In statsmodels.nonparametric.kernel_regression.KernelReg class, we have one parameter called ckertype which is used for user to specify kernel name. (I think by default the value is "gaussian"). I want to ask what else valid values for such ckertype parameter ? It seems the official documents is missing that part. I actually want to specify a "uniformed" distribution for such parameter, anyone can guide me how to do that please ?
https://www.statsmodels.org/dev/generated/statsmodels.nonparametric.kernel_regression.KernelReg.html
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In cheat engine you can do "client.dll"+00D3AC5C and in reclass <client.dll>+00D3AC5C
how to do the same in python I am using ReadWriteMemory but I will soon change it for something more complex. Can you tell me please how to do it with RWM or with something other ?
According to the source code of that library, there's seemingly no way to get the base address of a process.
However you can get the base address by bypassing the library and doing it yourself via this method. Then, once you have the hex value of the base address, you can then simply add an offset to it, then use RWM's read() or get_pointer().
When i use a NumericalValueSpecification to init value for an ApplicationPrimitiveDataType of category 'BOOLEAN' with a NonqueuedSenderComSpec, it can correctly generate RTE codes without any compilation error, but as [constr_1221] said, if a DataPrototype is typed by an ApplicationPrimitiveDataType its initValue shall be provided by an ApplicationValueSpecification. So, does [constr_1221] apply to Initial Value Representation at level 2?
Yes, any DataPrototype that is typed by an ApplicationDataType shall only be initialized by means of an ApplicationValueSpecification. A NumericalValueSpecification or TextValueSpecification can be used to initialize a DataPrototype typed by an ImplementationDataType.
Is there a Way to get the BuiltInParameterId (Ex:BuiltInParameter.SHEET_SIZE)
from a Parameter ElementId.
I have a number extracted from an Schedule Field (-1010106)
and I want to get the BuildInParameter-id.
Currently I am doing it like this:
BIPdic = {i.value__ : i for i in BuiltInParameter.GetValues(BuiltInParameter)}
bipid= BIPdic[-1010106]
I could not find an easier way. (Its easy, but I have to built a dictionary
from all (over 3000 BuiltInParameters)).
THX
tillbaum
I am not absolutely sure I know what you mean. Check out the description of the ElementId constructor taking a BuiltInParameter input argument.
You can also take a look at the built-in parameter checker BipChecker and its BipChecker GitHub repo. It iterates over all built-in parameter values and tries to retrieve a parameter value for each one.
That sounds pretty similar to what you are after with your dictionary.
I'm using apscheduler .
I don't really understand the 'add_job' method .
This works fine :
job = scheduler.add_job( my_housekeeping_function,
'interval',
kwargs={'config':config},
seconds=60,
)
but I don't understand how the argument 'interval' (which I'm using succesfully) matches what is shown in the documentation : https://apscheduler.readthedocs.io/en/latest/modules/schedulers/base.html#apscheduler.schedulers.base.BaseScheduler.add_job .
It does seem that the second argument can be a 'str' (although as far as I can tell there's no indication of what are valid values), however there's indication that I can include a keyword argument of 'seconds' but when I do it all works .
Can anyone explain ?
Where did you look for the documentation? In the official API documentation, the valid values are listed right in the description of add_job(). The same list can also be found in the User Guide.
What's happening here is that APScheduler looks up the corresponding setuptools entry point from the apscheduler.triggers namespace. The canonical list of built-in triggers can be found in setup.py.
According to a std_files.e that I have found, read_character requires not end_of_file, but it doesn't specify any post-condition; and last_character has no preconditions. Therefore, what happens if you call last_character before calling read_character?
last_character will give a default value '%U' unless there is some unusual code around, e.g. the code that redefines this feature or accesses an object input on STD_FILES and reads something without using STD_FILES, etc.