Thrive/Thrive Game — English @ Thrive - Weblate: This panel shows the numbers that the auto-evo prediction works …

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	Context	English	Actions
	ATP_BALANCE	ATP Balance
	ATP_BALANCE_TOOLTIP	This section shows the total ATP (energy) balance of the current cell. In order to survive the balance needs to be positive. For sessile cells they may consider the balance positive with movement excluded. The dropdown below can be used to check what would happen if the cell didn't have some resource available to make ATP from. For example, some cells can only maintain a positive ATP balance when they have multiple compound types to make ATP from at once. Those types of cells are harder to play as they require having multiple compound types in storage at once to survive.
	ATP_BALANCE_TOOLTIP_MULTICELLULAR	This section displays options for calculating ATP (energy) balances for cells. The calculated balances are shown in the cell type selection menu. The dropdown below can be used to check what would happen if the cell didn't have some resource available to make ATP from.
	ATP_BALANCE_WITHOUT_EXTERNAL_RESOURCES	Without external resources
	ATP_BALANCE_WITHOUT_GLUCOSE	Without glucose
	ATP_BALANCE_WITHOUT_HYDROGEN_SULFIDE	Without hydrogen sulfide
	ATP_BALANCE_WITHOUT_IRON	Without iron
	ATP_BALANCE_WITH_ALL_COMPOUNDS	With all required compounds
	ATP_PRODUCTION	ATP Production
	ATP_PRODUCTION_TOO_LOW	ATP PRODUCTION TOO LOW!
	ATTEMPT_TO_WRITE_SAVE_FAILED	The attempt to write this save file has failed. The save name may be too long or you may not have write access to the save folder.
	AT_CURSOR	At Cursor:
	AUDIO_OUTPUT_DEVICE	Audio output device:
	AUGUST	August
	AUTO	Auto
	AUTO-EVO_EXPLANATION_EXPLANATION	This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source.
	AUTO-EVO_POPULATION_CHANGED_2	{0} population changed by {1} in {2} because of: {3}
	AUTO-EVO_PREDICTION	Auto-Evo Prediction
	AUTO-EVO_PREDICTION_BOX_DESCRIPTION	This panel shows the expected total energy gathered and population numbers (in parentheses) from auto-evo for the edited species. Auto-evo runs the population simulation that is the other part (besides your own performance) that affects your population.
	AUTO-EVO_RESULTS_TITLE	Auto-Evo Results
	AUTO-EVO_STEPS_DONE	{0:F1}% done. {1:n0}/{2:n0} steps.
	AUTO-EVO_STRENGHT_MULTIPLIER	Auto-evo strength on the player
	AUTO-EVO_STRENGHT_MULTIPLIER_EXPLANATION	(percentage of the population change auto-evo applies to the player species)
	AUTOSAVE_DURING_THE_GAME	Autosave during the game
	AUTO_EVO	Auto-Evo
	AUTO_EVO_EXPLORING_TOOL	Auto-Evo Exploring Tool
	AUTO_EVO_FAILED	Auto-evo failed to run
	AUTO_EVO_MISSING_RESULT_DATA_OBJECT	Auto-evo results are missing. If you loaded an older save this is expected to be missing. If you did not load an older save please report this as a bug to us and send us your game log file.
	AUTO_EVO_RESULTS	Auto-evo results:
	AUTO_EVO_RESULTS_GLOBAL_TITLE	Global Results
	AUTO_EVO_RESULTS_PATCH_TITLE	Selected Patch Results

	Context	English	Actions
	ATP_BALANCE	ATP Balance
	ATP_BALANCE_TOOLTIP	This section shows the total ATP (energy) balance of the current cell. In order to survive the balance needs to be positive. For sessile cells they may consider the balance positive with movement excluded. The dropdown below can be used to check what would happen if the cell didn't have some resource available to make ATP from. For example, some cells can only maintain a positive ATP balance when they have multiple compound types to make ATP from at once. Those types of cells are harder to play as they require having multiple compound types in storage at once to survive.
	ATP_BALANCE_TOOLTIP_MULTICELLULAR	This section displays options for calculating ATP (energy) balances for cells. The calculated balances are shown in the cell type selection menu. The dropdown below can be used to check what would happen if the cell didn't have some resource available to make ATP from.
	ATP_BALANCE_WITH_ALL_COMPOUNDS	With all required compounds
	ATP_BALANCE_WITHOUT_EXTERNAL_RESOURCES	Without external resources
	ATP_BALANCE_WITHOUT_GLUCOSE	Without glucose
	ATP_BALANCE_WITHOUT_HYDROGEN_SULFIDE	Without hydrogen sulfide
	ATP_BALANCE_WITHOUT_IRON	Without iron
	ATP_PRODUCTION	ATP Production
	ATP_PRODUCTION_TOO_LOW	ATP PRODUCTION TOO LOW!
	ATTEMPT_TO_WRITE_SAVE_FAILED	The attempt to write this save file has failed. The save name may be too long or you may not have write access to the save folder.
	AUDIO_OUTPUT_DEVICE	Audio output device:
	AUGUST	August
	AUTO	Auto
	AUTO_EVO	Auto-Evo
	AUTO-EVO_EXPLANATION_EXPLANATION	This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source.
	AUTO_EVO_EXPLORING_TOOL	Auto-Evo Exploring Tool
	AUTO_EVO_FAILED	Auto-evo failed to run
	AUTO_EVO_MISSING_RESULT_DATA_OBJECT	Auto-evo results are missing. If you loaded an older save this is expected to be missing. If you did not load an older save please report this as a bug to us and send us your game log file.
	AUTO-EVO_POPULATION_CHANGED_2	{0} population changed by {1} in {2} because of: {3}
	AUTO-EVO_PREDICTION	Auto-Evo Prediction
	AUTO-EVO_PREDICTION_BOX_DESCRIPTION	This panel shows the expected total energy gathered and population numbers (in parentheses) from auto-evo for the edited species. Auto-evo runs the population simulation that is the other part (besides your own performance) that affects your population.
	AUTO_EVO_RESULTS	Auto-evo results:
	AUTO_EVO_RESULTS_GLOBAL_TITLE	Global Results
	AUTO_EVO_RESULTS_PATCH_TITLE	Selected Patch Results
	AUTO-EVO_RESULTS_TITLE	Auto-Evo Results
	AUTO_EVO_RUN_STATUS	run status:
	AUTO_EVO_STATUS_COLON	Auto-evo Status:
	AUTO-EVO_STEPS_DONE	{0:F1}% done. {1:n0}/{2:n0} steps.
	AUTO-EVO_STRENGHT_MULTIPLIER	Auto-evo strength on the player

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None String updated in the repository Thrive Thrive Game English	English This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. English 0 characters edited Current translation Translated This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. a month ago
None String updated in the repository Thrive Thrive Game English	English This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. English 4 characters edited Current translation Translated This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. a month ago
hhyyrylainen Translation approved Thrive Thrive Game English	English This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. English 0 characters edited This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. 3 years ago
hhyyrylainen Translation changed Thrive Thrive Game English	English This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown how much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. English 1 character edited This panel shows the numbers that the auto-evo prediction works from. The total energy a species is able to capture, and the cost per individual of the species, determines the final population. Auto-evo uses a simplified model of reality to calculate how well species are performing based on the energy they are able to gather. For each food source, it is shown much energy the species gains from it. Additionally the total energy that is available from that source is shown. The fraction the species gains out of the total energy is based on how large the fitness is compared to the total fitness. Fitness is a metric of how well the species can utilize that food source. 3 years ago
hhyyrylainen Comment added Thrive Thrive Game English	It literally means that they are the numbers the auto-evo prediction's final numbers are created from. So it works starting from those numbers. 3 years ago

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punctdan

Resolved comment

There are some issues in this translation.

I think there is a missing word and punctuation in this sentence: "For each food source it is shown much energy the species gains from it."

What I think it should be: "For each food source, it is shown how much energy the species gains from it."

Also I can't make out this sentence: "This panel shows the numbers that the auto-evo prediction works from."

What do you mean to you say with "the numbers that the auto-evo prediction works from"?

3 years ago

hhyyrylainen

Source string comment

It literally means that they are the numbers the auto-evo prediction's final numbers are created from. So it works starting from those numbers.

3 years ago

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Glossary

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String information

Context

AUTO-EVO_EXPLANATION_EXPLANATION

Flags

c-sharp-format

String age

3 years ago

Last updated

a month ago

Source string age

3 years ago

Translation file

locale/en.po, string 91