The angle is then updated automatically such that the text is always oriented along the line. If pa is not given, the connecting line between p and xy (the text coordinate) is used. The connection between those two points define the angle in data coordinates. Instead of an angle it takes two points ( p and pa) as input. You may use the following class to create the text along the line. I'm interested in being able to resize the figure after I draw it - this is because I usually draw something and then play with the figure before saving it Is there a way to have the rotation in the data coordinate system ? I tried writing ax.text (0.51,0.51,"test label", transform=ax.transData, rotation=45), but it seems to be the default anyway, and doesn't help for the rotation I saw here that I can transform the rotation, but this will works only as long as the plot is not resized. I'd like to have the text and data to be aligned even when resizing the figure. Will give a line that will be in a 45 deg in the data coordinate system, but the accompanied text will be in a 45 deg in the display coordinate system. unfortunately the rotation seems to be in the display coordinate system, and not in the data coordinate system. TransData is a registered trademark of TransData, Inc.I'm trying to have a rotated text in matplotlib. Visit their website at (or call 1-80 for additional information. Founded in 1969, TransData is a privately held corporation with headquarters in Richardson, Texas. TransData serves over 1800 customers in more than 20 countries around the world. The company's products are used for measuring and managing energy consumption by electric utilities and industry, including 49 of the top 50 largest U.S. is a technology-based company specializing in the design and manufacture of intelligent, revenue-grade Energy Metering Systems, Automatic Meter Reading (AMR) technologies, Load Profile Demand Recorders, Power & Energy Transducers, Isolation Relays, Isolation Buffers and Portable Metering Test Equipment. Furthermore, it protects the electricity meter from surge damage originating within a customer's premises. The Isolation Relays and Isolation Buffers protect the customer's equipment from surge related damage being transmitted through the electric meter via pulse output wiring into the customer's premises. In many cases, electric utilities provide pulse outputs that are connected to an Industrial customer's energy management system for monitoring energy usage. Additionally, Isolation Relays and Isolation Buffers can provide pulse replication whereas a single pulse output is split into several pulse output data streams for multiple device monitoring and recording of energy data. The Isolation Relays and Isolation Buffers use advanced, solid-state technology to electrically isolate electric meters pulse outputs in order to protect the meter, network components, energy management (SCADA) systems and other recording or totalizing devices from damage in the event of surge conditions. "In addition, our Isolation Relays and Isolation Buffers can be used on all brands of electricity meters to better protect metering installations and peripheral equipment from surge related damage". "The acquisition of the Isolation Relay and Isolation Buffer products will complement sales of TransData Energy Meters used for Commercial, Industrial, Generation and Substation metering applications," said Trace Gleibs, TransData, Inc. The acquisition furthers TransData's corporate strategy to offer additional metering related products to expand our core business at electric utility companies. APTECH has been a leading manufacturer of Isolation Relays and Isolation Buffers for the electric utility industry since 1986. Announces it has successfully completed the acquisition of the Isolation Relay and Isolation Buffer product lines from APTECH, Inc.
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