Is there a way to do this integral without increasing the exponential power?

To integrate[
 x^(1/2) Exp[-10.7*
c/x] sqrt[(1 - (125/1000)^2) (1 - (2*4.18/125)^2) - (1 - (2 x/
      1000))^2], {x, 5.03, 994.97}]

or can I do this indefinite integral without the numerical limits.
My entry is unable to do it

Timezone Offset – How to Determine the Problem of the Strangely Formed Hourly PV Power Output Curve from PVlib

My hourly energy with pvlib is unusually high in the morning and low in the evening. It seems that the peak is shifted towards the morning.
This corresponds to an output power of a few days with the corresponding irradiance data (W / m2):

Time | Alternating current [kW] | GHI | DHI | DNI |
——- | ————— | —– | —– | —– |

6:00 | 0 | 4 | 1 | 0 |
7:00 | 22 | 161 | 66 | 589 |
8:00 | 29 | 390 | 153 | 608 |
9am | 35 | 592 | 220 | 629 |
10am | 37 | 754 | 262 | 654 |
11am | 36 | 830 | 283 | 635 |
12:00 34 | 874 | 291 | 638 |
13h00 | 31 | 894 | 292 | 668 |
14:00 | 24 | 828 | 280 | 659 |
15h00 | 15 | 695 | 251 | 631 |
16h00 | 5 | 514 | 198 | 601 |
17h00 | 3 | 299 | 128 | 550 |
18h00 | 1 | 74 | 39 | 430 |

As can be seen, the power does not really match the irradiance data and seems to have moved to an earlier era. It should be mentioned that the irradiance data are simulated GHI and DHI and calculated DNI. The maximum AC power of the system is 40 kW, limited by the inverted system.

Do you have any idea why this is happening? Am I overseeing something obvious?
I tried to change the time zone statement that did not change anything. I've also tried to change the tilt angle from 5 to 45, which has strangely resulted in an increase in PV output power. This should certainly not be the case for this latitude.
Thank you so much!

Here is the code of my model PVlib:

& # 39; & # 39; & # 39;
TMY_Dataframe creation -> uses the function of the tmyDataImport module
& # 39; & # 39; & # 39;

tmy_df = ti.tmyData ("DHI.csv", "Weather.csv", highres = False)



"" "
Declaration of location
"" "
lat_ref = 0.20
long_ref = 35
tz_ref = Africa / Nairobi & # 39;
alt_ref = 1155.0

loc = location (latitude = lat_ref, longitude = long_ref, tz = tz_ref,
altitude = alt_ref)

"" "
PVSystem declaration
"" "

cec_modules = pvlib.pvsystem.retrieve_sam (& # 39; CECMod & # 39;)
# sandia_modules = pvlib.pvsystem.retrieve_sam (& # 39; SandiaMod & # 39;)
cec_inverters = pvlib.pvsystem.retrieve_sam (cecinverter & # 39;)

tilt_ref = 5
azi_ref = 180 #South
alb_ref ​​= None
surf_type_ref = & # 39; grass & # 39;
mod_ref = None
mod_para_ref = cec_modules['Trina_Solar_TSM_325PD14']
mod_p_str_ref = 19
str_p_inv_ref = 1
inv_ref = None
inv_para_ref = cec_inverters['Fronius_USA__IG_Plus_5_0_1_UNI__240V__240V__CEC_2018_']
rack_ref = & # 39; open_rack_cell_glassback & # 39;
losses_ref = None

pvsyst = PVSystem (surface_tilt = incl_ref, surface_azimuth = azi_ref, albedo = alb_ref, surface type = surf_type_ref,
module = mod_ref, module_parameters = mod_para_ref, modules_per_string = mod_p_str_ref, strings_per_inverter = str_p_inv_ref,
inverter = inv_ref, inverter_parameters = inv_para_ref, racking_model = rack_ref, loss_parameters = loss_ref)


"" "
ModelChain declaration
"" "

pvsys_ref = pvsyst
loc_ref = loc
orient_strat_ref = None
sky_mod_ref = & # 39; ineichen & # 39;
transp_mod_ref = haydavies & # 39;
sol_pos_mod_ref = nrel_numpy & # 39;
airm_mod_ref = kastenyoung1989 & # 39;
dc_mod_ref = & # 39; cec & # 39;
ac_mod_ref = None
aoi_mod_ref = & # 39; physical & # 39;
spec_mod_ref = no_loss & # 39;
temp_mod_ref = & # 39; sapm & # 39;
loss_mod_ref = no_loss & # 39;

moch = ModelChain (system = pvsys_ref, location = loc_ref, orientation_strategy = orient_strat_ref,
clearsky_model = sky_mod_ref, transposition_model = transp_mod_ref, solar_position_model = sol_pos_mod_ref,
airmass_model = airm_mod_ref, dc_model = dc_mod_ref, ac_model = ac_mod_ref, aoi_model = aoi_mod_ref,
spectral_model = spec_mod_ref, temp_model = temp_mod_ref, loss_model = loss_mod_ref)


moch.run_model (times = tmy_df.index, weather = tmy_df)

ac_power = moch.ac * 8/1000

ac_power = ac_power.reset_index (drop = False)
ac_power = ac_power.rename (columns = {0: "PV supply [kW]"})
ac_power.loc[(AC_POWER[&#39;PVPower[(AC_POWER['PVPower[(ac_power['PVPower[(ac_power['PVPower[kW]& # 39;]<0, & # 39; PV Power [kW]& # 39;)]= 0
ac_power.to_csv (& # 39; pvPower.csv & # 39;)

CPU frequency in Intel Power Gadget

  • The frequency and temperature of which kernel are indicated by the Intel Power Gadget tool?

  • How can I see the frequency of all the independent cores on my MacBook?

  • Intel Power Gadget can it be configured to do it? (I could not find the required setting / extension)

There is already a discussion about observing processor frequencies using the terminal:

  • Is there a way to see the current processor frequency in macOS from the terminal (not the Intel power supply gadget).

However, I can not draw any conclusion / method to achieve this objective from the foregoing. An equivalent for cpu-frequtils would have been nice to have on macOS.

Best Way to Recover a Power Failure on Centos 7

According to them, executing xfs commands on Centos 7 is dangerous because its obsolete code is analyzed. It may break your disk and many workarounds would be needed to use xfs_repair to recover corrupted data and insert commands. The only way to use the hot spare and insert them through the system console since there is no other way but inserting from the Start menu on ub>. This XFS stuff makes me no resource but uses the installation disk to fix the hard mistakes do not know what is possible –

Someone recovered from this in a simple way?

I Have These Failed Dependency Errors for NFS Lock Service and Failed Dependency for Network File System Server

On my motherboard, I have Ultra DMA mode – 6 S.M.A.R.T capacity status OK

Best Way to Recover a Power Failure on Centos 7

According to them, executing xfs commands on Centos 7 is dangerous because its obsolete code is analyzed. It may break your disk and many workarounds would be needed to use xfs_repair to recover corrupted data and insert commands. The only way to use the hot spare and insert them through the system console since there is no other way but inserting from the Start menu on ub>. This XFS stuff makes me no resource but uses the installation disk to fix the hard mistakes do not know what is possible –

Someone recovered from this in a simple way?

I Have These Failed Dependency Errors for NFS Lock Service and Failed Dependency for Network File System Server

On my motherboard, I have Ultra DMA mode – 6 S.M.A.R.T capacity status OK

5th dnd – Does allowing the Thunderwave spell to be centered without affecting the caster increase its power level?

the a wave of thunder sort to description:

A wave of thunderous force invades you. Each creature in a 15-foot cube coming from you must make a constitution save roll. In case of failure of a save, a creature suffers 2d8 thunder damage and is pushed a hundred yards away from you. In case of successful backup, the creature suffers half the damage and is not pushed.

When I read this for the first time, long ago, I thought it meant that the caster was the center of the 15-foot cube, thus affecting all the creatures around you. I've also assumed that it would not hurt the thrower. For clarity, I play that it is always centered on the caster, not that they have the choice of his area of ​​effect.

I've since learned from this and other questions on the site that this interpretation is incorrect. Indeed, nitsua60's response to this question explicitly calls my misconception directly. This other question also excludes a potential solution that complies with RAW.

As I prefer my incorrect version of the spell, I always used it at my table without really worrying about its balance. I did not find it too powerful; However, I have never used it in raw ways, so I am not sure that there is a difference.

My question is:
Change Does a wave of thunder to be centered on but not to affect the caster to increase his power level?

json – How to generate in Power BI a table with a single record that accesses a view in a SQL Server 2008 DB

I have a pbix file that connects to two views stored in a SQL Server 2008 bd. This file connects to the server via an odbc connection. However, by the time I check the code of one of the used tables, I find that it uses a JSON type method to start a single record:

Power Query Code for the table

Table generated with a single record

If we revise the model, we see the Measurements Last Campaign table, unrelated to the other two tables generated by the consumed SQL Server 2008 views. These are linked to a support table created with Power BI.

enter the description of the image here

What exactly is this code that apparently consumes a JSON? If I want to connect to other views or procedures and create new metrics in the Media table of the last campaign, how can I replicate the JSON code if necessary?

Thank you

dnd 5th – How to limit the power of the Phasing Eye ability of the mystic

A player in my campaign plays a mystical Unearthed Arcana V3 and uses the Phasing Eye ability. I've tried to find a way to reduce its use a little.

Most of the time, this is not a problem and is used to spying behind the scenes or containers. As for the dungeons, Phasing Eye is first sent throughout the complex and there are not many ways to keep some areas inaccessible. I do not have a problem with giving the player a chance to track, that's what the ability was designed to do after all, but it still raises some issues.

  • Time: Screening can take a long time. The party is encouraged to send the eye through the entire dungeon, to map as and then to retread the area itself.
  • Drama: When the whole dungeon is open to reading, it is difficult to set up ambushes, traps or dramatic revelations.
  • DM flexibility: Giving the dungeon layout and the enemy's position means that things can not be changed on the fly to improve the game. The encounters can not be moved behind the curtain and it can be strange to have to imagine an explanation of what a monster could do in his spare time.

Arcane Eye is similar but can be controlled by well-placed physical barriers. As I understand Phasing Eye, nothing less than 30 feet. Thick wall can hinder its movement.

Mordenkainen's Private Sanctum, as it is written, only blocks divination spells. I think it's reasonable enough for him to also block Phasing Eye, but I prefer to use it sparingly because all dungeons do not make sense for the spell to be effective.

I've planned to add nomadic guards who can see the invisibility, but even if they see the sensor (I do not know if they could or not), they could not destroy it or dispel it. The best that they could do would be to give the alarm that an amorphous glowing object was seen floating.

Are there alternatives to limit the use of capacity or can changes be made to the design of the dungeon to better adapt it?

i: jt

BlackHatKings: General Discussion on PPC
Posted by: MervinROX
Post time: June 8, 2019 at 22:48.

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