J32 Maxima

[Ashlyn Robello]

Myissue:

I have multiple of images (over 1000) and I want to plot for every image a profile to get the intensity of the grey value along a line in the images. The line is constant, for every image the same.

And I want a table for each plot profile with the corresponding values of the peak/maxima.

Hey @jerome

I have open another topic ( Measuring thickness/width of the layer for multiple images - Image Analysis - Image.sc Forum).

I would be very grateful if you could take a look up.

Thanks.

It worked, but then I type "maxima" in the terminal, Maxima opens inside the terminal (like Python) and not as a program with a GUI, as it happens in Windows. Is this the way it works in Ubuntu, or am I installing just a basic version of Maxima? How can I get a version like the one that runs on Windows, if this is possible?

Interested in lots of cars and their various historical contexts. Started writing articles for TTAC in late 2016, when my first posts were QOTDs. From there I started a few new series like Rare Rides, Buy/Drive/Burn, Abandoned History, and most recently Rare Rides Icons. Operating from a home base in Cincinnati, Ohio, a relative auto journalist dead zone.Many of my articles are prompted by something I'll see on social media that sparks my interest and causes me to research. Finding articles and information from the early days of the internet and beyond that covers the little details lost to time: trim packages, color and wheel choices, interior fabrics. Beyond those, I'm fascinated by automotive industry experiments, both failures and successes. Lately I've taken an interest in AI, and generating "what if" type images for car models long dead. Reincarnating a modern Toyota Paseo, Lincoln Mark IX, or Isuzu Trooper through a text prompt is fun. Fun to post them on Twitter too, and watch people overreact.To that end, the social media I use most is Twitter, @CoreyLewis86. I also contribute pieces for Forbes Wheels and Forbes Home.

I've been driving Nissan since I was 13 years old. I currently drive a 2005 Nissan Maxima. It has issues, but I'd rather drive it than any of these cars out today. Older cars were more solid and to me just built better. They didn't have the safety features, but those safety features cause injuries as well. So the Maxima is the just as good as any. And I've owned a variety of Nissans.

I have a 2011 Nissan Maxima I been had the car since June of 2011 I bought the car from the dealership I had the transmission replaced in the car I got the transmission replaced at the dealership to but the car still runs I drive it ever day I have 354,000 miles on the car and it is still going so I think the maxima or good cars I think the just need to do better with making the transmission better for the car

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Background: Spirulina maxima is a filamentous cyanobacterium used as food supplement because of its high nutrient contents. It has been experimentally proven, in vivo and in vitro that posses several pharmacological properties. The purpose of this study was to evaluate the effects of Spirulina maxima orally supplied (4.5 g/day, for 6 weeks) to a sample of 36 subjects (16 men and 20 women, with ages between 18-65 years) on serum lipids, glucose, aminotransferases and on blood pressure. The volunteers did not modify their dietary habits or lifestyle during the whole experimental period. From each subject, a sample of blood was drawn in fasting state of 12 hours to determi the plasma concentrations of glucose, triacylglycerols (TAG), total cholesterol (TC), cholesterol associated to high density lipoprotein (HDL-C) and aspartate aminotransferase (AST). Anthropometric measurements including systolic (SYST-P) and diastolic (DIAST-P) blood pressure, height, weight and Body Mass Index (BMI) were also recorded.

Conclusion: The Spirulina maxima showed a hypolipemic effect, especially on the TAG and the LDL-C concentrations but indirectly on TC and HDL-C values. It also reduces systolic and diastolic blood pressure.

Catabrosa hydrophila, Exydra aquatica, Festuca aquatica, Glyceria altissima, Glyceria aquatica, Glyceria spectabilis, Heleochloa aquatica, Hydropoa spectabilis, Molinia maxima, Panicularia aquatica, Poa aquatica, tall mannagrass, English water grass, giant manna grass, reed manna grass, reed-meadow grass, reed sweet grass, sweet reedgrass, water-meadow grass

These are bisexual plants with panicles that can be either open (chasmogamous) or contracted and symmetrical. The inflorescence branches have short, stiff hairs similar to those on the leaf margins (Boos et al. 2010, MIPN.org 2008).

Glyceria maxima could be confused with large specimens of native Glyceria grandis, but that species typically only grows up to 1.5 m, has nodding (rather than upright) inflorescences, and has shorter glumes and lemmas (parts of the grass spikelet) (Boos et al. 2000). It could also be mistaken for Puccinellia because of their similar spikelet structure and preference for wet habitats, but G. maxima is distinguished by its inability to tolerate highly alkaline soils, typically more flexible panicle branches, closed leaf sheaths, and single-veined upper glumes.

This species primarily reproduces vegetatively via rhizomes in North America (Campbell et al. 2010, Forest Health Staff 2006). Reed mannagrass emerges early in the year and concentrates up to 50% of its biomass in its root system (Westlake 1966). The energy stored in the roots and rhizomes enable this species to produce new shoots through the growing season (Buttery and Lambert 1965). Muskrats and beavers may aid the expansion of G. maxima. While foraging, plants may become uprooted and portions of the rhizomes may break off, float down stream, and re-establish (Forest Health Staff 2006).

Glyceria maxima also has florets that can bloom and produce viable seed (IPANE 2004). Individuals are in bloom between June and August. Once the inflorescences are mature, the panicle opens and rises above the other foliage (Campbell et al. 2010, Forest Health Staff 2006). The dark brown seeds are 1.5-2 mm in length, egg-shaped, and smooth except for a deep, slender furrow down the middle (IPANE 2004). Seeds dispersed in the fall will likely germinate the following spring; however, seeds can remain dormant and viable in the soil for several years (King County 2012).

During the winter, reed mannagrass becomes dormant. In early spring, regrowth occurs from rhizomes buds (King County 2012).

The Great Lakes Indian Fish and Wildlife Commission (GLIFWC) has not detected G. maxima within its territories. To keep it from invading, the GLIFWC recommends controlling any individuals of this species immediately (Falck and Garske 2003).

Physical

Small infestations of G. maxima can be dug up; care should be taken to remove all parts of the roots and rhizomes (Forest Health Staff 2006). Subsequent removal of seedlings germinated from the seed bank or missed rhizomes pieces may be necessary (King Country 2012). Small, dense communities of reed mannagrass can also be controlled by being covered with black plastic for 5 or 6 weeks during the growing season (Forest Health Staff 2006).

In floating fens in the Netherlands, sulfate was experimentally added to the soil. This caused the free sulfide concentration to increase and resulted in a decrease in the growth of G. maxima (Loeb et al. 2007).

Other

For large populations, herbicide treatment will be an effective option. If the decaying plant material falls into a nearby body of water and decomposes, the dissolved oxygen levels could decrease. To avoid this, dead plant material should be removed two to four weeks after herbicides have been applied (King County 2012).

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