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84 results for “SciPasTips”
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#SimSEE is an open platform for the #Simulation of Electric Power Systems.
With SimSEE, one can analyse the evolution of e.g., volumes of energy, money exchanged by participants in the market, and risk calculations for contracts.
It is developed in #Object_Pascal with the #Lazarus_IDE.
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#SimSEE is an open platform for the #Simulation of Electric Power Systems.
With SimSEE, one can analyse the evolution of e.g., volumes of energy, money exchanged by participants in the market, and risk calculations for contracts.
It is developed in #Object_Pascal with the #Lazarus_IDE.
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#SimSEE is an open platform for the #Simulation of Electric Power Systems.
With SimSEE, one can analyse the evolution of e.g., volumes of energy, money exchanged by participants in the market, and risk calculations for contracts.
It is developed in #Object_Pascal with the #Lazarus_IDE.
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RE: https://fosstodon.org/@CyberUnitsTeam/116286880612738227
...and it is written in #Object_Pascal with the #Lazarus IDE for #Free_Pascal.
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RE: https://fosstodon.org/@CyberUnitsTeam/116286880612738227
...and it is written in #Object_Pascal with the #Lazarus IDE for #Free_Pascal.
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RE: https://fosstodon.org/@CyberUnitsTeam/116286880612738227
...and it is written in #Object_Pascal with the #Lazarus IDE for #Free_Pascal.
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#MEGA is a global project and widely used software for molecular evolutionary and phylogenetic analyses. Originally developed in C++, it has been ported to #Object_Pascal for cross-platform compatibility on #macOS, #Windows, and #Linux.
https://doi.org/10.1007/s00239-025-10287-z
https://pubmed.ncbi.nlm.nih.gov/41247409/ -
#MEGA is a global project and widely used software for molecular evolutionary and phylogenetic analyses. Originally developed in C++, it has been ported to #Object_Pascal for cross-platform compatibility on #macOS, #Windows, and #Linux.
https://doi.org/10.1007/s00239-025-10287-z
https://pubmed.ncbi.nlm.nih.gov/41247409/ -
#MEGA is a global project and widely used software for molecular evolutionary and phylogenetic analyses. Originally developed in C++, it has been ported to #Object_Pascal for cross-platform compatibility on #macOS, #Windows, and #Linux.
https://doi.org/10.1007/s00239-025-10287-z
https://pubmed.ncbi.nlm.nih.gov/41247409/ -
The #Lazarus_IDE for #Free_Pascal has been updated to version 4.6, fixing bugs and updating localisations.
www.lazarus-ide.org
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The #Lazarus_IDE for #Free_Pascal has been updated to version 4.6, fixing bugs and updating localisations.
www.lazarus-ide.org
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The #Lazarus_IDE for #Free_Pascal has been updated to version 4.6, fixing bugs and updating localisations.
www.lazarus-ide.org
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The #Lazarus_IDE for #Free_Pascal has been updated to version 4.6, fixing bugs and updating localisations.
www.lazarus-ide.org
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The #Lazarus_IDE for #Free_Pascal has been updated to version 4.6, fixing bugs and updating localisations.
www.lazarus-ide.org
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#Trndi is a #glucose monitoring application written in #Object_Pascal. It fetches interstitial sugar readings from continuous glucose monitors (CGM) via different APIs and shows them on the desktop. It also presents a trend over time, colouring, and JavaScript extensions.
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#Trndi is a #glucose monitoring application written in #Object_Pascal. It fetches interstitial sugar readings from continuous glucose monitors (CGM) via different APIs and shows them on the desktop. It also presents a trend over time, colouring, and JavaScript extensions.
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#Trndi is a #glucose monitoring application written in #Object_Pascal. It fetches interstitial sugar readings from continuous glucose monitors (CGM) via different APIs and shows them on the desktop. It also presents a trend over time, colouring, and JavaScript extensions.
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#Trndi is a #glucose monitoring application written in #Object_Pascal. It fetches interstitial sugar readings from continuous glucose monitors (CGM) via different APIs and shows them on the desktop. It also presents a trend over time, colouring, and JavaScript extensions.
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The whitefly, Bemisia tabaci, threatens agricultural productivity via crop damage and virus transmission. A novel individual-based model, implemented in #Embarcadero #Delphi, predicts population dynamics and helps to optimise control strategies.
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The whitefly, Bemisia tabaci, threatens agricultural productivity via crop damage and virus transmission. A novel individual-based model, implemented in #Embarcadero #Delphi, predicts population dynamics and helps to optimise control strategies.
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The whitefly, Bemisia tabaci, threatens agricultural productivity via crop damage and virus transmission. A novel individual-based model, implemented in #Embarcadero #Delphi, predicts population dynamics and helps to optimise control strategies.
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The whitefly, Bemisia tabaci, threatens agricultural productivity via crop damage and virus transmission. A novel individual-based model, implemented in #Embarcadero #Delphi, predicts population dynamics and helps to optimise control strategies.
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The whitefly, Bemisia tabaci, threatens agricultural productivity via crop damage and virus transmission. A novel individual-based model, implemented in #Embarcadero #Delphi, predicts population dynamics and helps to optimise control strategies.
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Interruptions are common in working life, negatively affecting task performance and long-term psychological well-being. Research supported by software written with #Lazarus_IDE / #Free_Pascal demonstrates the important role of resumption time and individual flexibility.
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Interruptions are common in working life, negatively affecting task performance and long-term psychological well-being. Research supported by software written with #Lazarus_IDE / #Free_Pascal demonstrates the important role of resumption time and individual flexibility.
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Interruptions are common in working life, negatively affecting task performance and long-term psychological well-being. Research supported by software written with #Lazarus_IDE / #Free_Pascal demonstrates the important role of resumption time and individual flexibility.
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Interruptions are common in working life, negatively affecting task performance and long-term psychological well-being. Research supported by software written with #Lazarus_IDE / #Free_Pascal demonstrates the important role of resumption time and individual flexibility.
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Interruptions are common in working life, negatively affecting task performance and long-term psychological well-being. Research supported by software written with #Lazarus_IDE / #Free_Pascal demonstrates the important role of resumption time and individual flexibility.
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#AlgoPoint is an application designed to assist teaching high school students in computational thinking. A new model for this software, written with the #Lazarus_IDE and #Free_Pascal enables teacher-student collaboration.
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#AlgoPoint is an application designed to assist teaching high school students in computational thinking. A new model for this software, written with the #Lazarus_IDE and #Free_Pascal enables teacher-student collaboration.