pandas: powerful Python data analysis toolkit - 0.25
function. In [170]: from functools import partial In [171]: q_25 = partial(pd.Series.quantile, q=0.25) In [172]: q_25.__name__ = '25%' In [173]: q_75 = partial(pd.Series.quantile, q=0.75) In [174]: https://xlsxwriter. readthedocs.io/working_with_pandas.html 4.1.5 OpenDocument Spreadsheets New in version 0.25. The read_excel() method can also read OpenDocument spreadsheets using the odfpy module. The semantics writing (serialization), and reading (deserialization). Warning: The msgpack format is deprecated as of 0.25 and will be removed in a future version. It is recommended to use pyarrow for on-the-wire transmission0 码力 | 698 页 | 4.91 MB | 1 年前3pandas: powerful Python data analysis toolkit - 0.25.0
0.25.0 2 CONTENTS CHAPTER ONE WHAT’S NEW IN 0.25.0 (JULY 18, 2019) Warning: Starting with the 0.25.x series of releases, pandas only supports Python 3.5.3 and higher. See Plan for dropping Python 2 __repr__ method, if a specific __repr__ method is not found. This is not needed for Python3. In Pandas 0.25, the string representations of Pandas objects are now generally defined in __repr__, and calls to identical. See Migrating for more (GH19239). 1.3.2 msgpack format The msgpack format is deprecated as of 0.25 and will be removed in a future version. It is recommended to use pyarrow for on-the-wire transmission0 码力 | 2827 页 | 9.62 MB | 1 年前3pandas: powerful Python data analysis toolkit - 0.25.1
0.25.1 2 CONTENTS CHAPTER ONE WHAT’S NEW IN 0.25.0 (JULY 18, 2019) Warning: Starting with the 0.25.x series of releases, pandas only supports Python 3.5.3 and higher. See Dropping Python 2.7 for more __repr__ method, if a specific __repr__ method is not found. This is not needed for Python3. In Pandas 0.25, the string representations of Pandas objects are now generally defined in __repr__, and calls to identical. See Migrating for more (GH19239). 1.3.2 msgpack format The msgpack format is deprecated as of 0.25 and will be removed in a future version. It is recommended to use pyarrow for on-the-wire transmission0 码力 | 2833 页 | 9.65 MB | 1 年前3Template-Less Meta-Programming
x86-64 1 1 0.25 shl edi, 3 2 5 0.50 * bzhi eax, dword ptr [rsi], edi 1 3 1.00 imul eax, eax, 267363435 1 1 0.25 shr shr eax, 29 1 1 0.25 mov ecx, 531 1 1 0.25 shrx eax, ecx, eax 1 1 0.25 and eax, 7 [1] [2] [3] [4] [5] [6] lookup: // x86-64 0 码力 | 130 页 | 5.79 MB | 5 月前3Getting Started in KiCad 4.0
those required by your PCB manufacturer. In general you can set the clearance to 0.25 and the minimum track width to 0.25. Click on the Design Rules → Design Rules menu. If it does not show already, click the top of the window to 0.25 and the Track Width field to 0.25 as shown below. Measurements here are in mm. 4. Click on the Global Design Rules tab and set Min track width to 0.25'. Click the OK button0 码力 | 63 页 | 756.22 KB | 1 年前3Getting Started in KiCad 5.1
those required by your PCB manufacturer. In general you can set the clearance to 0.25 and the minimum track width to 0.25. Click on the Setup → Design Rules menu. If it does not show already, click on the Net Classes Editor tab. Change the Clearance field at the top of the window to 0.25 and the Track Width field to 0.25 as shown below. Measurements here are in mm. Getting Started in KiCad 24 / 43 4. Click on the Global Design Rules tab and set Minimum track width to 0.25. Click the OK button to commit your changes and close the Design Rules Editor window. 5. Now we will import the netlist file0 码力 | 48 页 | 752.57 KB | 1 年前3Getting Started in KiCad 5.1
those required by your PCB manufacturer. In general you can set the clearance to 0.25 and the minimum track width to 0.25. Click on the Setup → Design Rules menu. If it does not show already, click on the top of the window to 0.25 and the Track Width field to 0.25 as shown below. Measurements here are in mm. 4. Click on the Global Design Rules tab and set Minimum track width to 0.25. Click the OK button0 码力 | 63 页 | 634.01 KB | 1 年前3Getting Started in KiCad 4.0
those required by your PCB manufacturer. In general you can set the clearance to 0.25 and the minimum track width to 0.25. Click on the Design Rules → Design Rules menu. If it does not show already, click top of the window to 0.25 and the Track Width field to 0.25 as shown below. Measurements here are in mm. 4. Click on the Global Design Rules tab and set Min track width to 0.25’. Click the OK button0 码力 | 50 页 | 892.87 KB | 1 年前3KiCad 5.1快速入门
制造商要求的宽度。通常,您可以将间隙设置为 0.25mm,将最小轨 道宽度设置为 0.25mm 。单击 设置 → 设计规则菜单。如果它尚未显示,请单击 网络类编辑器选项卡。将窗口 顶部的 间距字段更改为 0.25mm,将 布线宽度字段更改为 0.25mm,如下所示。这里的测量单位是 mm。 KiCad 入门 23 / 41 4. 单击 全局设计规则选项卡,将 最小布线宽度设置为 0.25mm 。单击 确定按钮以提交更改并关闭0 码力 | 46 页 | 1.33 MB | 1 年前3KiCad 5.1 快速入门
设置为PCB制造商要求的宽度。 通常,您可以将 间隙设置为 0.25mm,将最小轨道宽度设置为 0.25mm 。 单击 设置 → 设计规则 菜单。 如果它尚未显示,请单击 网络类编辑器 选项卡。 将窗口顶部的 间距 字 段更改为 0.25mm,将 布线宽度 字段更改为 0.25mm,如下所示。 这里的测量 单位是 mm。 4. 单击 全局设计规则 选项卡,将 最小布线宽度 设置为 0.25mm 。 单击 确定 按钮 以提交更改并关闭0 码力 | 59 页 | 574.65 KB | 1 年前3
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