The power of photonics: from vertical farming to quantum computing

I am sharing this link from Physics World, August 31st. Torbay has some industry leading photonics companies, so anyone locally reading this may be interested.

James McKenzie marvels at the wonders of photonics, which is so much more crucial to everyday life than it first appears 

• The power of photonics: from vertical farming to quantum computing

Tags

#Science,#Photonics,#Farming.#QuantumComputing,#Applications, #Physics,#PhysicsWorld

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So I recently attended the Scismic [1] webinar on How to Find and Apply to Industry Roles This follows on from last months webinar.

Some really useful tips here on what to look for, how to match skills to roles, how to emphasise your skills / experience / expertise to the job description. Different skills and types of roles between academic and industry experience and how you add these to your CV to gain the attention of the Hiring manager.

A really good webinar. I am adapting my notes as I am not looking at working in Biotech, nevertheless the idea of the informational interview could be really useful going forward.

If you are looking for a job in Biotech. I would recommend reaching out to Erin at Scismic and seeing how they can help. They are a job matching service, so they can take your skills etc and match to possible vacancies.

REFERENCES

1 Scismic

Update

I can now download the video of the webinar, so will add to the videos of the previous two webinars.

TAGS

#Jobs,#Interview,#Information,#Networking,#Applications, #Scismic,#Webinar,#BioTechnology,

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AI statement : Consent is NOT granted to use the content of this blog for the purposes of AI training or similar activity. Consent CANNOT be assumed, it has to be granted.

So I recently attended the Scismic webinar on Informational Interviews. This follows on from the 'A summary of you' webinar from 7th May.

The webinar included an explanation on what an informational interview is, the purpose. preparation and how to go about setting on up. The difference between this and a formal interview process and the fact these interviews are about finding out about roles and not about asking for a job.

Some excellent tips were on the sort of questions to ask, the type of questions can be put in to four categories.

A really good webinar. I am adapting my notes as I am not looking at working in Biotech, nevertheless the idea of the informational interview could be really useful going forward.

If you are looking for a job in Biotech I would recommend reaching out to Erin at Scismic and seeing how they can help.

REFERENCES

1 Scismic

TAGS

#Jobs,#Interview,#Information,#Networking,#Applications, #Scismic,#Webinar,#BioTechnology,

This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License

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Last night, I attended a webinar on avoiding interview mistakes. This was presented by Scismic [1], who specialise in Biotechnology. However the tips and advice given are applicable across a wide range of industries.

This was really good, and lots of really useful advice which I will be using going forward in my job search.

As I first learned about Scismic, from a CV webinar, they presented in collaboration with Overleaf. I have included a link to the Overleaf webinar page. It should be possible to view a recording of this.

REFERENCES

1 Scismic 2 Create a winning CV Webinar

TAGS

#Jobs,#Recruitment,#Applications,#Interview,#Avoiding, #Mistakes,#Scismic,#Webinar,#BioTechnology,#CV,#Resume,#Overleaf,#LaTeX

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Using Deluge as an EXAMPLE

1. Goto

Menu —> Settings —> Session and Startup

In the video I am looking to see if the application is listed, (which it wasn't) then I click add and then fill in the details.

2. Off screen I used the Menu Editor application

Menu —> Settings —> Menu Editor

to find the executable binary file I needed to copy and paste in to the command field

1. This process is fairly simple and is outlined below. It is sometimes useful to be able to disable or enable start up to help with troubleshooting.

#debian,#xfce4,#autostart,#applications

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I have added a few more maths functions to the application and also provided a clear function. There are still a few items to add to help improve debugging but the application is starting to take shape.

Notes

window = Tk()
window.title('Maths Application')
window.geometry("570x150") # w x h
window.resizable(0,0)

1. The above code is being modified as I go. So I am changing the window size depending on what is being displayed.

2. I have also made the Window title reflect the purpose of the application.

3. That the source code now has 'result' as a label rather than output. This will show up future screenshots.

The code for the above is as follows.

#!/usr/bin/env python
import Tkinter # note use of caps
from Tkinter import *

window = Tk()
window.title('Maths Application')
window.geometry("570x150") # w x h
window.resizable(0,0)

#define button actions
def btn1():
	#convert box text in to integers	
	ent1 = int(entrytext.get())
	ent2 = int(entrytext2.get())
	
	#add the 2 integers and store in variable add
	add = (ent1 + ent2)
	print (add)
	
	#insert value of variable add in	to box outtext 
	outtext1.insert(0,str(add)) # insert response

def btn2():
	#print("subtraction")
	ent1 = int(entrytext.get())
	ent2 = int(entrytext2.get())
	
	#subtract the 2 integers and store in variable sub
	sub = (ent1 - ent2)
	
	
	#insert value of variable sub in	to box outtext 
	outtext1.insert(0,str(sub)) # insert response	
	
def btn3():
	#print("multiply")
	ent1 = int(entrytext.get())
	ent2 = int(entrytext2.get())
	
	#multiply the 2 integers and store in variable mul
	mul = (ent1 * ent2)
		
	#insert value of variable mul in	to box outtext 
	outtext1.insert(0,str(mul)) # insert response		

def btn4():
	#print("divide")
	ent1 = int(entrytext.get())
	ent2 = int(entrytext2.get())
	
	#multiply the 2 integers and store in variable div
	div = (ent1 / ent2)
		
	#insert value of variable mul in	to box outtext 
	outtext1.insert(0,str(div)) # insert response	
	
#clear boxes
def clear():
	#print("clear boxes") # leave in for legacy testing
	entrytext.delete(0, END) # clear input box
	entrytext2.delete(0, END) # clear input box2
	outtext1.delete(0, END) # clear output box
	
btn_tog2 = Button( window, text ='+', command=btn1) # add
btn_tog3 = Button( window, text ='-', command=btn2)  # subtract
btn_tog4 = Button( window, text ='x', command=btn3) #multiply
btn_tog5 = Button( window, text ='/', command=btn4) #divide
btn_tog6 = Button( window, text ='Clear', command=clear) #clear
btn_exit = Button( window, text ='Exit',command=exit)	 #exit

# define some labels
box1 = Label(window, text="1st Value")
box2 = Label(window, text="2nd Value")
box3 = Label(window, text="Result")

#define entry box 
entry1 = StringVar() # this is our entry box
entry2 = StringVar()
entrytext = Entry(window, textvariable=entry1) # this is our entry box
entrytext2 = Entry(window, textvariable=entry2) # this is our second entry box

#define out box 

entry2 = StringVar() # this is our output box
outtext1 = Entry(window, textvariable=entry2) # this is our output box

#display boxes
entrytext.grid(row = 3, column = 2,)  #display entry box
entrytext2.grid(row = 3, column = 3,)  #display entry box
outtext1.grid(row = 3, column = 4,) #display output box

#place labels
box1.grid(row = 1	, column = 2, padx = 5, pady = 5)
box2.grid(row = 1	, column = 3, padx = 5, pady = 5)
box3.grid(row = 1	, column = 4, padx = 5, pady = 5)

#buttons
btn_tog2.grid(row = 4, column = 2, padx = 1, pady = 1) # addition button
btn_tog3.grid(row = 4, column = 3, padx = 1, pady = 1) # subtraction button
btn_tog4.grid(row = 5, column = 2, padx = 1, pady = 1) # multiply button
btn_tog5.grid(row = 5, column = 3, padx = 1, pady = 1) # divide button
btn_tog6.grid(row = 4, column = 6, padx = 1, pady = 1) # clear button
btn_exit.grid(row = 3, column = 6, padx = 1, pady = 1) # exit button

window.mainloop()

The code that I used for a previous application to detect if numerical values have been used is below but provided 'as is' for now.

def response():
		
	msg = "error : must be a text value"

	i = circletext.get()
	y = i.isdigit()
	l = len(circletext.get())
	#print l
	if y == True or l == 0:
		circletext.insert(0,(msg))
		
	else:	
		x = random.choice(RESPONSES)
		circletext2.delete(0, END) # clear prev output
		circletext2.insert(0,str(x)) # insert response

I will integrate a version of this in to the main code.

#python, #tkinter, #programming, #python, #graphic, #applications, #bugs, #troubleshooting, #howto, #paignton, #library, #virtual, #codeclub

Happy to provide help and support via decentralised social media. I can be contacted on Mastodon here. You can get a free account on the http://qoto.org instance by following this link.

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So following on from the previous posts, I am how sharing a small application, that makes use of what we have been learning.

This presents 2 input boxes and an output box, any values entered in to the first two, the sum is placed in to the last box.

This is not perfect, but getting there slowly.

We need to:-

• Fix the name of the button from button1
• Detect if the user has entered numerical values
• Detect for empty boxes
• Make labels more useful
• Fix spelling in comments
• Fix clarity of comments

The code for the above is as follows.

#!/usr/bin/env python
import Tkinter # note use of caps
from Tkinter import *

window = Tk()
window.title('App 1')
window.geometry("650x125") # w x h
window.resizable(0,0)

#define button actions
def btn1():
	#convert box text in to integers	
	ent1 = int(entrytext.get())
	ent2 = int(entrytext2.get())
	
	#add the 2 integers and store in variable add
	add = (ent1 + ent2)
	print add
	
	#instert value add in	to box outtext 
	outtext1.insert(0,str(add)) # insert response
	
btn_tog2 = Button( window, text ='button1', command=btn1)
btn_exit = Button( window, text ='exit',command=exit)	

# define some labels
box1 = Label(window, text="Entry 1: ")
box2 = Label(window, text="Entry 2: ")
box3 = Label(window, text="Ouput1: ")

#define entry box 
entry1 = StringVar() # this is our entry box
entry2 = StringVar()
entrytext = Entry(window, textvariable=entry1) # this is our entry box
entrytext2 = Entry(window, textvariable=entry2) # this is our second entry box

#define out box 

entry2 = StringVar() # this is our output box
outtext1 = Entry(window, textvariable=entry2) # this is our output box

#display boxes
entrytext.grid(row = 3, column = 2,)  #display entry box
entrytext2.grid(row = 3, column = 3,)  #display entry box
outtext1.grid(row = 3, column = 4,) #display output box

#place labels
box1.grid(row = 1	, column = 2, padx = 5, pady = 5)
box2.grid(row = 1	, column = 3, padx = 5, pady = 5)
box3.grid(row = 1	, column = 4, padx = 5, pady = 5)

#buttons
btn_tog2.grid(row = 3, column = 5, padx = 5, pady = 5)
btn_exit.grid(row = 3, column = 6, padx = 5, pady = 5)

window.mainloop()

#python, #tkinter, #programming, #python, #graphic, #applications, #bugs, #troubleshooting, #howto, #paignton, #library, #virtual, #codeclub

Happy to provide help and support via decentralised social media. I can be contacted on Mastodon here. You can get a free account on the http://qoto.org instance by following this link.

Licenced under Attribution 4.0 International (CC BY 4.0)

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AI statement : Consent is NOT granted to use the content of this blog for the purposes of AI training or similar activity. Consent CANNOT be assumed, it has to be granted.