ACDSee Pro was released on 9 January 2006 aimed at professional photographers. ACD Systems decided to separate its core release, ACDSee Photo Manager, into two separate products; ACDSee Photo Manager, aimed at amateur photography enthusiasts, and ACDSee Pro which would target Professionals by adding a new package of feature sets. ACDSee Pro's development team is based out of Victoria, British Columbia and was originally led by Jon McEwan, and more recently by Nels Anvik, who oversaw ACDSee Pro 2.5 through to Pro 5. The original ACDSee software was created by David Hooper, who also added a number of features to ACDSee Pro, such as Lighting correction (formerly known as Shadows and Highlights) and Develop Mode (in version 2.0). ACDSee Pro is written in C++, with the interface built using MFC.
For each master image generate a unique ID based on the content of the file. This could be a checksum of the file preview image, or Camera model+serial number + shutter count. The latter is preferred as it can be regenerated. In some cases previews can be modified which changes the checksum
Serial Number Acdsee 17
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Anatomy of tarsi and piercing locations. (A) Scanning electron micrograph of the distal portion of a bed bug leg (brown) standing on a leaf from a bean plant (trichomes are green). The tibia of the bed bug leg is near the right margin, and the tarsus is roughly parallel to the leaf surface and terminates in two pretarsal claws. (B) The three tarsal subsegments (ts1, ts2, and ts3) are numbered from proximal to distal, and the pretarsus is distal to the tarsus. Lengths (proximal-distal) and widths were measured as indicated by the green lines. All three of the legs have the same basic morphology. Ventral view of tarsus and pretarsus. (C) Side view of tarsus and pretarsus. (D) Scanning electron micrograph of ventral view of tarsus and pretarsus. (E) Data from multiple legs (from 10 bugs) are all shown on one leg to facilitate comparison of piercing locations. Each of the 19 red dots indicates the location where a trichome tip entered the cuticle (many are overlapping on the diagram), and each blue dot indicates an exit location. Ventral view of tarsus and pretarsus. (F) Side view of tarsus and pretarsus. (G) Scanning electron micrograph of ventral surface pierced by trichome (broken) in typical location at boundary between pretarsal claws and membrane with microtrichia on the pretarsus.
Indenting farther, such as a displacement of 5 microns compared to 1 micron, required a greater force for all regions (Fig. 3). These deeper indents were performed with and without cycling at one-micron increments, and at different strain rates. The increase in force with displacement was approximately linear (Fig. 3), and therefore the slope of a line fitted to the first 5 microns of displacement for any indent (forced to a zero intercept) could be used to characterize the increase in force as a single number for that indent. For the slow strain rates (Fig. 3A), the increase in force was significantly affected by region [one-way ANOVA of region on slopes: F(1, 13)=24.0, P=0.0003, n=15 indents]. For the fast strain rates (Fig. 3B,C), the increase in force was not significantly affected by region nor whether there was cycling or not [two-way ANOVA of region and cycling on slopes: F(1, 23)=0.49, P=0.49 for region; P=0.33 for cycling/not cycling after removing the non-significant interaction term, n=26 indents]. Comparing strain rates for the cycling indents (Fig. 3A,B), the force was significantly lower for the membrane with microtrichia than the tarsal subsegments, but was not significantly affected by strain rate [two-way ANOVA of region and strain rate on slopes: F(1, 25)=9.27, P=0.0009 for region; F(1, 25)=2.40, P=0.13 for strain rate after removing the nonsignificant interaction term, n=28 indents].
Statistical tests were performed using SAS 9.4 (SAS, Cary, NC, USA). The Proc GLM (General Linear Models) procedure was used for two-way ANOVAs, the interaction terms were included except when noted otherwise, and Type III results are reported. In the Type III model, the order of the parameters does not matter because each effect is adjusted for all other effects (SAS Institute Inc., 2008). The Proc GLM was also used for one-way ANCOVAs. The Proc FREQ procedure was used for chi-square testing. For multiple comparisons, the Bonferroni correction was applied to the significance level by dividing by the number of comparisons (e.g. Sokal and Rohlf, 1995; Whitlock and Schluter, 2015).
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