all sub-classes
$OAuth->settings->sandbox = true;
?>
# Import everything from the dwolla package
from dwolla import *
# Configure the library (change these)
constants.sandbox=True
constants.client_id = "..."
constants.client_secret = "..."
constants.access_token = "..."
# Example 1: Get basic information for a user via
# their Dwolla ID.
print(accounts.basic('812-202-3784'))
# Include the Dwolla gem
require 'rubygems'
require 'pp'
require 'dwolla'
# Include any required keys
require './_keys.rb'
# Instantiate a new Dwolla User client
# And, seed a previously generated access token
Dwolla::token = @token
Dwolla::api_key = @api_key
Dwolla::api_secret = @api_secret
# Enable Sandbox
Dwolla::sandbox = true
// Include the library and config information
var dwolla = require('../lib/dwolla');
var c = require('../config');
// Enable sandbox
dwolla.sandbox = true;
Special Instructions
Some libraries require a small amount of setup in order to use with Sandbox. Below are instructions for configuring each library for sandbox support.
dwolla-ios
and dwolla-osx
Navigate to ./DwollaOAuthLib/Constants.m
to view an application example, and make the following edits on line 9
:
// No sandbox support
static NSString *DWOLLA_API_BASEURL = @"https://www.dwolla.com/oauth/rest";
// Sandbox support
static NSString *DWOLLA_API_BASEURL = @"https://uat.dwolla.com/oauth/rest";
dwolla-scala
In order to use sandbox with our Scala library, you must set the DWOLLA_API_HOST
environment variable to uat.dwolla.com
. Here's how you would do this in the most commonly used shells:
REM Make sure there are no spaces in between the '=' character
set DWOLLA_API_HOST=uat.dwolla.com
# 'uat.dwolla.com' must be enclosed in ' characters
$env:DWOLLA_API_HOST='uat.dwolla.com'
# Session only
set DWOLLA_API_HOST=uat.dwolla.com
# Permanent (stored in config/not recommended)
export DWOLLA_API_HOST=uat.dwolla.com
# Make sure there are no spaces in between the '=' character
DWOLLA_API_HOST=uat.dwolla.com
dwolla-java
Navigate to ./samples/src/main/java/com/example/App.java
to view an application example, and make the following edits on lines 16-18
:
public class App {
private final static String baseUrl = "https://www.dwolla.com/oauth/rest";
// Sandbox mode: private final static String baseUrl = "https://uat.dwolla.com/oauth/rest";
private final static String applicationKey = "";
public class App {
// private final static String baseUrl = "https://www.dwolla.com/oauth/rest";
private final static String baseUrl = "https://uat.dwolla.com/oauth/rest";
private final static String applicationKey = "";
More details
Anything which is not covered in this guide is included in our other documentation for both the developer sandbox and the sandbox admin tool.


While it may seem counter-intuitive, it is often the case with existing TCP implementations that -- between two computers -- a single TCP connection has much poorer performance than two TCP connections that each carry half the data1. Therefore, the number of REQUEST entries to the same upstream LDM can affect the tradeoff that consequently exists in the LDM system between data-product latency and computer load. Take, for example, the following entry in the LDM configuration-file, ldmd.conf:
REQUEST WMO .* hostId
It might be better, in terms of data-product latency to split this request into the following:
REQUEST HDS .* hostId REQUEST IDS|DDPLUS .* hostId
If the increased load on the computer from having two downstream LDMs running instead of one caused performance problems, however, then this would be a bad idea.
Besides splitting the data-feeds on the feedtype as in the above example, it is also possible to split them on the data-product identifier ERE. This is most useful for extremely high-volume data-feeds like CONDUIT. For example, the following entries:
EQUEST CONDUIT "[02468]$" hostId REQUEST CONDUIT "[13579]$" hostId
would split reception of CONDUIT data into two connections to the same upstream LDM of equal volume by taking advantage of the trailing sequence number that is part of the data-product identifier of CONDUIT data-products. Similarly, the feed could be split into five connections of equal volume if experience proved that necessary.
1. It is hoped that a new TCP implementation called FAST from the California Institute of Technology will fix this.


Mob_Psycho_100
Kageyama Shigeo (a.k.a. "Mob") is a 8th grader with psychic abilities. He could bend spoons and lift objects with his mind from a young age, but he slowly began to withhold from using his abilities in public due to the negative attention he kept receiving. Now, the only thing he wants is to become friends with a girl in his class, Tsubomi. With his psychic "mentor" (who has no psychic powers), he continues his daily life, attempting to realize his purpose in life.


Correct The abstract describes the typed PPI relation des
Incorrect - Other The abstract does not describe the relationship between the
2 proteins
Incorrect - NERThe abstract does not describe the relationship between the 2
proteins due to invalid protein name recognition
Not - sure Unable to clearly tell if the abstract describes the relation
Incorrect - Opposite type The question is about dephosphorylation, but the abstract
talks about phosphorylation


name = models.ForeignKey("OntologyTerm", on_delete=models.CASCADE, related_name="+")
sample = models.ForeignKey("Sample", on_delete=models.CASCADE, related_name="keywords")
source = models.TextField()
name = models.ForeignKey("OntologyTerm", on_delete=models.CASCADE, related_name="+")
sample = models.ForeignKey("Sample", on_delete=models.CASCADE, related_name="keywords")
source = models.ForeignKey("Contribution", on_delete=models.CASCADE)


--- title: "Dietary Resistant Starch Protects Against Diabetic Nephropathy by Inhibition of Complement" draft: false authors: [] event: "54th Australian and New Zealand Society of Nephrology Annual Scientific Meeting" event_url: https://www.nephrology.edu.au/ location: Sydney, Australia summary: "54th Australian and New Zealand Society of Nephrology Annual Scientific Meeting" # Talk start and end times. # End time can optionally be hidden by prefixing the line with `#`. date: "2018-09-08T08:00:00Z" #date_end: "2019-10-02T12:00:00Z" all_day: true publishdate: "2018-09-08" links: - icon: file-alt icon_pack: fa name: Published Abstract url: "pdf/conference/2018_ANZSN.pdf" categories: # - talks tags: - complement activation - resistant starch - diabetic kidney disease lastmod: '2019-06-16T02:20:01-07:00' featured: no image: caption: "" focal_point: "" preview_only: no projects: [] ---
Aim To investigate immune mechanisms by which resistant starch (RS) supplementation may be protective against diabetic nephropathy.
Background Activation of complement occurs in diabetic nephropathy. C5a is a downstream complement component that activates the innate immune system contributing to inflammation. Dietary RS may be nephro-protective, however the effects of dietary RS on complement activation and the innate immune system have not been explored.
Methods Six week old non-diabetic mice (db/h), diabetic mice (db/db) and db/db mice on a regular chow diet supplemented with 25% RS (dbdb+RS) were maintained for ten weeks. 24-hour urine was collected for albumin and C5a measurement by ELISA. Kidneys were digested and enriched for leukocytes using Percoll gradient. Cells were stained with BV786-CD45, AF700-CD11b, PE-Cy7-CD11c, BV711-Siglec F, BV605-Ly6C, PE-CD86, FITC-C5aR antibodies and flow cytometry was performed.
Results Diabetes was associated with an increase in albuminuria (28.0±6.5 vs 411.3±275.8µg/24h, P<0.001, dbh vs dbdb), which was reduced in diabetic mice receiving RS supplementation (411.3±275.8 vs 125.6±37.3µg/24h, P<0.01, dbdb vs dbdb+RS). Urinary C5a excretion was increased by diabetes (92.6±17.6 vs 1324.0±429.7pg/24h, P<0.001, dbh vs dbdb) and decreased by RS (1324.0±429.7 vs 577.7±123.1pg/24h, P<0.05, dbdb vs dbdb+RS). In diabetes there was an increase in CD86 MFI (a marker of activation) on infiltrating macrophages (CD45+ CD11b+ CD11c- Siglec F- Ly6C hi), which was attenuated with RS (3.7±1.8 vs 1.5±1.0 fold change to dbh, P<0.05, dbdb vs dbdb+RS). Furthermore, infiltrating macrophages were more likely to be positive for C5aR with diabetes (4.8±3.9 vs 54.0±27.8%, P<0.001, dbh vs dbdb), which RS supplementation reduced (54.0±27.8 vs 11.7±4.2%, P<0.01, dbdb vs dbdb+RS).
Conclusions These studies support the notion that dietary RS is protective against renal disease via inhibition of complement.


Someone, hopefully you, asked to reset their password. If you did not make this request, simply ignore this email. But if you did, click here: {{ activation_url }}


A dendrogram shows a hierarchical structure. It is constituted of a root node that gives birth to several nodes connected by edges or branches. Last nodes of the hierarchy are called leaves. Learn more about its theory on data-to-viz.com, or visit the examples below to learn how to implement it in d3.js
A note on input data format
Building dendrogram with d3.js
requires to have an input at the Json
format, like here. The d3r package makes it a breeze to get this format from a R
data frame.
# This is R code
# create a simple hierarchy
data <- data.frame(
level1="CEO",
level2=c( rep("boss1",4), rep("boss2",4)),
level3=paste0("mister_", letters[1:8])
)
# transform it to json format
library(d3r)
data_json <- d3_nest(data)
# Save in a json file
write(data_json, "data_ready.json")
You're now ready to use the file called data_ready.json
in your d3.js chart
Building a dendrogram with d3.js always follows the same steps. First, a cluster layout must be defined with d3.cluster()
. Second, data is provided to this layout thanks to d3.hierarchy()
. We now have an object with nodes coordinates. Lastly, we can use it to add nodes with append('circle')
and links with append('path')
.
A few blocks with more complicated codes to showcase what's possible to do with hierarchical edge bundling.


Apply a local package
Topics
Because kpt packages are composed of resource configuration can be applied with
kubectl apply -R -f DIR
, however kpt includes the next-generation apply
commands developed out of the Kubernetes cli-utils repository as the
kpt live apply command.
Kpt live apply provides additional functionality beyond what is provided by
kubectl apply
, such as communicating back resource status and pruning
resources for deleted configuration.
Steps
- Topics
- Steps
- Fetch a remote package
- Initialize the package inventory template
- Apply to a cluster
- Print the live resources
- Prune resources
Fetch a remote package
Command
export SRC_REPO=https://github.com/GoogleContainerTools/kpt.git
kpt pkg get<EMAIL_ADDRESS>helloworld
Grab a remote package to apply to a cluster.
Output
fetching package /package-examples/helloworld-set from https://github.com/GoogleContainerTools/kpt to helloworld
Initialize the package inventory template
The kpt version of apply uses a ConfigMap map to keep track of previously applied resources so they can be pruned later if the configuration for them is deleted. The kpt live init command will generate an inventory template (which is just a normal ConfigMap manifest with a special annotation) used by kpt live apply to generate an actual ConfigMap in the cluster which we refer to as an inventory object.
The inventory template must be created for a package to be applied using
kpt live apply
.
Init Command
kpt live init helloworld
Init Output
namespace: default is used for inventory object
Initialized: helloworld/inventory-template.yaml
Inventory template
apiVersion: v1
kind: ConfigMap
metadata:
...
name: inventory
labels:
# DANGER: Do not change the value of this label.
# Changing this value will cause a loss of continuity
# with previously applied inventory objects. Set deletion
# and pruning functionality will be impaired.
cli-utils.sigs.k8s.io/inventory-id: 060da2f6-dc0e-4425-a286-9a4acbad063d
A ConfigMap with the cli-utils.sigs.k8s.io/inventory-id
label has been
created, and will be used by apply to generate a history of previously
applied resources. This file should be checked into git
along with the
rest of the package, but otherwise ignored by users.
Apply to a cluster
Apply Command
kpt live apply helloworld --reconcile-timeout=2m
Apply the resources to the cluster and block until the changes have been fully rolled out – e.g. until the Pods are running.
Apply Output
configmap/inventory-17c4dd3c created
service/helloworld-gke created
deployment.apps/helloworld-gke created
3 resource(s) applied. 3 created, 0 unchanged, 0 configured
configmap/inventory-2911da3b is Current: Resource is always ready
service/helloworld-gke is Current: Service is ready
deployment.apps/helloworld-gke is InProgress: Available: 0/5
deployment.apps/helloworld-gke is InProgress: Available: 2/5
deployment.apps/helloworld-gke is Current: Deployment is available. Replicas: 5
resources failed to the reached Current status
0 resource(s) pruned
Apply prints the status of the resources as it waits for all changes to be rolled out.
Print the live resources
Display the resources in the cluster using kubectl.
Print Command
kubectl get configmaps,deploy,services
Print Output
NAME DATA AGE
configmap/inventory-28c4kc3c 2 2m47s
NAME READY UP-TO-DATE AVAILABLE AGE
deployment.apps/helloworld-gke 5/5 5 5 2m47s
NAME TYPE CLUSTER-IP EXTERNAL-IP PORT(S) AGE
service/helloworld-gke NodePort <IP_ADDRESS> <none> 80:32442/TCP 2m47s
service/kubernetes ClusterIP <IP_ADDRESS> <none> 443/TCP 19m
Command: tree
kubectl get all -o yaml | kpt cfg tree
The output of kubectl can also be piped to kpt cfg tree to summarize the resources.
Output: tree
.
├── [Resource] Deployment default/helloworld-gke
│ └── [Resource] ReplicaSet default/helloworld-gke-5bf95f8869
│ ├── [Resource] Pod default/helloworld-gke-5bf95f8869-mm7sq
│ ├── [Resource] Pod default/helloworld-gke-5bf95f8869-ng8kh
│ ├── [Resource] Pod default/helloworld-gke-5bf95f8869-nlh4r
│ ├── [Resource] Pod default/helloworld-gke-5bf95f8869-phx85
│ └── [Resource] Pod default/helloworld-gke-5bf95f8869-v4259
├── [Resource] Service default/helloworld-gke
└── [Resource] Service default/kubernetes
Prune resources
Resources can be deleted from the cluster by deleting them from the resource configuration.sh
Prune Command
rm helloworld/deploy.yaml
kpt live apply helloworld/ --reconcile-timeout=2m
Apply uses the previously created inventory objects (ConfigMaps) to calculate the set of resources to prune (delete) after applying. In this case the Deployment.
Prune Output
service/helloworld-gke is Current: Service is ready
resources failed to the reached Current status
deployment.apps/helloworld-gke pruned
configmap/inventory-2911da3b pruned
2 resource(s) pruned
Print the live resources after pruning
kubectl get deploy
No resources found in default namespace.


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This page links to a set of demos for each technology in the AxKit toolchest. Please bear in mind that some of the demos may not work depending on what modules you happen to have installed. You can try each demo, and if it does not work, you will see an error page informing you of what you will need to install.


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§713-1300 Repeal and recodification. [Omitted as functus.]
APPENDIX
1. ABBREVIATIONS
Colum. L. Rev. Columbia Law Review
Eng. Rep. English Reports--Full Preprint
F. Federal Reporter
F.2d Federal Reporter, Second Series
F. Supp. Federal Supplement
Haw. Hawaii Reports
H.R.S. or HRS Hawaii Revised Statutes
H.R.Cr.P. Hawaii Rules of Criminal
Procedure (1960)
Ill. Cr. Code Illinois Criminal Code (1961)
M.P.C. American Law Institute, Model Penal
Code, Proposed Official
Draft (1962)
Mich. L. Rev. Michigan Law Review
N.Y.R.P.L. New York Revised Penal Law (1965)
Prop. Del. Cr. Code Proposed Delaware Criminal
Code (1967)
Prop. Mich. Rev. Cr. Code Proposed Michigan Revised
Criminal Code (1967)
Q.B. Queen's Bench Reports
Stan. L. Rev. Stanford Law Review
U.S. United States Supreme Court Reports
Weekly L. R. Weekly Law Reports (English)
2. TABLE OF DISPOSITION--TITLE 37. CRIMINAL LAW
R = Repealed
________________________________________________________________
Former § Present § Former § Present §
________________________________________________________________
C701 R 711-21 to 23 806-21 to 23
C702 R 711-26 to 42 806-26 to 42
C703 R 711-46 to 51 806-46 to 51
C704 R 711-56 806-56
705-1 to 3 R 711-61 to 64 806-61 to 64
705-4 801-1 711-65, 66 R
705-5 801-5 711-67, 68 806-65, 66
705-5.5 R 711-71 to 73 R
705-6 to 8 801-2 to 4 711-76, 77 R
705C-1 to 12 802-1 to 12 711-78, 79 806-72, 73
C706 R 711-80 to 83 R
C707 R 711-84 806-71
708-1 to 11 803-1 to 11 711-85, 91 to 94 R
708-21 to 24 803-21 to 24 711-96 806-76
708-31 to 38 803-31 to 38 C712 R
709-1 to 19 804-1 to 19 713-1 to 27 832-1 to 27
709-31 to 41 804-31 to 41 713C-1 to 6 833-1 to 6
709-51 804-51 714-1 to 6 834-1 to 6
710-1 to 11 805-1 to 11 715-1 to 19 841-1 to 19
710-12 to 14 R 716-1 to 7 831-1 to 7
710-15 805-12 718-1 to 8 835-1 to 8
711-1, 2 806-1, 2 719-1 to 6 836-1 to 6
711-6 to 10 806-6 to 10 720-1 to 12 842-1 to 12
711-16 to 18 806-16 to 18