semvec/pypi-packages huggingface dataset:
fake-progress-bars 1.0.0
A package for creating customizable, fake progress bars.
Requires Python: >=3.8

# Fake Progress Bars

I don't know why you'd want to, but now you can make fake progress bars.

```python
from fake_progress_bars import progress_bar

# Creates a 10 second default progress bar.
progress_bar(10)

# Creates a 10 second customized progress bar.
progress_bar(time=10, size=200, step=2, label='Example', variability=0.1,
    progress='◼️', remaining='·', outside='⏺', percentage=False)
```

All configuration options:

-   **time**: The amount of time the progress bar takes to complete.
-   **size**: The size of the progress bar in characters.
-   **step**: The amount the progress increases every step.
-   **label**: The label before the progress bar, succeeded by ": ".
-   **variability**: The amount of change allowed in the time of each step. This property is limited to the time times the step divided by the size to keep the time consistent.
-   **progress**: The character used to represent the current progress of the progress bar.
-   **remaining**: The character used for the remaining percentage of the progress bar.
-   **outside**: The character used as the border on either side of the progress bar.
-   **percentage**: Whether the percentage competed should be shown on the right side of the progress bar.
vcarhilclient 1.1.1130
vcarhilclient
Requires Python: >=3.6

# pymrt_client Package
# kunyi automatic test mrt client；

# Example:

# 1.Create a connection:
from pymrt_client.kunyi_mrt import *

my_mrt = mrt_client("192.168.5.43", "8888", "8889", "8890")

ec = my_mrt.connet()

assert ec.value == 0

# 2.Create experiment
ec = my_mrt.create_test_env("envName")

assert ec.value == 0

# 3.Send test package
ec, file_id = my_mrt.download_file(pf_path)

assert ec.value == 0

# 4.Send mapping file
ec, mapping_id = my_mrt.download_file(mapping_path)

assert ec.value == 0

# 5.Load device mapping
ec = my_mrt.load_device_mapping(map_id)
    assert ec.value == 0

# 6.Loading test package
my_mrt.load_test_resources_to_env("envName", file_id)

# 7.Start the experiment
ec = my_mrt.start_test("envName")

assert ec.value == 0

# 8.Enter the inputport send value
rc = my_mrt.set_input_port_value("envName", "expression_1", "x[0]", "Double", 1.1,item_count=1,struct_detail=None)

assert rc == 8

# 9.Get outputport value
rc, value = my_mrt.get_output_port_value("envName", "expression_1", "y[0]", "Double",item_count=1,struct_detail=None)

assert rc == 8

assert value == 1.1

# 10.Create daq
ec, daq_handle = my_mrt.create_daq("envName", 2, 0)

assert ec.value == 0, "resValue:{}".format(ec.value)

# 11.daq set port
ec = my_mrt.daq_set_port("envName", daq_handle, 0, "expression_1", "x[0]",
                             mrt_port_type_t.MRT_INPUT_PORT, "Double")

assert ec.value == 0, "resValue:{}".format(ec.value)

# 12.start daq
ec = my_mrt.start_daq("envName", daq_handle)

assert ec.value == 0, "resValue:{}".format(ec.value)

# 13.Read daq
res_code  = my_mrt.daq_read("envName", daq_handle,item_count=1,sub_struct_detail=None)

# 14.Creation generator
ec , gen_handle = my_mrt.create_gen("envName",2)

assert ec.value ==0

# 15.Stop daq
ec = my_mrt.stop_daq("envName", daq_handle)

assert ec.value == 0

# 16.Destroy daq
ec = my_mrt.destroy_daq("envName", daq_handle)

assert ec.value == 0

# 17.Stop the experiment
ec = my_mrt.stop_test("envName")

assert ec.value == 0

# 18.Delete the experiment
ec = my_mrt.delete_test_env("envName")

assert ec.value == 0
wellcadformats 0.3
Read/write WellCAD's ASCII data file formats
Requires Python: >=3.7
Keywords: science,geophysics

# wellcadformats

Read in export file formats produced by [Advanced Logic Technology (ALT)](http://www.alt.lu/default.htm)'s [WellCAD](http://www.alt.lu/software.htm) software, and provides a few utility functions for the imaging/waveform data formats.

ASCII export formats supported so far:

- .waw - well logs with a single floating point number per depth
- .waf - full-waveform sonic logs - vector array of floating point numbers per depth
- .wai - image log - vector array of integers per depth

The authors of this package have no affiliation with ALT.